Index: oldlib/lib/CreateLibrary.sh.in
===================================================================
--- oldlib/lib/CreateLibrary.sh.in	(nonexistent)
+++ oldlib/lib/CreateLibrary.sh.in	(revision 296)
@@ -0,0 +1,65 @@
+#!/bin/sh
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# creates a library
+#
+# usage: CreateContents.sh library common_macro_file file...
+
+M4=@GNUM4@
+
+while test -n "$1" ; do
+case "$1"
+in
+    -I|--include)
+	m4_flags="$m4_flags -I $2"
+	shift 2
+	;;
+
+    -*)
+	echo "error:  unknown flag $1 to $0"
+	exit 1
+	;;
+	
+    *)
+	break
+	;;
+esac
+done
+
+if [ $# -lt 3 ]; then
+	echo "usage: $0 library common_macro_file file..." >&2; exit 1
+fi
+Library=$1
+CommonFile=$2
+shift; shift
+
+if [ ! -r $CommonFile ]; then
+	echo "$0: file '$CommonFile' isn't readable or doesn't exit" >&2; exit 1
+fi
+
+echo "$M4 $m4_flags -F $Library $CommonFile $@"
+$M4 $m4_flags -F $Library $CommonFile $@

Property changes on: oldlib/lib/CreateLibrary.sh.in
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/CreateLibraryContents.sh.in
===================================================================
--- oldlib/lib/CreateLibraryContents.sh.in	(nonexistent)
+++ oldlib/lib/CreateLibraryContents.sh.in	(revision 296)
@@ -0,0 +1,129 @@
+#!/bin/sh
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# create all objects as defined in passed list_files
+#
+# usage: CreateLibraryContents.sh common_macro_file file...
+
+M4=@GNUM4@
+
+##
+# Check for input flags
+##
+
+while test -n "$1" ; do
+case "$1"
+in
+    -I|--include)
+	m4_flags="$m4_flags -I $2"
+	srcdir=$2
+	shift 2
+	;;
+
+    -*)
+	echo "error:  unknown flag $1 to $0"
+	exit 1
+	;;
+	
+    *)
+	break
+	;;
+esac
+done
+
+# a TAB plus one blank for some stupid old sed implementations
+#
+SPACE="[	 ]"
+
+##
+# Make sure we've been given a common file plus at least 1 list file
+# as arguments
+##
+
+if [ $# -lt 2 ]; then
+	echo "usage: $0 common_macro_file file..." >&2; exit 1
+fi
+CommonFile=$1
+shift
+
+##
+# Make sure the common file exists
+##
+
+if [ ! -r $CommonFile ]; then
+	echo "$0: file '$CommonFile' isn't readable or doesn't exit" >&2; exit 1
+fi
+
+##
+# Process the list files
+##
+
+while [ $# -ne 0 ]; do
+# strip the extension '.list'
+#
+
+    ##
+    # Turn something like foo.list in to
+    # /path/to/foo.m4
+    ##
+	if [ -f $srcdir/$1 ]; then
+		ListFile="$srcdir/$1"
+	else
+		ListFile="$1"
+	fi
+	PlainFile=`dirname $ListFile`/`basename $ListFile .list`
+	M4File=$PlainFile.m4
+
+	if [ ! -r $ListFile ]; then
+		echo "$0: file '$ListFile' isn't readable or doesn't exit" >&2; exit 1
+	fi
+	if [ ! -r $M4File ]; then
+		echo "$0: file '$M4File' isn't readable or doesn't exit" >&2; exit 1
+	fi
+
+	## 
+	# for foo.list spit out "TYPE=~foo".  This defines the library
+	# in the PCB library window
+	##
+	echo "TYPE=~`basename $PlainFile | sed -e 's/_/ /g'`"
+
+	sed -e 's/'"$SPACE"'*#.*$//' \
+		-e 's/'"$SPACE"'*:'"$SPACE"'*/:/g' \
+		-e '/^'"$SPACE"'*$/d' $ListFile |
+	{
+		IFS=:
+		export IFS
+		while read mask package values; do
+			set -- $values
+			while [ $# -ne 0 ]; do
+				echo "\`$mask:$package:$1:'Description_$mask\` [$package'ifdef(\`Param1_$mask', \` Param1_$mask')\`'ifdef(\`Param2_$mask', \` Param2_$mask')]"
+				shift
+			done
+		done
+	} | $M4 $m4_flags $CommonFile $M4File - | sed -e '/^'"$SPACE"'*$/d'
+	shift
+done

Property changes on: oldlib/lib/CreateLibraryContents.sh.in
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/Makefile
===================================================================
--- oldlib/lib/Makefile	(nonexistent)
+++ oldlib/lib/Makefile	(revision 296)
@@ -0,0 +1,22 @@
+# This Makefile is a plain old hand written one; all configuration settings
+# are included from ../Makefile.conf which is scconfig generated
+
+all:
+
+install_:
+	$(MKDIR) $(DATADIR)
+	$(CPC) `pwd`/ListLibraryContents.sh $(DATADIR)/ListLibraryContents.sh
+
+install:
+	make install_ CPC="$(CP)"
+
+linstall:
+	make install_ CPC="$(LN)"
+
+uninstall:
+	$(RM) $(DATADIR)/ListLibraryContents.sh
+
+clean:
+
+include ../Makefile.conf
+
Index: oldlib/lib/Makefile.am
===================================================================
--- oldlib/lib/Makefile.am	(nonexistent)
+++ oldlib/lib/Makefile.am	(revision 296)
@@ -0,0 +1,266 @@
+## -*- makefile -*-
+##
+
+PCBLIBDIR=		@PCBLIBDIR@
+LIBRARYFILENAME=	@LIBRARYFILENAME@
+
+pcblibdir=		$(PCBLIBDIR)
+pcblib_SCRIPTS=	${LIBSCRIPTS}
+LIBSCRIPTS= \
+	CreateLibraryContents.sh \
+	CreateLibrary.sh \
+	ListLibraryContents.sh \
+	QueryLibrary.sh \
+	qfp-ui
+
+dist_noinst_SCRIPTS= \
+	m4lib_to_newlib.sh
+
+pcblib_DATA= ${LIBCONTENTS} ${DAT_FILES}
+
+LIBCONTENTS= \
+	${LIBRARYFILENAME} \
+	${LIBRARYFILENAME}.contents
+
+
+# ######################################################
+#
+# Process the entire m4lib library and create a newlib
+# library from it.
+#
+
+NEWLIB=${LIBRARYFILENAME}-newlib
+
+all-local: $(NEWLIB).stamp
+
+# if we have compiled in PNG export capability then
+# generate previews of all the footprints.  This has
+# the added benefit of doing a PCB syntax check on all of them
+if PNG_PREVIEW
+PREVIEW=	--png
+PREVIEW_MSG=	png-preview=yes
+else
+PREVIEW=	
+PREVIEW_MSG=	png-preview=no
+endif
+
+if BUILD_PCBLIB_NEWLIB
+NEWLIB_DEPS=	${LIBCONTENTS} ${srcdir}/m4lib_to_newlib.sh
+else
+NEWLIB_DEPS=
+endif
+
+${NEWLIB}.stamp : footprint.pcb ${NEWLIB_DEPS}
+	rm -fr ${NEWLIB}
+	${SHELL} ${srcdir}/m4lib_to_newlib.sh --contents \
+		${LIBRARYFILENAME}.contents --output ${NEWLIB} \
+		${PREVIEW} --pcb "${PCB}" --awk "${AWK}"
+	echo '${PREVIEW_MSG}' > $@
+
+# Remove any rebuilt footprints
+if BUILD_PCBLIB_NEWLIB
+distclean-local:
+	rm -fr ${NEWLIB}
+endif
+
+install-data-local: ${NEWLIB}.stamp
+	if test -d ${NEWLIB} ; then \
+		tar cf - ${NEWLIB} | (cd $(DESTDIR)$(PCBLIBDIR) && tar -xf -) ; \
+	else  \
+		cd $(srcdir) && tar -cf - ${NEWLIB} | (cd $(DESTDIR)$(PCBLIBDIR) && tar -xf -) ; \
+	fi
+
+uninstall-local:
+	chmod -R a+w $(DESTDIR)$(PCBLIBDIR)/${NEWLIB}
+	rm -fr $(DESTDIR)$(PCBLIBDIR)/${NEWLIB}
+
+EXTRA_DIST=	${NEWLIB} footprint.pcb ${NEWLIB}.stamp png_diff.sh
+
+if BUILD_PCBLIB_NEWLIB
+DISTCLEANFILES=	${NEWLIB}.stamp
+else
+DISTCLEANFILES=
+endif
+
+#
+#
+# ######################################################
+
+pcblibm4dir=	$(PCBLIBDIR)/m4
+pcblibm4_DATA=	$(LIB_FILES)
+
+##pcblibm4_SCRIPTS=	update-pcb
+## XXX what was this about?
+##(cd $(pcblibm4dir) && sh ./update-pcb)
+
+# note:  only some of the scripts listed in LIBSCRIPTS are generated by autoconf
+# and hence need chmod-ing.  The others (ListLIbraryContents.sh in particular)
+# is just one of the distribution files and thus will not exist in the build
+# directory if the build is not done in the source directory
+all-local:
+	for f in ${LIBSCRIPTS} ${noinst_SCRIPTS}; do if test -f $$f ; then chmod 755 $$f ; fi ; done
+
+COMMON_FILE= common.m4
+
+M4_DIST_FILES= \
+	TTL_74xx_DIL.m4 \
+	amphenol.m4 \
+	connector.m4 \
+	crystal.m4 \
+	generic.m4 \
+	gtag.m4 \
+	jerry.m4 \
+	linear.m4 \
+	logic.m4 \
+	lsi.m4 \
+	memory.m4 \
+	optical.m4 \
+	pci.m4 \
+	resistor_0.25W.m4 \
+	resistor_adjust.m4 \
+	resistor_array.m4 \
+	texas_inst_amplifier.m4 \
+	texas_inst_voltage_reg.m4 \
+	transistor.m4 
+
+# These files are for old footprint libraries and will be
+# removed in future releases
+OBSOLETE_LIST_DIST_FILES=	\
+	TTL_74xx_DIL.list \
+	jerry.list \
+	linear.list \
+	logic.list \
+	lsi.list \
+	memory.list \
+	resistor_0.25W.list \
+	resistor_adjust.list \
+	resistor_array.list \
+	texas_inst_amplifier.list \
+	texas_inst_voltage_reg.list \
+	transistor.list
+
+LIST_DIST_FILES= \
+	amphenol.list \
+	connector.list \
+	crystal.list \
+	generic.list \
+	gtag.list \
+	optical.list \
+	pci.list
+
+INC_FILES= \
+	bga.inc \
+	amp.inc \
+	amphenol.inc \
+	bourns.inc \
+	candk.inc \
+	connector.inc \
+	cts.inc \
+	dil.inc \
+	geda.inc \
+	johnstech.inc \
+	minicircuits.inc \
+	misc.inc \
+	nichicon.inc \
+	optek.inc \
+	panasonic.inc \
+	pci.inc \
+	plcc.inc \
+	qfn.inc \
+	qfp.inc \
+	qfp2.inc \
+	qfpdj.inc \
+	resistor_adjust.inc \
+	rules.inc \
+	smt.inc \
+	to.inc \
+	zif.inc 
+
+DAT_FILES= \
+	qfp.dat
+
+M4_FILES=	${M4_DIST_FILES} amp.m4 bourns.m4 candk.m4 cts.m4 geda.m4 johnstech.m4 minicircuits.m4 nichicon.m4 optek.m4 panasonic.m4
+LIST_FILES=	${LIST_DIST_FILES} amp.list bourns.list candk.list cts.list geda.list johnstech.list minicircuits.list nichicon.list \
+		optek.list panasonic.list
+
+LIB_FILES= ${COMMON_FILE} ${M4_FILES} ${LIST_FILES} ${INC_FILES} 
+
+EXTRA_DIST+=	ListLibraryContents.sh ${COMMON_FILE} ${M4_DIST_FILES} ${OBSOLETE_LIST_DIST_FILES} \
+		${LIST_DIST_FILES} ${INC_FILES} \
+		${LIBCONTENTS} \
+		${DAT_FILES} gen_list.awk gen_m4.awk gen_geda_m4.awk gen_geda_list.awk
+
+DISTCLEANFILES+=	${LIBRARYFILENAME} ${LIBRARYFILENAME}.contents amp.m4 amp.list \
+	cts.m4 cts.list bourns.m4 bourns.list \
+	candk.m4 candk.list \
+	geda.m4 geda.list johnstech.m4 johnstech.list minicircuits.m4 minicircuits.list \
+	nichicon.m4 nichicon.list \
+	optek.m4 optek.list \
+	panasonic.m4 panasonic.list
+
+${LIBRARYFILENAME}: ${COMMON_FILE} ${INC_FILES} ${DAT_FILES} ${M4_FILES} CreateLibrary.sh
+	${SHELL} ./CreateLibrary.sh -I $(srcdir) $@ $(srcdir)/${COMMON_FILE} ${M4_FILES}
+
+${LIBRARYFILENAME}.contents: ${COMMON_FILE} ${INC_FILES} ${DAT_FILES} ${LIST_FILES} CreateLibraryContents.sh
+	${SHELL} ./CreateLibraryContents.sh -I $(srcdir) $(srcdir)/${COMMON_FILE} ${LIST_FILES} > $@
+
+amp.list: amp.inc gen_list.awk
+	${AWK} -f $(srcdir)/gen_list.awk name=amp $(srcdir)/amp.inc > $@
+
+amp.m4: amp.inc gen_m4.awk
+	${AWK} -f $(srcdir)/gen_m4.awk name=amp $(srcdir)/amp.inc > $@
+
+bourns.list: bourns.inc gen_list.awk
+	${AWK} -f $(srcdir)/gen_list.awk name=bourns $(srcdir)/bourns.inc > $@
+
+bourns.m4: bourns.inc gen_m4.awk
+	${AWK} -f $(srcdir)/gen_m4.awk name=bourns $(srcdir)/bourns.inc > $@
+
+candk.list: candk.inc gen_list.awk
+	${AWK} -f $(srcdir)/gen_list.awk name=candk $(srcdir)/candk.inc > $@
+
+candk.m4: candk.inc gen_m4.awk
+	${AWK} -f $(srcdir)/gen_m4.awk name=candk $(srcdir)/candk.inc > $@
+
+cts.list: cts.inc gen_list.awk
+	${AWK} -f $(srcdir)/gen_list.awk name=cts $(srcdir)/cts.inc > $@
+
+cts.m4: cts.inc gen_m4.awk
+	${AWK} -f $(srcdir)/gen_m4.awk name=cts $(srcdir)/cts.inc > $@
+
+johnstech.list: johnstech.inc gen_list.awk
+	${AWK} -f $(srcdir)/gen_list.awk name=johnstech $(srcdir)/johnstech.inc > $@
+
+johnstech.m4: johnstech.inc gen_m4.awk
+	${AWK} -f $(srcdir)/gen_m4.awk name=johnstech $(srcdir)/johnstech.inc > $@
+
+minicircuits.list: minicircuits.inc gen_list.awk
+	${AWK} -f $(srcdir)/gen_list.awk name=minicircuits $(srcdir)/minicircuits.inc > $@
+
+minicircuits.m4: minicircuits.inc gen_m4.awk
+	${AWK} -f $(srcdir)/gen_m4.awk name=minicircuits $(srcdir)/minicircuits.inc > $@
+
+nichicon.list: nichicon.inc gen_list.awk
+	${AWK} -f $(srcdir)/gen_list.awk name=nichicon $(srcdir)/nichicon.inc > $@
+
+nichicon.m4: nichicon.inc gen_m4.awk
+	${AWK} -f $(srcdir)/gen_m4.awk name=nichicon $(srcdir)/nichicon.inc > $@
+
+optek.list: optek.inc gen_list.awk
+	${AWK} -f $(srcdir)/gen_list.awk name=optek $(srcdir)/optek.inc > $@
+
+optek.m4: optek.inc gen_m4.awk
+	${AWK} -f $(srcdir)/gen_m4.awk name=optek $(srcdir)/optek.inc > $@
+
+panasonic.list: panasonic.inc gen_list.awk
+	${AWK} -f $(srcdir)/gen_list.awk name=panasonic $(srcdir)/panasonic.inc > $@
+
+panasonic.m4: panasonic.inc gen_m4.awk
+	${AWK} -f $(srcdir)/gen_m4.awk name=panasonic $(srcdir)/panasonic.inc > $@
+
+geda.m4: geda.inc gen_geda_m4.awk
+	${AWK} -f $(srcdir)/gen_geda_m4.awk $(srcdir)/geda.inc > $@
+
+geda.list: geda.inc gen_geda_list.awk
+	${AWK} -f $(srcdir)/gen_geda_list.awk $(srcdir)/geda.inc > $@
+
Index: oldlib/lib/TTL_74xx_DIL.list
===================================================================
--- oldlib/lib/TTL_74xx_DIL.list	(nonexistent)
+++ oldlib/lib/TTL_74xx_DIL.list	(revision 296)
@@ -0,0 +1,319 @@
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# mask package values...
+#
+7400_dil:N:7400
+7401_dil:N:7401
+7402_dil:N:7402
+7403_dil:N:7403
+7404_dil:N:7404
+7405_dil:N:7405
+7406_dil:N:7406
+7407_dil:N:7407
+7408_dil:N:7408
+7409_dil:N:7409
+7410_dil:N:7410
+7411_dil:N:7411
+7412_dil:N:7412
+7413_dil:N:7413
+7414_dil:N:7414
+7415_dil:N:7415
+7416_dil:N:7416
+7418_dil:N:7418
+7419_dil:N:7419
+7420_dil:N:7420
+7421_dil:N:7421
+7422_dil:N:7422
+7423_dil:N:7423
+7424_dil:N:7424
+7425_dil:N:7425
+7426_dil:N:7426
+7427_dil:N:7427
+7428_dil:N:7428
+7430_dil:N:7430
+7431_dil:N:7431
+7432_dil:N:7432
+7433_dil:N:7433
+7437_dil:N:7437
+7438_dil:N:7438
+7439_dil:N:7439
+7440_dil:N:7440
+7442_dil:N:7442
+7445_dil:N:7445
+7446_dil:N:7446
+7447_dil:N:7447
+7448_dil:N:7448
+7449_dil:N:7449
+7450_dil:N:7450
+7451L_dil:N:74LS51
+7451S_dil:N:74S51
+7453_dil:N:7453
+7454_dil:N:7454
+7455_dil:N:7455
+7457_dil:N:7457
+7464_dil:N:7464
+7465_dil:N:7465
+7468_dil:N:7468
+7469_dil:N:7469
+7470_dil:N:7470
+7472_dil:N:7472
+7473_dil:N:7473
+7474_dil:N:7474
+7475_dil:N:7475
+7476_dil:N:7476
+7478_dil:N:7478
+7483_dil:N:7483
+7485_dil:N:7485
+7486_dil:N:7486
+7490_dil:N:7490
+7491_dil:N:7491
+7492_dil:N:7492
+7493_dil:N:7493
+7495_dil:N:7495
+7496_dil:N:7496
+7497_dil:N:7497
+74107_dil:N:74107
+74109_dil:N:74109
+74111_dil:N:74111
+74112_dil:N:74112
+74113_dil:N:74113
+74114_dil:N:74114
+74116_dil:N:74116
+74120_dil:N:74120
+74121_dil:N:74121
+74122_dil:N:74122
+74123_dil:N:74123
+74124_dil:N:74124
+74125_dil:N:74125
+74126_dil:N:74126
+74128_dil:N:74128
+74132_dil:N:74132
+74133_dil:N:74133
+74134_dil:N:74134
+74135_dil:N:74135
+74136_dil:N:74136
+74137_dil:N:74137
+74138_dil:N:74138
+74139_dil:N:74139
+74140_dil:N:74140
+74143_dil:N:74143
+74145_dil:N:74145
+74147_dil:N:74147
+74148_dil:N:74148
+74150_dil:N:74150
+74151_dil:N:74151
+74153_dil:N:74153
+74154_dil:N:74154
+74155_dil:N:74155
+74156_dil:N:74156
+74157_dil:N:74157
+74158_dil:N:74158
+74159_dil:N:74159
+74160_dil:N:74160
+74161_dil:N:74161
+74162_dil:N:74162
+74163_dil:N:74163
+74164_dil:N:74164
+74165_dil:N:74165
+74166_dil:N:74166
+74167_dil:N:74167
+74169_dil:N:74169
+74170_dil:N:74170
+74171_dil:N:74171
+74172_dil:N:74172
+74173_dil:N:74173
+74174_dil:N:74174
+74175_dil:N:74175
+74176_dil:N:74176
+74177_dil:N:74177
+74178_dil:N:74178
+74180_dil:N:74180
+74181_dil:N:74181
+74182_dil:N:74182
+74183_dil:N:74183
+74190_dil:N:74190
+74191_dil:N:74191
+74192_dil:N:74192
+74193_dil:N:74193
+74194_dil:N:74194
+74195_dil:N:74195
+74196_dil:N:74196
+74197_dil:N:74197
+74198_dil:N:74198
+74199_dil:N:74199
+74221_dil:N:74221
+74240_dil:N:74240
+74241_dil:N:74241
+74242_dil:N:74242
+74243_dil:N:74243
+74244_dil:N:74244
+74245_dil:N:74245
+74247_dil:N:74247
+74248_dil:N:74248
+74251_dil:N:74251
+74253_dil:N:74253
+74257_dil:N:74257
+74258_dil:N:74258
+74259_dil:N:74259
+74260_dil:N:74260
+74261_dil:N:74261
+74265_dil:N:74265
+74266_dil:N:74266
+74273_dil:N:74273
+74276_dil:N:74276
+74278_dil:N:74278
+74279_dil:N:74279
+74280_dil:N:74280
+74283_dil:N:74283
+74285_dil:N:74285
+74290_dil:N:74290
+74292_dil:N:74292
+74293_dil:N:74293
+74294_dil:N:74294
+74295_dil:N:74295
+74297_dil:N:74297
+74298_dil:N:74298
+74299_dil:N:74299
+74320_dil:N:74320
+74321_dil:N:74321
+74322_dil:N:74322
+74323_dil:N:74323
+74348_dil:N:74348
+74352_dil:N:74352
+74353_dil:N:74353
+74354_dil:N:74354
+74355_dil:N:74355
+74356_dil:N:74356
+74365_dil:N:74365
+74366_dil:N:74366
+74367_dil:N:74367
+74368_dil:N:74368
+74373_dil:N:74373
+74374_dil:N:74374
+74375_dil:N:74375
+74376_dil:N:74376
+74377_dil:N:74377
+74378_dil:N:74378
+74379_dil:N:74379
+74381_dil:N:74381
+74382_dil:N:74382
+74384_dil:N:74384
+74385_dil:N:74385
+74386_dil:N:74386
+74390_dil:N:74390
+74393_dil:N:74393
+74395_dil:N:74395
+74396_dil:N:74396
+74399_dil:N:74399
+74422_dil:N:74422
+74423_dil:N:74423
+74440_dil:N:74440
+74441_dil:N:74441
+74442_dil:N:74442
+74443_dil:N:74443
+74444_dil:N:74444
+74446_dil:N:74446
+74449_dil:N:74449
+74465_dil:N:74465
+74466_dil:N:74466
+74467_dil:N:74467
+74468_dil:N:74468
+74490_dil:N:74490
+74518_dil:N:74518
+74519_dil:N:74519
+74520_dil:N:74520
+74521_dil:N:74521
+74522_dil:N:74522
+74538_dil:N:74538
+74540_dil:N:74540
+74541_dil:N:74541
+74573_dil:N:74573
+74574_dil:N:74574
+74575_dil:N:74575
+74580_dil:N:74580
+74590_dil:N:74590
+74591_dil:N:74591
+74592_dil:N:74592
+74593_dil:N:74593
+74594_dil:N:74594
+74595_dil:N:74595
+74596_dil:N:74596
+74597_dil:N:74597
+74598_dil:N:74598
+74599_dil:N:74599
+74604_dil:N:74604
+74606_dil:N:74606
+74607_dil:N:74607
+74620_dil:N:74620
+74621_dil:N:74621
+74623_dil:N:74623
+74624_dil:N:74624
+74625_dil:N:74625
+74626_dil:N:74626
+74627_dil:N:74627
+74628_dil:N:74628
+74629_dil:N:74629
+74630_dil:N:74630
+74631_dil:N:74631
+74636_dil:N:74636
+74637_dil:N:74637
+74638_dil:N:74638
+74639_dil:N:74639
+74640_dil:N:74640
+74641_dil:N:74641
+74642_dil:N:74642
+74644_dil:N:74644
+74645_dil:N:74645
+74646_dil:N:74646
+74647_dil:N:74647
+74648_dil:N:74648
+74649_dil:N:74649
+74651_dil:N:74651
+74652_dil:N:74652
+74653_dil:N:74653
+74668_dil:N:74668
+74669_dil:N:74669
+74670_dil:N:74670
+74671_dil:N:74671
+74672_dil:N:74672
+74673_dil:N:74673
+74674_dil:N:74674
+74681_dil:N:74681
+74682_dil:N:74682
+74683_dil:N:74683
+74684_dil:N:74684
+74685_dil:N:74685
+74686_dil:N:74686
+74687_dil:N:74687
+74688_dil:N:74688
+74689_dil:N:74689
+74690_dil:N:74690
+74691_dil:N:74691
+74693_dil:N:74693
+74696_dil:N:74696
+74697_dil:N:74697
+74699_dil:N:74699

Property changes on: oldlib/lib/TTL_74xx_DIL.list
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/TTL_74xx_DIL.m4
===================================================================
--- oldlib/lib/TTL_74xx_DIL.m4	(nonexistent)
+++ oldlib/lib/TTL_74xx_DIL.m4	(revision 296)
@@ -0,0 +1,1483 @@
+divert(-1)
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+define(`Description_7400_dil', ``4 dual-NAND'')
+define(`Param1_7400_dil', 14)
+define(`Param2_7400_dil', 300)
+define(`PinList_7400_dil', ``1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3B',`3A',`4Y',`4B',`4A',`Vcc'')
+
+define(`Description_7401_dil', ``4 dual-NAND OC'')
+define(`Param1_7401_dil', 14)
+define(`Param2_7401_dil', 300)
+define(`PinList_7401_dil', ``1Y',`1A',`1B',`2Y',`2A',`2B',`Gnd',`3A',`3B',`3Y',`4A',`4B',`4Y',`Vcc'')
+
+define(`Description_7402_dil', ``4 dual-NOR'')
+define(`Param1_7402_dil', 14)
+define(`Param2_7402_dil', 300)
+define(`PinList_7402_dil', ``1Y',`1A',`1B',`2Y',`2A',`2B',`Gnd',`3A',`3B',`3Y',`4A',`4B',`4Y',`Vcc'')
+
+define(`Description_7403_dil', ``4 dual-NAND OC'')
+define(`Param1_7403_dil', 14)
+define(`Param2_7403_dil', 300)
+define(`PinList_7403_dil', ``1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`4Y',`4A',`4B',`Vcc'')
+
+define(`Description_7404_dil', ``6 inverters'')
+define(`Param1_7404_dil', 14)
+define(`Param2_7404_dil', 300)
+define(`PinList_7404_dil', ``1A',`1Y',`2A',`2Y',`3A',`3Y',`Gnd',`4Y',`4A',`5Y',`5A',`6Y',`6A',`Vcc'')
+
+define(`Description_7405_dil', ``6 inverters OC'')
+define(`Param1_7405_dil', 14)
+define(`Param2_7405_dil', 300)
+define(`PinList_7405_dil', ``1A',`1Y',`2A',`2Y',`3A',`3Y',`Gnd',`4Y',`4A',`5Y',`5A',`6Y',`6A',`Vcc'')
+
+define(`Description_7406_dil', ``6 inverters OC high-voltage'')
+define(`Param1_7406_dil', 14)
+define(`Param2_7406_dil', 300)
+define(`PinList_7406_dil', ``1A',`1Y',`2A',`2Y',`3A',`3Y',`Gnd',`4Y',`4A',`5Y',`5A',`6Y',`6A',`Vcc'')
+
+define(`Description_7407_dil', ``6 buffers OC'')
+define(`Param1_7407_dil', 14)
+define(`Param2_7407_dil', 300)
+define(`PinList_7407_dil', ``1A',`1Y',`2A',`2Y',`3A',`3Y',`Gnd',`4Y',`4A',`5Y',`5A',`6Y',`6A',`Vcc'')
+
+define(`Description_7408_dil', ``4 dual-AND'')
+define(`Param1_7408_dil', 14)
+define(`Param2_7408_dil', 300)
+define(`PinList_7408_dil', ``1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`4Y',`4A',`4B',`Vcc'')
+
+define(`Description_7409_dil', ``4 dual-AND OC'')
+define(`Param1_7409_dil', 14)
+define(`Param2_7409_dil', 300)
+define(`PinList_7409_dil', ``1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`4Y',`4A',`4B',`Vcc'')
+
+define(`Description_7410_dil', ``3 triple-NAND'')
+define(`Param1_7410_dil', 14)
+define(`Param2_7410_dil', 300)
+define(`PinList_7410_dil', ``A1',`B1',`A2',`B2',`C2',`Y2',`Gnd',`Y3',`A3',`B3',`C3',`Y1',`C1',`Vcc'')
+
+define(`Description_7411_dil', ``3 triple-AND'')
+define(`Param1_7411_dil', 14)
+define(`Param2_7411_dil', 300)
+define(`PinList_7411_dil', ``A1',`B1',`A2',`B2',`C2',`Y2',`Gnd',`Y3',`A3',`B3',`C3',`Y1',`C1',`Vcc'')
+
+define(`Description_7412_dil', ``3 triple-NAND OC'')
+define(`Param1_7412_dil', 14)
+define(`Param2_7412_dil', 300)
+define(`PinList_7412_dil', ``A1',`B1',`A2',`B2',`C2',`Y2',`Gnd',`Y3',`A3',`B3',`C3',`Y1',`C1',`Vcc'')
+
+define(`Description_7413_dil', ``2 quad-input NAND Schmitt trigger'')
+define(`Param1_7413_dil', 14)
+define(`Param2_7413_dil', 300)
+define(`PinList_7413_dil', ``1A',`1B',`NC',`1C',`1D',`1Y',`Gnd',`2Y',`2A',`2B',`NC',`2C',`2D',`Vcc'')
+
+define(`Description_7414_dil', ``6 Schmitt trigger inverter'')
+define(`Param1_7414_dil', 14)
+define(`Param2_7414_dil', 300)
+define(`PinList_7414_dil', ``1A',`1Y',`2A',`2Y',`3A',`3Y',`Gnd',`4Y',`4A',`5Y',`5A',`6Y',`6A',`Vcc'')
+
+define(`Description_7415_dil', ``3 triple-AND OC'')
+define(`Param1_7415_dil', 14)
+define(`Param2_7415_dil', 300)
+define(`PinList_7415_dil', ``A1',`B1',`A2',`B2',`C2',`Y2',`Gnd',`Y3',`A3',`B3',`C3',`Y1',`C1',`Vcc'')
+
+define(`Description_7416_dil', ``6 inverters OC high-voltage'')
+define(`Param1_7416_dil', 14)
+define(`Param2_7416_dil', 300)
+define(`PinList_7416_dil', ``1A',`1Y',`2A',`2Y',`3A',`3Y',`Gnd',`4Y',`4A',`5Y',`5A',`6Y',`6A',`Vcc'')
+
+define(`Description_7418_dil', ``2 quad-NAND Schmitt trigger'')
+define(`Param1_7418_dil', 14)
+define(`Param2_7418_dil', 300)
+define(`PinList_7418_dil', ``1A',`1B',`NC',`1C',`1D',`1Y',`Gnd',`2Y',`2A',`2B',`NC',`2C',`2D',`Vcc'')
+
+define(`Description_7419_dil', ``6 inverter Schmitt trigger'')
+define(`Param1_7419_dil', 14)
+define(`Param2_7419_dil', 300)
+define(`PinList_7419_dil', ``1A',`1Y',`2A',`2Y',`3A',`3Y',`Gnd',`4Y',`4A',`5Y',`5A',`6Y',`6A',`Vcc'')
+
+define(`Description_7420_dil', ``2 quad-NAND'')
+define(`Param1_7420_dil', 14)
+define(`Param2_7420_dil', 300)
+define(`PinList_7420_dil', ``1A',`1B',`NC',`1C',`1D',`1Y',`Gnd',`2Y',`2A',`2B',`NC',`2C',`2D',`Vcc'')
+
+define(`Description_7421_dil', ``2 quad-AND'')
+define(`Param1_7421_dil', 14)
+define(`Param2_7421_dil', 300)
+define(`PinList_7421_dil', ``1A',`1B',`NC',`1C',`1D',`1Y',`Gnd',`2Y',`2A',`2B',`NC',`2C',`2D',`Vcc'')
+
+define(`Description_7422_dil', ``2 quad-NAND OC'')
+define(`Param1_7422_dil', 14)
+define(`Param2_7422_dil', 300)
+define(`PinList_7422_dil', ``1A',`1B',`NC',`1C',`1D',`1Y',`Gnd',`2Y',`2A',`2B',`NC',`2C',`2D',`Vcc'')
+
+define(`Description_7423_dil', ``2 quad-NOR with strobe'')
+define(`Param1_7423_dil', 16)
+define(`Param2_7423_dil', 300)
+define(`PinList_7423_dil', ``1X',`1A',`1B',`1G',`1C',`1D',`1Y',`Gnd',`2Y',`2A',`2B',`2G',`2C',`2D',`/X',`Vcc'')
+
+define(`Description_7424_dil', ``4 dual-NAND Schmitt trigger'')
+define(`Param1_7424_dil', 14)
+define(`Param2_7424_dil', 300)
+define(`PinList_7424_dil', ``1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`4Y',`4A',`4B',`Vcc'')
+
+define(`Description_7425_dil', ``2 quad-NOR w. strobe'')
+define(`Param1_7425_dil', 14)
+define(`Param2_7425_dil', 300)
+define(`PinList_7425_dil', ``1A',`1B',`1G',`1C',`1D',`1Y',`Gnd',`2Y',`2A',`2B',`2G',`2C',`2D',`Vcc'')
+
+define(`Description_7426_dil', ``4 dual NAND high-voltage'')
+define(`Param1_7426_dil', 14)
+define(`Param2_7426_dil', 300)
+define(`PinList_7426_dil', ``1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`4Y',`4A',`4B',`Vcc'')
+
+define(`Description_7427_dil', ``3 triple-NOR'')
+define(`Param1_7427_dil', 14)
+define(`Param2_7427_dil', 300)
+define(`PinList_7427_dil', ``1A',`1B',`2A',`2B',`2C',`2Y',`Gnd',`3Y',`3A',`3B',`3C',`1Y',`1C',`Vcc'')
+
+define(`Description_7428_dil', ``4 dual-NOR buffer'')
+define(`Param1_7428_dil', 14)
+define(`Param2_7428_dil', 300)
+define(`PinList_7428_dil', ``1Y',`1A',`1B',`2Y',`2A',`2B',`Gnd',`3A',`3B',`3Y',`4A',`4B',`4Y',`Vcc'')
+
+define(`Description_7430_dil', ``octal-NAND'')
+define(`Param1_7430_dil', 14)
+define(`Param2_7430_dil', 300)
+define(`PinList_7430_dil', ``A',`B',`C',`D',`E',`F',`Gnd',`Y',`NC',`NC',`G',`H',`NC',`Vcc'')
+
+define(`Description_7431_dil', ``delay elements'')
+define(`Param1_7431_dil', 16)
+define(`Param2_7431_dil', 300)
+define(`PinList_7431_dil', ``1A',`1Y',`2A',`2Y',`3A',`3B',`3Y',`Gnd',`4Y',`4A',`4B',`5Y',`5A',`6Y',`6A',`Vcc'')
+
+define(`Description_7432_dil', ``4 dual-OR'')
+define(`Param1_7432_dil', 14)
+define(`Param2_7432_dil', 300)
+define(`PinList_7432_dil', ``A1',`B1',`Y1',`A2',`B2',`Y2',`Gnd',`Y3',`A3',`B3',`Y4',`A4',`B4',`Vcc'')
+
+define(`Description_7433_dil', ``4 dual-NOR buffer OC'')
+define(`Param1_7433_dil', 14)
+define(`Param2_7433_dil', 300)
+define(`PinList_7433_dil', ``1Y',`1A',`1B',`2Y',`2A',`2B',`Gnd',`3A',`3B',`3Y',`4A',`4B',`4Y',`Vcc'')
+
+define(`Description_7437_dil', ``4 dual-NAND buffer'')
+define(`Param1_7437_dil', 14)
+define(`Param2_7437_dil', 300)
+define(`PinList_7437_dil', ``1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`4Y',`4A',`4B',`Vcc'')
+
+define(`Description_7438_dil', ``4 dual-NAND buffer OC'')
+define(`Param1_7438_dil', 14)
+define(`Param2_7438_dil', 300)
+define(`PinList_7438_dil', ``1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`4Y',`4A',`4B',`Vcc'')
+
+define(`Description_7439_dil', ``4 dual-NAND buffer OC'')
+define(`Param1_7439_dil', 14)
+define(`Param2_7439_dil', 300)
+define(`PinList_7439_dil', ``1Y',`1A',`1B',`2Y',`2A',`2B',`Gnd',`3A',`3B',`3Y',`4A',`4B',`4Y',`Vcc'')
+
+define(`Description_7440_dil', ``2 quad-NAND buffer'')
+define(`Param1_7440_dil', 14)
+define(`Param2_7440_dil', 300)
+define(`PinList_7440_dil', ``1A',`1B',`NC',`1C',`1D',`1Y',`Gnd',`2Y',`2A',`2B',`NC',`2C',`2D',`Vcc'')
+
+define(`Description_7442_dil', ``4-to-10 decoder'')
+define(`Param1_7442_dil', 16)
+define(`Param2_7442_dil', 300)
+define(`PinList_7442_dil', ``0',`1',`2',`3',`4',`5',`6',`Gnd',`7',`8',`9',`D',`C',`B',`A',`Vcc'')
+
+define(`Description_7445_dil', ``BCD to decimal decoder/driver'')
+define(`Param1_7445_dil', 16)
+define(`Param2_7445_dil', 300)
+define(`PinList_7445_dil', ``0',`1',`2',`3',`4',`5',`6',`Gnd',`7',`8',`9',`D',`C',`B',`A',`Vcc'')
+
+define(`Description_7446_dil', ``BCD to 7-segment driver OC'')
+define(`Param1_7446_dil', 16)
+define(`Param2_7446_dil', 300)
+define(`PinList_7446_dil', ``B',`C',`/LT',`/BI-/RBO',`/RBI',`D',`A',`Gnd',`e',`d',`c',`b',`a',`g',`f',`Vcc'')
+
+define(`Description_7447_dil', ``BCD to 7-segment driver OC'')
+define(`Param1_7447_dil', 16)
+define(`Param2_7447_dil', 300)
+define(`PinList_7447_dil', ``B',`C',`/LT',`/BI-/RBO',`/RBI',`D',`A',`Gnd',`e',`d',`c',`b',`a',`g',`f',`Vcc'')
+
+define(`Description_7448_dil', ``BCD to 7-segment driver w. pullup'')
+define(`Param1_7448_dil', 16)
+define(`Param2_7448_dil', 300)
+define(`PinList_7448_dil', ``B',`C',`/LT',`/BI-/RBO',`/RBI',`D',`A',`Gnd',`e',`d',`c',`b',`a',`g',`f',`Vcc'')
+
+define(`Description_7449_dil', ``BCD to 7-segment driver OC w. blanking input'')
+define(`Param1_7449_dil', 14)
+define(`Param2_7449_dil', 300)
+define(`PinList_7449_dil', ``B',`C',`/BI',`D',`A',`e',`Gnd',`d',`c',`b',`a',`g',`f',`Vcc'')
+
+define(`Description_7450_dil', ``2 AND-OR inverters (2x2 inputs)'')
+define(`Param1_7450_dil', 14)
+define(`Param2_7450_dil', 300)
+define(`PinList_7450_dil', ``1A',`2A',`2B',`2C',`2D',`2Y',`Gnd',`1Y',`1C',`1D',`1X',`1/X',`1B',`Vcc'')
+
+define(`Description_7451L_dil', ``2 AND-OR inverters (2x2,2x3 inputs)'')
+define(`Param1_7451L_dil', 14)
+define(`Param2_7451L_dil', 300)
+define(`PinList_7451L_dil', ``1A',`2A',`2B',`2C',`2D',`2Y',`Gnd',`1Y',`1D',`1E',`1F',`1B',`1C',`Vcc'')
+
+define(`Description_7451S_dil', ``2 AND-OR inverters (2x2 inputs)'')
+define(`Param1_7451S_dil', 14)
+define(`Param2_7451S_dil', 300)
+define(`PinList_7451S_dil', ``1A',`2A',`2B',`2C',`2D',`2Y',`Gnd',`1Y',`1C',`1D',`NC',`NC',`1B',`Vcc'')
+
+define(`Description_7453_dil', ``AND-OR inverter (4x2 inputs)'')
+define(`Param1_7453_dil', 14)
+define(`Param2_7453_dil', 300)
+define(`PinList_7453_dil', ``A',`C',`D',`E',`F',`NC',`Gnd',`Y',`G',`H',`X',`/X',`B',`Vcc'')
+
+define(`Description_7454_dil', ``AND-OR inverter (4x2 inputs)'')
+define(`Param1_7454_dil', 14)
+define(`Param2_7454_dil', 300)
+define(`PinList_7454_dil', ``A',`C',`D',`E',`F',`NC',`Gnd',`Y',`G',`H',`NC',`NC',`B',`Vcc'')
+
+define(`Description_7455_dil', ``AND-OR inverter (2x4 inputs)'')
+define(`Param1_7455_dil', 14)
+define(`Param2_7455_dil', 300)
+define(`PinList_7455_dil', ``A',`B',`C',`D',`NC',`NC',`Gnd',`Y',`NC',`E',`F',`G',`H',`Vcc'')
+
+define(`Description_7457_dil', ``frequency divider'')
+define(`Param1_7457_dil', 8)
+define(`Param2_7457_dil', 300)
+define(`PinList_7457_dil', ``ClkB',`Vcc',`Qa',`Gnd',`ClkA',`Clr',`Qb',`Qc'')
+
+define(`Description_7464_dil', ``AND-OR inverter (4-2-3-2 inputs)'')
+define(`Param1_7464_dil', 14)
+define(`Param2_7464_dil', 300)
+define(`PinList_7464_dil', ``A',`E',`F',`G',`H',`I',`Gnd',`Y',`J',`K',`B',`C',`D',`Vcc'')
+
+define(`Description_7465_dil', ``AND-OR inverter OC (4-2-3-2 inputs)'')
+define(`Param1_7465_dil', 14)
+define(`Param2_7465_dil', 300)
+define(`PinList_7465_dil', ``A',`E',`F',`G',`H',`I',`Gnd',`Y',`J',`K',`B',`C',`D',`Vcc'')
+
+define(`Description_7468_dil', ``2 4bit decade counter'')
+define(`Param1_7468_dil', 16)
+define(`Param2_7468_dil', 300)
+define(`PinList_7468_dil', ``1ClkA',`1Qb',`1Qd',`/1Clr',`2Qc',`NC',`2Qa',`Gnd',`2Clk',`2Qb',`/2Clr',`2Qd',`1Qc',`1Qa',`1ClkB',`Vcc'')
+
+define(`Description_7469_dil', ``2 4bit binary counter'')
+define(`Param1_7469_dil', 16)
+define(`Param2_7469_dil', 300)
+define(`PinList_7469_dil', ``1ClkA',`1Qb',`1Qd',`/1Clr',`2Qc',`NC',`2Qa',`Gnd',`2Clk',`2Qb',`/2Clr',`2Qd',`1Qc',`1Qa',`1ClkB',`Vcc'')
+
+define(`Description_7470_dil', ``AND-gated JK pos-edge-FF w. preset/clear'')
+define(`Param1_7470_dil', 14)
+define(`Param2_7470_dil', 300)
+define(`PinList_7470_dil', ``NC',`/Clr',`J1',`J2',`/J',`/Q',`Gnd',`Q',`/K',`K1',`K2',`Clk',`/Pre',`Vcc'')
+
+define(`Description_7472_dil', ``AND-gated MS-FF w. preset/clear'')
+define(`Param1_7472_dil', 14)
+define(`Param2_7472_dil', 300)
+define(`PinList_7472_dil', ``NC',`/Clr',`J1',`J2',`J3',`/Q',`Gnd',`Q',`K1',`K2',`K3',`Clk',`/Pre',`Vcc'')
+
+define(`Description_7473_dil', ``2 JK FF w. clear'')
+define(`Param1_7473_dil', 14)
+define(`Param2_7473_dil', 300)
+define(`PinList_7473_dil', ``1Clk',`/1Clr',`1K',`Vcc',`2Clk',`/2Clr',`2J',`/2Q',`2Q',`2K',`Gnd',`1Q',`/1Q',`1J'')
+
+define(`Description_7474_dil', ``2 D-type pos-edge FF w. preset/clear'')
+define(`Param1_7474_dil', 14)
+define(`Param2_7474_dil', 300)
+define(`PinList_7474_dil', ``/1Clr',`1D',`1Clk',`/1Pre',`1Q',`/1Q',`Gnd',`/2Q',`2Q',`/2Pre',`2Clk',`2D',`/2Clr',`Vcc'')
+
+define(`Description_7475_dil', ``4bit bi-stable latch w. compl. outputs'')
+define(`Param1_7475_dil', 16)
+define(`Param2_7475_dil', 300)
+define(`PinList_7475_dil', ``/1Q',`1D',`2D',`3C-4C',`Vcc',`3D',`4D',`/4Q',`4Q',`3Q',`/3Q',`Gnd',`1C-2C',`/2Q',`2Q',`1Q'')
+
+define(`Description_7476_dil', ``2 JK FF w. preset/clear'')
+define(`Param1_7476_dil', 16)
+define(`Param2_7476_dil', 300)
+define(`PinList_7476_dil', ``1Clk',`/1Pre',`/1Clr',`1J',`Vcc',`2Clk',`/2Pre',`/2Clr',`2J',`/2Q',`2Q',`2K',`Gnd',`/1Q',`1Q',`1K'')
+
+define(`Description_7478_dil', ``2 JK FF w. preset and common Clk/Clr'')
+define(`Param1_7478_dil', 14)
+define(`Param2_7478_dil', 300)
+define(`PinList_7478_dil', ``Clk',`/1Pre',`1J',`Vcc',`/Clr',`/2Pre',`2K',`2Q',`/2Q',`2J',`Gnd',`/1Q',`1Q',`1K'')
+
+define(`Description_7483_dil', ``4bit binary adder w. fast carry'')
+define(`Param1_7483_dil', 16)
+define(`Param2_7483_dil', 300)
+define(`PinList_7483_dil', ``A4',`Sum3',`A3',`B3',`Vcc',`Sum2',`B2',`A2',`Sum1',`A1',`B1',`Gnd',`C0',`C4',`Sum4',`B4'')
+
+define(`Description_7485_dil', ``4bit magnitude comperator'')
+define(`Param1_7485_dil', 16)
+define(`Param2_7485_dil', 300)
+define(`PinList_7485_dil', ``B3',`A<Bin',`A=Bin',`A>Bin',`A>Bout',`A=Bout',`A<Bout',`Gnd',`B0',`A0',`B1',`A1',`A2',`B2',`A3',`Vcc'')
+
+define(`Description_7486_dil', ``4 dual-XOR'')
+define(`Param1_7486_dil', 14)
+define(`Param2_7486_dil', 300)
+define(`PinList_7486_dil', ``1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`4Y',`4A',`4B',`Vcc'')
+
+define(`Description_7490_dil', ``decade counter w. clear/set-to-9'')
+define(`Param1_7490_dil', 14)
+define(`Param2_7490_dil', 300)
+define(`PinList_7490_dil', ``ClkB',`R0(1)',`R0(2)',`NC',`Vcc',`R9(1)',`R9(2)',`Qc',`Qb',`Gnd',`Qd',`Qa',`NC',`ClkA'')
+
+define(`Description_7491_dil', ``8bit shift register'')
+define(`Param1_7491_dil', 14)
+define(`Param2_7491_dil', 300)
+define(`PinList_7491_dil', ``NC',`NC',`NC',`NC',`Vcc',`NC',`NC',`NC',`Clk',`Gnd',`B',`A',`Q',`/Q'')
+
+define(`Description_7492_dil', ``divide by 12 counter w. clear'')
+define(`Param1_7492_dil', 14)
+define(`Param2_7492_dil', 300)
+define(`PinList_7492_dil', ``ClkB',`NC',`NC',`NC',`Vcc',`R0(1)',`R0(2)',`Qd',`Qc',`Gnd',`Qb',`Qa',`NC',`ClkA'')
+
+define(`Description_7493_dil', ``4bit binary counter w. clear'')
+define(`Param1_7493_dil', 14)
+define(`Param2_7493_dil', 300)
+define(`PinList_7493_dil', ``ClkB',`R0(1)',`R0(2)',`NC',`Vcc',`NC',`NC',`Qc',`Qb',`Gnd',`Qd',`Qa',`NC',`ClkA'')
+
+define(`Description_7495_dil', ``4bit parallel-access shift register'')
+define(`Param1_7495_dil', 14)
+define(`Param2_7495_dil', 300)
+define(`PinList_7495_dil', ``Ser',`A',`B',`C',`D',`Mode',`Gnd',`Clk2',`Clk1',`Qd',`Qc',`Qb',`Qa',`Vcc'')
+
+define(`Description_7496_dil', ``5bit shift register'')
+define(`Param1_7496_dil', 16)
+define(`Param2_7496_dil', 300)
+define(`PinList_7496_dil', ``Clk',`A',`B',`C',`Vcc',`D',`E',`Pre',`Ser',`Qe',`Qd',`Gnd',`Qc',`Qb',`Qa',`/Clr'')
+
+define(`Description_7497_dil', ``syncronous 6bit binary rate multiplier'')
+define(`Param1_7497_dil', 16)
+define(`Param2_7497_dil', 300)
+define(`PinList_7497_dil', ``B1',`B4',`B5',`B0',`Z',`Y',`ENout',`Gnd',`Clk',`StrB',`ENin',`Unity/CAS',`Clr',`B2',`B3',`Vcc'')
+
+define(`Description_74107_dil', ``2 JK FF w. clear'')
+define(`Param1_74107_dil', 14)
+define(`Param2_74107_dil', 300)
+define(`PinList_74107_dil', ``1J',`/1Q',`1Q',`1K',`2Q',`/2Q',`Gnd',`2J',`2Clk',`/2Clr',`2K',`1Clk',`/1Clr',`Vcc'')
+
+define(`Description_74109_dil', ``2 J-/K pos-edge FF w. preset/clear'')
+define(`Param1_74109_dil', 16)
+define(`Param2_74109_dil', 300)
+define(`PinList_74109_dil', ``/1Clr',`1J',`/1K',`1Clk',`/1Pre',`1Q',`/1Q',`Gnd',`/2Q',`2Q',`/2Pre',`2Clk',`/2K',`2J',`/2Clr',`Vcc'')
+
+define(`Description_74111_dil', ``2 JK-MS FF w. data lockout'')
+define(`Param1_74111_dil', 16)
+define(`Param2_74111_dil', 300)
+define(`PinList_74111_dil', ``1K',`/1Pre',`/1Clr',`1J',`1Clk',`/1Q',`1Q',`Gnd',`2Q',`/2Q',`2Clk',`2J',`/2Clr',`/2Pre',`2K',`Vcc'')
+
+define(`Description_74112_dil', ``2 JK edge FF w. preset/clear'')
+define(`Param1_74112_dil', 16)
+define(`Param2_74112_dil', 300)
+define(`PinList_74112_dil', ``1Clk',`1K',`1J',`/1Pre',`1Q',`/1Q',`/2Q',`Gnd',`2Q',`/2Pre',`2J',`2K',`2Clk',`/2Clr',`/1Clr',`Vcc'')
+
+define(`Description_74113_dil', ``2 JK edge FF w. preset'')
+define(`Param1_74113_dil', 14)
+define(`Param2_74113_dil', 300)
+define(`PinList_74113_dil', ``1Clk',`1K',`1J',`/1Pre',`1Q',`/1Q',`Gnd',`/2Q',`2Q',`/2Pre',`2J',`2K',`2Clk',`Vcc'')
+
+define(`Description_74114_dil', ``2 JK edge FF w. preset and common Clr/Clk'')
+define(`Param1_74114_dil', 14)
+define(`Param2_74114_dil', 300)
+define(`PinList_74114_dil', ``/Clr',`1K',`1J',`/1Pre',`1Q',`/1Q',`Gnd',`/2Q',`2Q',`/2Pre',`2J',`2K',`Clk',`Vcc'')
+
+define(`Description_74116_dil', ``2 4bit lacthes w. clear'')
+define(`Param1_74116_dil', 24)
+define(`Param2_74116_dil', 300)
+define(`PinList_74116_dil', ``/1Clr',`/1C1',`/1C2',`1D1',`1Q1',`1D2',`1Q2',`1D3',`1Q3',`1D4',`1Q4',`Gnd',`/2Clr',`/2C1',`/2C2',`2D1',`2Q1',`2D2',`2Q2',`2D3',`2Q3',`2D4',`2Q4',`Vcc'')
+
+define(`Description_74120_dil', ``2 pulse synchronizer/driver'')
+define(`Param1_74120_dil', 16)
+define(`Param2_74120_dil', 300)
+define(`PinList_74120_dil', ``1M',`/1S1',`/1S2',`/1R',`1C',`1Y',`/1Y',`Gnd',`/2Y',`2Y',`2C',`/2R',`/2S1',`/2S2',`2M',`Vcc'')
+
+define(`Description_74121_dil', ``monostable multivibrator w. Schmitt trigger input'')
+define(`Param1_74121_dil', 14)
+define(`Param2_74121_dil', 300)
+define(`PinList_74121_dil', ``/Q',`NC',`A1',`A2',`B',`Q',`Gnd',`NC',`Rint',`Cext',`Rext-Cext',`NC',`NC',`Vcc'')
+
+define(`Description_74122_dil', ``retriggerable monostable multivibrator w. internal resistors'')
+define(`Param1_74122_dil', 14)
+define(`Param2_74122_dil', 300)
+define(`PinList_74122_dil', ``A1',`A2',`B1',`B2',`/Clr',`/Q',`Gnd',`Q',`Rint',`NC',`Cext',`NC',`Rext-Cext',`Vcc'')
+
+define(`Description_74123_dil', ``retriggerable monostable multivibrator'')
+define(`Param1_74123_dil', 16)
+define(`Param2_74123_dil', 300)
+define(`PinList_74123_dil', ``1A',`1B',`/1Clr',`/1Q',`2Q',`2Cext',`2Rext-Cext',`Gnd',`2A',`2B',`/2Clr',`/2Q',`1Q',`1Cext',`1Rext-Cext',`Vcc'')
+
+define(`Description_74124_dil', ``2 voltage controlled oszillators'')
+define(`Param1_74124_dil', 16)
+define(`Param2_74124_dil', 300)
+define(`PinList_74124_dil', ``2FC',`1FC',`1Rng',`1CX1',`1CX2',`/1En',`1Y',`Osc-Gnd',`Gnd',`2Y',`/2En',`2CX1',`2CX2',`2Rng',`Osc-Vcc',`Vcc'')
+
+define(`Description_74125_dil', ``4 bus buffers 3-state inverted control'')
+define(`Param1_74125_dil', 14)
+define(`Param2_74125_dil', 300)
+define(`PinList_74125_dil', ``/1G',`1A',`1Y',`/2G',`2A',`2Y',`Gnd',`3Y',`3A',`/3G',`4Y',`4A',`/4G',`Vcc'')
+
+define(`Description_74126_dil', ``4 buffers 3-state positive control'')
+define(`Param1_74126_dil', 14)
+define(`Param2_74126_dil', 300)
+define(`PinList_74126_dil', ``1G',`1A',`1Y',`2G',`2A',`2Y',`Gnd',`3Y',`3A',`3G',`4Y',`4A',`4G',`Vcc'')
+
+define(`Description_74128_dil', ``4 line drivers'')
+define(`Param1_74128_dil', 14)
+define(`Param2_74128_dil', 300)
+define(`PinList_74128_dil', ``1Y',`1A',`1B',`2Y',`2A',`2B',`Gnd',`3A',`3B',`3Y',`4A',`4B',`4Y',`Vcc'')
+
+define(`Description_74132_dil', ``4 dual NAND Schmitt trigger'')
+define(`Param1_74132_dil', 14)
+define(`Param2_74132_dil', 300)
+define(`PinList_74132_dil', ``1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`4Y',`4A',`4B',`Vcc'')
+
+define(`Description_74133_dil', ``13 input NAND'')
+define(`Param1_74133_dil', 16)
+define(`Param2_74133_dil', 300)
+define(`PinList_74133_dil', ``A',`B',`C',`D',`E',`F',`G',`Gnd',`Y',`H',`I',`J',`K',`L',`M',`Vcc'')
+
+define(`Description_74134_dil', ``12 input NAND 3-state'')
+define(`Param1_74134_dil', 16)
+define(`Param2_74134_dil', 300)
+define(`PinList_74134_dil', ``A',`B',`C',`D',`E',`F',`G',`Gnd',`Y',`H',`I',`J',`K',`L',`/OC',`Vcc'')
+
+define(`Description_74135_dil', ``4 dual-XOR-XNOR'')
+define(`Param1_74135_dil', 16)
+define(`Param2_74135_dil', 300)
+define(`PinList_74135_dil', ``1A',`1B',`1Y',`1C-2C',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`3c-4c',`4Y',`4A',`4B',`Vcc'')
+
+define(`Description_74136_dil', ``4 dual-XOR OC'')
+define(`Param1_74136_dil', 14)
+define(`Param2_74136_dil', 300)
+define(`PinList_74136_dil', ``1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`4Y',`4A',`4B',`Vcc'')
+
+define(`Description_74137_dil', ``3-to-8 decoder w. address latch'')
+define(`Param1_74137_dil', 16)
+define(`Param2_74137_dil', 300)
+define(`PinList_74137_dil', ``A',`B',`C',`/GL',`/G2',`G1',`Y7',`Gnd',`Y6',`Y5',`Y4',`Y3',`Y2',`Y1',`Y0',`Vcc'')
+
+define(`Description_74138_dil', ``3-to-8 decoder'')
+define(`Param1_74138_dil', 16)
+define(`Param2_74138_dil', 300)
+define(`PinList_74138_dil', ``A',`B',`C',`/G2A',`/G2B',`G1',`Y7',`Gnd',`Y6',`Y5',`Y4',`Y3',`Y2',`Y1',`Y0',`Vcc'')
+
+define(`Description_74139_dil', ``2 2-to-4 decoder'')
+define(`Param1_74139_dil', 16)
+define(`Param2_74139_dil', 300)
+define(`PinList_74139_dil', ``/G1',`A1',`B1',`Y10',`Y11',`Y12',`Y13',`Gnd',`Y23',`Y22',`Y21',`Y20',`B2',`A2',`/G2',`Vcc'')
+
+define(`Description_74140_dil', ``2 quad-NAND 50Ohm driver'')
+define(`Param1_74140_dil', 14)
+define(`Param2_74140_dil', 300)
+define(`PinList_74140_dil', ``1A',`1B',`NC',`1C',`1D',`1Y',`Gnd',`2Y',`2A',`2B',`NC',`2C',`2D',`Vcc'')
+
+define(`Description_74143_dil', ``4bit counter/latch 7-segment driver'')
+define(`Param1_74143_dil', 24)
+define(`Param2_74143_dil', 300)
+define(`PinList_74143_dil', ``/SCEI',`Clk',`/Clr',`/RBI',`BI',`/BI-/RBO',`Dp',`dp',`d',`f',`e',`Gnd',`g',`c',`a',`b',`Qa',`Qb',`Qc',`Qd',`/StrB',`Max',`/PECI',`Vcc'')
+
+define(`Description_74145_dil', ``BCD to decimal decoder'')
+define(`Param1_74145_dil', 16)
+define(`Param2_74145_dil', 300)
+define(`PinList_74145_dil', ``0',`1',`2',`3',`4',`5',`6',`Gnd',`7',`8',`9',`D',`C',`B',`A',`Vcc'')
+
+define(`Description_74147_dil', ``10-to-4 encoder'')
+define(`Param1_74147_dil', 16)
+define(`Param2_74147_dil', 300)
+define(`PinList_74147_dil', ``4',`5',`6',`7',`8',`C',`B',`Gnd',`A',`9',`1',`2',`3',`D',`NC',`Vcc'')
+
+define(`Description_74148_dil', ``8-to-3 encoder'')
+define(`Param1_74148_dil', 16)
+define(`Param2_74148_dil', 300)
+define(`PinList_74148_dil', ``4',`5',`6',`7',`/Ei',`A2',`A1',`Gnd',`A0',`0',`1',`2',`3',`/Gs',`/Eo',`Vcc'')
+
+define(`Description_74150_dil', ``1-of-16 selector'')
+define(`Param1_74150_dil', 24)
+define(`Param2_74150_dil', 300)
+define(`PinList_74150_dil', ``E7',`E6',`E5',`E4',`E3',`E2',`E1',`E0',`/G',`W',`D',`Gnd',`C',`B',`A',`E15',`E14',`E13',`E12',`E11',`E10',`E9',`E8',`Vcc'')
+
+define(`Description_74151_dil', ``1-of-8 selector'')
+define(`Param1_74151_dil', 16)
+define(`Param2_74151_dil', 300)
+define(`PinList_74151_dil', ``D3',`D2',`D1',`D0',`Y',`W',`/G',`Gnd',`C',`B',`A',`D7',`D6',`D5',`D4',`Vcc'')
+
+define(`Description_74153_dil', ``2 4-to-1 selectors'')
+define(`Param1_74153_dil', 16)
+define(`Param2_74153_dil', 300)
+define(`PinList_74153_dil', ``/1G',`B',`1C3',`1C2',`1C1',`1C0',`1Y',`Gnd',`2Y',`2C0',`2C1',`2C2',`2C3',`A',`/2G',`Vcc'')
+
+define(`Description_74154_dil', ``4-to-16 decoder'')
+define(`Param1_74154_dil', 24)
+define(`Param2_74154_dil', 300)
+define(`PinList_74154_dil', ``0',`1',`2',`3',`4',`5',`6',`7',`8',`9',`10',`Gnd',`11',`12',`13',`14',`15',`/G1',`/G2',`D',`C',`B',`A',`Vcc'')
+
+define(`Description_74155_dil', ``2 2-to-4 decoder'')
+define(`Param1_74155_dil', 16)
+define(`Param2_74155_dil', 300)
+define(`PinList_74155_dil', ``1C',`/1G',`B',`1Y3',`1Y2',`1Y1',`1Y0',`Gnd',`2Y0',`2Y1',`2Y2',`2Y3',`A',`/2G',`/2C',`Vcc'')
+
+define(`Description_74156_dil', ``2 2-to-4 decoder OC'')
+define(`Param1_74156_dil', 16)
+define(`Param2_74156_dil', 300)
+define(`PinList_74156_dil', ``1C',`/1G',`B',`1Y3',`1Y2',`1Y1',`1Y0',`Gnd',`2Y0',`2Y1',`2Y2',`2Y3',`A',`/2G',`/2C',`Vcc'')
+
+define(`Description_74157_dil', ``4 2-to-1 selector'')
+define(`Param1_74157_dil', 16)
+define(`Param2_74157_dil', 300)
+define(`PinList_74157_dil', ``/A-B',`1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3B',`3A',`4Y',`4Y',`4A',`/G',`Vcc'')
+
+define(`Description_74158_dil', ``4 2-to-1 selector inverted output'')
+define(`Param1_74158_dil', 16)
+define(`Param2_74158_dil', 300)
+define(`PinList_74158_dil', ``/A-B',`1A',`1B',`/1Y',`2A',`2B',`/2Y',`Gnd',`/3Y',`3B',`3A',`4Y',`/4Y',`4A',`/G',`Vcc'')
+
+define(`Description_74159_dil', ``4-to-16 decoder OC'')
+define(`Param1_74159_dil', 24)
+define(`Param2_74159_dil', 300)
+define(`PinList_74159_dil', ``0',`1',`2',`3',`4',`5',`6',`7',`8',`9',`10',`Gnd',`11',`12',`13',`14',`15',`/G1',`/G2',`D',`C',`B',`A',`Vcc'')
+
+define(`Description_74160_dil', ``syncronous decade counter w. async. clear'')
+define(`Param1_74160_dil', 16)
+define(`Param2_74160_dil', 300)
+define(`PinList_74160_dil', ``/Clr',`Clk',`A',`B',`C',`D',`ENP',`Gnd',`/Load',`ENT',`Qd',`Qc',`Qb',`Qa',`RCO',`Vcc'')
+
+define(`Description_74161_dil', ``syncronous 4bit binary counter w. async. clear'')
+define(`Param1_74161_dil', 16)
+define(`Param2_74161_dil', 300)
+define(`PinList_74161_dil', ``/Clr',`Clk',`A',`B',`C',`D',`ENP',`Gnd',`/Load',`ENT',`Qd',`Qc',`Qb',`Qa',`RCO',`Vcc'')
+
+define(`Description_74162_dil', ``syncronous decade counter w. sync. clear'')
+define(`Param1_74162_dil', 16)
+define(`Param2_74162_dil', 300)
+define(`PinList_74162_dil', ``/Clr',`Clk',`A',`B',`C',`D',`ENP',`Gnd',`/Load',`ENT',`Qd',`Qc',`Qb',`Qa',`RCO',`Vcc'')
+
+define(`Description_74163_dil', ``syncronous 4bit binary counter w. sync. clear'')
+define(`Param1_74163_dil', 16)
+define(`Param2_74163_dil', 300)
+define(`PinList_74163_dil', ``/Clr',`Clk',`A',`B',`C',`D',`ENP',`Gnd',`/Load',`ENT',`Qd',`Qc',`Qb',`Qa',`RCO',`Vcc'')
+
+define(`Description_74164_dil', ``8bit parallel-out shift register'')
+define(`Param1_74164_dil', 14)
+define(`Param2_74164_dil', 300)
+define(`PinList_74164_dil', ``A',`B',`Qa',`Qb',`Qc',`Qd',`Gnd',`Clk',`/Clr',`Qe',`Qf',`Qg',`Qh',`Vcc'')
+
+define(`Description_74165_dil', ``parallel-load 8bit shift register'')
+define(`Param1_74165_dil', 16)
+define(`Param2_74165_dil', 300)
+define(`PinList_74165_dil', ``SH-/LD',`Clk',`E',`F',`G',`H',`/Qh',`Gnd',`Qh',`SER',`A',`B',`C',`D',`Clk_Inh',`Vcc'')
+
+define(`Description_74166_dil', ``parallel-load 8bit shift register'')
+define(`Param1_74166_dil', 16)
+define(`Param2_74166_dil', 300)
+define(`PinList_74166_dil', ``SER',`A',`B',`C',`D',`Clk_Inh',`Clk',`Gnd',`/Clr',`E',`F',`G',`Qh',`H',`SH-/LD',`Vcc'')
+
+define(`Description_74167_dil', ``syncronous decade rate multiplier'')
+define(`Param1_74167_dil', 16)
+define(`Param2_74167_dil', 300)
+define(`PinList_74167_dil', ``NC',`B2',`B3',`Set-to-9',`Z',`Y',`ENout',`Gnd',`Clk',`StrB',`ENin',`Unity-CAS',`Clr',`Bo',`B1',`Vcc'')
+
+define(`Description_74169_dil', ``sync. 4bit up/down counter'')
+define(`Param1_74169_dil', 16)
+define(`Param2_74169_dil', 300)
+define(`PinList_74169_dil', ``U-/D',`Clk',`A',`B',`C',`D',`/ENP',`Gnd',`/Load',`/ENT',`Qd',`Qc',`Qb',`Qa',`/RCO',`Vcc'')
+
+define(`Description_74170_dil', ``4-by-4 register files OC'')
+define(`Param1_74170_dil', 16)
+define(`Param2_74170_dil', 300)
+define(`PinList_74170_dil', ``D2',`D3',`D4',`Rb',`Ra',`Q4',`Q3',`Gnd',`Q2',`Q1',`/Gr',`/Gw',`Wb',`Wa',`D1',`Vcc'')
+
+define(`Description_74171_dil', ``4 D-type FF w. clear'')
+define(`Param1_74171_dil', 16)
+define(`Param2_74171_dil', 300)
+define(`PinList_74171_dil', ``/1Q',`/2Q',`2Q',`2D',`3D',`3Q',`/3Q',`Gnd',`/4Q',`4Q',`4D',`Clk',`/Clr',`1D',`1Q',`Vcc'')
+
+define(`Description_74172_dil', ``16bit multiple-port register file 3-state'')
+define(`Param1_74172_dil', 24)
+define(`Param2_74172_dil', 300)
+define(`PinList_74172_dil', ``1W1',`1W0',`/1Gw',`1DB',`2DB',`Clk',`1R2',`1R1',`1R0',`1Qb',`2Qb',`Gnd',`2Qa',`1Qa',`/1Gr',`/2Gr',`2W-R0',`2W-R1',`2W-R2',`/2Gw',`2Da',`1Da',`1W2',`Vcc'')
+
+define(`Description_74173_dil', ``4bit D-type register 3-state'')
+define(`Param1_74173_dil', 16)
+define(`Param2_74173_dil', 300)
+define(`PinList_74173_dil', ``M',`N',`1Q',`2Q',`3Q',`4Q',`Clk',`Gnd',`/G1',`/G2',`4D',`3D',`2D',`1D',`Clr',`Vcc'')
+
+define(`Description_74174_dil', ``6 D-type FF single-rail output'')
+define(`Param1_74174_dil', 16)
+define(`Param2_74174_dil', 300)
+define(`PinList_74174_dil', ``/Clr',`1Q',`1D',`2D',`2Q',`3D',`3Q',`Gnd',`Clk',`4Q',`4D',`5Q',`5D',`6D',`6Q',`Vcc'')
+
+define(`Description_74175_dil', ``4 D-type FF double-rail output'')
+define(`Param1_74175_dil', 16)
+define(`Param2_74175_dil', 300)
+define(`PinList_74175_dil', ``/Clr',`1Q',`/1Q',`1D',`2D',`/2Q',`2Q',`Gnd',`Clk',`3Q',`/3Q',`3D',`4D',`/4Q',`4Q',`Vcc'')
+
+define(`Description_74176_dil', ``presettable decade counter/latch (divide by 2/5)'')
+define(`Param1_74176_dil', 14)
+define(`Param2_74176_dil', 300)
+define(`PinList_74176_dil', ``/Load',`Qc',`C',`A',`Qa',`Clk2',`Gnd',`Clk1',`Qb',`B',`D',`Qd',`/Clr',`Vcc'')
+
+define(`Description_74177_dil', ``presettable binary counter/latch (divide by 2/8)'')
+define(`Param1_74177_dil', 14)
+define(`Param2_74177_dil', 300)
+define(`PinList_74177_dil', ``/Load',`Qc',`C',`A',`Qa',`Clk2',`Gnd',`Clk1',`Qb',`B',`D',`Qd',`/Clr',`Vcc'')
+
+define(`Description_74178_dil', ``4bit parallel-access shift register'')
+define(`Param1_74178_dil', 14)
+define(`Param2_74178_dil', 300)
+define(`PinList_74178_dil', ``B',`A',`SER',`Qa',`Clk',`Qb',`Gnd',`Qc',`Load',`Qd',`Shift',`D',`C',`Vcc'')
+
+define(`Description_74180_dil', ``9bit /even/odd parity generator/checker'')
+define(`Param1_74180_dil', 14)
+define(`Param2_74180_dil', 300)
+define(`PinList_74180_dil', ``G',`H',`Even',`Odd',`SumEven',`SumOdd',`Gnd',`A',`B',`C',`D',`E',`F',`Vcc'')
+
+define(`Description_74181_dil', ``ALU function generator'')
+define(`Param1_74181_dil', 24)
+define(`Param2_74181_dil', 300)
+define(`PinList_74181_dil', ``/B0',`/A0',`S3',`S2',`S1',`S0',`Cn',`M',`/F0',`/F1',`/F2',`Gnd',`/F3',`A=B',`/P',`/Cn+4',`/G',`/B3',`/A3',`/B2',`/A2',`/B1',`/A1',`Vcc'')
+
+define(`Description_74182_dil', ``look-ahead carry generator'')
+define(`Param1_74182_dil', 16)
+define(`Param2_74182_dil', 300)
+define(`PinList_74182_dil', ``/G1',`/P1',`/G0',`/P0',`/G3',`/P3',`/P',`Gnd',`Cn+Z',`/G',`Cn+Y',`Cn+X',`Cn',`/G2',`/P2',`Vcc'')
+
+define(`Description_74183_dil', ``2 carry-save full adders'')
+define(`Param1_74183_dil', 14)
+define(`Param2_74183_dil', 300)
+define(`PinList_74183_dil', ``1A',`NC',`1B',`1Cn',`1Cn+1',`1Sum',`Gnd',`2Sum',`NC',`2Cn+1',`2Cn',`2B',`2A',`Vcc'')
+
+define(`Description_74190_dil', ``syncronous 4bit BCD up/down counter'')
+define(`Param1_74190_dil', 16)
+define(`Param2_74190_dil', 300)
+define(`PinList_74190_dil', ``B',`Qb',`Qa',`/CTEN',`D-/U',`Qc',`Qd',`Gnd',`D',`C',`/Load',`Max-Min',`/RCO',`Clk',`A',`Vcc'')
+
+define(`Description_74191_dil', ``syncronous 4bit binary up/down counter'')
+define(`Param1_74191_dil', 16)
+define(`Param2_74191_dil', 300)
+define(`PinList_74191_dil', ``B',`Qb',`Qa',`/CTEN',`D-/U',`Qc',`Qd',`Gnd',`D',`C',`/Load',`Max-Min',`/RCO',`Clk',`A',`Vcc'')
+
+define(`Description_74192_dil', ``syncronous 4bit BCD up/down counter w. dual-clock and clear'')
+define(`Param1_74192_dil', 16)
+define(`Param2_74192_dil', 300)
+define(`PinList_74192_dil', ``B',`Qb',`Qa',`Down',`Up',`Qc',`Qd',`Gnd',`D',`C',`/Load',`/CO',`/BO',`Clr',`A',`Vcc'')
+
+define(`Description_74193_dil', ``syncronous 4bit binary up/down counter w. dual-clock and clear'')
+define(`Param1_74193_dil', 16)
+define(`Param2_74193_dil', 300)
+define(`PinList_74193_dil', ``B',`Qb',`Qa',`Down',`Up',`Qc',`Qd',`Gnd',`D',`C',`/Load',`/CO',`/BO',`Clr',`A',`Vcc'')
+
+define(`Description_74194_dil', ``4bit bi-directional shift register'')
+define(`Param1_74194_dil', 16)
+define(`Param2_74194_dil', 300)
+define(`PinList_74194_dil', ``/Clr',`SRSer',`A',`B',`C',`D',`SLSer',`Gnd',`S0',`S1',`Clk',`Qd',`Qc',`Qb',`Qa',`Vcc'')
+
+define(`Description_74195_dil', ``4bit parallel-access shift register'')
+define(`Param1_74195_dil', 16)
+define(`Param2_74195_dil', 300)
+define(`PinList_74195_dil', ``/Clr',`J',`/K',`A',`B',`C',`D',`Gnd',`SH-/Ld',`Clk',`/Qd',`Qd',`Qc',`Qb',`Qa',`Vcc'')
+
+define(`Description_74196_dil', ``presettable decade counter/latch (divide by 2/5)'')
+define(`Param1_74196_dil', 14)
+define(`Param2_74196_dil', 300)
+define(`PinList_74196_dil', ``/Load',`Qc',`C',`A',`Qa',`Clk2',`Gnd',`Clk1',`Qb',`B',`D',`Qd',`/Clr',`Vcc'')
+
+define(`Description_74197_dil', ``presettable binary counter/latch (divide by 2/8)'')
+define(`Param1_74197_dil', 14)
+define(`Param2_74197_dil', 300)
+define(`PinList_74197_dil', ``/Load',`Qc',`C',`A',`Qa',`Clk2',`Gnd',`Clk1',`Qb',`B',`D',`Qd',`/Clr',`Vcc'')
+
+define(`Description_74198_dil', ``8bit shift register'')
+define(`Param1_74198_dil', 24)
+define(`Param2_74198_dil', 300)
+define(`PinList_74198_dil', ``S0',`SPSer',`A',`Qa',`B',`Qb',`C',`Qc',`D',`Qd',`Clk',`Gnd',`/Clr',`Qe',`E',`Qf',`F',`Qg',`G',`Qh',`H',`SLSer',`S1',`Vcc'')
+
+define(`Description_74199_dil', ``8bit shift register w. parallel input/output/JK-input'')
+define(`Param1_74199_dil', 24)
+define(`Param2_74199_dil', 300)
+define(`PinList_74199_dil', ``/K',`J',`A',`Qa',`B',`Qb',`C',`Qc',`D',`Qd',`ClkInh',`Gnd',`Clk',`/Clr',`Qe',`E',`Qf',`F',`Qg',`G',`Qh',`H',`SH-/LD',`Vcc'')
+
+define(`Description_74221_dil', ``2 monostable multivibrator w. Schmitt trigger input'')
+define(`Param1_74221_dil', 16)
+define(`Param2_74221_dil', 300)
+define(`PinList_74221_dil', ``1A',`1A',`/1Clr',`/1Q',`2Q',`2Cext',`2Rext-Cext',`Gnd',`2A',`2B',`/2Clr',`/2Q',`1Q',`1Cext',`1Rext-Cext',`Vcc'')
+
+define(`Description_74240_dil', ``8 buffer/driver 3-state w. inverted output'')
+define(`Param1_74240_dil', 20)
+define(`Param2_74240_dil', 300)
+define(`PinList_74240_dil', ``/1G',`1A1',`2Y4',`1A2',`2Y3',`1A3',`2Y2',`1A4',`2Y1',`Gnd',`2A1',`1Y4',`2A2',`1Y3',`2A3',`1Y2',`2A4',`1Y1',`/2G',`Vcc'')
+
+define(`Description_74241_dil', ``8 buffer/driver 3-state w. pos/neg enable'')
+define(`Param1_74241_dil', 20)
+define(`Param2_74241_dil', 300)
+define(`PinList_74241_dil', ``/1G',`1A1',`2Y4',`1A2',`2Y3',`1A3',`2Y2',`1A4',`2Y1',`Gnd',`2A1',`1Y4',`2A2',`1Y3',`2A3',`1Y2',`2A4',`1Y1',`/2G',`Vcc'')
+
+define(`Description_74242_dil', ``4 bus tranceiver'')
+define(`Param1_74242_dil', 14)
+define(`Param2_74242_dil', 300)
+define(`PinList_74242_dil', ``/Gab',`NC',`A1',`A2',`A3',`A4',`Gnd',`B4',`B3',`B2',`B1',`NC',`Gba',`Vcc'')
+
+define(`Description_74243_dil', ``4 bus tranceiver w. inverting outputs'')
+define(`Param1_74243_dil', 14)
+define(`Param2_74243_dil', 300)
+define(`PinList_74243_dil', ``/Gab',`NC',`A1',`A2',`A3',`A4',`Gnd',`B4',`B3',`B2',`B1',`NC',`Gba',`Vcc'')
+
+define(`Description_74244_dil', ``8 buffer/driver 3-state'')
+define(`Param1_74244_dil', 20)
+define(`Param2_74244_dil', 300)
+define(`PinList_74244_dil', ``/1G',`1A1',`2Y4',`1A2',`2Y3',`1A3',`2Y2',`1A4',`2Y1',`Gnd',`2A1',`1Y4',`2A2',`1Y3',`2A3',`1Y2',`2A4',`1Y1',`/2G',`Vcc'')
+
+define(`Description_74245_dil', ``8 bus tranceiver 3-state'')
+define(`Param1_74245_dil', 20)
+define(`Param2_74245_dil', 300)
+define(`PinList_74245_dil', ``Dir',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/G',`Vcc'')
+
+define(`Description_74247_dil', ``BCD to 7-segment decoder/driver OC'')
+define(`Param1_74247_dil', 16)
+define(`Param2_74247_dil', 300)
+define(`PinList_74247_dil', ``B',`C',`/LT',`/BI-/RBO',`/RBI',`D',`A',`Gnd',`e',`d',`c',`b',`a',`g',`f',`Vcc'')
+
+define(`Description_74248_dil', ``BCD to 7-segment decoder/driver w. output pull-up'')
+define(`Param1_74248_dil', 16)
+define(`Param2_74248_dil', 300)
+define(`PinList_74248_dil', ``B',`C',`/LT',`/BI-/RBO',`/RBI',`D',`A',`Gnd',`e',`d',`c',`b',`a',`g',`f',`Vcc'')
+
+define(`Description_74251_dil', ``data selector/multiplexor 3-state'')
+define(`Param1_74251_dil', 16)
+define(`Param2_74251_dil', 300)
+define(`PinList_74251_dil', ``D3',`D2',`D1',`D0',`Y',`W',`/G',`Gnd',`C',`B',`A',`D7',`D6',`D5',`D4',`Vcc'')
+
+define(`Description_74253_dil', ``2 4-to-1 selector/multiplexor 3-state'')
+define(`Param1_74253_dil', 16)
+define(`Param2_74253_dil', 300)
+define(`PinList_74253_dil', ``/1G',`N',`1C3',`1C2',`1C1',`1C0',`1Y',`Gnd',`2Y',`2C0',`2C1',`2C2',`2C3',`A',`/2G',`Vcc'')
+
+define(`Description_74257_dil', ``4 2-to-1 selectors/demultiplexors'')
+define(`Param1_74257_dil', 16)
+define(`Param2_74257_dil', 300)
+define(`PinList_74257_dil', ``/A-B',`1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3B',`3A',`4Y',`4B',`4A',`/G',`Vcc'')
+
+define(`Description_74258_dil', ``4 2-to-1 selectors/demultiplexors w. inverting outputs'')
+define(`Param1_74258_dil', 16)
+define(`Param2_74258_dil', 300)
+define(`PinList_74258_dil', ``/A-B',`1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3B',`3A',`4Y',`4B',`4A',`/G',`Vcc'')
+
+define(`Description_74259_dil', ``8bit addressable latches'')
+define(`Param1_74259_dil', 16)
+define(`Param2_74259_dil', 300)
+define(`PinList_74259_dil', ``S0',`S1',`S2',`Q0',`Q1',`Q2',`Q3',`Gnd',`Q4',`Q5',`Q6',`Q7',`D',`/G',`/Clr',`Vcc'')
+
+define(`Description_74260_dil', ``2 pent-NOR'')
+define(`Param1_74260_dil', 14)
+define(`Param2_74260_dil', 300)
+define(`PinList_74260_dil', ``1A',`1B',`1C',`2A',`1Y',`2Y',`Gnd',`2B',`2C',`2D',`2E',`1D',`1E',`Vcc'')
+
+define(`Description_74261_dil', ``2bit by 4bit parallel binary multiplexors'')
+define(`Param1_74261_dil', 16)
+define(`Param2_74261_dil', 300)
+define(`PinList_74261_dil', ``B3',`B4',`C',`M2',`/Q4',`Q3',`Q2',`Gnd',`Q1',`Q0',`M0',`M1',`B0',`B1',`B2',`Vcc'')
+
+define(`Description_74265_dil', ``4 complementary output gates'')
+define(`Param1_74265_dil', 16)
+define(`Param2_74265_dil', 300)
+define(`PinList_74265_dil', ``1A',`1W',`1Y',`2A',`2B',`2W',`2Y',`Gnd',`3Y',`3W',`3A',`3B',`4Y',`4W',`4A',`Vcc'')
+
+define(`Description_74266_dil', ``4 dual-XOR OC'')
+define(`Param1_74266_dil', 14)
+define(`Param2_74266_dil', 300)
+define(`PinList_74266_dil', ``1A',`1B',`1Y',`2Y',`2A',`2B',`Gnd',`3A',`3B',`3Y',`4Y',`4A',`4B',`Vcc'')
+
+define(`Description_74273_dil', ``8 D-type FF w. clear'')
+define(`Param1_74273_dil', 20)
+define(`Param2_74273_dil', 300)
+define(`PinList_74273_dil', ``/Clr',`1Q',`1D',`2D',`2Q',`3Q',`3D',`4D',`4Q',`Gnd',`Clk',`5Q',`5D',`6D',`6Q',`7Q',`7D',`8D',`8Q',`Vcc'')
+
+define(`Description_74276_dil', ``4 J-/K FF'')
+define(`Param1_74276_dil', 20)
+define(`Param2_74276_dil', 300)
+define(`PinList_74276_dil', ``/Clr',`1J',`1Clk',`/1K',`1Q',`2Q',`/2K',`2Clk',`2J',`Gnd',`/Pre',`3J',`3Clk',`/3K',`3Q',`4Q',`/4K',`4Clk',`4J',`Vcc'')
+
+define(`Description_74278_dil', ``4bit cascadable priority registers'')
+define(`Param1_74278_dil', 14)
+define(`Param2_74278_dil', 300)
+define(`PinList_74278_dil', ``Strb',`D3',`D4',`P0',`P1',`Y4',`Gnd',`Y3',`Y2',`Y1',`NC',`D1',`D2',`Vcc'')
+
+define(`Description_74279_dil', ``4 /S-/R latches'')
+define(`Param1_74279_dil', 16)
+define(`Param2_74279_dil', 300)
+define(`PinList_74279_dil', ``/1R',`/1S1',`/1S2',`1Q',`/2R',`/2S',`2Q',`Gnd',`3Q',`/3R',`/3S1',`/3S2',`4Q',`/4R',`/4S',`Vcc'')
+
+define(`Description_74280_dil', ``9bit odd/even parity generator/checker'')
+define(`Param1_74280_dil', 14)
+define(`Param2_74280_dil', 300)
+define(`PinList_74280_dil', ``G',`H',`NC',`I',`SumEven',`SumOdd',`Gnd',`A',`B',`C',`D',`E',`F',`Vcc'')
+
+define(`Description_74283_dil', ``4bit binary full adders w. fast carry'')
+define(`Param1_74283_dil', 16)
+define(`Param2_74283_dil', 300)
+define(`PinList_74283_dil', ``Sum2',`B2',`A2',`Sum1',`A1',`B1',`C0',`Gnd',`C4',`Sum4',`B4',`A4',`Sum3',`A3',`B3',`Vcc'')
+
+define(`Description_74285_dil', ``4bit by 4bit parallel binary multipliers'')
+define(`Param1_74285_dil', 16)
+define(`Param2_74285_dil', 300)
+define(`PinList_74285_dil', ``2C',`2B',`2A',`1D',`1A',`1B',`1C',`Gnd',`Y3',`Y2',`Y1',`Y0',`/GB',`/GA',`2D',`Vcc'')
+
+define(`Description_74290_dil', ``decade counter w. clear/set-to-9'')
+define(`Param1_74290_dil', 14)
+define(`Param2_74290_dil', 300)
+define(`PinList_74290_dil', ``R9(1)',`NC',`R9(2)',`Qc',`Qb',`NC',`Gnd',`Qd',`Qa',`CKA',`CKB',`R0(1)',`R0(2)',`Vcc'')
+
+define(`Description_74292_dil', ``programmable divider/timer (2 power 31)'')
+define(`Param1_74292_dil', 16)
+define(`Param2_74292_dil', 300)
+define(`PinList_74292_dil', ``B',`E',`Tp1',`Clk1',`Clk2',`Tp2',`Q',`Gnd',`NC',`A',`/Clr',`NC',`Tp3',`D',`C',`Vcc'')
+
+define(`Description_74293_dil', ``4bit binary counter w. clear'')
+define(`Param1_74293_dil', 14)
+define(`Param2_74293_dil', 300)
+define(`PinList_74293_dil', ``NC',`NC',`NC',`Qc',`Qb',`NC',`Gnd',`Qd',`Qa',`CKA',`CKB',`R0(1)',`R0(2)',`Vcc'')
+
+define(`Description_74294_dil', ``programmable divider/timer (2 power 15)'')
+define(`Param1_74294_dil', 16)
+define(`Param2_74294_dil', 300)
+define(`PinList_74294_dil', ``B',`A',`Tp',`Clk1',`Clk2',`NC',`Q',`Gnd',`NC',`NC',`/Clr',`NC',`NC',`D',`C',`Vcc'')
+
+define(`Description_74295_dil', ``4bit left/right-shift registers 3-state'')
+define(`Param1_74295_dil', 14)
+define(`Param2_74295_dil', 300)
+define(`PinList_74295_dil', ``Ser',`A',`B',`C',`D',`LD-/SH',`Gnd',`OC',`Clk',`Qd',`Qc',`Qb',`Qa',`Vcc'')
+
+define(`Description_74297_dil', ``digital PLL filters'')
+define(`Param1_74297_dil', 16)
+define(`Param2_74297_dil', 300)
+define(`PinList_74297_dil', ``B',`A',`ENCTR',`K-Clk',`I-D-Clk',`d-/U',`I-D-Out',`Gnd',`Phase-A1',`Phase-B',`XORPD-Out',`ECPD-Out',`Pahse-A2',`D',`C',`Vcc'')
+
+define(`Description_74298_dil', ``4 dual-input multiplexors w. storage'')
+define(`Param1_74298_dil', 16)
+define(`Param2_74298_dil', 300)
+define(`PinList_74298_dil', ``B2',`A2',`A1',`B1',`C2',`D2',`D1',`Gnd',`C1',`WS',`Clk',`Qd',`Qc',`Qb',`Qa',`Vcc'')
+
+define(`Description_74299_dil', ``8bit universal shift/storage registers'')
+define(`Param1_74299_dil', 20)
+define(`Param2_74299_dil', 300)
+define(`PinList_74299_dil', ``S0',`/G1',`/G2',`G-Qg',`E-Qe',`C-Qc',`A-Qa',`Qa2',`/Clr',`Gnd',`SR',`Clk',`B-Qb',`D-Qd',`F-Qf',`H-Qh',`Qh2',`SL',`S1',`Vcc'')
+
+define(`Description_74320_dil', ``crystal-controlled oscillator'')
+define(`Param1_74320_dil', 16)
+define(`Param2_74320_dil', 300)
+define(`PinList_74320_dil', ``Tank1',`Tank2',`Gnd1',`FFQ',`FFD',`NC',`F',`Gnd2',`/F+',`F+',`Vcc+',`/F',`NC',`Xtal1',`Xtal2',`Vcc'')
+
+define(`Description_74321_dil', ``crystal-controlled oscillator w. F/2,F/4 outputs'')
+define(`Param1_74321_dil', 16)
+define(`Param2_74321_dil', 300)
+define(`PinList_74321_dil', ``Tank1',`Tank2',`Gnd1',`FFQ',`FFD',`F/4',`F',`Gnd2',`/F+',`F+',`Vcc+',`/F',`F/2',`Xtal1',`Xtal2',`Vcc'')
+
+define(`Description_74322_dil', ``8bit shift register w. sign extend'')
+define(`Param1_74322_dil', 20)
+define(`Param2_74322_dil', 300)
+define(`PinList_74322_dil', ``/G',`S-/P',`D0',`a-Qa',`C-Qc',`E-Qe',`G-Qg',`/OE',`/Clr',`Gnd',`Clk',`Qh+',`H-Qh',`F-Qf',`D-Qd',`B-Qb',`D1',`/SE',`DS',`Vcc'')
+
+define(`Description_74323_dil', ``8bit universal shift/storage register'')
+define(`Param1_74323_dil', 20)
+define(`Param2_74323_dil', 300)
+define(`PinList_74323_dil', ``S0',`/G1',`/G2',`G-Qg',`E-Qe',`C-Qc',`A-Qa',`Qa+',`/Clr',`Gnd',`SR',`Clk',`B-Qb',`D-Qd',`F-Qf',`H-Qh',`Qh+',`SL',`S1',`Vcc'')
+
+define(`Description_74348_dil', ``8-to-3 priority encode 3-state'')
+define(`Param1_74348_dil', 16)
+define(`Param2_74348_dil', 300)
+define(`PinList_74348_dil', ``4',`5',`6',`7',`W1',`A2',`A1',`Gnd',`A0',`0',`1',`2',`3',`GS',`E0',`Vcc'')
+
+define(`Description_74352_dil', ``2 4-to-1 data selector/multiplexor'')
+define(`Param1_74352_dil', 16)
+define(`Param2_74352_dil', 300)
+define(`PinList_74352_dil', ``/1G',`B',`1C3',`1C2',`1C1',`1C0',`1Y',`Gnd',`2Y',`2C0',`2C1',`2C2',`2C3',`A',`/2G',`Vcc'')
+
+define(`Description_74353_dil', ``2 4-to-1 data selector/multiplexor 3-state'')
+define(`Param1_74353_dil', 16)
+define(`Param2_74353_dil', 300)
+define(`PinList_74353_dil', ``/1G',`B',`1C3',`1C2',`1C1',`1C0',`1Y',`Gnd',`2Y',`2C0',`2C1',`2C2',`2C3',`A',`/2G',`Vcc'')
+
+define(`Description_74354_dil', ``8-to-1 data selector/multiplexor/register transparent 3-state'')
+define(`Param1_74354_dil', 20)
+define(`Param2_74354_dil', 300)
+define(`PinList_74354_dil', ``D7',`D6',`D5',`D4',`D3',`D2',`D1',`D0',`/DC',`Gnd',`/SC',`S2',`S1',`S0',`/G1',`/G2',`G3',`W',`Y',`Vcc'')
+
+define(`Description_74355_dil', ``8-to-1 data selector/multiplexor/register transparent OC'')
+define(`Param1_74355_dil', 20)
+define(`Param2_74355_dil', 300)
+define(`PinList_74355_dil', ``D7',`D6',`D5',`D4',`D3',`D2',`D1',`D0',`/DC',`Gnd',`/SC',`S2',`S1',`S0',`/G1',`/G2',`G3',`W',`Y',`Vcc'')
+
+define(`Description_74356_dil', ``8-to-1 data selector/multiplexor/register edge-triggered 3-state'')
+define(`Param1_74356_dil', 20)
+define(`Param2_74356_dil', 300)
+define(`PinList_74356_dil', ``D7',`D6',`D5',`D4',`D3',`D2',`D1',`D0',`Clk',`Gnd',`/SC',`S2',`S1',`S0',`/G1',`/G2',`G3',`W',`Y',`Vcc'')
+
+define(`Description_74365_dil', ``6 bus drivers OC'')
+define(`Param1_74365_dil', 16)
+define(`Param2_74365_dil', 300)
+define(`PinList_74365_dil', ``/G1',`1A',`1Y',`2A',`2Y',`3A',`3Y',`Gnd',`4Y',`4A',`5Y',`5A',`6Y',`6A',`/G2',`Vcc'')
+
+define(`Description_74366_dil', ``6 bus drivers OC w. inverting output'')
+define(`Param1_74366_dil', 16)
+define(`Param2_74366_dil', 300)
+define(`PinList_74366_dil', ``/G1',`1A',`1Y',`2A',`2Y',`3A',`3Y',`Gnd',`4Y',`4A',`5Y',`5A',`6Y',`6A',`/G2',`Vcc'')
+
+define(`Description_74367_dil', ``6 bus drivers OC'')
+define(`Param1_74367_dil', 16)
+define(`Param2_74367_dil', 300)
+define(`PinList_74367_dil', ``/G1',`1A1',`1Y1',`1A2',`1Y2',`1A3',`1Y3',`Gnd',`1Y4',`1A4',`2Y1',`2A1',`2Y2',`2A2',`/G2',`Vcc'')
+
+define(`Description_74368_dil', ``6 bus drivers OC w. inverting output'')
+define(`Param1_74368_dil', 16)
+define(`Param2_74368_dil', 300)
+define(`PinList_74368_dil', ``/G1',`1A1',`1Y1',`1A2',`1Y2',`1A3',`1Y3',`Gnd',`1Y4',`1A4',`2Y1',`2A1',`2Y2',`2A2',`/G2',`Vcc'')
+
+define(`Description_74373_dil', ``8 D-type transparent latches 3-state'')
+define(`Param1_74373_dil', 20)
+define(`Param2_74373_dil', 300)
+define(`PinList_74373_dil', ``/OC',`1Q',`1D',`2D',`2Q',`3Q',`3D',`4D',`4Q',`Gnd',`C',`5Q',`5D',`6D',`6Q',`7Q',`7D',`8D',`8Q',`Vcc'')
+
+define(`Description_74374_dil', ``8 edge FF 3-state'')
+define(`Param1_74374_dil', 20)
+define(`Param2_74374_dil', 300)
+define(`PinList_74374_dil', ``/OC',`1Q',`1D',`2D',`2Q',`3Q',`3D',`4D',`4Q',`Gnd',`C',`5Q',`5D',`6D',`6Q',`7Q',`7D',`8D',`8Q',`Vcc'')
+
+define(`Description_74375_dil', ``4bit bistable latch'')
+define(`Param1_74375_dil', 16)
+define(`Param2_74375_dil', 300)
+define(`PinList_74375_dil', ``1D',`/1Q',`1Q',`1C-2C',`2Q',`/2Q',`2D',`Gnd',`3D',`/3Q',`3Q',`3C-4C',`4Q',`/4Q',`4D',`Vcc'')
+
+define(`Description_74376_dil', ``4 JK FF'')
+define(`Param1_74376_dil', 16)
+define(`Param2_74376_dil', 300)
+define(`PinList_74376_dil', ``/Clr',`1J',`/1K',`1Q',`2Q',`/2K',`2J',`Gnd',`Clk',`3J',`/3K',`3Q',`4Q',`/4K',`4J',`Vcc'')
+
+define(`Description_74377_dil', ``8 FF w. single rail output'')
+define(`Param1_74377_dil', 20)
+define(`Param2_74377_dil', 300)
+define(`PinList_74377_dil', ``/G',`1Q',`1D',`2D',`2Q',`3Q',`3D',`4D',`4Q',`Gnd',`Clk',`5Q',`5D',`6D',`6Q',`7Q',`7D',`8D',`8Q',`Vcc'')
+
+define(`Description_74378_dil', ``6 FF w. single rail output'')
+define(`Param1_74378_dil', 16)
+define(`Param2_74378_dil', 300)
+define(`PinList_74378_dil', ``/G',`1Q',`1D',`2D',`2Q',`3D',`3Q',`Gnd',`Clk',`4Q',`4D',`5Q',`5D',`6D',`6Q',`Vcc'')
+
+define(`Description_74379_dil', ``4 FF w. double rail output'')
+define(`Param1_74379_dil', 16)
+define(`Param2_74379_dil', 300)
+define(`PinList_74379_dil', ``/G',`1Q',`/1Q',`1D',`2D',`/2Q',`2Q',`Gnd',`Clk',`3Q',`/3Q',`3D',`4D',`/4Q',`4Q',`Vcc'')
+
+define(`Description_74381_dil', ``ALU function generator w. look-ahead carry'')
+define(`Param1_74381_dil', 20)
+define(`Param2_74381_dil', 300)
+define(`PinList_74381_dil', ``A1',`B1',`A0',`B0',`S0',`S1',`S2',`F0',`F1',`Gnd',`F2',`F3',`/G',`/P',`Cn',`B3',`A3',`B2',`A2',`Vcc'')
+
+define(`Description_74382_dil', ``ALU function generator w. overflow/ripple-carry'')
+define(`Param1_74382_dil', 20)
+define(`Param2_74382_dil', 300)
+define(`PinList_74382_dil', ``A1',`B1',`A0',`B0',`S0',`S1',`S2',`F0',`F1',`Gnd',`F2',`F3',`Ovr',`Cn+4',`Cn',`B3',`A3',`B2',`A2',`Vcc'')
+
+define(`Description_74384_dil', ``8bit by 1bit twos-complement multiplier'')
+define(`Param1_74384_dil', 16)
+define(`Param2_74384_dil', 300)
+define(`PinList_74384_dil', ``/Clr',`X3',`X2',`X1',`X0',`Prod',`Clk',`Gnd',`Mode',`K',`X7',`X6',`X5',`X4',`Y',`Vcc'')
+
+define(`Description_74385_dil', ``4 serial adder/substractor'')
+define(`Param1_74385_dil', 20)
+define(`Param2_74385_dil', 300)
+define(`PinList_74385_dil', ``Clk',`1Sum',`1S-/A',`1B',`1A',`2A',`2B',`2S-/A',`2Sum',`Gnd',`Clr',`3Sum',`3S-/A',`3B',`3A',`4A',`4B',`4S-/A',`4Sum',`Vcc'')
+
+define(`Description_74386_dil', ``4 dual-XOR'')
+define(`Param1_74386_dil', 14)
+define(`Param2_74386_dil', 300)
+define(`PinList_74386_dil', ``1A',`1B',`1Y',`2Y',`2A',`2B',`Gnd',`3A',`3B',`3Y',`4Y',`4A',`4B',`Vcc'')
+
+define(`Description_74390_dil', ``2 decade counter w. individual clocks/clear (divide by 2/5)'')
+define(`Param1_74390_dil', 16)
+define(`Param2_74390_dil', 300)
+define(`PinList_74390_dil', ``1ClkA',`1Clr',`1Qa',`1ClkB',`1Qb',`1Qc',`1Qd',`Gnd',`2Qd',`2Qc',`2Qb',`2ClkB',`2Qa',`2Clr',`2ClkA',`Vcc'')
+
+define(`Description_74393_dil', ``2 4bit binary counter w. individual clocks/clear'')
+define(`Param1_74393_dil', 14)
+define(`Param2_74393_dil', 300)
+define(`PinList_74393_dil', ``1Clk',`1Clr',`1Qa',`1Qb',`1Qc',`1Qd',`Gnd',`2Qd',`2Qc',`2Qb',`2Qa',`2Clr',`2Clk',`Vcc'')
+
+define(`Description_74395_dil', ``4bit cascadable shift register 3-state'')
+define(`Param1_74395_dil', 16)
+define(`Param2_74395_dil', 300)
+define(`PinList_74395_dil', ``/Clr',`Ser',`A',`B',`C',`D',`Ld-/Sh',`Gnd',`/OC',`Clk',`Qd+',`Qd',`Qc',`Qb',`Qa',`Vcc'')
+
+define(`Description_74396_dil', ``8 storage register'')
+define(`Param1_74396_dil', 16)
+define(`Param2_74396_dil', 300)
+define(`PinList_74396_dil', ``2Q1',`1Q1',`D1',`2Q2',`1Q2',`D2',`Clk',`Gnd',`D3',`1Q3',`2Q3',`D4',`1Q4',`2Q4',`/G',`Vcc'')
+
+define(`Description_74399_dil', ``4 dual-input multiplexor w. storage'')
+define(`Param1_74399_dil', 16)
+define(`Param2_74399_dil', 300)
+define(`PinList_74399_dil', ``WS',`Qa',`A1',`A2',`B2',`B1',`Qb',`Gnd',`Clk',`Qc',`C1',`C2',`D2',`D1',`Qd',`Vcc'')
+
+define(`Description_74422_dil', ``retriggerable monostable multivibrator w. internal resistor'')
+define(`Param1_74422_dil', 14)
+define(`Param2_74422_dil', 300)
+define(`PinList_74422_dil', ``A1',`A2',`B1',`B2',`/Clr',`/Q',`Gnd',`Q',`Rint',`NC',`Cext',`NC',`Rext-Cext',`Vcc'')
+
+define(`Description_74423_dil', ``retriggerable monostable multivibrator'')
+define(`Param1_74423_dil', 16)
+define(`Param2_74423_dil', 300)
+define(`PinList_74423_dil', ``1A',`1B',`/1Clr',`/1Q',`2Q',`2Cext',`2Rext-Cext',`Gnd',`2A',`2B',`/2Clr',`/2Q',`1Q',`1Cext',`1Rext-Cext',`Vcc'')
+
+define(`Description_74440_dil', ``4 tridirectional bus tranceiver OC'')
+define(`Param1_74440_dil', 20)
+define(`Param2_74440_dil', 300)
+define(`PinList_74440_dil', ``/CS',`B1',`C1',`C2',`B2',`B3',`C3',`C4',`B4',`Gnd',`S0',`S1',`A4',`A3',`A2',`A1',`/GA',`/GB',`/GC',`Vcc'')
+
+define(`Description_74441_dil', ``4 tridirectional inverting bus tranceiver OC'')
+define(`Param1_74441_dil', 20)
+define(`Param2_74441_dil', 300)
+define(`PinList_74441_dil', ``/CS',`B1',`C1',`C2',`B2',`B3',`C3',`C4',`B4',`Gnd',`S0',`S1',`A4',`A3',`A2',`A1',`/GA',`/GB',`/GC',`Vcc'')
+
+define(`Description_74442_dil', ``4 tridirectional bus tranceiver 3-state'')
+define(`Param1_74442_dil', 20)
+define(`Param2_74442_dil', 300)
+define(`PinList_74442_dil', ``/CS',`B1',`C1',`C2',`B2',`B3',`C3',`C4',`B4',`Gnd',`S0',`S1',`A4',`A3',`A2',`A1',`/GA',`/GB',`/GC',`Vcc'')
+
+define(`Description_74443_dil', ``4 tridirectional inverting bus tranceiver 3-state'')
+define(`Param1_74443_dil', 20)
+define(`Param2_74443_dil', 300)
+define(`PinList_74443_dil', ``/CS',`B1',`C1',`C2',`B2',`B3',`C3',`C4',`B4',`Gnd',`S0',`S1',`A4',`A3',`A2',`A1',`/GA',`/GB',`/GC',`Vcc'')
+
+define(`Description_74444_dil', ``4 tridirectional true/inverting bus tranceiver 3-state'')
+define(`Param1_74444_dil', 20)
+define(`Param2_74444_dil', 300)
+define(`PinList_74444_dil', ``/CS',`B1',`C1',`C2',`B2',`B3',`C3',`C4',`B4',`Gnd',`S0',`S1',`A4',`A3',`A2',`A1',`/GA',`/GB',`/GC',`Vcc'')
+
+define(`Description_74446_dil', ``4 inverting bus tranceiver w. individual direction control'')
+define(`Param1_74446_dil', 16)
+define(`Param2_74446_dil', 300)
+define(`PinList_74446_dil', ``/GBA',`A1',`Dir2',`A2',`A3',`Dir3',`A4',`Gnd',`B4',`Dir4',`B3',`B2',`Dir1',`B1',`/GAB',`Vcc'')
+
+define(`Description_74449_dil', ``4 bus tranceiver w. individual direction control'')
+define(`Param1_74449_dil', 16)
+define(`Param2_74449_dil', 300)
+define(`PinList_74449_dil', ``/GBA',`A1',`Dir2',`A2',`A3',`Dir3',`A4',`Gnd',`B4',`Dir4',`B3',`B2',`Dir1',`B1',`/GAB',`Vcc'')
+
+define(`Description_74465_dil', ``8 buffer 3-state'')
+define(`Param1_74465_dil', 20)
+define(`Param2_74465_dil', 300)
+define(`PinList_74465_dil', ``/G1',`A1',`Y1',`A2',`Y2',`A3',`Y3',`A4',`Y4',`Gnd',`Y5',`A5',`Y6',`A6',`Y7',`A7',`Y8',`A8',`/G2',`Vcc'')
+
+define(`Description_74466_dil', ``8 invering buffer 3-state'')
+define(`Param1_74466_dil', 20)
+define(`Param2_74466_dil', 300)
+define(`PinList_74466_dil', ``/G1',`A1',`Y1',`A2',`Y2',`A3',`Y3',`A4',`Y4',`Gnd',`Y5',`A5',`Y6',`A6',`Y7',`A7',`Y8',`A8',`/G2',`Vcc'')
+
+define(`Description_74467_dil', ``8 buffer 3-state w. seperate enable signals'')
+define(`Param1_74467_dil', 20)
+define(`Param2_74467_dil', 300)
+define(`PinList_74467_dil', ``/1G',`1A1',`1Y1',`1A2',`1Y2',`1A3',`1Y3',`1A4',`1Y4',`Gnd',`2Y1',`2A1',`2Y2',`2A2',`2Y3',`2A3',`2Y4',`2A4',`/2G',`Vcc'')
+
+define(`Description_74468_dil', ``8 inverting buffer 3-state w. seperate enable signals'')
+define(`Param1_74468_dil', 20)
+define(`Param2_74468_dil', 300)
+define(`PinList_74468_dil', ``/1G',`1A1',`1Y1',`1A2',`1Y2',`1A3',`1Y3',`1A4',`1Y4',`Gnd',`2Y1',`2A1',`2Y2',`2A2',`2Y3',`2A3',`2Y4',`2A4',`/2G',`Vcc'')
+
+define(`Description_74490_dil', ``4 4bit decade counter'')
+define(`Param1_74490_dil', 16)
+define(`Param2_74490_dil', 300)
+define(`PinList_74490_dil', ``1Clk',`1Clr',`1Qa',`1Set9',`1Qb',`1Qc',`1Qd',`Gnd',`2Qd',`2Qc',`2Qb',`2Set9',`2Qa',`2Clr',`2Clk',`Vcc'')
+
+define(`Description_74518_dil', ``8bit identity comperator OC w. input pull-up'')
+define(`Param1_74518_dil', 20)
+define(`Param2_74518_dil', 300)
+define(`PinList_74518_dil', ``/OEN',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`P=Q',`Vcc'')
+
+define(`Description_74519_dil', ``8bit identity comperator OC'')
+define(`Param1_74519_dil', 20)
+define(`Param2_74519_dil', 300)
+define(`PinList_74519_dil', ``/OEN',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`P=Q',`Vcc'')
+
+define(`Description_74520_dil', ``8bit identity comperator w. input pull-up'')
+define(`Param1_74520_dil', 20)
+define(`Param2_74520_dil', 300)
+define(`PinList_74520_dil', ``/OEN',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`/P=Q',`Vcc'')
+
+define(`Description_74521_dil', ``8bit identity comperator'')
+define(`Param1_74521_dil', 20)
+define(`Param2_74521_dil', 300)
+define(`PinList_74521_dil', ``/OEN',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`/P=Q',`Vcc'')
+
+define(`Description_74522_dil', ``8bit identity comperator OC w. input pull-up'')
+define(`Param1_74522_dil', 20)
+define(`Param2_74522_dil', 300)
+define(`PinList_74522_dil', ``/OEN',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`/P=Q',`Vcc'')
+
+define(`Description_74538_dil', ``3-to-8 decoder 3-state'')
+define(`Param1_74538_dil', 20)
+define(`Param2_74538_dil', 300)
+define(`PinList_74538_dil', ``Y2',`Y1',`Y0',`/OE1',`/OE2',`A',`B',`Y5',`Y6',`Gnd',`Y7',`AL',`G1',`G2',`/G3',`/G4',`C',`Y4',`Y3',`Vcc'')
+
+define(`Description_74540_dil', ``8 inverting buffer/driver 3-state'')
+define(`Param1_74540_dil', 20)
+define(`Param2_74540_dil', 300)
+define(`PinList_74540_dil', ``/G1',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`Y8',`Y7',`Y6',`Y5',`Y4',`Y3',`Y2',`Y1',`/G2',`Vcc'')
+
+define(`Description_74541_dil', ``8 buffer/driver 3-state'')
+define(`Param1_74541_dil', 20)
+define(`Param2_74541_dil', 300)
+define(`PinList_74541_dil', ``/G1',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`Y8',`Y7',`Y6',`Y5',`Y4',`Y3',`Y2',`Y1',`/G2',`Vcc'')
+
+define(`Description_74573_dil', ``8 D-type transparent latch 3-state'')
+define(`Param1_74573_dil', 20)
+define(`Param2_74573_dil', 300)
+define(`PinList_74573_dil', ``/Oe',`1D',`2D',`3D',`4D',`5D',`6D',`7D',`8D',`Gnd',`Le',`8Q',`7Q',`6Q',`5Q',`4Q',`3Q',`2Q',`1Q',`Vcc'')
+
+define(`Description_74574_dil', ``8 D-type edge FF 3-state'')
+define(`Param1_74574_dil', 20)
+define(`Param2_74574_dil', 300)
+define(`PinList_74574_dil', ``/Oe',`1D',`2D',`3D',`4D',`5D',`6D',`7D',`8D',`Gnd',`Clk',`8Q',`7Q',`6Q',`5Q',`4Q',`3Q',`2Q',`1Q',`Vcc'')
+
+define(`Description_74575_dil', ``8 D-type edge FF 3-state w. sync. clear'')
+define(`Param1_74575_dil', 20)
+define(`Param2_74575_dil', 300)
+define(`PinList_74575_dil', ``/Oe',`1D',`2D',`3D',`4D',`5D',`6D',`7D',`8D',`Gnd',`Clk',`8Q',`7Q',`6Q',`5Q',`4Q',`3Q',`2Q',`1Q',`Vcc'')
+
+define(`Description_74580_dil', ``8 D-type transparent latch 3-state w. inverted output'')
+define(`Param1_74580_dil', 20)
+define(`Param2_74580_dil', 300)
+define(`PinList_74580_dil', ``/Oe',`1D',`2D',`3D',`4D',`5D',`6D',`7D',`8D',`Gnd',`Le',`8Q',`7Q',`6Q',`5Q',`4Q',`3Q',`2Q',`1Q',`Vcc'')
+
+define(`Description_74590_dil', ``8bit binary counter w. output register 3-state'')
+define(`Param1_74590_dil', 16)
+define(`Param2_74590_dil', 300)
+define(`PinList_74590_dil', ``Qb',`Qc',`Qd',`Qe',`Qf',`Qg',`Qh',`Gnd',`/RCO',`/CClr',`CCK',`/CCKEn',`RCK',`/G',`Qa',`Vcc'')
+
+define(`Description_74591_dil', ``8bit binary counter w. output register OC'')
+define(`Param1_74591_dil', 16)
+define(`Param2_74591_dil', 300)
+define(`PinList_74591_dil', ``Qb',`Qc',`Qd',`Qe',`Qf',`Qg',`Qh',`Gnd',`/RCO',`/CClr',`CCK',`/CCKEn',`RCK',`/G',`Qa',`Vcc'')
+
+define(`Description_74592_dil', ``8bit counter w. load/clear'')
+define(`Param1_74592_dil', 16)
+define(`Param2_74592_dil', 300)
+define(`PinList_74592_dil', ``B',`C',`D',`E',`F',`G',`H',`Gnd',`/Rc0',`/Clr',`Clk',`/ClkEn',`RClk',`/Load',`A',`Vcc'')
+
+define(`Description_74593_dil', ``8bit binary counter w. load/clear and 3-state IO'')
+define(`Param1_74593_dil', 20)
+define(`Param2_74593_dil', 300)
+define(`PinList_74593_dil', ``A-Qa',`B-Qb',`C-Qc',`D-Qd',`E-Qe',`F-Qf',`G-Qf',`H-Qh',`/CLoad',`Gnd',`/RCO',`/CClr',`CCK',`/CCKEn',`CCKEn',`RCK',`/RCKEn',`/G',`G',`Vcc'')
+
+define(`Description_74594_dil', ``8bit shift register w. buffered output latch'')
+define(`Param1_74594_dil', 16)
+define(`Param2_74594_dil', 300)
+define(`PinList_74594_dil', ``Qb',`Qc',`Qd',`Qe',`Qf',`Qg',`Qh',`Gnd',`Qh+',`/SRClr',`/SRCK',`RCK',`/RClr',`SER',`Qa',`Vcc'')
+
+define(`Description_74595_dil', ``8bit shift register w. output latch 3-state'')
+define(`Param1_74595_dil', 16)
+define(`Param2_74595_dil', 300)
+define(`PinList_74595_dil', ``Qb',`Qc',`Qd',`Qe',`Qf',`Qg',`Qh',`Gnd',`Qh+',`/SRClr',`SRCK',`RCK',`/G',`SER',`Qa',`Vcc'')
+
+define(`Description_74596_dil', ``8bit shift register w. output latch OC'')
+define(`Param1_74596_dil', 16)
+define(`Param2_74596_dil', 300)
+define(`PinList_74596_dil', ``Qb',`Qc',`Qd',`Qe',`Qf',`Qg',`Qh',`Gnd',`Qh+',`/SRClr',`SRCK',`RCK',`/G',`SER',`Qa',`Vcc'')
+
+define(`Description_74597_dil', ``8bit shift register w. input latch'')
+define(`Param1_74597_dil', 16)
+define(`Param2_74597_dil', 300)
+define(`PinList_74597_dil', ``B',`C',`D',`E',`F',`G',`H',`Gnd',`Qh+',`/SRClr',`SRCK',`RCK',`/SRLoad',`SER',`A',`Vcc'')
+
+define(`Description_74598_dil', ``8bit shift register w. input register/parallel 3-state IO'')
+define(`Param1_74598_dil', 20)
+define(`Param2_74598_dil', 300)
+define(`PinList_74598_dil', ``A-Qa',`B-Qb',`C-Qc',`D-Qd',`E-Qe',`F-Qf',`G-Qg',`H-Qh',`/SRLoad',`Gnd',`Qh+',`/SRClr',`SRCK',`/SRCKEn',`RCK',`/G',`Ser1',`Ser0',`DS',`Vcc'')
+
+define(`Description_74599_dil', ``8bit shift register w. output latch OC'')
+define(`Param1_74599_dil', 16)
+define(`Param2_74599_dil', 300)
+define(`PinList_74599_dil', ``Qb',`Qc',`Qd',`Qe',`Qf',`Qg',`Qh',`Gnd',`Qh+',`/SRClr',`/SRCK',`RCK',`/RClr',`SER',`Qa',`Vcc'')
+
+define(`Description_74604_dil', ``8 2-input maximum speed multiplexed latch 3-state'')
+define(`Param1_74604_dil', 28)
+define(`Param2_74604_dil', 300)
+define(`PinList_74604_dil', ``Clk',`A-/B',`A1',`B1',`A2',`B2',`A3',`B3',`A4',`B4',`Y4',`Y3',`Y2',`Gnd',`Y1',`Y5',`Y6',`Y7',`Y8',`B8',`A8',`B7',`A7',`B6',`A6',`B5',`A5',`Vcc'')
+
+define(`Description_74606_dil', ``8 2-input glitch-free multiplexed latch 3-state'')
+define(`Param1_74606_dil', 28)
+define(`Param2_74606_dil', 300)
+define(`PinList_74606_dil', ``Clk',`A-/B',`A1',`B1',`A2',`B2',`A3',`B3',`A4',`B4',`Y4',`Y3',`Y2',`Gnd',`Y1',`Y5',`Y6',`Y7',`Y8',`B8',`A8',`B7',`A7',`B6',`A6',`B5',`A5',`Vcc'')
+
+define(`Description_74607_dil', ``8 2-input glitch-free multiplexed latch OC'')
+define(`Param1_74607_dil', 28)
+define(`Param2_74607_dil', 300)
+define(`PinList_74607_dil', ``Clk',`A-/B',`A1',`B1',`A2',`B2',`A3',`B3',`A4',`B4',`Y4',`Y3',`Y2',`Gnd',`Y1',`Y5',`Y6',`Y7',`Y8',`B8',`A8',`B7',`A7',`B6',`A6',`B5',`A5',`Vcc'')
+
+define(`Description_74620_dil', ``8 inverting bus tranceivers 3-state'')
+define(`Param1_74620_dil', 20)
+define(`Param2_74620_dil', 300)
+define(`PinList_74620_dil', ``GAB',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/GBA',`Vcc'')
+
+define(`Description_74621_dil', ``8 bus tranceivers OC'')
+define(`Param1_74621_dil', 20)
+define(`Param2_74621_dil', 300)
+define(`PinList_74621_dil', ``GAB',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/GBA',`Vcc'')
+
+define(`Description_74623_dil', ``8 bus tranceivers 3-state'')
+define(`Param1_74623_dil', 20)
+define(`Param2_74623_dil', 300)
+define(`PinList_74623_dil', ``GAB',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/GBA',`Vcc'')
+
+define(`Description_74624_dil', ``voltage controlled oscillator w. enable and complement output'')
+define(`Param1_74624_dil', 14)
+define(`Param2_74624_dil', 300)
+define(`PinList_74624_dil', ``Osc-Gnd',`RNG',`CX1',`CX2',`/En',`Y',`Gnd',`Z',`Vcc',`NC',`NC',`NC',`FreqCont',`Osc-Vcc'')
+
+define(`Description_74625_dil', ``2 voltage controlled oscillator w. complement output'')
+define(`Param1_74625_dil', 16)
+define(`Param2_74625_dil', 300)
+define(`PinList_74625_dil', ``Gnd',`1Z',`1Y',`1CX1',`1CX2',`1FC',`1Osc-Vcc',`1Osc-Gnd',`2Osc-Gnd',`2Osc-Vcc',`2FC',`2CX2',`2CX1',`2Y',`2Z',`Vcc'')
+
+define(`Description_74626_dil', ``2 voltage controlled oscillator w. enable and complement output'')
+define(`Param1_74626_dil', 16)
+define(`Param2_74626_dil', 300)
+define(`PinList_74626_dil', ``Gnd',`1Z',`1Y',`/1EN',`1CX1',`1CX2',`Osc-Vcc',`Osc-Gnd',`1FC',`2FC',`2CX2',`2CX1',`/2EN',`2Y',`2Z',`Vcc'')
+
+define(`Description_74627_dil', ``2 voltage controlled oscillator'')
+define(`Param1_74627_dil', 14)
+define(`Param2_74627_dil', 300)
+define(`PinList_74627_dil', ``1Osc-Vcc',`1FC',`1CX1',`1CX2',`1Osc-Gnd',`1Y',`Gnd',`2Y',`2Osc-Gnd',`2CX2',`2CX1',`2FC',`2Osc-Vcc',`Vcc'')
+
+define(`Description_74628_dil', ``voltage controlled oscillator w. enable and complement output'')
+define(`Param1_74628_dil', 14)
+define(`Param2_74628_dil', 300)
+define(`PinList_74628_dil', ``Osc-Gnd',`RNG',`CX1',`CX2',`/EN',`Y',`Gnd',`Z',`Vcc',`NC',`RX',`RX',`FC',`Osc-Vcc'')
+
+define(`Description_74629_dil', ``2 controlled oscillator w. enable'')
+define(`Param1_74629_dil', 16)
+define(`Param2_74629_dil', 300)
+define(`PinList_74629_dil', ``2FC',`1FC',`1RNG',`1CX1',`1CX2',`/1EN',`1Y',`Osc-Gnd',`Gnd',`2Y',`/2EN',`2CX1',`2CX2',`2RNG',`Osc-Vcc',`Vcc'')
+
+define(`Description_74630_dil', ``16bit parallel error detection/correction 3-state'')
+define(`Param1_74630_dil', 28)
+define(`Param2_74630_dil', 300)
+define(`PinList_74630_dil', ``DEF',`DB0',`DB1',`DB2',`DB3',`DB4',`DB5',`DB6',`DB7',`DB8',`DB9',`DB10',`DB11',`Gnd',`DB12',`DB13',`DB14',`DB15',`CB5',`CB4',`CB3',`CB2',`CB1',`CB0',`S0',`S1',`SEF',`Vcc'')
+
+define(`Description_74631_dil', ``16bit parallel error detection/correction OC'')
+define(`Param1_74631_dil', 28)
+define(`Param2_74631_dil', 300)
+define(`PinList_74631_dil', ``DEF',`DB0',`DB1',`DB2',`DB3',`DB4',`DB5',`DB6',`DB7',`DB8',`DB9',`DB10',`DB11',`Gnd',`DB12',`DB13',`DB14',`DB15',`CB5',`CB4',`CB3',`CB2',`CB1',`CB0',`S0',`S1',`SEF',`Vcc'')
+
+define(`Description_74636_dil', ``8bit parallel error detection/correction 3-state'')
+define(`Param1_74636_dil', 20)
+define(`Param2_74636_dil', 300)
+define(`PinList_74636_dil', ``DEF',`DB0',`DB1',`DB2',`DB3',`DB4',`DB5',`DB6',`Db7',`Gnd',`CB4',`NC',`CB3',`CB2',`CB1',`CB0',`S0',`S1',`SEF',`Vcc'')
+
+define(`Description_74637_dil', ``8bit parallel error detection/correction OC'')
+define(`Param1_74637_dil', 20)
+define(`Param2_74637_dil', 300)
+define(`PinList_74637_dil', ``DEF',`DB0',`DB1',`DB2',`DB3',`DB4',`DB5',`DB6',`Db7',`Gnd',`CB4',`NC',`CB3',`CB2',`CB1',`CB0',`S0',`S1',`SEF',`Vcc'')
+
+define(`Description_74638_dil', ``8 inverting bus tranceiver OC A-output, 3-state B-output'')
+define(`Param1_74638_dil', 20)
+define(`Param2_74638_dil', 300)
+define(`PinList_74638_dil', ``DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/G',`Vcc'')
+
+define(`Description_74639_dil', ``8 bus tranceiver OC A-output, 3-state B-output'')
+define(`Param1_74639_dil', 20)
+define(`Param2_74639_dil', 300)
+define(`PinList_74639_dil', ``DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/G',`Vcc'')
+
+define(`Description_74640_dil', ``8 bus tranceiver 3-state w. inverting logic'')
+define(`Param1_74640_dil', 20)
+define(`Param2_74640_dil', 300)
+define(`PinList_74640_dil', ``DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/EN',`Vcc'')
+
+define(`Description_74641_dil', ``8 bus tranceiver OC'')
+define(`Param1_74641_dil', 20)
+define(`Param2_74641_dil', 300)
+define(`PinList_74641_dil', ``DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/EN',`Vcc'')
+
+define(`Description_74642_dil', ``8 bus tranceiver OC w. inverting logic'')
+define(`Param1_74642_dil', 20)
+define(`Param2_74642_dil', 300)
+define(`PinList_74642_dil', ``DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/EN',`Vcc'')
+
+define(`Description_74644_dil', ``8 bus tranceiver OC w. inverting/normal logic'')
+define(`Param1_74644_dil', 20)
+define(`Param2_74644_dil', 300)
+define(`PinList_74644_dil', ``DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/EN',`Vcc'')
+
+define(`Description_74645_dil', ``8 bus tranceiver 3-state'')
+define(`Param1_74645_dil', 20)
+define(`Param2_74645_dil', 300)
+define(`PinList_74645_dil', ``DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/EN',`Vcc'')
+
+define(`Description_74646_dil', ``8 bus tranceiver/register 3-state'')
+define(`Param1_74646_dil', 24)
+define(`Param2_74646_dil', 300)
+define(`PinList_74646_dil', ``CAB',`SAB',`DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/G',`SBA',`CBA',`Vcc'')
+
+define(`Description_74647_dil', ``8 bus tranceiver/register OC'')
+define(`Param1_74647_dil', 24)
+define(`Param2_74647_dil', 300)
+define(`PinList_74647_dil', ``CAB',`SAB',`DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/G',`SBA',`CBA',`Vcc'')
+
+define(`Description_74648_dil', ``8 inverting bus tranceiver/register 3-state'')
+define(`Param1_74648_dil', 24)
+define(`Param2_74648_dil', 300)
+define(`PinList_74648_dil', ``CAB',`SAB',`DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/G',`SBA',`CBA',`Vcc'')
+
+define(`Description_74649_dil', ``8 inverting bus tranceiver/register OC'')
+define(`Param1_74649_dil', 24)
+define(`Param2_74649_dil', 300)
+define(`PinList_74649_dil', ``CAB',`SAB',`DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/G',`SBA',`CBA',`Vcc'')
+
+define(`Description_74651_dil', ``8 inverting bus tranceiver/register 3-state A-output, 3-state B-output'')
+define(`Param1_74651_dil', 24)
+define(`Param2_74651_dil', 300)
+define(`PinList_74651_dil', ``CAB',`SAB',`GAB',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/GBA',`SA',`CBA',`Vcc'')
+
+define(`Description_74652_dil', ``8 bus tranceiver/register 3-state A-output, 3-state B-output'')
+define(`Param1_74652_dil', 24)
+define(`Param2_74652_dil', 300)
+define(`PinList_74652_dil', ``CAB',`SAB',`GAB',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/GBA',`SA',`CBA',`Vcc'')
+
+define(`Description_74653_dil', ``8 inverting bus tranceiver/register OC A-output, 3-state B-output'')
+define(`Param1_74653_dil', 24)
+define(`Param2_74653_dil', 300)
+define(`PinList_74653_dil', ``CAB',`SAB',`GAB',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/GBA',`SA',`CBA',`Vcc'')
+
+define(`Description_74668_dil', ``4bit synchronous decade up/down counter'')
+define(`Param1_74668_dil', 16)
+define(`Param2_74668_dil', 300)
+define(`PinList_74668_dil', ``U-/D',`Clk',`A',`B',`C',`D',`/ENP',`Gnd',`/Load',`/ENT',`Qd',`Qc',`Qb',`Qa',`/RCO',`Vcc'')
+
+define(`Description_74669_dil', ``4bit synchronous binary up/down counter'')
+define(`Param1_74669_dil', 16)
+define(`Param2_74669_dil', 300)
+define(`PinList_74669_dil', ``U-/D',`Clk',`A',`B',`C',`D',`/ENP',`Gnd',`/Load',`/ENT',`Qd',`Qc',`Qb',`Qa',`/RCO',`Vcc'')
+
+define(`Description_74670_dil', ``4-by-4 register file 3-state'')
+define(`Param1_74670_dil', 16)
+define(`Param2_74670_dil', 300)
+define(`PinList_74670_dil', ``D2',`D3',`D4',`Rb',`Ra',`Q4',`Q3',`Gnd',`Q2',`Q1',`/Gr',`/Gw',`Wb',`Wa',`D1',`Vcc'')
+
+define(`Description_74671_dil', ``4bit universal shift register/latch 3-state w. direct clear'')
+define(`Param1_74671_dil', 20)
+define(`Param2_74671_dil', 300)
+define(`PinList_74671_dil', ``Ser-R',`SRCK',`A',`B',`C',`D',`Ser-L',`/SRClr',`RCK',`Gnd',`R-/S',`/G',`S1',`S0',`Qd',`Qc',`Qb',`Qa',`CASC',`Vcc'')
+
+define(`Description_74672_dil', ``4bit universal shift register/latch 3-state w. sync. clear'')
+define(`Param1_74672_dil', 20)
+define(`Param2_74672_dil', 300)
+define(`PinList_74672_dil', ``Ser-R',`SRCK',`A',`B',`C',`D',`Ser-L',`/SRClr',`RCK',`Gnd',`R-/S',`/G',`S1',`S0',`Qd',`Qc',`Qb',`Qa',`CASC',`Vcc'')
+
+define(`Description_74673_dil', ``16bit shift register w. 16bit parallel out'')
+define(`Param1_74673_dil', 24)
+define(`Param2_74673_dil', 300)
+define(`PinList_74673_dil', ``/CS',`SH-Clk',`R-/W',`/StrClr',`Mode-StrClr',`SER/Q15',`Y0',`Y1',`Y2',`Y3',`Y4',`Gnd',`Y5',`Y6',`Y7',`Y8',`Y9',`Y10',`Y11',`Y12',`Y13',`Y14',`Y15',`Vcc'')
+
+define(`Description_74674_dil', ``16bit shift register w. 16bit parallel in'')
+define(`Param1_74674_dil', 24)
+define(`Param2_74674_dil', 300)
+define(`PinList_74674_dil', ``/CS',`Clk',`R-/W',`NC',`Mode',`SER/Q15',`P0',`P1',`P2',`P3',`P4',`Gnd',`P5',`P6',`P7',`P8',`P9',`P10',`P11',`P12',`P13',`P14',`P15',`Vcc'')
+
+define(`Description_74681_dil', ``4bit parallel binary accumulator'')
+define(`Param1_74681_dil', 20)
+define(`Param2_74681_dil', 300)
+define(`PinList_74681_dil', ``Clk',`RS2',`RS1',`RS0',`LI-RO',`Cn',`/G',`Cn+4',`/P',`Gnd',`I-O3',`I-O2',`I-O1',`I-O0',`M',`AS2',`AS1',`AS0',`RI-LO',`Vcc'')
+
+define(`Description_74682_dil', ``8bit magnitute comperator w. input pull-up'')
+define(`Param1_74682_dil', 20)
+define(`Param2_74682_dil', 300)
+define(`PinList_74682_dil', ``/P>Q',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`/P=Q',`Vcc'')
+
+define(`Description_74683_dil', ``8bit magnitute comperator OC w. input pull-up'')
+define(`Param1_74683_dil', 20)
+define(`Param2_74683_dil', 300)
+define(`PinList_74683_dil', ``/P>Q',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`/P=Q',`Vcc'')
+
+define(`Description_74684_dil', ``8bit magnitute comperator'')
+define(`Param1_74684_dil', 20)
+define(`Param2_74684_dil', 300)
+define(`PinList_74684_dil', ``/P>Q',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`/P=Q',`Vcc'')
+
+define(`Description_74685_dil', ``8bit magnitute comperator OC'')
+define(`Param1_74685_dil', 20)
+define(`Param2_74685_dil', 300)
+define(`PinList_74685_dil', ``/P>Q',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`/P=Q',`Vcc'')
+
+define(`Description_74686_dil', ``8bit magnitute comperator w. enable'')
+define(`Param1_74686_dil', 24)
+define(`Param2_74686_dil', 300)
+define(`PinList_74686_dil', ``/P>Q',`/G1',`P0',`Q0',`P1',`Q1',`NC',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`NC',`P7',`Q7',`/P=Q',`/G2',`Vcc'')
+
+define(`Description_74687_dil', ``8bit magnitute comperator OC w. enable'')
+define(`Param1_74687_dil', 24)
+define(`Param2_74687_dil', 300)
+define(`PinList_74687_dil', ``/P>Q',`/G1',`P0',`Q0',`P1',`Q1',`NC',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`NC',`P7',`Q7',`/P=Q',`/G2',`Vcc'')
+
+define(`Description_74688_dil', ``8bit identity comperator'')
+define(`Param1_74688_dil', 20)
+define(`Param2_74688_dil', 300)
+define(`PinList_74688_dil', ``/G',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`/P=Q',`Vcc'')
+
+define(`Description_74689_dil', ``8bit identity comperator OC'')
+define(`Param1_74689_dil', 20)
+define(`Param2_74689_dil', 300)
+define(`PinList_74689_dil', ``/G',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`/P=Q',`Vcc'')
+
+define(`Description_74690_dil', ``4bit synchronous decade counter w. direct clear, output register 3-state'')
+define(`Param1_74690_dil', 20)
+define(`Param2_74690_dil', 300)
+define(`PinList_74690_dil', ``/CClr',`CCK',`A',`B',`C',`D',`ENP',`/RClr',`RCK',`Gnd',`R-/C',`/G',`/Load',`ENT',`Qd',`Qc',`Qb',`Qa',`RCO',`Vcc'')
+
+define(`Description_74691_dil', ``4bit synchronous binary counter w. direct clear, output register 3-state'')
+define(`Param1_74691_dil', 20)
+define(`Param2_74691_dil', 300)
+define(`PinList_74691_dil', ``/CClr',`CCK',`A',`B',`C',`D',`ENP',`/RClr',`RCK',`Gnd',`R-/C',`/G',`/Load',`ENT',`Qd',`Qc',`Qb',`Qa',`RCO',`Vcc'')
+
+define(`Description_74693_dil', ``4bit synchronous binary counter w. sync. clear, output register 3-state'')
+define(`Param1_74693_dil', 20)
+define(`Param2_74693_dil', 300)
+define(`PinList_74693_dil', ``/CClr',`CCK',`A',`B',`C',`D',`ENP',`/RClr',`RCK',`Gnd',`R-/C',`/G',`/Load',`ENT',`Qd',`Qc',`Qb',`Qa',`RCO',`Vcc'')
+
+define(`Description_74696_dil', ``4bit synchronous decade counter w. direct clear 3-state'')
+define(`Param1_74696_dil', 20)
+define(`Param2_74696_dil', 300)
+define(`PinList_74696_dil', ``U-/D',`CCK',`A',`B',`C',`D',`/ENP',`/CClr',`RCK',`Gnd',`R-/C',`/G',`/Load',`/ENT',`Qd',`Qc',`Qb',`Qa',`/RCO',`Vcc'')
+
+define(`Description_74697_dil', ``4bit synchronous binary counter w. direct clear 3-state'')
+define(`Param1_74697_dil', 20)
+define(`Param2_74697_dil', 300)
+define(`PinList_74697_dil', ``U-/D',`CCK',`A',`B',`C',`D',`/ENP',`/CClr',`RCK',`Gnd',`R-/C',`/G',`/Load',`/ENT',`Qd',`Qc',`Qb',`Qa',`/RCO',`Vcc'')
+
+define(`Description_74699_dil', ``4bit synchronous binary counter w. sync. clear 3-state'')
+define(`Param1_74699_dil', 20)
+define(`Param2_74699_dil', 300)
+define(`PinList_74699_dil', ``U-/D',`CCK',`A',`B',`C',`D',`/ENP',`/CClr',`RCK',`Gnd',`R-/C',`/G',`/Load',`/ENT',`Qd',`Qc',`Qb',`Qa',`/RCO',`Vcc'')
+
+divert(0)dnl

Property changes on: oldlib/lib/TTL_74xx_DIL.m4
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/amp.inc
===================================================================
--- oldlib/lib/amp.inc	(nonexistent)
+++ oldlib/lib/amp.inc	(revision 296)
@@ -0,0 +1,193 @@
+# -*- m4 -*-
+#
+# $Id$
+#                            COPYRIGHT
+#
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 2003 Dan McMahill
+#
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+# 
+#
+#  Amp (www.amp.com) Specific Footprints
+
+# -------------------------------------------------------------------
+# the definition of a MICTOR connector
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+# $5: pad width  (1/1000 mil)
+# $6: pad length (1/1000 mil)
+# $7: pad pitch (1/1000 mil)
+# $8: pad seperation center to center for pads on opposite sides of
+#     the package (1/1000 mil)
+# $9: define to make the pins get numbered starting with the highest pin
+#     instead of pin 1.  Needed for certain brain damaged packages like
+#     the Mini-Circuits KK81
+# pin 1 will be upper left, pin N/2 will be lower left,
+# pin N will be upper right as defined here
+define(`COMMON_AMP_MICTOR_MIL',
+        `
+	# number of pads
+	define(`NPADS', `$4')
+
+	# number of segments of 38 pins each
+	define(`NSEG', eval(NPADS/38))
+
+	# pad width in 1/1000 mil
+        define(`PADWIDTH', `$5')
+	# pad length in 1/1000 mil
+        define(`PADLENGTH',`$6')
+	# pad pitch 1/1000 mil
+	define(`PITCH',`$7')
+	# seperation between pads on opposite sides 1/1000 mil
+	define(`PADSEP',`$8')
+
+	# X coordinates for the right hand column of pads (mils)
+        define(`X1', `eval( (PADSEP/2 + PADLENGTH - PADWIDTH/2)/1000)')
+        define(`X2', `eval( (PADSEP/2 + PADWIDTH/2)/1000)')
+
+	# silk screen width (mils)
+	define(`SILKW', `10')
+	define(`SILKSEP', `5')
+
+
+	# figure out if we have an even or odd number of pins per side
+	define(`TMP1', eval(NPADS/4))
+	define(`TMP2', eval((4*TMP1 - NPADS) == 0))
+	ifelse(TMP2, 1, `define(`EVEN',"yes")', `define(`EVEN',"no")')
+
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (mils)
+	define(`XMAX', `200')
+	define(`YMAX', `eval(250 + NSEG*250 + 125)')
+
+	define(`REV', `$9')
+
+	ifelse(REV,"reverse",
+		`define(`CURPIN', NPADS)'
+	,
+		`define(`CURPIN', `1')'
+	)	
+Element(0x00 "$1" "`$2'" "$3" -20 -60 0 100 0x00)
+(
+	define(`SEG', `1')
+	define(`YOFS', eval((1-NSEG)*25000/2))
+        forloop(`i', 1, eval(NPADS / 2),
+		`
+		ifelse(eval(i > SEG*19), 1, 
+			`define(`SEG', incr(SEG))
+			define(`YOFS', eval((1-NSEG)*25000/2 + (SEG-1)*25000))',)
+                ifelse(EVEN,"yes",
+		 `Pad(   -X1 eval( (-(NPADS/4)*PITCH - PITCH/2 + i*PITCH + YOFS)/1000) 
+			 -X2 eval( (-(NPADS/4)*PITCH - PITCH/2 + i*PITCH + YOFS)/1000) 
+			eval(PADWIDTH/1000) "CURPIN" "CURPIN" 0x0)',
+		 `Pad(   -X1 eval( (-(NPADS/4)*PITCH - PITCH   + i*PITCH + YOFS)/1000) 
+			 -X2 eval( (-(NPADS/4)*PITCH - PITCH   + i*PITCH + YOFS)/1000) 
+			eval(PADWIDTH/1000) "CURPIN" "CURPIN" 0x0)')
+
+		ifelse(REV,"reverse", 
+			`define(`CURPIN', decr(CURPIN))
+			define(`CURPIN', decr(CURPIN))',
+			`define(`CURPIN', incr(CURPIN))
+			define(`CURPIN', incr(CURPIN))'
+			)
+        ')
+	ifelse(REV,"reverse",
+		`define(`CURPIN', `2')'
+	,
+		`define(`CURPIN', `NPADS')'
+	)	
+
+	define(`SEG', `1')
+	define(`YOFS', eval((NSEG-1)*25000/2))
+        forloop(`i', eval((NPADS / 2) + 1), NPADS,
+		`
+		ifelse(eval(i - NPADS/2 > SEG*19), 1, 
+			`define(`SEG', incr(SEG)) 
+			define(`YOFS', eval((NSEG-1)*25000/2 - (SEG-1)*25000))',)
+                ifelse(EVEN,"yes",
+		 `Pad(   X1 eval( ((NPADS/4)*PITCH + PITCH/2 - (i-NPADS/2)*PITCH + YOFS)/1000) 
+			 X2 eval( ((NPADS/4)*PITCH + PITCH/2 - (i-NPADS/2)*PITCH + YOFS)/1000) 
+			eval(PADWIDTH/1000) "CURPIN" "CURPIN" 0x0)',
+		 `Pad(   X1 eval( ((NPADS/4)*PITCH + PITCH   - (i-NPADS/2)*PITCH + YOFS)/1000) 
+			 X2 eval( ((NPADS/4)*PITCH + PITCH   - (i-NPADS/2)*PITCH + YOFS)/1000) 
+			eval(PADWIDTH/1000) "CURPIN" "CURPIN" 0x0)')
+		ifelse(REV,"reverse", 
+			`define(`CURPIN', incr(CURPIN))
+			define(`CURPIN', incr(CURPIN))',
+			`define(`CURPIN', decr(CURPIN))
+			define(`CURPIN', decr(CURPIN))'
+			)
+        ')
+
+	define(`GNDpad', `60')
+	define(`GNDdrl', `32')
+# now add the center row of grounding pins
+	define(`CURPIN', incr(NPADS))
+	define(`YOFS', `eval(250-NSEG*250)')
+	forloop(`j', 1, NSEG,
+	`forloop(`i', -2, 2,
+		`Pin(0 eval(i*100 + YOFS) GNDpad GNDdrl "GND" "CURPIN" 0x01)
+		define(`CURPIN', incr(CURPIN))'
+	)
+	define(`YOFS', eval(YOFS + 500))'
+	)
+# the latch pins
+	Pin(0 eval(-YOFS - 55) 80 53 "LATCH" "CURPIN" 0x01)
+	define(`CURPIN', incr(CURPIN))
+	Pin(0  eval(YOFS + 55) 80 53 "LATCH" "CURPIN" 0x01)
+	define(`CURPIN', incr(CURPIN))
+# and the orientation pin
+	Pin(0 eval(-YOFS+50) 84 84 "ORIENT" "CURPIN" 0x09)
+
+# and finally the silk screen
+	ElementLine(-XMAX -YMAX -XMAX  YMAX SILKW)
+	ElementLine(-XMAX  YMAX  XMAX  YMAX SILKW)
+	ElementLine( XMAX  YMAX  XMAX -YMAX SILKW)
+	ElementLine(-XMAX -YMAX   -25 -YMAX SILKW)
+	ElementLine( XMAX -YMAX    25 -YMAX SILKW)
+
+	# punt on the arc on small parts as it can cover the pads
+	ifelse(eval((PADSEP-PADLENGTH)/1000 > 50), 1, `ElementArc(0 -YMAX 25 25 0 180 SILKW)', )
+	
+	# Mark at the common centroid
+        Mark(0 0)
+)')
+
+# dimensions are given in 1/100 mm.
+# $5-$8 are pad width, length, pitch, and sep
+define(`COMMON_AMP_MICTOR_MM',  `COMMON_AMP_MICTOR_MIL(`$1',`$2',`$3',`$4',
+	eval($5*100000/254),eval($6*100000/254),eval($7*100000/254),eval($8*100000/254), `$9')')
+
+
+define(`COMMON_AMP_MICTOR_767054',  `COMMON_AMP_MICTOR_MIL(`$1',`$2',`$3',`$4',17000,50000,25000,278000)')
+
+# EXTRACT_BEGIN
+
+#
+##  Amp Mictor Connectors
+#
+define(`PKG_AMP_MICTOR_767054_1',  `COMMON_AMP_MICTOR_767054(`$1',`$2',`$3',38)')
+define(`PKG_AMP_MICTOR_767054_2',  `COMMON_AMP_MICTOR_767054(`$1',`$2',`$3',76)')
+define(`PKG_AMP_MICTOR_767054_3',  `COMMON_AMP_MICTOR_767054(`$1',`$2',`$3',114)')
+define(`PKG_AMP_MICTOR_767054_4',  `COMMON_AMP_MICTOR_767054(`$1',`$2',`$3',152)')
+define(`PKG_AMP_MICTOR_767054_5',  `COMMON_AMP_MICTOR_767054(`$1',`$2',`$3',190)')
+define(`PKG_AMP_MICTOR_767054_6',  `COMMON_AMP_MICTOR_767054(`$1',`$2',`$3',228)')
+define(`PKG_AMP_MICTOR_767054_7',  `COMMON_AMP_MICTOR_767054(`$1',`$2',`$3',266)')
+
+# EXTRACT_END
+
Index: oldlib/lib/amphenol.inc
===================================================================
--- oldlib/lib/amphenol.inc	(nonexistent)
+++ oldlib/lib/amphenol.inc	(revision 296)
@@ -0,0 +1,67 @@
+# -*- m4 -*-
+#
+# $Id$
+#                            COPYRIGHT
+#
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 2003, 2004 Dan McMahill
+#
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+# 
+# Amphenol Connectors
+
+
+# ARFX1229 SMA Connector
+# 5.08 mm (200 mil) outer pin spacing
+# 1.70 mm (67 mil, #51 drill) hole sizes
+
+define(`PKG_AMPHENOL_ARFX1229',
+	`define(`PAD_SIZE', `100')
+	define(`HOLE_SIZE', `67')
+	define(`CPAD_SIZE', `100')
+	define(`CHOLE_SIZE', `67')
+	define(`PAD_SPACE', `200')
+	define(`CENTER', `eval(PAD_SPACE/2)')
+	define(`SILK', `70')
+	define(`XMIN', `eval(-1*SILK)')
+	define(`XMAX', `eval(PAD_SPACE+SILK)')
+	define(`YMIN', `eval(-1*SILK)')
+	define(`YMAX', `eval(PAD_SPACE+SILK)')
+Element(0x00 "$1" "`$2'" "$3" eval(XMIN+20) eval(YMAX+20) 0 100 0x00)
+(
+
+	Pin(CENTER     CENTER     CPAD_SIZE  CHOLE_SIZE  "1" 0x01)
+ 	Pin(0          0          PAD_SIZE   HOLE_SIZE   "2" 0x01)
+ 	Pin(0          PAD_SPACE  PAD_SIZE   HOLE_SIZE   "3" 0x01)
+ 	Pin(PAD_SPACE  0          PAD_SIZE   HOLE_SIZE   "4" 0x01)
+ 	Pin(PAD_SPACE  PAD_SPACE  PAD_SIZE   HOLE_SIZE   "5" 0x01)
+
+	# silk screen
+	# ends
+	ElementLine(XMIN YMIN XMIN YMAX 10)
+	ElementLine(XMAX YMAX XMAX YMIN 10)
+	ElementLine(XMIN YMIN XMAX YMIN 10)
+	ElementLine(XMAX YMAX XMIN YMAX 10)
+	Mark(CENTER CENTER)
+)')
+
+# XXX once we get some sort of annotation layer in PCB, the right
+# angle connectors should have an annotation showing where the connector
+# really goes to.  Same for a keep out layer.
+define(`PKG_AMPHENOL_ARFX1230',`PKG_AMPHENOL_ARFX1229(`$1', `$2', `$3')')
+define(`PKG_AMPHENOL_ARFX1231',`PKG_AMPHENOL_ARFX1229(`$1', `$2', `$3')')
+define(`PKG_AMPHENOL_ARFX1232',`PKG_AMPHENOL_ARFX1229(`$1', `$2', `$3')')
+

Property changes on: oldlib/lib/amphenol.inc
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/amphenol.list
===================================================================
--- oldlib/lib/amphenol.list	(nonexistent)
+++ oldlib/lib/amphenol.list	(revision 296)
@@ -0,0 +1,30 @@
+# $Id$
+#                            COPYRIGHT
+#
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 2003 Dan McMahill
+#
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+# 
+# Amphenol Connectors
+
+# SMA
+amphenol_ARFX1229:AMPHENOL_ARFX1229:AMPHENOL_ARFX1229
+amphenol_ARFX1230:AMPHENOL_ARFX1230:AMPHENOL_ARFX1230
+amphenol_ARFX1231:AMPHENOL_ARFX1231:AMPHENOL_ARFX1231
+amphenol_ARFX1232:AMPHENOL_ARFX1232:AMPHENOL_ARFX1232
+
+

Property changes on: oldlib/lib/amphenol.list
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/amphenol.m4
===================================================================
--- oldlib/lib/amphenol.m4	(nonexistent)
+++ oldlib/lib/amphenol.m4	(revision 296)
@@ -0,0 +1,38 @@
+divert(-1)
+# $Id$
+#                            COPYRIGHT
+#
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 2003 Dan McMahill
+#
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+# 
+# Amphenol Connectors
+
+# SMA
+define(`Description_amphenol_ARFX1229', `Amphenol ARFX1229 Vertical SMA Connector (M)')
+define(`PinList_amphenol_ARFX1229', ``SIG',`GND',`GND',`GND',`GND'')
+
+define(`Description_amphenol_ARFX1230', `Amphenol ARFX1230 Right Angle SMA Connector (M)')
+define(`PinList_amphenol_ARFX1230', ``SIG',`GND',`GND',`GND',`GND'')
+
+define(`Description_amphenol_ARFX1231', `Amphenol ARFX1231 Vertical SMA Connector (F)')
+define(`PinList_amphenol_ARFX1231', ``SIG',`GND',`GND',`GND',`GND'')
+
+define(`Description_amphenol_ARFX1232', `Amphenol ARFX1232 Right Angle SMA Connector (F)')
+define(`PinList_amphenol_ARFX1232', ``SIG',`GND',`GND',`GND',`GND'')
+
+divert(0)dnl

Property changes on: oldlib/lib/amphenol.m4
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/bga.inc
===================================================================
--- oldlib/lib/bga.inc	(nonexistent)
+++ oldlib/lib/bga.inc	(revision 296)
@@ -0,0 +1,35 @@
+#  BGA packages
+#  A. G. Major, 2000
+
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins along outer edge
+# $5: number of rows
+#
+define(`PKG_BGA',
+	`define(`XBLOCK', `$4')
+	define(`YBLOCK', `$5')
+	define(`PITCH', `50')
+	define(`DIAMETER', `25')
+	define(`NUMPINS', `eval(4*(XBLOCK-4)*YBLOCK)')
+Element(0x00 "$1" "`$2'" "$3" 100 0 0 100 0x00)
+(
+	forloop(`i', 0, eval(XBLOCK-1),
+		`forloop(`j', 0, eval(YBLOCK-1),
+			`PAD(eval(i*PITCH), eval(j*PITCH), eval(i*PITCH), eval(j*PITCH), DIAMETER, 1)'
+			`PAD(eval((XBLOCK+YBLOCK-j-1)*PITCH), eval(i*PITCH), eval((XBLOCK+YBLOCK-j-1)*PITCH), eval(i*PITCH), DIAMETER, 1)'
+			`PAD(eval((XBLOCK+YBLOCK-i-1)*PITCH), eval((XBLOCK+YBLOCK-j-1)*PITCH), eval((XBLOCK+YBLOCK-i-1)*PITCH), eval((XBLOCK+YBLOCK-j-1)*PITCH), DIAMETER, 1)'
+			`PAD(eval(j*PITCH), eval((XBLOCK+YBLOCK-i-1)*PITCH), eval(j*PITCH), eval((XBLOCK+YBLOCK-i-1)*PITCH), DIAMETER, 1)'
+		)'
+	)
+	ElementLine(eval(-PITCH/2) eval(-1*PITCH) eval((XBLOCK+YBLOCK)*PITCH) eval(-1*PITCH) 10)
+	ElementLine(eval((XBLOCK+YBLOCK)*PITCH) eval(-1*PITCH) eval((XBLOCK+YBLOCK)*PITCH) eval((XBLOCK+YBLOCK)*PITCH) 10)
+	ElementLine(eval(-1*PITCH) eval((XBLOCK+YBLOCK)*PITCH) eval((XBLOCK+YBLOCK)*PITCH) eval((XBLOCK+YBLOCK)*PITCH) 10)
+	ElementLine(eval(-1*PITCH) eval(-PITCH/2) eval(-1*PITCH) eval((XBLOCK+YBLOCK)*PITCH) 10)
+	ElementLine(eval(-PITCH/2) eval(-PITCH) eval(-PITCH/2) eval(-PITCH/2) 10)
+	ElementLine(eval(-PITCH) eval(-PITCH/2) eval(-PITCH/2) eval(-PITCH/2) 10)
+	Mark(eval((YBLOCK+1)*PITCH) eval((YBLOCK+1)*PITCH))
+)')
+
+# -------------------------------------------------------------------
Index: oldlib/lib/bourns.inc
===================================================================
--- oldlib/lib/bourns.inc	(nonexistent)
+++ oldlib/lib/bourns.inc	(revision 296)
@@ -0,0 +1,149 @@
+# -*- m4 -*-
+#
+# $Id$
+#                            COPYRIGHT
+#
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 2003, 2005 Dan McMahill
+#
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+# 
+#
+#  Bourns Specific Footprints
+
+
+# Surface mount trim pots, such as the 3224 series.
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pin 1,3 width (1/100 mm)     width is in the direction parallel to the
+# $5: pin 1,3 length (1/100 mm)    line which intersects pins 1 and 3
+# $6: pin 2 width (1/100 mm)
+# $7: pin 2 length (1/100 mm)
+# $8: spacing from pad center to pad center between 2 and 1,3 (1/100 mm)
+# $9: spacing from pad center to pad center between 1 and 3 (1/100 mm)
+# $10: package width (1/100 mm)
+
+define(`PKG_BOURNS_GENERIC_POT',
+       `
+	# pin 1,3 width, length (1/100 mm)
+	define(`W13',  `$4')
+	define(`L13',  `$5')
+
+	# pin 2 width, length (1/100 mm)
+	define(`W2',  `$6')
+	define(`L2',  `$7')
+
+	# spacing from pad center to pad center between 2 and 1,3 (1/100 mm)
+	define(`S12', `$8')
+	# spacing from pad center to pad center between 1 and 3 (1/100 mm)
+	define(`S13', `$9')
+	
+	# package width (1/100 mm)
+	define(`WIDTH', `$10')
+
+	# silkscreen width (mils)
+	define(`SILKW', `10')
+
+	# how much space to leave around the part before the
+	# silk screen (mils)
+	define(`SILKS', `8')
+	# lower right corner for silk screen (mil)
+	ifelse(eval(L2 > L13), 1
+		define(`SILKX', `eval((S12+L2)*50/254 + SILKS + SILKW/2)'),
+		define(`SILKX', `eval((S12+L13)*50/254 + SILKS + SILKW/2)')
+	)
+	define(`SILKY', `eval((WIDTH/2)*100/254 + SILKS + SILKW/2)')
+
+	# refdes text size (mil)
+	define(`TEXTSIZE', 100)
+	# x,y coordinates for refdes label (mil)
+	define(`TEXTX', -SILKX)
+	define(`TEXTY', `eval(-SILKY - 10 - TEXTSIZE/2)')
+
+Element(0x00 "$1" "`$2'" "$3" TEXTX TEXTY 0 TEXTSIZE 0x00)
+(
+
+# pin 1
+ifelse(0, eval(W13>L13),
+	# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(eval( (S12 - L13 + W13)*50/254) eval( S13*50/254) 
+            eval( (S12 + L13 - W13)*50/254) eval( S13*50/254) eval(W13*100/254) "1" 0x100)
+        ,
+	# Pads which have the perpendicular pad dimension greater
+	# than or equal to the parallel pad dimension 
+	Pad(eval( (S12 + L13)*50/254) eval((-S13 - W13 + L13)*50/254)
+            eval( (S12 + L13)*50/254) eval((-S13 + W13 - L13)*50/254) eval(L13*100/254) "1" 0x100)
+	)
+
+# pin 2
+ifelse(0, eval(W2>L2),
+	# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(eval( (-S12 - L2 + W2)*50/254) 0 
+            eval( (-S12 + L2 - W2)*50/254) 0 eval(W2*100/254) "2" 0x100)
+        ,
+	# Pads which have the Y (width) pad dimension greater
+	# than or equal to the X (length) pad dimension 
+	Pad(eval( -S12*50/254) eval((- W2 + L2)*50/254)
+            eval( -S12*50/254) eval((  W2 - L2)*50/254) eval(L2*100/254) "2" 0x100)
+	)
+
+# pin 3
+ifelse(0, eval(W13>L13),
+	# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(eval( (S12 - L13 + W13)*50/254) eval(-S13*50/254) 
+            eval( (S12 + L13 - W13)*50/254) eval(-S13*50/254) eval(W13*100/254) "3" 0x100)
+        ,
+	# Pads which have the perpendicular pad dimension greater
+	# than or equal to the parallel pad dimension 
+	Pad(eval( (S12 + L13)*50/254) eval((-S13 - W13 + L13)*50/254)
+            eval( (S12 + L13)*50/254) eval((-S13 + W13 - L13)*50/254) eval(L13*100/254) "3" 0x100)
+	)
+
+# Silk screen around package
+ElementLine( SILKX  SILKY  SILKX -SILKY SILKW)
+ElementLine( SILKX -SILKY -SILKX -SILKY SILKW)
+ElementLine(-SILKX -SILKY -SILKX  SILKY SILKW)
+ElementLine(-SILKX  SILKY  SILKX  SILKY SILKW)
+
+# Mark at the center of the part
+Mark(0 0)
+)')
+
+# -------------------------------------------------------------------
+
+# EXTRACT_BEGIN
+
+
+#
+##  Bourns 3224 Series SMT Trim Pot
+#
+
+define(`PKG_BOURNS_3224G',  `PKG_BOURNS_GENERIC_POT(`$1',`$2',`$3',
+	`127', `127', `200', `127', `520', `230', `480')')
+define(`PKG_BOURNS_3224J',  `PKG_BOURNS_GENERIC_POT(`$1',`$2',`$3',
+	`130', `200', `200', `200', `400', `230', `480')')
+define(`PKG_BOURNS_3224W',  `PKG_BOURNS_GENERIC_POT(`$1',`$2',`$3',
+	`130', `160', `200', `160', `290', `254', `480')')
+define(`PKG_BOURNS_3224X',  `PKG_BOURNS_GENERIC_POT(`$1',`$2',`$3',
+	`132', `190', `200', `190', `510', `254', `480')')
+
+# EXTRACT_END
+
Index: oldlib/lib/candk.inc
===================================================================
--- oldlib/lib/candk.inc	(nonexistent)
+++ oldlib/lib/candk.inc	(revision 296)
@@ -0,0 +1,190 @@
+# -*- m4 -*-
+#
+# $Id$
+#                            COPYRIGHT
+#
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 2007 Dan McMahill
+#
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; version 2 of the License.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   The symbols produced by this file may be used and redistributed 
+#   without restriction as part of a PCB layout file.  Distribution 
+#   of footprints produced by this file as part of a footprint
+#   library is governed by the same license as this source file.
+#
+
+#  C&K Specific Footprints
+
+
+# ES series surface mount switches
+
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+
+define(`PKG_CANDK_ES_SMT_SWITCH',
+       `
+	# pad 1,2,3 width (1/100 mil)
+	define(`PADW1',  `3500')
+
+	# pad 1,2,3 length (1/100 mil)
+	define(`PADL1',  `8200')
+
+	# x value for pads 1,3 (1/100 mil)
+	define(`PADX1', `10000')
+	
+	# y value for pads 1,2,3 (1/100 mil)
+	define(`PADY1', `17500')
+	define(`PADY1A', `eval(PADY1 - (PADL1 - PADW1)/2)')
+	define(`PADY1B', `eval(PADY1 + (PADL1 - PADW1)/2)')
+
+
+	# mounting pad width (1/100 mil)
+	define(`PADW2',  `9150')
+
+	# mounting pad length (1/100 mil)
+	define(`PADL2',  `6000')
+
+	# x value for the mounting pads (1/100 mil)
+	define(`PADX2', `21175')
+	define(`PADX2A', `eval(PADX2 - (PADW2 - PADL2)/2)')
+	define(`PADX2B', `eval(PADX2 + (PADW2 - PADL2)/2)')
+	
+	# y value for the mounting pads (1/100 mil)
+	define(`PADY2', `-17500')
+
+	# package width (1/100 mil)
+	define(`PACKW', `39500')
+
+	# package height (1/100 mil)
+	define(`PACKH', `36000')
+
+	# component veritcal height off board (1/100 mil)
+	define(`COMPH', `eval($9*10000/254)')
+
+	# pad width and length
+	define(`PADW', `eval(PINW + 2000)')
+	define(`PADL', `eval(PINL + 2000)')
+
+	# y values for drawing the pad.  
+	# The Y center of the pad is 0.5*(PINL + PINS)
+	# we need a line segment of length PADL - PADW so we have end points:
+	# 0.5*(PINL + PINS) +/- 0.5*(PADL - PADW)
+	define(`PY1', `eval((PINL + PINS + PADL - PADW)/2)')
+	define(`PY2', `eval((PINL + PINS - PADL + PADW)/2)')
+
+	# width of soldermask relief (5 mil on each side)
+	define(`MASKW1', `eval(PADW1 + 1000)')
+	define(`MASKW2', `eval(PADL2 + 1000)')
+
+	# top edge of switch body (1/100 mil)
+	define(`SWTOP', `eval(PADY2 - 5000)')
+
+	# bottom edge of switch body (1/100 mil)
+	define(`SWBOT', `eval(SWTOP + PACKH)')
+
+	# how much the switch extends beyond the body
+	define(`SWEXT', `12100')
+
+	# y value for the far end of the switch
+	define(`SWYMAX', `eval(SWTOP - SWEXT)')
+
+	# silkscreen width (1/100 mils)
+	define(`SILKW', `1000')
+
+	# how much space to leave around the part before the
+	# silk screen (1/100 mils)
+	define(`SILKS', `800')
+
+	# X values for silk on sides and bottom of switch
+	define(`SX1', `eval( (PACKW + 2*SILKS + SILKW)/2)')
+	define(`SX2', `eval( 10000 + PADW1/2 + SILKS + SILKW/2)')
+
+	# bottom edge of the switch body
+	define(`SY1', `eval( SWBOT + SILKS + SILKW/2 )')
+
+	# bottom edge of upper pads
+	define(`SY2', `eval( PADY2 + PADL2/2 + SILKS + SILKW/2)')
+
+	# bottom edge of the lower pads
+	define(`SY3', `eval( PADY1 + PADL1/2 + SILKS + SILKW/2)')
+
+	# top edge of the switch body
+	define(`SY4', `eval( PADY2 - PADL2/2 - SILKS - SILKW/2)')
+
+	# top edge of the switch 
+	define(`SY5', `eval( SWTOP - SILKS - SILKW/2)')
+
+
+# Element [SFlags "Desc" "Name" "Value" MX MY TX TY TDir TScale TSFlags]
+Element[ "" "`$1'" "`$2'" "`$3'" 0 0 0 0 0 100 ""]
+(
+
+# Pad [rX1 rY1 rX2 rY2 Thickness Clearance Mask "Name" "Number" SFlags]
+
+# the signal pads
+Pad[ -PADX1 PADY1A -PADX1 PADY1B PADW1 1000 MASKW1 "1"  "1" "square"]
+Pad[      0 PADY1A      0 PADY1B PADW1 1000 MASKW1 "2"  "2" "square"]
+Pad[  PADX1 PADY1A  PADX1 PADY1B PADW1 1000 MASKW1 "3"  "3" "square"]
+
+# the mounting pads
+Pad[ -PADX2A PADY2 -PADX2B PADY2 PADL2 1000 MASKW2 "4"  "4" "square"]
+Pad[  PADX2A PADY2  PADX2B PADY2 PADL2 1000 MASKW2 "4"  "4" "square"]
+
+# Silk screen around package
+# ElementLine[ x1 y1 x2 y2 width]
+
+# bottom edge
+ElementLine[ SX1 SY1  SX2 SY1 SILKW ]
+ElementLine[-SX1 SY1 -SX2 SY1 SILKW ]
+ElementLine[-SX2 SY1 -SX2 SY3 SILKW ]
+ElementLine[ SX2 SY1  SX2 SY3 SILKW ]
+ElementLine[-SX2 SY3  SX2 SY3 SILKW ]
+
+# left/right
+ElementLine[ SX1 SY1  SX1 SY2 SILKW ]
+ElementLine[-SX1 SY1 -SX1 SY2 SILKW ]
+
+# top edge
+ElementLine[-SX1 SWYMAX  SX1 SWYMAX SILKW ]
+ElementLine[-SX1 SY5     SX1 SY5    SILKW ]
+ElementLine[-SX1 SY4    -SX1 SWYMAX SILKW ]
+ElementLine[ SX1 SY4     SX1 SWYMAX SILKW ]
+
+# cross at top where switch moves
+ElementLine[-SX1 SWYMAX  SX1 SY5    SILKW ]
+ElementLine[-SX1 SY5     SX1 SWYMAX SILKW ]
+
+)')
+
+# -------------------------------------------------------------------
+
+# EXTRACT_BEGIN
+
+
+#
+##  C&K ES Series Switches
+#
+
+# See www.ittcannon.com.
+
+define(`PKG_CANDK_ES01MSABE', `PKG_CANDK_ES_SMT_SWITCH(`$1', `$2', `$3')')
+define(`PKG_CANDK_ES02MSABE', `PKG_CANDK_ES_SMT_SWITCH(`$1', `$2', `$3')')
+define(`PKG_CANDK_ES03MSABE', `PKG_CANDK_ES_SMT_SWITCH(`$1', `$2', `$3')')
+
+
+
+# EXTRACT_END
+
Index: oldlib/lib/common.m4
===================================================================
--- oldlib/lib/common.m4	(nonexistent)
+++ oldlib/lib/common.m4	(revision 296)
@@ -0,0 +1,115 @@
+divert(-1)
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# common defines for packages
+#
+# -------------------------------------------------------------------
+# create a single object
+# $1: mask name
+# $2: 'value' of the new object
+# $3: package of the circuit
+#
+define(`CreateObject',
+	`ifdef(`PinList_$1', `DefinePinList(PinList_$1)')'
+	`PKG_$3(`Description_$1', ,``$2'', Param1_$1, Param2_$1)'
+)
+
+# this one is used to show the correct value for the footprint attribute
+# in a gschem (www.geda.seul.org) schematic.  See QueryLibrary.sh
+define(`QueryObject',
+	`ifdef(`PinList_$1', `DefinePinList(PinList_$1)')'
+`$3 ifdef(`Param1_$1', `Param1_$1') ifdef(`Param2_$1', `Param2_$1')'
+)
+
+# -------------------------------------------------------------------
+# define for-loops like the manual tells us
+#
+define(`forloop',
+	`pushdef(`$1', `$2')_forloop(`$1', `$2', `$3', `$4')popdef(`$1')')
+define(`_forloop',
+	`$4`'ifelse($1, `$3', ,
+	`define(`$1', incr($1))_forloop(`$1', `$2', `$3', `$4')')')
+
+# -------------------------------------------------------------------
+# the following definitions evaluate the list of pin-names
+# missing names will be defined as 'P_#'
+#
+# the first two arguments are skipped
+#
+define(`PIN', `Pin($1 $2 $3 $4 ifdef(`P_$5', "P_$5", "$5") ifelse($5, 1, 0x101, 0x01))')
+define(`PAD', `Pad($1 $2 $3 $4 $5 ifdef(`P_$6', "P_$6", "$6") ifelse($6, 1, 0x00, 0x100))')
+
+define(`EDGECONN', `Pad($1 $2 $3 $4 $5 ifdef(`P_$6', "P_$6", "$6") "$6" $7)')
+define(`DEFPIN', `define(`count', incr(count))' `define(`P_'count, $1)')
+define(`DefinePinList', `ifelse($#, 1, ,
+	`pushdef(`count')'
+	`define(`count', 0)'
+	`_DEFPINLIST($@)'
+	`popdef(`count')')')
+define(`_DEFPINLIST', `ifelse($#, 0, , $#, 1, `DEFPIN(`$1')',
+	`DEFPIN(`$1')'`
+	_DEFPINLIST(shift($@))')')
+
+define(`args',`
+	ifelse($#, 0, , $#, 1,`define(`arg'cnt,`$1')',
+	`define(`arg'cnt,`$1') define(`cnt',incr(cnt)) args(shift($@))')')
+
+include(amp.inc)
+include(amphenol.inc)
+include(bga.inc)
+include(bourns.inc)
+include(candk.inc)
+include(connector.inc)
+include(cts.inc)
+include(dil.inc)
+include(geda.inc)
+include(johnstech.inc)
+include(minicircuits.inc)
+include(misc.inc)
+include(nichicon.inc)
+include(optek.inc)
+include(panasonic.inc)
+include(pci.inc)
+include(plcc.inc)
+include(qfn.inc)
+include(qfp.inc)
+include(qfp2.inc)
+include(qfpdj.inc)
+include(resistor_adjust.inc)
+include(rules.inc)
+include(smt.inc)
+include(to.inc)
+include(zif.inc)
+
+# if any of these files exist, then include them.  
+# this makes it a bit easier to configure pcb without
+# mucking with app-defaults every time you launch it
+sinclude(site-config.inc)
+sinclude(user-config.inc)
+sinclude(proj-config.inc)
+
+divert(0)dnl
Index: oldlib/lib/connector.inc
===================================================================
--- oldlib/lib/connector.inc	(nonexistent)
+++ oldlib/lib/connector.inc	(revision 296)
@@ -0,0 +1,766 @@
+*# -*- m4 -*-
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# connector packages
+
+# -------------------------------------------------------------------
+# the definition of a single connector
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of rows
+# $5: number of columns
+#
+define(`PKG_CONNECTOR',
+	`define(`MAXY', `eval(`$4' * 100)')
+	define(`MAXX', `eval(`$5' * 100)')
+Element(0x00 "$1" "`$2'" "$3" eval(MAXX + 60) 0 3 100 0x00)
+(
+	forloop(`row', 1, $4, `forloop(`col', 1, $5,
+		`PIN(eval(col * 100 -50), eval(row * 100 -50), 60, 38, eval((row-1)*$5+col))
+	') ')
+	ElementLine(0 0 0 MAXY 10)
+	ElementLine(0 MAXY MAXX MAXY 10)
+	ElementLine(MAXX MAXY MAXX 0 10)
+	ElementLine(MAXX 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)')
+
+# -------------------------------------------------------------------
+# the definition of a 2 column header connector with DIP
+# pin numbering.  Use PKG_CONNECTOR for ribbon cable numbering
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of rows
+#
+define(`PKG_CONNECTOR_DIL',
+	`define(`MAXY', `eval(`$4' * 100)')
+	define(`MAXX', `200')
+Element(0x00 "$1" "`$2'" "$3" eval(MAXX + 60) 0 3 100 0x00)
+(
+	forloop(`row', 1, eval(`$4'),
+		`PIN(50, eval(row * 100 -50), 60, 38, eval(row))
+	')
+	forloop(`row', 1, eval(`$4'),
+		`PIN(150, eval(($4 + 1 - row) * 100 -50), 60, 38, eval($4 + row))
+	')
+	ElementLine(0 0 0 MAXY 10)
+	ElementLine(0 MAXY MAXX MAXY 10)
+	ElementLine(MAXX MAXY MAXX 0 10)
+	ElementLine(MAXX 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)')
+
+
+
+# ---------------------------------------------------------------
+# base definition (housing) for connector DIN 41.612
+# 11/95 Volker Bosch (bosch@iema.e-technik.uni-stuttgart.de)
+# female package added 05/96 also by Volker Bosch
+#
+# derived from above for 48 - Pin Connectors from the same series
+# Holm Tiffe
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: requested rows a,b,c
+#
+define(`PKG_DIN41_612MALE_SMALL',
+	`define(`XPOS', `eval(300 + 100 * i)')
+	define(`MINY', 300)
+Element(0x00 "$1" "`$2'" "$3" 520 550 0 200 0x00)
+(
+	# Reihe a
+	ifelse(index(`$4', `a'), `-1', ,
+		forloop(`i', 1, 16, `PIN(eval(2000 - 100 *i), 300, 60, 30, i)
+	'))
+
+	# Reihe b
+	ifelse(index(`$4', `b'), `-1', , `define(`MINY', 200)'
+		forloop(`i', 1, 16, `PIN(eval(2000 - 100 *i), 200, 60, 30, eval(16 + i))
+	'))
+
+	# Reihe c
+	ifelse(index(`$4', `c'), `-1', , `define(`MINY', 100)'
+		forloop(`i', 1, 16, `PIN(eval(2000 - 100 *i), 100, 60, 30, eval(32 + i))
+	'))
+    # Rueckseite Kontaktstifte
+	forloop(`i', 1, 16, `ElementLine(XPOS MINY XPOS 375 40)
+	')
+
+	# Befestigungsbohrung
+	Pin( 200 400 120 80 "M1" 0x01)
+	Pin(2100 400 120 80 "M2" 0x01)
+
+	# Begrenzung M1
+	ElementLine( 100  300  320  300 20)
+	ElementLine( 320  300  320  395 20)
+	ElementLine( 320  395  320  620 10)
+	ElementLine( 320  620  200  620 10)
+	ElementLine( 200  620  100  620 20)
+	ElementLine( 100  620  100  300 20)
+
+	# Begrenzung M2
+	ElementLine(1980  300 2200  300 20)
+	ElementLine(2200  300 2200  620 20)
+	ElementLine(2200  620 2100  620 20)
+	ElementLine(2100  620 1980  620 10)
+	ElementLine(1980  620 1980  395 10)
+	ElementLine(1980  395 1980  300 20)
+
+	# Kante Pins
+	ElementLine( 320  395 1980  395 20)
+
+	# Kanten Stifte
+	ElementLine( 200 620  200 800 20)
+	ElementLine( 200 800 2100 800 20)
+	ElementLine(2100 800 2100 620 20)
+
+	Mark(1900 300)
+)')
+
+define(`PKG_DIN41_612FEMALE_SMALL',
+	`define(`MAXX', 420)
+	define(`MAXX1', `eval(MAXX -170)')
+	define(`MAXX2', `eval(MAXX -40)')
+Element(0x00 "$1" "`$2'" "$3" 50 100 3 200 0x00)
+(
+	# Reihe a
+	ifelse(index(`$4', `a'), `-1', ,
+		forloop(`i', 1, 16, `PIN(200, eval(300 + 100 *i), 60, 30, i)
+	'))
+
+	# Reihe b
+	ifelse(index(`$4', `b'), `-1', ,
+		forloop(`i', 1, 16, `PIN(300, eval(300 + 100 *i), 60, 30, eval(16 + i))
+	'))
+
+	# Reihe c
+	ifelse(index(`$4', `c'), `-1', , `define(`MAXX', 520)'
+		forloop(`i', 1, 16, `PIN(400, eval(300 + 100 *i), 60, 30, eval(32 + i))
+	'))
+
+	# Befestigungsbohrung
+	Pin(290  180 120 80 "M1" 0x01)
+	Pin(290 2120 120 80 "M2" 0x01)
+
+	# Aeussere Begrenzung
+	ElementLine( 80  80 MAXX   80 20)
+	ElementLine(MAXX  80 MAXX 2220 20)
+	ElementLine(MAXX 2220 80 2220 20)
+	ElementLine( 80 2220 80   80 20)
+
+	# Innere Begrenzung
+	ElementLine(120  320 MAXX1  320 10)
+	ElementLine(MAXX1  320 MAXX1  360 10)
+	ElementLine(MAXX1  360 MAXX2  360 10)
+	ElementLine(MAXX2  360 MAXX2 1940 10)
+	ElementLine(MAXX2 1940 MAXX1 1940 10)
+	ElementLine(MAXX1 1940 MAXX1 1980 10)
+	ElementLine(MAXX1 1980 120 1980 10)
+	ElementLine(120 1980 120  320 10)
+
+	# Markierung: Pin 1a
+	Mark(200 400)
+)')
+
+
+# ---------------------------------------------------------------
+# base definition (housing) for connector DIN 41.612
+# 11/95 Volker Bosch (bosch@iema.e-technik.uni-stuttgart.de)
+# female package added 05/96 also by Volker Bosch
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: requested rows a,b,c
+#
+define(`PKG_DIN41_612MALE',
+	`define(`XPOS', `eval(300 + 100 * i)')
+	define(`MINY', 300)
+Element(0x00 "$1" "`$2'" "$3" 520 550 0 200 0x00)
+(
+	# Reihe a
+	ifelse(index(`$4', `a'), `-1', ,
+		forloop(`i', 1, 32, `PIN(eval(3600 - 100 *i), 300, 60, 30, i)
+	'))
+
+	# Reihe b
+	ifelse(index(`$4', `b'), `-1', , `define(`MINY', 200)'
+		forloop(`i', 1, 32, `PIN(eval(3600 - 100 *i), 200, 60, 30, eval(32 + i))
+	'))
+
+	# Reihe c
+	ifelse(index(`$4', `c'), `-1', , `define(`MINY', 100)'
+		forloop(`i', 1, 32, `PIN(eval(3600 - 100 *i), 100, 60, 30, eval(64 + i))
+	'))
+    # Rueckseite Kontaktstifte
+	forloop(`i', 1, 32, `ElementLine(XPOS MINY XPOS 375 40)
+	')
+
+	# Befestigungsbohrung
+	Pin( 200 400 120 80 "M1" 0x01)
+	Pin(3700 400 120 80 "M2" 0x01)
+
+	# Begrenzung M1
+	ElementLine( 100  300  320  300 20)
+	ElementLine( 320  300  320  395 20)
+	ElementLine( 320  395  320  620 10)
+	ElementLine( 320  620  200  620 10)
+	ElementLine( 200  620  100  620 20)
+	ElementLine( 100  620  100  300 20)
+
+	# Begrenzung M2
+	ElementLine(3580  300 3800  300 20)
+	ElementLine(3800  300 3800  620 20)
+	ElementLine(3800  620 3700  620 20)
+	ElementLine(3700  620 3580  620 10)
+	ElementLine(3580  620 3580  395 10)
+	ElementLine(3580  395 3580  300 20)
+
+	# Kante Pins
+	ElementLine( 320  395 3580  395 20)
+
+	# Kanten Stifte
+	ElementLine( 200 620  200 800 20)
+	ElementLine( 200 800 3700 800 20)
+	ElementLine(3700 800 3700 620 20)
+
+	Mark(3500 300)
+)')
+
+define(`PKG_DIN41_612FEMALE',
+	`define(`MAXX', 420)
+	define(`MAXX1', `eval(MAXX -170)')
+	define(`MAXX2', `eval(MAXX -40)')
+Element(0x00 "$1" "`$2'" "$3" 50 100 3 200 0x00)
+(
+	# Reihe a
+	ifelse(index(`$4', `a'), `-1', ,
+		forloop(`i', 1, 32, `PIN(200, eval(300 + 100 *i), 60, 30, i)
+	'))
+
+	# Reihe b
+	ifelse(index(`$4', `b'), `-1', ,
+		forloop(`i', 1, 32, `PIN(300, eval(300 + 100 *i), 60, 30, eval(32 + i))
+	'))
+
+	# Reihe c
+	ifelse(index(`$4', `c'), `-1', , `define(`MAXX', 520)'
+		forloop(`i', 1, 32, `PIN(400, eval(300 + 100 *i), 60, 30, eval(64 + i))
+	'))
+
+	# Befestigungsbohrung
+	Pin(290  180 120 80 "M1" 0x01)
+	Pin(290 3720 120 80 "M2" 0x01)
+
+	# Aeussere Begrenzung
+	ElementLine( 80  80 MAXX   80 20)
+	ElementLine(MAXX  80 MAXX 3820 20)
+	ElementLine(MAXX 3820 80 3820 20)
+	ElementLine( 80 3820 80   80 20)
+
+	# Innere Begrenzung
+	ElementLine(120  320 MAXX1  320 10)
+	ElementLine(MAXX1  320 MAXX1  360 10)
+	ElementLine(MAXX1  360 MAXX2  360 10)
+	ElementLine(MAXX2  360 MAXX2 3540 10)
+	ElementLine(MAXX2 3540 MAXX1 3540 10)
+	ElementLine(MAXX1 3540 MAXX1 3580 10)
+	ElementLine(MAXX1 3580 120 3580 10)
+	ElementLine(120 3580 120  320 10)
+
+	# Markierung: Pin 1a
+	Mark(200 400)
+)')
+
+# ---------------------------------------------------------------
+# base definition (housing) for connector DIN 41.651 laying and standing
+# 05/96 Volker Bosch (bosch@iema.e-technik.uni-stuttgart.de)
+#
+# Changed hole size from 20 mils to 28 mils; 07/00 LRDoolittle@lbl.gov
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+#
+define(`PKG_DIN41_651LAY',
+	`define(`MAXY', `eval($4/2 *100 +400)')
+	define(`CENTERY', `eval($4/2 *50 +425)')
+Element(0x00 "$1" "`$2'" "$3" 400 250 3 200 0x00)
+(
+	forloop(`i', 1, eval($4 / 2),
+		`PIN(100,  eval(100*i +400), 60, 40, eval(2*i-1))
+		PIN(200, eval(100*i +400), 60, 40, eval(2*i))
+	')
+
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 eval(MAXY+230) 100 80 "M2" 0x01)
+
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 eval(MAXY+150) 20)
+	ElementLine(610 eval(MAXY+150) 770 eval(MAXY+200) 20)
+	ElementLine(770 eval(MAXY+200) 770 eval(MAXY+300) 20)
+	ElementLine(770 eval(MAXY+300) 335 eval(MAXY+430) 20)
+	ElementLine(335 eval(MAXY+430) 80 eval(MAXY+430) 20)
+	ElementLine( 80 eval(MAXY+430) 80 70 20)
+
+	# Codieraussparung
+	ElementLine(610 eval(CENTERY -50) 435 eval(CENTERY -50) 5)
+	ElementLine(435 eval(CENTERY -50) 435 eval(CENTERY +100) 5)
+	ElementLine(435 eval(CENTERY +100) 610 eval(CENTERY +100) 5)
+
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)')
+
+define(`PKG_DIN41_651STAND',
+	`define(`MAXY', `eval($4/2 *100 +400)')
+	define(`CENTERY', `eval($4/2 *50 +425)')
+Element(0x00 "$1" "`$2'" "$3" 50 100 3 200 0x00)
+(
+	forloop(`i', 1, eval($4 / 2),
+		`PIN(200,  eval(100*i +400), 60, 40, eval(2*i-1))
+		PIN(300, eval(100*i +400), 60, 40, eval(2*i))
+	')
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 eval(MAXY +430) 20)
+	ElementLine(410 eval(MAXY +430) 90 eval(MAXY +430) 20)
+	ElementLine(90 eval(MAXY +430) 90 70 20)
+
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 eval(MAXY +150) 5)
+	ElementLine(390 eval(MAXY +150) 110 eval(MAXY +150) 5)
+	ElementLine(110 eval(MAXY +150) 110 eval(CENTERY +100) 5)
+	ElementLine(110 eval(CENTERY +100)  90 eval(CENTERY +100) 5)
+	ElementLine(90  eval(CENTERY -50) 110 eval(CENTERY -50) 5)
+	ElementLine(110 eval(CENTERY -50) 110  350 5)
+
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+
+	# Auswurfhebel unten
+	ElementLine(200 eval(MAXY+150) 200 eval(MAXY+430) 5)
+	ElementLine(300 eval(MAXY+150) 300 eval(MAXY+430) 5)
+
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)')
+
+# ---------------------------------------------------------------
+# base definition (housing) for SUB-D connectors, laying
+# 11/95 Volker Bosch (bosch@iema.e-technik.uni-stuttgart.de)
+# female package added 05/96 also by Volker Bosch
+# Pins reordered, 12/99 Larry Doolittle  <LRDoolittle@lbl.gov>
+
+# Connector dimensions changed!  No, these stupid things don't
+# line up neatly on a 50 mil grid.  Now corresponds to AMP's
+# Application Specification 114-40013 03-APR-97 Rev B, for
+# AMPLIMITE[TM] HD-20 Series 454 and 545.
+# Also pulled silkscreen lines away from pins by NOSMUDGE.
+# 12/99 Larry Doolittle  <LRDoolittle@lbl.gov>
+#
+# Parameterized silkscreen in terms of PANEL_DISTANCE, the distance
+# from the drilling holes to the intended edge of the board.
+# According to the drawing listed above, that should be 398 or 489
+# plus some unknown flange thickness.  For the part I have in my hand
+# (AMP 747846-4), it's about 365 mils.  The original version of this
+# macro had it hard coded at 460.  I also reduced size of pads and holes
+# to 60/35.  The drawing listed above recommends 47 mil holes, the part
+# in my hand has 28 mil pins.
+#
+# Status: Female tested, works great, 07-Jan-2000.
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pins
+#
+# base is upper drilling hole
+#
+define(`PKG_SUBD_LAY_BASE',
+	`define(`BASEX', 1000)
+	define(`BASEY', 1000)
+	define(`PY1', `eval(BASEY +270)')
+	define(`PY2', `eval(PY1 +($4-1)/2*108)')
+	define(`OFFSET', `eval(($4+1)/2)')
+	define(`PANEL_DISTANCE', 365)
+Element(0x00 "$1" "`$2'" "$3" eval(BASEX-0) eval(PY2-0) 1 150 0x00)
+(
+	# Gehaeuse (schmaler Kasten incl. Bohrungen)
+	define(`X1', `eval(BASEX-PANEL_DISTANCE)')
+	define(`Y1', `eval(PY1-390)')
+	define(`X2', `eval(BASEX-PANEL_DISTANCE+30)')
+	define(`Y2', `eval(PY2+390)')
+	ElementLine(X1 Y1 X2 Y1 10)
+	ElementLine(X2 Y1 X2 Y2 10)
+	ElementLine(X2 Y2 X1 Y2 10)
+	ElementLine(X1 Y2 X1 Y1 10)
+	ElementLine(X1 eval(Y1+60) X2 eval(Y1+60) 10)
+	ElementLine(X1 eval(Y1+180) X2 eval(Y1+180) 10)
+	ElementLine(X1 eval(Y2-60) X2 eval(Y2-60) 10)
+	ElementLine(X1 eval(Y2-180) X2 eval(Y2-180) 10)
+
+	# Gehaeuse (aeusserer Kasten)
+	# This part of the connector normally hangs off the circuit board,
+	# so it is confusing to actually mark it on the silkscreen
+	# define(`X1', `eval(BASEX-PANEL_DISTANCE-260)')
+	# define(`Y1', `eval(PY1-100)')
+	# define(`X2', `eval(BASEX-PANEL_DISTANCE)')
+	# define(`Y2', `eval(PY2+100)')
+	# ElementLine(X1 Y1 X2 Y1 20)
+	# ElementLine(X2 Y1 X2 Y2 10)
+	# ElementLine(X2 Y2 X1 Y2 20)
+	# ElementLine(X1 Y2 X1 Y1 20)
+
+	# Gehaeuse (innerer Kasten)
+	define(`X1', `eval(BASEX-PANEL_DISTANCE+30)')
+	define(`Y1', `eval(PY1-160)')
+	define(`X2', `eval(BASEX-230)')
+	define(`Y2', `eval(PY2+160)')
+	ElementLine(X1 Y1 X2 Y1 20)
+	ElementLine(X2 Y1 X2 Y2 20)
+	ElementLine(X2 Y2 X1 Y2 20)
+	ElementLine(X1 Y2 X1 Y1 10)
+
+	# Pins
+	SUBD_SUBFUNCTION
+
+	# Befestigungsbohrung
+	Pin(BASEX  BASEY 250 125 "C1" 0x01)
+	Pin(BASEX eval(PY2+270) 250 125 "C2" 0x01)
+
+)')
+
+define(`PKG_SUBD_MALE_LAY',
+	`define(`SUBD_SUBFUNCTION',
+		`
+		define(`NOSMUDGE', 40)
+		# First row
+		forloop(`i', 1, eval($4/2),
+			`define(`Y', eval(PY1 +(i-1)*108))
+			PIN(eval(BASEX+56), Y, 60, 35, i)
+			ElementLine(eval(BASEX+56-NOSMUDGE) Y X2 Y 20)
+		')
+
+		# Last pin in first row
+		PIN(eval(BASEX+56), PY2, 60, 35, OFFSET)
+		ElementLine(eval(BASEX+56-NOSMUDGE) PY2 X2 PY2 20)
+
+		# Second row
+		forloop(`i', 1, eval($4/2),
+			`define(`Y', eval(PY1 +(i-1)*108+54))
+			PIN(eval(BASEX-56), Y, 60, 35, eval(i+OFFSET))
+			ElementLine(eval(BASEX-56-NOSMUDGE) Y X2 Y 20)
+		')
+		# Plazierungsmarkierung == PIN 1
+		Mark(eval(BASEX +50) PY1)
+	')'
+	`PKG_SUBD_LAY_BASE(`$1', `$2', `$3', `$4')'
+)
+
+define(`PKG_SUBD_FEMALE_LAY',
+	`define(`SUBD_SUBFUNCTION',
+		`
+		define(`NOSMUDGE', 40)
+		# Pin 1
+		PIN(eval(BASEX+56), PY2, 60, 35, 1)
+		ElementLine(eval(BASEX+56-NOSMUDGE) PY2 X2 PY2 20)
+
+		# Plazierungsmarkierung == PIN 1
+		# Changed PY1 to PY2 13-Dec-1999 LRD
+		Mark(eval(BASEX +56) PY2)
+
+		# Remainder of the first row
+		forloop(`i', 1, eval($4/2),
+			`define(`Y', eval(PY1 +($4/2-i)*108))
+			PIN(eval(BASEX+56), Y, 60, 35, eval($4/2+i+2-OFFSET))
+			ElementLine(eval(BASEX+56-NOSMUDGE) Y X2 Y 20)
+		')
+
+		# Second row
+		forloop(`i', 1, eval($4/2),
+			`define(`Y', eval(PY1 +($4/2-i)*108+54))
+			PIN(eval(BASEX-56), Y, 60, 35, eval($4/2+i+1))
+			ElementLine(eval(BASEX-56-NOSMUDGE) Y X2 Y 20)
+		')
+	')'
+	`PKG_SUBD_LAY_BASE(`$1', `$2', `$3', `$4')'
+)
+
+# ---------------------------------------------------------------
+# definition for a right angle BNC connector,
+# such as Amphenol 31-5640-1010 or OUPIIN 8928
+# 12/99 Larry Doolittle <LRDoolittle@lbl.gov>
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pins
+#
+# base is one of the pegs
+#
+define(`PKG_BNC_LAY',
+	`define(`BASEX', 200)
+	define(`BASEY', -200)
+Element(0x00 "$1" "`$2'" "$3" BASEX eval(BASEY+200) 3 100 0x00)
+(
+	define(`X1', `eval(BASEX-260)')
+	define(`Y1', `eval(BASEY-90)')
+	define(`X2', `eval(BASEX+290)')
+	define(`Y2', `eval(BASEY+490)')
+	ElementLine(X1 Y1 X2 Y1 10)
+	ElementLine(X2 Y1 X2 Y2 10)
+	ElementLine(X2 Y2 X1 Y2 10)
+	ElementLine(X1 Y2 X1 Y1 10)
+	PIN(eval(BASEX-200), eval(BASEY+200), 60, 35, 1)
+	PIN(eval(BASEX-200), eval(BASEY+100), 60, 35, 2)
+	PIN(eval(BASEX),     eval(BASEY),     100, 81, m1)
+	PIN(eval(BASEX),     eval(BASEY+400), 100, 81, m2)
+)')
+
+
+# ---------------------------------------------------------------
+# definition for MTA-100 header,
+# such as AMP 640456-x
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pins
+#
+#      0.100" pin pitch
+#      0.038" drill diameter
+#      0.060" pad diameter
+#      Available with 2 through 15 pins
+#
+define(`PKG_MTA_100',
+`
+        define(`PITCH', `100')
+        define(`NPINS', `eval($4)')
+        define(`SILKW', `10')
+        define(`SILKXOFS', `75')
+        define(`SILKYOFS', `115')
+        define(`SILKX1', `-SILKXOFS')
+        define(`SILKX2', `eval((NPINS-1)*PITCH + SILKXOFS)')
+        define(`SILKY1', `-SILKYOFS')
+        define(`SILKY2', `SILKYOFS')
+        define(`SILKY3', `eval(SILKYOFS+2*SILKW)')
+
+Element(0x00 "$1" "`$2'" "$3" 0  140 0 150 0x00)
+(
+        forloop(`i', 1, `$4',
+                `PIN(eval((i-1)*100), 0, 60, 38, `i')
+        ')
+        define(`X1',-78)
+        define(`X2', `eval(`$4'*100-78)')
+        ElementLine(SILKX1  SILKY1 SILKX2 SILKY1 SILKW) 
+        ElementLine(SILKX2  SILKY1 SILKX2 SILKY3 SILKW) 
+        ElementLine(SILKX2  SILKY2 SILKX1 SILKY2 SILKW) 
+        ElementLine(SILKX1  SILKY3 SILKX1 SILKY1 SILKW) 
+
+        ElementLine(SILKX2  SILKY3 SILKX1 SILKY3 SILKW) 
+
+        Mark(0 0)
+)')
+
+# ---------------------------------------------------------------
+# definition for MTA-156 header,
+# such as AMP 640445-x
+# 12/99 Larry Doolittle <LRDoolittle@lbl.gov>
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pins
+#
+# base is pin 1 (although I don't claim to know which end is
+#                conventionally pin 1)
+#      0.156 pin pitch
+#      0.070 holes
+#      0.078 end clearance
+#      0.180 and 0.120 side clearance
+#      Available with 2 through 24 pins
+#
+define(`PKG_MTA_156',
+	`
+Element(0x00 "$1" "`$2'" "$3" 0  140 0 150 0x00)
+(
+	forloop(`i', 1, `$4',
+		`PIN(eval((i-1)*156), 0, 100, 70, `i')
+	')
+	define(`X1',-78)
+	define(`X2', `eval(`$4'*156-78)')
+	ElementLine(X1  120 X2  120 10) 
+	ElementLine(X2  120 X2 -180 10) 
+	ElementLine(X2 -180 X1 -180 10) 
+	ElementLine(X2  -80 X1  -80 10) 
+	ElementLine(X1 -180 X1  120 10)
+)')
+
+# ---------------------------------------------------------------
+# definition for a vertical SMA connector,
+# 6/00 Larry Doolittle <LRDoolittle@lbl.gov>
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pins
+#
+# base is the center pin
+#
+define(`PKG_SMA_VERT',
+	`define(`BASEX', 0)
+	define(`BASEY', 0)
+Element(0x00 "$1" "`$2'" "$3" BASEX eval(BASEY+150) 3 100 0x00)
+(
+	define(`X1', `eval(BASEX-160)')
+	define(`Y1', `eval(BASEY-160)')
+	define(`X2', `eval(BASEX+160)')
+	define(`Y2', `eval(BASEY+160)')
+	ElementLine(X1 Y1 X2 Y1 10)
+	ElementLine(X2 Y1 X2 Y2 10)
+	ElementLine(X2 Y2 X1 Y2 10)
+	ElementLine(X1 Y2 X1 Y1 10)
+	PIN(     BASEX     ,      BASEY     , 80, 30, 1)
+	PIN(eval(BASEX-100), eval(BASEY+100), 80, 30, 2)
+	PIN(eval(BASEX-100), eval(BASEY-100), 80, 30, 3)
+	PIN(eval(BASEX+100), eval(BASEY+100), 80, 30, 4)
+	PIN(eval(BASEX+100), eval(BASEY-100), 80, 30, 5)
+)')
+
+# ---------------------------------------------------------------
+# definition for a Molex high density connector, 53467/53645
+# Board-to-Board 0.635mm (0.25") Ptich Plug - SMT Dual Row, Vertical Stacking
+# Reference: http://www.molex.com/product/micro/53467.html
+# 4/01 Larry Doolittle <LRDoolittle@lbl.gov>
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pins
+#
+# base is on the symmetry line, between pins 1 and 2
+#
+define(`PKG_MOLEX_025',
+	`define(`PINPAIRS',`eval($4/2)')
+Element(0x00 "$1" "`$2'" "$3" 0 0 3 100 0x00)
+(
+	forloop(`i', 1, PINPAIRS,
+		`define(`Y', eval(25*(i-1)) )'
+		`PAD(  54, Y, 111, Y, 14, eval(i*2-1))'
+		`PAD(-111, Y, -54, Y, 14, eval(i*2))'
+	)
+	define(`ENDY',eval(25*(PINPAIRS-1)))
+
+	# Keying is done with two sizes of alignment pins: 35 and 28 mils
+	Pin(0 -50 50 35 "M1" 0x01)
+	Pin(0 eval(ENDY+50) 43 28 "M2" 0x01)
+
+	# ends of mounting pads are 71 and 169 mils from end pad centers
+	PAD(0, -110, 0, -130, 79, M3)
+	PAD(0, eval(ENDY+110), 0, eval(ENDY+130), 79, M4)
+
+	define(`BOXY',eval(ENDY+150))
+	ElementLine(-100 -150   50 -150 10)
+	ElementLine(  50 -150  100 -100 10)
+	ElementLine( 100 -100  100 BOXY 10)
+	ElementLine( 100 BOXY -100 BOXY 10)
+	ElementLine(-100 BOXY -100 -150 10)
+
+	# Support for aggregate parts built from this base, like
+	# the nanoEngine below.
+	ifdef(`MOLEX_EXTRA', `MOLEX_EXTRA', )
+)')
+
+# ---------------------------------------------------------------
+# definition for a Bright Star nanoEngine, StrongARM single board computer
+# Reference: http://www.brightstar.com/arm/nanoman.pdf
+# 4/01 Larry Doolittle <LRDoolittle@lbl.gov>
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+#
+# base borrowed from the Molex connector
+#
+define(`PKG_NANOENGINE',
+	`define(`MOLEX_EXTRA', `
+		ElementLine(-175 -215 -175 2185 15)
+		ElementLine(-175 2185 1225 2185 15)
+		ElementLine(1225 2185 1225 -215 15)
+		ElementLine(1225 -215 -175 -215 15)
+		Pin(525 -115 125 70 "M5" 0x01)
+		Pin(525 2085 125 70 "M6" 0x01)
+	')'
+	`PKG_MOLEX_025($1, $2, $3, 160)'
+)
+
+# -------------------------------------------------------------------
+# the definition of a through hole test point
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: drill diameter (mils)
+# $5: silk diameter  (mils)
+#
+define(`PKG_TP',
+        `
+	define(`DRILL', `$4')
+	define(`SILK',  `eval($5/2)')
+	define(`PADDIA', `eval(DRILL + 20)')
+	define(`SILKW', `10')
+Element(0x00 "$1" "`$2'" "$3" -20 eval(-SILK - 60) 0 100 0x00)
+(
+	Pin( 0 0 PADDIA DRILL "1" "1" 0x0)
+	ElementArc(0 0 SILK SILK 0 360 SILKW)
+	
+	# Mark at the common centroid
+        Mark(0 0)
+)')

Property changes on: oldlib/lib/connector.inc
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/connector.list
===================================================================
--- oldlib/lib/connector.list	(nonexistent)
+++ oldlib/lib/connector.list	(revision 296)
@@ -0,0 +1,103 @@
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# mask package values...
+#
+connector2:CONNECTOR:2
+connector4:CONNECTOR:4
+connector6:CONNECTOR:6
+connector8:CONNECTOR:8
+connector10:CONNECTOR:10
+connector12:CONNECTOR:12
+connector14:CONNECTOR:14
+connector15:CONNECTOR:15
+connector16:CONNECTOR:16
+connector18:CONNECTOR:18
+connector20:CONNECTOR:20
+connector50:CONNECTOR:50
+DIN41_612_abc48female_s:DIN41_612FEMALE_SMALL:abc48f
+DIN41_612_abc48male_s:DIN41_612MALE_SMALL:abc48m
+DIN41_612_ab64female:DIN41_612FEMALE:ab64f
+DIN41_612_ab64male:DIN41_612MALE:ab64m
+DIN41_612_ac64female:DIN41_612FEMALE:ac64f
+DIN41_612_ac64male:DIN41_612MALE:ac64m
+DIN41_612_abc96female:DIN41_612FEMALE:abc96f
+DIN41_612_abc96male:DIN41_612MALE:abc96m
+DIN41_651_10lay:DIN41_651LAY:10l
+DIN41_651_10stand:DIN41_651STAND:10s
+DIN41_651_14lay:DIN41_651LAY:14l
+DIN41_651_14stand:DIN41_651STAND:14s
+DIN41_651_16lay:DIN41_651LAY:16l
+DIN41_651_16stand:DIN41_651STAND:16s
+DIN41_651_18lay:DIN41_651LAY:18l
+DIN41_651_18stand:DIN41_651STAND:18s
+DIN41_651_20lay:DIN41_651LAY:20l
+DIN41_651_20stand:DIN41_651STAND:20s
+DIN41_651_22lay:DIN41_651LAY:22l
+DIN41_651_22stand:DIN41_651STAND:22s
+DIN41_651_24lay:DIN41_651LAY:24l
+DIN41_651_24stand:DIN41_651STAND:24s
+DIN41_651_26lay:DIN41_651LAY:26l
+DIN41_651_26stand:DIN41_651STAND:26s
+DIN41_651_34lay:DIN41_651LAY:34l
+DIN41_651_34stand:DIN41_651STAND:34s
+DIN41_651_40lay:DIN41_651LAY:40l
+DIN41_651_40stand:DIN41_651STAND:40s
+DIN41_651_50lay:DIN41_651LAY:50l
+DIN41_651_50stand:DIN41_651STAND:50s
+DIN41_651_64lay:DIN41_651LAY:64l
+DIN41_651_64stand:DIN41_651STAND:64s
+PC_Centronics:SUBD_FEMALE_LAY:PC-centronics
+PC_V24_9P:SUBD_MALE_LAY:PC-RS232
+PC_V24_25P:SUBD_MALE_LAY:PC-RS232
+SCSI_SE:CONNECTOR:single-ended SCSI
+SUBD_9F:SUBD_FEMALE_LAY:9f
+SUBD_9M:SUBD_MALE_LAY:9m
+SUBD_15F:SUBD_FEMALE_LAY:15f
+SUBD_15M:SUBD_MALE_LAY:15m
+SUBD_25F:SUBD_FEMALE_LAY:25f
+SUBD_25M:SUBD_MALE_LAY:25m
+BNC_rightangle:BNC_LAY:1
+MTA_156_2:MTA_156:2
+SMA_vertical:SMA_VERT:1
+MOLEX_025_20:MOLEX_025:20
+MOLEX_025_30:MOLEX_025:30
+MOLEX_025_40:MOLEX_025:40
+MOLEX_025_50:MOLEX_025:50
+MOLEX_025_60:MOLEX_025:60
+MOLEX_025_68:MOLEX_025:68
+MOLEX_025_70:MOLEX_025:70
+MOLEX_025_80:MOLEX_025:80
+MOLEX_025_90:MOLEX_025:90
+MOLEX_025_100:MOLEX_025:100
+MOLEX_025_120:MOLEX_025:120
+MOLEX_025_140:MOLEX_025:140
+MOLEX_025_160:MOLEX_025:160
+MOLEX_025_180:MOLEX_025:180
+MOLEX_025_200:MOLEX_025:200
+MOLEX_025_240:MOLEX_025:240
+NANOENGINE:NANOENGINE:160
+

Property changes on: oldlib/lib/connector.list
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/connector.m4
===================================================================
--- oldlib/lib/connector.m4	(nonexistent)
+++ oldlib/lib/connector.m4	(revision 296)
@@ -0,0 +1,274 @@
+divert(-1)
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+define(`Description_connector2', `connector 2x1 pins')
+define(`Param1_connector2', 1)
+define(`Param2_connector2', 2)
+
+define(`Description_connector4', `connector 2x2 pins')
+define(`Param1_connector4', 2)
+define(`Param2_connector4', 2)
+
+define(`Description_connector6', `connector 2x3 pins')
+define(`Param1_connector6', 3)
+define(`Param2_connector6', 2)
+
+define(`Description_connector8', `connector 2x4 pins')
+define(`Param1_connector8', 4)
+define(`Param2_connector8', 2)
+
+define(`Description_connector10', `connector 2x5 pins')
+define(`Param1_connector10', 5)
+define(`Param2_connector10', 2)
+
+define(`Description_connector12', `connector 2x6 pins')
+define(`Param1_connector12', 6)
+define(`Param2_connector12', 2)
+
+define(`Description_connector12', `connector 3x4 pins')
+define(`Param1_connector12', 4)
+define(`Param2_connector12', 3)
+
+define(`Description_connector14', `connector 2x7 pins')
+define(`Param1_connector14', 7)
+define(`Param2_connector14', 2)
+
+define(`Description_connector15', `connector 3x5 pins')
+define(`Param1_connector15', 5)
+define(`Param2_connector15', 3)
+
+define(`Description_connector16', `connector 2x8 pins')
+define(`Param1_connector16', 8)
+define(`Param2_connector16', 2)
+
+define(`Description_connector18', `connector 2x9 pins')
+define(`Param1_connector18', 9)
+define(`Param2_connector18', 2)
+
+define(`Description_connector18', `connector 3x6 pins')
+define(`Param1_connector18', 6)
+define(`Param2_connector18', 3)
+
+define(`Description_connector20', `connector 2x10 pins')
+define(`Param1_connector20', 10)
+define(`Param2_connector20', 2)
+
+define(`Description_connector50', `connector 2x25 pins')
+define(`Param1_connector50', 25)
+define(`Param2_connector50', 2)
+
+
+define(`Description_DIN41_612_abc48male_s', `DIN41.612 row a+b+c male')
+define(`Param1_DIN41_612_abc48male', `abc')
+define(`PinList_DIN41_612_abc48male',
+	`forloop(`i', 1, 16, `define(`P_'i, `a'i)')'
+	`forloop(`i', 1, 16, `define(`P_'eval(i +16), `b'i)')'
+	`forloop(`i', 1, 16, `define(`P_'eval(i +32), `c'i)')')
+
+define(`Description_DIN41_612_abc48female_s', `DIN41.612 row a+b+c female')
+define(`Param1_DIN41_612_abc48female', `abc')
+define(`PinList_DIN41_612_abc48female',
+	`forloop(`i', 1, 16, `define(`P_'i, `a'i)')'
+	`forloop(`i', 1, 16, `define(`P_'eval(i +16), `b'i)')'
+	`forloop(`i', 1, 16, `define(`P_'eval(i +32), `c'i)')')
+
+define(`Description_DIN41_612_ab64male', `DIN41.612 row a+b male')
+define(`Param1_DIN41_612_ab64male', `ab')
+define(`PinList_DIN41_612_ab64male',
+	`forloop(`i', 1, 32, `define(`P_'i, `a'i)')'
+	`forloop(`i', 1, 32, `define(`P_'eval(i +32), `b'i)')')
+
+define(`Description_DIN41_612_ab64female', `DIN41.612 row a+b female')
+define(`Param1_DIN41_612_ab64female', `ab')
+define(`PinList_DIN41_612_ab64female',
+	`forloop(`i', 1, 32, `define(`P_'i, `a'i)')'
+	`forloop(`i', 1, 32, `define(`P_'eval(i +32), `b'i)')')
+
+define(`Description_DIN41_612_ac64male', `DIN41.612 row a+c male')
+define(`Param1_DIN41_612_ac64male', `ac')
+define(`PinList_DIN41_612_ac64male',
+	`forloop(`i', 1, 32, `define(`P_'i, `a'i)')'
+	`forloop(`i', 1, 32, `define(`P_'eval(i +64), `c'i)')')
+
+define(`Description_DIN41_612_ac64female', `DIN41.612 row a+c female')
+define(`Param1_DIN41_612_ac64female', `ac')
+define(`PinList_DIN41_612_ac64female',
+	`forloop(`i', 1, 32, `define(`P_'i, `a'i)')'
+	`forloop(`i', 1, 32, `define(`P_'eval(i +64), `c'i)')')
+
+define(`Description_DIN41_612_abc96male', `DIN41.612 row a+b+c male')
+define(`Param1_DIN41_612_abc96male', `abc')
+define(`PinList_DIN41_612_abc96male',
+	`forloop(`i', 1, 32, `define(`P_'i, `a'i)')'
+	`forloop(`i', 1, 32, `define(`P_'eval(i +32), `b'i)')'
+	`forloop(`i', 1, 32, `define(`P_'eval(i +64), `c'i)')')
+
+define(`Description_DIN41_612_abc96female', `DIN41.612 row a+b+c female')
+define(`Param1_DIN41_612_abc96female', `abc')
+define(`PinList_DIN41_612_abc96female',
+	`forloop(`i', 1, 32, `define(`P_'i, `a'i)')'
+	`forloop(`i', 1, 32, `define(`P_'eval(i +32), `b'i)')'
+	`forloop(`i', 1, 32, `define(`P_'eval(i +64), `c'i)')')
+
+define(`Description_DIN41_651_10lay', `DIN41.651 laying 10 pins')
+define(`Param1_DIN41_651_10lay', 10)
+
+define(`Description_DIN41_651_10stand', `DIN41.651 standing 10 pins')
+define(`Param1_DIN41_651_10stand', 10)
+
+define(`Description_DIN41_651_14lay', `DIN41.651 laying 14 pins')
+define(`Param1_DIN41_651_14lay', 14)
+
+define(`Description_DIN41_651_14stand', `DIN41.651 standing 14 pins')
+define(`Param1_DIN41_651_14stand', 14)
+
+define(`Description_DIN41_651_16lay', `DIN41.651 laying 16 pins')
+define(`Param1_DIN41_651_16lay', 16)
+
+define(`Description_DIN41_651_16stand', `DIN41.651 standing 16 pins')
+define(`Param1_DIN41_651_16stand', 16)
+
+define(`Description_DIN41_651_18lay', `DIN41.651 laying 18 pins')
+define(`Param1_DIN41_651_18lay', 18)
+
+define(`Description_DIN41_651_18stand', `DIN41.651 standing 18 pins')
+define(`Param1_DIN41_651_18stand', 18)
+
+define(`Description_DIN41_651_20lay', `DIN41.651 laying 20 pins')
+define(`Param1_DIN41_651_20lay', 20)
+
+define(`Description_DIN41_651_20stand', `DIN41.651 standing 20 pins')
+define(`Param1_DIN41_651_20stand', 20)
+
+define(`Description_DIN41_651_22lay', `DIN41.651 laying 22 pins')
+define(`Param1_DIN41_651_22lay', 22)
+
+define(`Description_DIN41_651_22stand', `DIN41.651 standing 22 pins')
+define(`Param1_DIN41_651_22stand', 22)
+
+define(`Description_DIN41_651_24lay', `DIN41.651 laying 24 pins')
+define(`Param1_DIN41_651_24lay', 24)
+
+define(`Description_DIN41_651_24stand', `DIN41.651 standing 24 pins')
+define(`Param1_DIN41_651_24stand', 24)
+
+define(`Description_DIN41_651_26lay', `DIN41.651 laying 26 pins')
+define(`Param1_DIN41_651_26lay', 26)
+
+define(`Description_DIN41_651_26stand', `DIN41.651 standing 26 pins')
+define(`Param1_DIN41_651_26stand', 26)
+
+define(`Description_DIN41_651_34lay', `DIN41.651 laying 34 pins')
+define(`Param1_DIN41_651_34lay', 34)
+
+define(`Description_DIN41_651_34stand', `DIN41.651 standing 34 pins')
+define(`Param1_DIN41_651_34stand', 34)
+
+define(`Description_DIN41_651_40lay', `DIN41.651 laying 40 pins')
+define(`Param1_DIN41_651_40lay', 40)
+
+define(`Description_DIN41_651_40stand', `DIN41.651 standing 40 pins')
+define(`Param1_DIN41_651_40stand', 40)
+
+define(`Description_DIN41_651_50lay', `DIN41.651 laying 50 pins')
+define(`Param1_DIN41_651_50lay', 50)
+
+define(`Description_DIN41_651_50stand', `DIN41.651 standing 50 pins')
+define(`Param1_DIN41_651_50stand', 50)
+
+define(`Description_DIN41_651_64lay', `DIN41.651 laying 64 pins')
+define(`Param1_DIN41_651_64lay', 64)
+
+define(`Description_DIN41_651_64stand', `DIN41.651 standing 64 pins')
+define(`Param1_DIN41_651_64stand', 64)
+
+define(`Description_PC_Centronics', `PC Centronics Connector')
+define(`Param1_PC_Centronics', 25)
+define(`PinList_PC_Centronics', ``/Strb',`D0',`D1',`D2',`D3',`D4',`D5',`D6',`D7',`/Ack',`Busy',`PaperE',`Sel',`AutoF',`/Fault',`/Res',`SelIn',`Gnd',`Gnd',`Gnd',`Gnd',`Gnd',`Gnd',`Gnd',`Gnd'')
+
+define(`Description_PC_V24_9P', `PC V24 9-pins')
+define(`Param1_PC_V24_9P', 9)
+define(`PinList_PC_V24_9P', ``DCD',`RxD',`TxD',`DTR',`Gnd',`DSR',`RTS',`CTS',`RI'')
+
+define(`Description_PC_V24_25P', `PC V24 25-pins')
+define(`Param1_PC_V24_25P', 25)
+define(`PinList_PC_V24_25P', ``PE',`TxD',`RxD',`RTS',`CTS',`DSR',`Gnd',`DCD',`9',`10',`11',`12',`13',`14',`15',`16',`17',`18',`19',`DTR',`21',`RI',`23',`24',`25'')
+
+define(`Description_SCSI_SE', `single-ended SCSI 2x25 pins')
+define(`Param1_SCSI_SE', 25)
+define(`Param2_SCSI_SE', 2)
+define(`PinList_SCSI_SE', ``Gnd',`/DB0',`Gnd',`/DB1',`Gnd',`/DB2',`Gnd',`/DB3',`Gnd',`/DB4',`Gnd',`/DB5',`Gnd',`/DB6',`Gnd',`/DB7',`Gnd',`/DBP',`Gnd',`NC',`Gnd',`NC',`Gnd',`NC',`NC',`TermPwr',`Gnd',`NC',`Gnd',`NC',`Gnd',`/Atn',`Gnd',`NC',`Gnd',`/Bsy',`Gnd',`/Ack',`Gnd',`/Rst',`Gnd',`/Msg',`Gnd',`/Sel',`Gnd',`/CD',`Gnd',`/Req',`Gnd',`/IO'')
+
+define(`Description_SUBD_9F', `SUB-D female 9 pins')
+define(`Param1_SUBD_9F', 9)
+
+define(`Description_SUBD_9M', `SUB-D male 9 pins')
+define(`Param1_SUBD_9M', 9)
+
+define(`Description_SUBD_15F', `SUB-D female 15 pins')
+define(`Param1_SUBD_15F', 15)
+
+define(`Description_SUBD_15M', `SUB-D male 15 pins')
+define(`Param1_SUBD_15M', 15)
+
+define(`Description_SUBD_25F', `SUB-D female 25 pins')
+define(`Param1_SUBD_25F', 25)
+
+define(`Description_SUBD_25M', `SUB-D male 25 pins')
+define(`Param1_SUBD_25M', 25)
+
+define(`Description_BNC_rightangle', `right angle BNC')
+
+define(`Description_MTA_156_2', `MTA-156 header')
+define(`Param1_MTA_156_2', 2)
+
+define(`Description_SMA_vertical', `vertical SMA')
+
+define(`Molex_025_style',
+	`define(`Description_MOLEX_025_$1', `Molex .025 pitch $1 pin plug')'
+	`define(`Param1_MOLEX_025_$1', $1)'
+)
+Molex_025_style(20)
+Molex_025_style(30)
+Molex_025_style(40)
+Molex_025_style(50)
+Molex_025_style(60)
+Molex_025_style(68)
+Molex_025_style(70)
+Molex_025_style(80)
+Molex_025_style(90)
+Molex_025_style(100)
+Molex_025_style(120)
+Molex_025_style(140)
+Molex_025_style(160)
+Molex_025_style(180)
+Molex_025_style(200)
+Molex_025_style(240)
+
+define(`Description_NANOENGINE', `Bright Star nanoEngine SBC')
+
+divert(0)dnl

Property changes on: oldlib/lib/connector.m4
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/crystal.list
===================================================================
--- oldlib/lib/crystal.list	(nonexistent)
+++ oldlib/lib/crystal.list	(revision 296)
@@ -0,0 +1,30 @@
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# mask package values...
+#
+crystal_300:CRYSTAL:1MHz:8MHZ
+crystal_300:CRYSTAL:crystal

Property changes on: oldlib/lib/crystal.list
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/crystal.m4
===================================================================
--- oldlib/lib/crystal.m4	(nonexistent)
+++ oldlib/lib/crystal.m4	(revision 296)
@@ -0,0 +1,31 @@
+divert(-1)
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+define(`Description_crystal_300', `crystal 300mil')
+define(`Param1_crystal_300', 300)
+
+divert(0)

Property changes on: oldlib/lib/crystal.m4
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/cts.inc
===================================================================
--- oldlib/lib/cts.inc	(nonexistent)
+++ oldlib/lib/cts.inc	(revision 296)
@@ -0,0 +1,91 @@
+# -*- m4 -*-
+#
+# $Id$
+#                            COPYRIGHT
+#
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 2004 Dan McMahill
+#
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+# 
+#
+#  CTS (http://www.ctscorp.com) Specific Footprints
+#
+# for the 742/3/4/5/6 resistors see
+# http://www.ctscorp.com/components/Datasheets/CTSChipArrayDs.pdf
+
+# EXTRACT_BEGIN
+
+# COMMON_SMT_DIL_MM
+# $4: number of pins
+# $5: pad width  (1/100 mm)
+# $6: pad length (1/100 mm)
+# $7: pad pitch (1/100 mm)
+# $8: pad seperation for pads on opposite sides of
+#     the package (1/100 mm)
+# $9: define to make the pins get numbered starting with the highest pin
+#     instead of pin 1.  Needed for certain brain damaged packages like
+#     the Mini-Circuits KK81
+
+#
+##  CTS 742C Series Chip Resistor Array
+#
+
+define(`PKG_CTS_742C_04',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3' ,4,50,90,80,90)')
+define(`PKG_CTS_742C_08',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3', 8,50,90,80,90)')
+define(`PKG_CTS_742C_16',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3',16,50,90,80,90)')
+
+#
+##  CTS 742C Series Chip Resistor Array
+#
+
+define(`PKG_CTS_742X_08',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3', 8,50,90,80,90)')
+
+#
+##  CTS 743C Series Chip Resistor Array
+#
+
+define(`PKG_CTS_743C_04',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',4,32000,47000,50000,28000)')
+define(`PKG_CTS_743C_08',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',8,32000,47000,50000,28000)')
+
+#
+##  CTS 744C Series Chip Resistor Array
+#
+
+define(`PKG_CTS_744C_04',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',4,32000,51000,50000,67000)')
+define(`PKG_CTS_744C_08',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',8,32000,51000,50000,67000)')
+
+#
+##  CTS 745C Series Chip Resistor Array
+#
+
+define(`PKG_CTS_745C_10',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',10,32000,51000,50000,67000)')
+
+#
+#
+##  CTS 745X Series Chip Resistor Array
+#
+
+define(`PKG_CTS_745X_10',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',10,32000,51000,50000,67000)')
+
+#
+##  CTS 746X Series Chip Resistor Array
+#
+
+define(`PKG_CTS_746X_10',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',10,14000,32000,25000,28000)')
+
+# EXTRACT_END
+
Index: oldlib/lib/dil.inc
===================================================================
--- oldlib/lib/dil.inc	(nonexistent)
+++ oldlib/lib/dil.inc	(revision 296)
@@ -0,0 +1,126 @@
+# -*- m4 -*-
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# DIL packages
+
+# -------------------------------------------------------------------
+# the definition of a dual-inline package N and similar types
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+# $5: package size (300, 600, 900 + 100 for socket space)
+# $6: pin spacing
+# $7: pad size
+# $8: drill size
+#
+define(`PKG_DIL',
+	`
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have $6,$7,$8 args
+
+        ifelse("`$6'","",
+                `define(`PINSPACE', `100')'
+        ,
+                `define(`PINSPACE', eval(`$6'))'
+        )      
+        ifelse("`$7'","",
+                `define(`PADSIZE', `60')'
+        ,
+                `define(`PADSIZE', `$7')'
+        )      
+        ifelse("`$8'","",
+                `define(`DRILLSIZE', `28')'
+        ,
+                `define(`DRILLSIZE', `$8')'
+        )      
+	define(`MAXY', `eval(`$4' / 2 * PINSPACE)')
+	define(`MAXX', `eval(`$5' + 100)')
+	define(`CENTERX', `eval(MAXX / 2)')
+	define(`MARKY', `eval(PINSPACE / 2)')
+Element(0x00 "$1" "`$2'" "$3" eval(CENTERX + 20) 100 3 100 0x00)
+(
+	forloop(`i', 1, eval($4 / 2),
+		`PIN(50, eval((2*i-1) * PINSPACE/2), 
+			eval(PADSIZE), eval(DRILLSIZE), i)
+	')
+	forloop(`i', 1, eval($4 / 2),
+		`PIN(eval(MAXX -50), eval(MAXY - (2*i-1) * PINSPACE/2), 
+			eval(PADSIZE), eval(DRILLSIZE), eval(i + $4/2))
+	')
+	ElementLine(0 0 0 MAXY 10)
+	ElementLine(0 MAXY MAXX MAXY 10)
+	ElementLine(MAXX MAXY MAXX 0 10)
+	ElementLine(0 0 eval(CENTERX - 50) 0 10)
+	ElementLine(eval(CENTERX + 50) 0 MAXX 0 10)
+	ElementArc(CENTERX 0 50 50 0 180 10)
+	Mark(50 MARKY)
+)')
+define(`PKG_J',  `PKG_DIL(`$1', `$2', `$3', `$4', `$5', 100, 60, 28)')
+define(`PKG_JD', `PKG_DIL(`$1', `$2', `$3', `$4', `$5', 100, 60, 28)')
+define(`PKG_JG', `PKG_DIL(`$1', `$2', `$3', `$4', `$5', 100, 60, 28)')
+define(`PKG_N',  `PKG_DIL(`$1', `$2', `$3', `$4', `$5', 100, 60, 28)')
+define(`PKG_NT', `PKG_DIL(`$1', `$2', `$3', `$4', `$5', 100, 60, 28)')
+define(`PKG_P',  `PKG_DIL(`$1', `$2', `$3', `$4', `$5', 100, 60, 28)')
+#shrink DIP
+define(`PKG_NS', `PKG_DIL(`$1', `$2', `$3', `$4', `$5',  70, 55, 28)')
+
+# -------------------------------------------------------------------
+# the definition of a dual-inline package D and DW
+# never used by circuits, just a short-cut for others
+# width D==244, DW==419
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+# $5: width
+#
+define(`COMMON_D_DW',
+	`define(`MAXY', `eval(`$4' / 2 * 50)')
+	define(`MAXX', `$5')
+	define(`XLOW', `50')
+	define(`XHIGH', `eval(MAXX - 50)')
+	define(`CENTERX', `eval(MAXX / 2)')
+Element(0x00 "$1" "`$2'" "$3" eval(CENTERX + 20) 50 3 100 0x00)
+(
+	forloop(`i', 1, eval($4 / 2),
+		`PAD(0, eval(i * 50 -25), XLOW, eval(i * 50 -25), 20, i)
+	')
+	forloop(`i', 1, eval($4 / 2),
+		`PAD(XHIGH, eval(MAXY - i * 50 +25), MAXX, eval(MAXY - i * 50 +25), 20, eval(i + $4/2))
+	')
+	ElementLine(XLOW 0 XLOW MAXY 10)
+	ElementLine(XLOW MAXY XHIGH MAXY 10)
+	ElementLine(XHIGH MAXY XHIGH 0 10)
+	ElementLine(XLOW 0 eval(CENTERX - 25) 0 10)
+	ElementLine(eval(CENTERX + 25) 0 XHIGH 0 10)
+	ElementArc(CENTERX 0 25 25 0 180 10)
+	Mark(25 25)
+)')
+
+define(`PKG_D', `COMMON_D_DW(`$1', `$2', `$3', `$4', 244)')
+define(`PKG_DW', `COMMON_D_DW(`$1', `$2', `$3', `$4', 419)')
+

Property changes on: oldlib/lib/dil.inc
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/footprint.pcb
===================================================================
--- oldlib/lib/footprint.pcb	(nonexistent)
+++ oldlib/lib/footprint.pcb	(revision 296)
@@ -0,0 +1,823 @@
+PCB["" 4000000 4000000]
+
+Grid[500.00000000 0 0 0]
+Cursor[0 0 0.000000]
+Thermal[0.500000]
+DRC[1000 1000 1000 1000]
+Flags(0x0000000000001c40)
+Groups("1,c:2,s:3:4:5:6:7:8")
+Styles["Signal,1000,3600,2000,1000:Power,2500,6000,3500,1000:Fat,4000,6000,3500,1000:Skinny,600,2402,1181,600"]
+
+Symbol(' ' 18)
+(
+)
+Symbol('!' 12)
+(
+	SymbolLine(0 35 0 40 8)
+	SymbolLine(0 0 0 25 8)
+)
+Symbol('"' 12)
+(
+	SymbolLine(0 0 0 10 8)
+	SymbolLine(10 0 10 10 8)
+)
+Symbol('#' 12)
+(
+	SymbolLine(0 25 20 25 8)
+	SymbolLine(0 15 20 15 8)
+	SymbolLine(15 10 15 30 8)
+	SymbolLine(5 10 5 30 8)
+)
+Symbol('$' 12)
+(
+	SymbolLine(15 5 20 10 8)
+	SymbolLine(5 5 15 5 8)
+	SymbolLine(0 10 5 5 8)
+	SymbolLine(0 10 0 15 8)
+	SymbolLine(0 15 5 20 8)
+	SymbolLine(5 20 15 20 8)
+	SymbolLine(15 20 20 25 8)
+	SymbolLine(20 25 20 30 8)
+	SymbolLine(15 35 20 30 8)
+	SymbolLine(5 35 15 35 8)
+	SymbolLine(0 30 5 35 8)
+	SymbolLine(10 0 10 40 8)
+)
+Symbol('%' 12)
+(
+	SymbolLine(0 5 0 10 8)
+	SymbolLine(0 5 5 0 8)
+	SymbolLine(5 0 10 0 8)
+	SymbolLine(10 0 15 5 8)
+	SymbolLine(15 5 15 10 8)
+	SymbolLine(10 15 15 10 8)
+	SymbolLine(5 15 10 15 8)
+	SymbolLine(0 10 5 15 8)
+	SymbolLine(0 40 40 0 8)
+	SymbolLine(35 40 40 35 8)
+	SymbolLine(40 30 40 35 8)
+	SymbolLine(35 25 40 30 8)
+	SymbolLine(30 25 35 25 8)
+	SymbolLine(25 30 30 25 8)
+	SymbolLine(25 30 25 35 8)
+	SymbolLine(25 35 30 40 8)
+	SymbolLine(30 40 35 40 8)
+)
+Symbol('&' 12)
+(
+	SymbolLine(0 35 5 40 8)
+	SymbolLine(0 5 0 15 8)
+	SymbolLine(0 5 5 0 8)
+	SymbolLine(0 25 15 10 8)
+	SymbolLine(5 40 10 40 8)
+	SymbolLine(10 40 20 30 8)
+	SymbolLine(0 15 25 40 8)
+	SymbolLine(5 0 10 0 8)
+	SymbolLine(10 0 15 5 8)
+	SymbolLine(15 5 15 10 8)
+	SymbolLine(0 25 0 35 8)
+)
+Symbol(''' 12)
+(
+	SymbolLine(0 10 10 0 8)
+)
+Symbol('(' 12)
+(
+	SymbolLine(0 35 5 40 8)
+	SymbolLine(0 5 5 0 8)
+	SymbolLine(0 5 0 35 8)
+)
+Symbol(')' 12)
+(
+	SymbolLine(0 0 5 5 8)
+	SymbolLine(5 5 5 35 8)
+	SymbolLine(0 40 5 35 8)
+)
+Symbol('*' 12)
+(
+	SymbolLine(0 10 20 30 8)
+	SymbolLine(0 30 20 10 8)
+	SymbolLine(0 20 20 20 8)
+	SymbolLine(10 10 10 30 8)
+)
+Symbol('+' 12)
+(
+	SymbolLine(0 20 20 20 8)
+	SymbolLine(10 10 10 30 8)
+)
+Symbol(',' 12)
+(
+	SymbolLine(0 50 10 40 8)
+)
+Symbol('-' 12)
+(
+	SymbolLine(0 20 20 20 8)
+)
+Symbol('.' 12)
+(
+	SymbolLine(0 40 5 40 8)
+)
+Symbol('/' 12)
+(
+	SymbolLine(0 35 30 5 8)
+)
+Symbol('0' 12)
+(
+	SymbolLine(0 35 5 40 8)
+	SymbolLine(0 5 0 35 8)
+	SymbolLine(0 5 5 0 8)
+	SymbolLine(5 0 15 0 8)
+	SymbolLine(15 0 20 5 8)
+	SymbolLine(20 5 20 35 8)
+	SymbolLine(15 40 20 35 8)
+	SymbolLine(5 40 15 40 8)
+	SymbolLine(0 30 20 10 8)
+)
+Symbol('1' 12)
+(
+	SymbolLine(5 40 15 40 8)
+	SymbolLine(10 0 10 40 8)
+	SymbolLine(0 10 10 0 8)
+)
+Symbol('2' 12)
+(
+	SymbolLine(0 5 5 0 8)
+	SymbolLine(5 0 20 0 8)
+	SymbolLine(20 0 25 5 8)
+	SymbolLine(25 5 25 15 8)
+	SymbolLine(0 40 25 15 8)
+	SymbolLine(0 40 25 40 8)
+)
+Symbol('3' 12)
+(
+	SymbolLine(0 5 5 0 8)
+	SymbolLine(5 0 15 0 8)
+	SymbolLine(15 0 20 5 8)
+	SymbolLine(20 5 20 35 8)
+	SymbolLine(15 40 20 35 8)
+	SymbolLine(5 40 15 40 8)
+	SymbolLine(0 35 5 40 8)
+	SymbolLine(5 20 20 20 8)
+)
+Symbol('4' 12)
+(
+	SymbolLine(0 20 20 0 8)
+	SymbolLine(0 20 25 20 8)
+	SymbolLine(20 0 20 40 8)
+)
+Symbol('5' 12)
+(
+	SymbolLine(0 0 20 0 8)
+	SymbolLine(0 0 0 20 8)
+	SymbolLine(0 20 5 15 8)
+	SymbolLine(5 15 15 15 8)
+	SymbolLine(15 15 20 20 8)
+	SymbolLine(20 20 20 35 8)
+	SymbolLine(15 40 20 35 8)
+	SymbolLine(5 40 15 40 8)
+	SymbolLine(0 35 5 40 8)
+)
+Symbol('6' 12)
+(
+	SymbolLine(15 0 20 5 8)
+	SymbolLine(5 0 15 0 8)
+	SymbolLine(0 5 5 0 8)
+	SymbolLine(0 5 0 35 8)
+	SymbolLine(0 35 5 40 8)
+	SymbolLine(15 20 20 25 8)
+	SymbolLine(0 20 15 20 8)
+	SymbolLine(5 40 15 40 8)
+	SymbolLine(15 40 20 35 8)
+	SymbolLine(20 25 20 35 8)
+)
+Symbol('7' 12)
+(
+	SymbolLine(0 40 25 15 8)
+	SymbolLine(25 0 25 15 8)
+	SymbolLine(0 0 25 0 8)
+)
+Symbol('8' 12)
+(
+	SymbolLine(0 35 5 40 8)
+	SymbolLine(0 25 0 35 8)
+	SymbolLine(0 25 5 20 8)
+	SymbolLine(5 20 15 20 8)
+	SymbolLine(15 20 20 25 8)
+	SymbolLine(20 25 20 35 8)
+	SymbolLine(15 40 20 35 8)
+	SymbolLine(5 40 15 40 8)
+	SymbolLine(0 15 5 20 8)
+	SymbolLine(0 5 0 15 8)
+	SymbolLine(0 5 5 0 8)
+	SymbolLine(5 0 15 0 8)
+	SymbolLine(15 0 20 5 8)
+	SymbolLine(20 5 20 15 8)
+	SymbolLine(15 20 20 15 8)
+)
+Symbol('9' 12)
+(
+	SymbolLine(0 40 20 20 8)
+	SymbolLine(20 5 20 20 8)
+	SymbolLine(15 0 20 5 8)
+	SymbolLine(5 0 15 0 8)
+	SymbolLine(0 5 5 0 8)
+	SymbolLine(0 5 0 15 8)
+	SymbolLine(0 15 5 20 8)
+	SymbolLine(5 20 20 20 8)
+)
+Symbol(':' 12)
+(
+	SymbolLine(0 15 5 15 8)
+	SymbolLine(0 25 5 25 8)
+)
+Symbol(';' 12)
+(
+	SymbolLine(0 40 10 30 8)
+	SymbolLine(10 15 10 20 8)
+)
+Symbol('<' 12)
+(
+	SymbolLine(0 20 10 10 8)
+	SymbolLine(0 20 10 30 8)
+)
+Symbol('=' 12)
+(
+	SymbolLine(0 15 20 15 8)
+	SymbolLine(0 25 20 25 8)
+)
+Symbol('>' 12)
+(
+	SymbolLine(0 10 10 20 8)
+	SymbolLine(0 30 10 20 8)
+)
+Symbol('?' 12)
+(
+	SymbolLine(10 20 10 25 8)
+	SymbolLine(10 35 10 40 8)
+	SymbolLine(0 5 0 10 8)
+	SymbolLine(0 5 5 0 8)
+	SymbolLine(5 0 15 0 8)
+	SymbolLine(15 0 20 5 8)
+	SymbolLine(20 5 20 10 8)
+	SymbolLine(10 20 20 10 8)
+)
+Symbol('A' 12)
+(
+	SymbolLine(0 5 0 40 8)
+	SymbolLine(0 5 5 0 8)
+	SymbolLine(5 0 20 0 8)
+	SymbolLine(20 0 25 5 8)
+	SymbolLine(25 5 25 40 8)
+	SymbolLine(0 20 25 20 8)
+)
+Symbol('B' 12)
+(
+	SymbolLine(0 40 20 40 8)
+	SymbolLine(20 40 25 35 8)
+	SymbolLine(25 25 25 35 8)
+	SymbolLine(20 20 25 25 8)
+	SymbolLine(5 20 20 20 8)
+	SymbolLine(5 0 5 40 8)
+	SymbolLine(0 0 20 0 8)
+	SymbolLine(20 0 25 5 8)
+	SymbolLine(25 5 25 15 8)
+	SymbolLine(20 20 25 15 8)
+)
+Symbol('C' 12)
+(
+	SymbolLine(5 40 20 40 8)
+	SymbolLine(0 35 5 40 8)
+	SymbolLine(0 5 0 35 8)
+	SymbolLine(0 5 5 0 8)
+	SymbolLine(5 0 20 0 8)
+)
+Symbol('D' 12)
+(
+	SymbolLine(5 0 5 40 8)
+	SymbolLine(20 0 25 5 8)
+	SymbolLine(25 5 25 35 8)
+	SymbolLine(20 40 25 35 8)
+	SymbolLine(0 40 20 40 8)
+	SymbolLine(0 0 20 0 8)
+)
+Symbol('E' 12)
+(
+	SymbolLine(0 20 15 20 8)
+	SymbolLine(0 40 20 40 8)
+	SymbolLine(0 0 0 40 8)
+	SymbolLine(0 0 20 0 8)
+)
+Symbol('F' 12)
+(
+	SymbolLine(0 0 0 40 8)
+	SymbolLine(0 0 20 0 8)
+	SymbolLine(0 20 15 20 8)
+)
+Symbol('G' 12)
+(
+	SymbolLine(20 0 25 5 8)
+	SymbolLine(5 0 20 0 8)
+	SymbolLine(0 5 5 0 8)
+	SymbolLine(0 5 0 35 8)
+	SymbolLine(0 35 5 40 8)
+	SymbolLine(5 40 20 40 8)
+	SymbolLine(20 40 25 35 8)
+	SymbolLine(25 25 25 35 8)
+	SymbolLine(20 20 25 25 8)
+	SymbolLine(10 20 20 20 8)
+)
+Symbol('H' 12)
+(
+	SymbolLine(0 0 0 40 8)
+	SymbolLine(25 0 25 40 8)
+	SymbolLine(0 20 25 20 8)
+)
+Symbol('I' 12)
+(
+	SymbolLine(0 0 10 0 8)
+	SymbolLine(5 0 5 40 8)
+	SymbolLine(0 40 10 40 8)
+)
+Symbol('J' 12)
+(
+	SymbolLine(0 0 15 0 8)
+	SymbolLine(15 0 15 35 8)
+	SymbolLine(10 40 15 35 8)
+	SymbolLine(5 40 10 40 8)
+	SymbolLine(0 35 5 40 8)
+)
+Symbol('K' 12)
+(
+	SymbolLine(0 0 0 40 8)
+	SymbolLine(0 20 20 0 8)
+	SymbolLine(0 20 20 40 8)
+)
+Symbol('L' 12)
+(
+	SymbolLine(0 0 0 40 8)
+	SymbolLine(0 40 20 40 8)
+)
+Symbol('M' 12)
+(
+	SymbolLine(0 0 0 40 8)
+	SymbolLine(0 0 15 15 8)
+	SymbolLine(15 15 30 0 8)
+	SymbolLine(30 0 30 40 8)
+)
+Symbol('N' 12)
+(
+	SymbolLine(0 0 0 40 8)
+	SymbolLine(0 0 0 5 8)
+	SymbolLine(0 5 25 30 8)
+	SymbolLine(25 0 25 40 8)
+)
+Symbol('O' 12)
+(
+	SymbolLine(0 5 0 35 8)
+	SymbolLine(0 5 5 0 8)
+	SymbolLine(5 0 15 0 8)
+	SymbolLine(15 0 20 5 8)
+	SymbolLine(20 5 20 35 8)
+	SymbolLine(15 40 20 35 8)
+	SymbolLine(5 40 15 40 8)
+	SymbolLine(0 35 5 40 8)
+)
+Symbol('P' 12)
+(
+	SymbolLine(5 0 5 40 8)
+	SymbolLine(0 0 20 0 8)
+	SymbolLine(20 0 25 5 8)
+	SymbolLine(25 5 25 15 8)
+	SymbolLine(20 20 25 15 8)
+	SymbolLine(5 20 20 20 8)
+)
+Symbol('Q' 12)
+(
+	SymbolLine(0 5 0 35 8)
+	SymbolLine(0 5 5 0 8)
+	SymbolLine(5 0 15 0 8)
+	SymbolLine(15 0 20 5 8)
+	SymbolLine(20 5 20 35 8)
+	SymbolLine(15 40 20 35 8)
+	SymbolLine(5 40 15 40 8)
+	SymbolLine(0 35 5 40 8)
+	SymbolLine(10 30 20 40 8)
+)
+Symbol('R' 12)
+(
+	SymbolLine(0 0 20 0 8)
+	SymbolLine(20 0 25 5 8)
+	SymbolLine(25 5 25 15 8)
+	SymbolLine(20 20 25 15 8)
+	SymbolLine(5 20 20 20 8)
+	SymbolLine(5 0 5 40 8)
+	SymbolLine(5 20 25 40 8)
+)
+Symbol('S' 12)
+(
+	SymbolLine(20 0 25 5 8)
+	SymbolLine(5 0 20 0 8)
+	SymbolLine(0 5 5 0 8)
+	SymbolLine(0 5 0 15 8)
+	SymbolLine(0 15 5 20 8)
+	SymbolLine(5 20 20 20 8)
+	SymbolLine(20 20 25 25 8)
+	SymbolLine(25 25 25 35 8)
+	SymbolLine(20 40 25 35 8)
+	SymbolLine(5 40 20 40 8)
+	SymbolLine(0 35 5 40 8)
+)
+Symbol('T' 12)
+(
+	SymbolLine(0 0 20 0 8)
+	SymbolLine(10 0 10 40 8)
+)
+Symbol('U' 12)
+(
+	SymbolLine(0 0 0 35 8)
+	SymbolLine(0 35 5 40 8)
+	SymbolLine(5 40 15 40 8)
+	SymbolLine(15 40 20 35 8)
+	SymbolLine(20 0 20 35 8)
+)
+Symbol('V' 12)
+(
+	SymbolLine(0 0 0 30 8)
+	SymbolLine(0 30 10 40 8)
+	SymbolLine(10 40 20 30 8)
+	SymbolLine(20 0 20 30 8)
+)
+Symbol('W' 12)
+(
+	SymbolLine(0 0 0 40 8)
+	SymbolLine(0 40 15 25 8)
+	SymbolLine(15 25 30 40 8)
+	SymbolLine(30 0 30 40 8)
+)
+Symbol('X' 12)
+(
+	SymbolLine(0 0 0 5 8)
+	SymbolLine(0 5 25 30 8)
+	SymbolLine(25 30 25 40 8)
+	SymbolLine(0 30 0 40 8)
+	SymbolLine(0 30 25 5 8)
+	SymbolLine(25 0 25 5 8)
+)
+Symbol('Y' 12)
+(
+	SymbolLine(0 0 0 5 8)
+	SymbolLine(0 5 10 15 8)
+	SymbolLine(10 15 20 5 8)
+	SymbolLine(20 0 20 5 8)
+	SymbolLine(10 15 10 40 8)
+)
+Symbol('Z' 12)
+(
+	SymbolLine(0 0 25 0 8)
+	SymbolLine(25 0 25 5 8)
+	SymbolLine(0 30 25 5 8)
+	SymbolLine(0 30 0 40 8)
+	SymbolLine(0 40 25 40 8)
+)
+Symbol('[' 12)
+(
+	SymbolLine(0 0 5 0 8)
+	SymbolLine(0 0 0 40 8)
+	SymbolLine(0 40 5 40 8)
+)
+Symbol('\' 12)
+(
+	SymbolLine(0 5 30 35 8)
+)
+Symbol(']' 12)
+(
+	SymbolLine(0 0 5 0 8)
+	SymbolLine(5 0 5 40 8)
+	SymbolLine(0 40 5 40 8)
+)
+Symbol('^' 12)
+(
+	SymbolLine(0 5 5 0 8)
+	SymbolLine(5 0 10 5 8)
+)
+Symbol('_' 12)
+(
+	SymbolLine(0 40 20 40 8)
+)
+Symbol('a' 12)
+(
+	SymbolLine(15 20 20 25 8)
+	SymbolLine(5 20 15 20 8)
+	SymbolLine(0 25 5 20 8)
+	SymbolLine(0 25 0 35 8)
+	SymbolLine(0 35 5 40 8)
+	SymbolLine(20 20 20 35 8)
+	SymbolLine(20 35 25 40 8)
+	SymbolLine(5 40 15 40 8)
+	SymbolLine(15 40 20 35 8)
+)
+Symbol('b' 12)
+(
+	SymbolLine(0 0 0 40 8)
+	SymbolLine(0 35 5 40 8)
+	SymbolLine(5 40 15 40 8)
+	SymbolLine(15 40 20 35 8)
+	SymbolLine(20 25 20 35 8)
+	SymbolLine(15 20 20 25 8)
+	SymbolLine(5 20 15 20 8)
+	SymbolLine(0 25 5 20 8)
+)
+Symbol('c' 12)
+(
+	SymbolLine(5 20 20 20 8)
+	SymbolLine(0 25 5 20 8)
+	SymbolLine(0 25 0 35 8)
+	SymbolLine(0 35 5 40 8)
+	SymbolLine(5 40 20 40 8)
+)
+Symbol('d' 12)
+(
+	SymbolLine(20 0 20 40 8)
+	SymbolLine(15 40 20 35 8)
+	SymbolLine(5 40 15 40 8)
+	SymbolLine(0 35 5 40 8)
+	SymbolLine(0 25 0 35 8)
+	SymbolLine(0 25 5 20 8)
+	SymbolLine(5 20 15 20 8)
+	SymbolLine(15 20 20 25 8)
+)
+Symbol('e' 12)
+(
+	SymbolLine(5 40 20 40 8)
+	SymbolLine(0 35 5 40 8)
+	SymbolLine(0 25 0 35 8)
+	SymbolLine(0 25 5 20 8)
+	SymbolLine(5 20 15 20 8)
+	SymbolLine(15 20 20 25 8)
+	SymbolLine(0 30 20 30 8)
+	SymbolLine(20 30 20 25 8)
+)
+Symbol('f' 10)
+(
+	SymbolLine(5 5 5 40 8)
+	SymbolLine(5 5 10 0 8)
+	SymbolLine(10 0 15 0 8)
+	SymbolLine(0 20 10 20 8)
+)
+Symbol('g' 12)
+(
+	SymbolLine(15 20 20 25 8)
+	SymbolLine(5 20 15 20 8)
+	SymbolLine(0 25 5 20 8)
+	SymbolLine(0 25 0 35 8)
+	SymbolLine(0 35 5 40 8)
+	SymbolLine(5 40 15 40 8)
+	SymbolLine(15 40 20 35 8)
+	SymbolLine(0 50 5 55 8)
+	SymbolLine(5 55 15 55 8)
+	SymbolLine(15 55 20 50 8)
+	SymbolLine(20 20 20 50 8)
+)
+Symbol('h' 12)
+(
+	SymbolLine(0 0 0 40 8)
+	SymbolLine(0 25 5 20 8)
+	SymbolLine(5 20 15 20 8)
+	SymbolLine(15 20 20 25 8)
+	SymbolLine(20 25 20 40 8)
+)
+Symbol('i' 10)
+(
+	SymbolLine(0 10 0 15 8)
+	SymbolLine(0 25 0 40 8)
+)
+Symbol('j' 10)
+(
+	SymbolLine(5 10 5 15 8)
+	SymbolLine(5 25 5 50 8)
+	SymbolLine(0 55 5 50 8)
+)
+Symbol('k' 12)
+(
+	SymbolLine(0 0 0 40 8)
+	SymbolLine(0 25 15 40 8)
+	SymbolLine(0 25 10 15 8)
+)
+Symbol('l' 10)
+(
+	SymbolLine(0 0 0 35 8)
+	SymbolLine(0 35 5 40 8)
+)
+Symbol('m' 12)
+(
+	SymbolLine(5 25 5 40 8)
+	SymbolLine(5 25 10 20 8)
+	SymbolLine(10 20 15 20 8)
+	SymbolLine(15 20 20 25 8)
+	SymbolLine(20 25 20 40 8)
+	SymbolLine(20 25 25 20 8)
+	SymbolLine(25 20 30 20 8)
+	SymbolLine(30 20 35 25 8)
+	SymbolLine(35 25 35 40 8)
+	SymbolLine(0 20 5 25 8)
+)
+Symbol('n' 12)
+(
+	SymbolLine(5 25 5 40 8)
+	SymbolLine(5 25 10 20 8)
+	SymbolLine(10 20 15 20 8)
+	SymbolLine(15 20 20 25 8)
+	SymbolLine(20 25 20 40 8)
+	SymbolLine(0 20 5 25 8)
+)
+Symbol('o' 12)
+(
+	SymbolLine(0 25 0 35 8)
+	SymbolLine(0 25 5 20 8)
+	SymbolLine(5 20 15 20 8)
+	SymbolLine(15 20 20 25 8)
+	SymbolLine(20 25 20 35 8)
+	SymbolLine(15 40 20 35 8)
+	SymbolLine(5 40 15 40 8)
+	SymbolLine(0 35 5 40 8)
+)
+Symbol('p' 12)
+(
+	SymbolLine(5 25 5 55 8)
+	SymbolLine(0 20 5 25 8)
+	SymbolLine(5 25 10 20 8)
+	SymbolLine(10 20 20 20 8)
+	SymbolLine(20 20 25 25 8)
+	SymbolLine(25 25 25 35 8)
+	SymbolLine(20 40 25 35 8)
+	SymbolLine(10 40 20 40 8)
+	SymbolLine(5 35 10 40 8)
+)
+Symbol('q' 12)
+(
+	SymbolLine(20 25 20 55 8)
+	SymbolLine(15 20 20 25 8)
+	SymbolLine(5 20 15 20 8)
+	SymbolLine(0 25 5 20 8)
+	SymbolLine(0 25 0 35 8)
+	SymbolLine(0 35 5 40 8)
+	SymbolLine(5 40 15 40 8)
+	SymbolLine(15 40 20 35 8)
+)
+Symbol('r' 12)
+(
+	SymbolLine(5 25 5 40 8)
+	SymbolLine(5 25 10 20 8)
+	SymbolLine(10 20 20 20 8)
+	SymbolLine(0 20 5 25 8)
+)
+Symbol('s' 12)
+(
+	SymbolLine(5 40 20 40 8)
+	SymbolLine(20 40 25 35 8)
+	SymbolLine(20 30 25 35 8)
+	SymbolLine(5 30 20 30 8)
+	SymbolLine(0 25 5 30 8)
+	SymbolLine(0 25 5 20 8)
+	SymbolLine(5 20 20 20 8)
+	SymbolLine(20 20 25 25 8)
+	SymbolLine(0 35 5 40 8)
+)
+Symbol('t' 10)
+(
+	SymbolLine(5 0 5 35 8)
+	SymbolLine(5 35 10 40 8)
+	SymbolLine(0 15 10 15 8)
+)
+Symbol('u' 12)
+(
+	SymbolLine(0 20 0 35 8)
+	SymbolLine(0 35 5 40 8)
+	SymbolLine(5 40 15 40 8)
+	SymbolLine(15 40 20 35 8)
+	SymbolLine(20 20 20 35 8)
+)
+Symbol('v' 12)
+(
+	SymbolLine(0 20 0 30 8)
+	SymbolLine(0 30 10 40 8)
+	SymbolLine(10 40 20 30 8)
+	SymbolLine(20 20 20 30 8)
+)
+Symbol('w' 12)
+(
+	SymbolLine(0 20 0 35 8)
+	SymbolLine(0 35 5 40 8)
+	SymbolLine(5 40 10 40 8)
+	SymbolLine(10 40 15 35 8)
+	SymbolLine(15 20 15 35 8)
+	SymbolLine(15 35 20 40 8)
+	SymbolLine(20 40 25 40 8)
+	SymbolLine(25 40 30 35 8)
+	SymbolLine(30 20 30 35 8)
+)
+Symbol('x' 12)
+(
+	SymbolLine(0 20 20 40 8)
+	SymbolLine(0 40 20 20 8)
+)
+Symbol('y' 12)
+(
+	SymbolLine(0 20 0 35 8)
+	SymbolLine(0 35 5 40 8)
+	SymbolLine(20 20 20 50 8)
+	SymbolLine(15 55 20 50 8)
+	SymbolLine(5 55 15 55 8)
+	SymbolLine(0 50 5 55 8)
+	SymbolLine(5 40 15 40 8)
+	SymbolLine(15 40 20 35 8)
+)
+Symbol('z' 12)
+(
+	SymbolLine(0 20 20 20 8)
+	SymbolLine(0 40 20 20 8)
+	SymbolLine(0 40 20 40 8)
+)
+Symbol('{' 12)
+(
+	SymbolLine(5 5 10 0 8)
+	SymbolLine(5 5 5 15 8)
+	SymbolLine(0 20 5 15 8)
+	SymbolLine(0 20 5 25 8)
+	SymbolLine(5 25 5 35 8)
+	SymbolLine(5 35 10 40 8)
+)
+Symbol('|' 12)
+(
+	SymbolLine(0 0 0 40 8)
+)
+Symbol('}' 12)
+(
+	SymbolLine(0 0 5 5 8)
+	SymbolLine(5 5 5 15 8)
+	SymbolLine(5 15 10 20 8)
+	SymbolLine(5 25 10 20 8)
+	SymbolLine(5 25 5 35 8)
+	SymbolLine(0 40 5 35 8)
+)
+Symbol('~' 12)
+(
+	SymbolLine(0 25 5 20 8)
+	SymbolLine(5 20 10 20 8)
+	SymbolLine(10 20 15 25 8)
+	SymbolLine(15 25 20 25 8)
+	SymbolLine(20 25 25 20 8)
+)
+Symbol('@' 12)
+( 
+	SymbolLine(0 0 0 30 8)
+	SymbolLine(0 30 10 40 8)
+	SymbolLine(10 40 40 40 8)
+	SymbolLine(50 25 50 0 8)
+	SymbolLine(50 0 40 -10 8)
+	SymbolLine(40 -10 10 -10 8)
+	SymbolLine(10 -10 0 0 8)
+	SymbolLine(15 10 15 20 8)
+	SymbolLine(15 20 20 25 8)
+	SymbolLine(20 25 30 25 8)
+	SymbolLine(30 25 35 20 8)
+	SymbolLine(35 20 40 25 8)
+	SymbolLine(35 20 35 5 8)
+	SymbolLine(35 10 30 5 8)
+	SymbolLine(20 5 30 5 8)
+	SymbolLine(20 5 15 10 8)
+	SymbolLine(40 25 50 25 8)
+)
+
+ELEMENT
+
+Layer(1 "component")
+(
+)
+Layer(2 "solder")
+(
+)
+Layer(3 "GND")
+(
+)
+Layer(4 "power")
+(
+)
+Layer(5 "signal1")
+(
+)
+Layer(6 "signal2")
+(
+)
+Layer(7 "signal3")
+(
+)
+Layer(8 "signal4")
+(
+)
+Layer(9 "silk")
+(
+)
+Layer(10 "silk")
+(
+)
Index: oldlib/lib/geda.inc
===================================================================
--- oldlib/lib/geda.inc	(nonexistent)
+++ oldlib/lib/geda.inc	(revision 296)
@@ -0,0 +1,1195 @@
+# -*- m4 -*-
+#   $Id$
+#
+#   gEDA compatible footprint names
+#
+#   the real component definitions are in the *.inc files
+#
+#   Initial version from Egil Kvaleberg <egil@kvaleberg.no>,
+#   Oct 10 2002
+#
+
+#
+##  Dual in-line package, narrow (300 mil)
+#   DIP6 .. DIP64, DIP24N, DIP28N
+#
+define(`PKG_DIP6',   `PKG_N(`$1', `$2', `$3',   6,  300)');
+define(`PKG_DIP8',   `PKG_N(`$1', `$2', `$3',   8,  300)');
+define(`PKG_DIP14',  `PKG_N(`$1', `$2', `$3',  14,  300)');
+define(`PKG_DIP16',  `PKG_N(`$1', `$2', `$3',  16,  300)');
+define(`PKG_DIP18',  `PKG_N(`$1', `$2', `$3',  18,  300)');
+define(`PKG_DIP20',  `PKG_N(`$1', `$2', `$3',  20,  300)');
+define(`PKG_DIP22',  `PKG_N(`$1', `$2', `$3',  22,  300)');
+define(`PKG_DIP24N', `PKG_N(`$1', `$2', `$3',  24,  300)');
+define(`PKG_DIP28N', `PKG_N(`$1', `$2', `$3',  28,  300)');
+##  Dual in-line package, medium wide (400 mil)
+define(`PKG_DIP8M',  `PKG_N(`$1', `$2', `$3',   8,  400)');
+define(`PKG_DIP14M', `PKG_N(`$1', `$2', `$3',  14,  400)');
+define(`PKG_DIP16M', `PKG_N(`$1', `$2', `$3',  16,  400)');
+define(`PKG_DIP18M', `PKG_N(`$1', `$2', `$3',  18,  400)');
+define(`PKG_DIP20M', `PKG_N(`$1', `$2', `$3',  20,  400)');
+define(`PKG_DIP22M', `PKG_N(`$1', `$2', `$3',  22,  400)');
+define(`PKG_DIP24M', `PKG_N(`$1', `$2', `$3',  24,  400)');
+define(`PKG_DIP28M', `PKG_N(`$1', `$2', `$3',  28,  400)');
+##  Dual in-line package, wide (600 mil)
+define(`PKG_DIP24',  `PKG_N(`$1', `$2', `$3',  24,  600)');
+define(`PKG_DIP28',  `PKG_N(`$1', `$2', `$3',  28,  600)');
+define(`PKG_DIP32',  `PKG_N(`$1', `$2', `$3',  32,  600)');
+define(`PKG_DIP36',  `PKG_N(`$1', `$2', `$3',  36,  600)');
+define(`PKG_DIP40',  `PKG_N(`$1', `$2', `$3',  40,  600)');
+define(`PKG_DIP42',  `PKG_N(`$1', `$2', `$3',  42,  600)');
+define(`PKG_DIP44',  `PKG_N(`$1', `$2', `$3',  44,  600)');
+define(`PKG_DIP48',  `PKG_N(`$1', `$2', `$3',  48,  600)');
+##  Dual in-line package, wide (900 mil)
+define(`PKG_DIP64',  `PKG_N(`$1', `$2', `$3',  64,  900)');
+
+#
+##  Shrink dual in-line package, wide (300 mil)
+#
+define(`PKG_SDIP18',  `PKG_NS(`$1', `$2', `$3', 18,  300)');
+define(`PKG_SDIP20',  `PKG_NS(`$1', `$2', `$3', 20,  300)');
+define(`PKG_SDIP22',  `PKG_NS(`$1', `$2', `$3', 22,  300)');
+define(`PKG_SDIP24',  `PKG_NS(`$1', `$2', `$3', 24,  300)');
+#
+##  Shrink dual in-line package, wide (400 mil)
+define(`PKG_SDIP30',  `PKG_NS(`$1', `$2', `$3', 30,  400)');
+define(`PKG_SDIP32',  `PKG_NS(`$1', `$2', `$3', 32,  400)');
+#
+##  Shrink dual in-line package, wide (600 mil)
+define(`PKG_SDIP42',  `PKG_NS(`$1', `$2', `$3', 42,  600)');
+
+#
+##  Single in line package
+#   SIP1 .. SIP13
+#
+define(`PKG_SIP1',  `PKG_CSIL(`$1', `$2', `$3', 1)');
+define(`PKG_SIP2',  `PKG_CSIL(`$1', `$2', `$3', 2)');
+define(`PKG_SIP3',  `PKG_CSIL(`$1', `$2', `$3', 3)');
+define(`PKG_SIP4',  `PKG_CSIL(`$1', `$2', `$3', 4)');
+define(`PKG_SIP5',  `PKG_CSIL(`$1', `$2', `$3', 5)');
+define(`PKG_SIP6',  `PKG_CSIL(`$1', `$2', `$3', 6)');
+define(`PKG_SIP7',  `PKG_CSIL(`$1', `$2', `$3', 7)');
+define(`PKG_SIP8',  `PKG_CSIL(`$1', `$2', `$3', 8)');
+define(`PKG_SIP9',  `PKG_CSIL(`$1', `$2', `$3', 9)');
+define(`PKG_SIP10', `PKG_CSIL(`$1', `$2', `$3', 10)');
+define(`PKG_SIP11', `PKG_CSIL(`$1', `$2', `$3', 11)');
+define(`PKG_SIP12', `PKG_CSIL(`$1', `$2', `$3', 12)');
+define(`PKG_SIP13', `PKG_CSIL(`$1', `$2', `$3', 13)');
+
+#
+##  Ultra (Micro?) Small outline package
+#
+# pins, width (1/100mil), pitch (1/100 mil)
+define(`PKG_US8',     `PKG_US( `$1', `$2', `$3',  8)');
+define(`PKG_US14',    `PKG_US( `$1', `$2', `$3', 14)');
+define(`PKG_US16',    `PKG_US( `$1', `$2', `$3', 16)');
+
+#
+##  Small outline package, narrow (150mil)
+#   aka SOP8, aka S8
+#
+# COMMON_SMT_DIL_{MIL,MM}
+# $4: number of pins
+# $5: pad width  (1/1000 mil or 1/100 mm)
+# $6: pad length (1/1000 mil or 1/100 mm)
+# $7: pad pitch (1/1000 mil 1/100 mm)
+# $8: pad seperation for pads on opposite sides of
+#     the package (1/1000 mil or 1/100 mm)
+# $9: define to make the pins get numbered starting with the highest pin
+#     instead of pin 1.  Needed for certain brain damaged packages like
+#     the Mini-Circuits KK81
+
+# dimensions from http://landpatterns.ipc.org/
+define(`PKG_SO8',   `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',  8, 20000, 85000, 50000, 120000)');
+define(`PKG_SO14',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 14, 20000, 85000, 50000, 120000)');
+define(`PKG_SO16',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 16, 20000, 85000, 50000, 120000)');
+define(`PKG_SO18N', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 18, 20000, 85000, 50000, 120000)');
+define(`PKG_SO20N', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 20, 20000, 85000, 50000, 120000)');
+
+##  Small outline package, medium (200mil)
+#   aka 8S2
+define(`PKG_SO8M',   `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',  8, 20000, 85000, 50000, 170000)');
+define(`PKG_SO18M',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 18, 20000, 85000, 50000, 170000)');
+define(`PKG_SO20M',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 20, 20000, 85000, 50000, 170000)');
+define(`PKG_SO22M',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 22, 20000, 85000, 50000, 170000)');
+define(`PKG_SO24M',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 24, 20000, 85000, 50000, 170000)');
+
+##  Small outline package, wide (300mil)
+# dimensions from http://landpatterns.ipc.org/
+define(`PKG_SO8W',   `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',  8, 20000, 80000, 50000, 280000)');
+define(`PKG_SO14W',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 14, 20000, 80000, 50000, 280000)');
+define(`PKG_SO16W',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 16, 20000, 80000, 50000, 280000)');
+define(`PKG_SO18W',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 18, 20000, 80000, 50000, 280000)');
+define(`PKG_SO20W',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 20, 20000, 80000, 50000, 280000)');
+define(`PKG_SO24W',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 24, 20000, 80000, 50000, 280000)');
+define(`PKG_SO28',   `COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 28, 20000, 80000, 50000, 280000)');
+define(`PKG_SO32',   `COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 32, 20000, 80000, 50000, 280000)');
+
+##  Small outline package, wider (325mil)
+define(`PKG_SO28W',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 28, 20000, 80000, 50000, 305000)');
+
+##  Small outline package, wider (450mil)
+define(`PKG_SO32W',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 32, 20000, 80000, 50000, 430000)');
+
+##  Small outline package, wide (525mil)
+define(`PKG_SO44',   `COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 44, 20000, 80000, 50000, 505000)');
+
+
+
+# NOTE: There is also SOJ20,28,32,40,42
+# 0.300" size, 28,32 pin (MO-088, MO-077 respectively)
+# 0.400" size, 28,32,36 pin (MO-061)
+#
+#
+# from http://landpatterns.ipc.org/
+# 14-28 pin 0.300"  - pitch = 1.27 mm, pad is 0.6 x 2.2, gap is 5
+# 14-28 pin 0.350"  - pitch = 1.27 mm, pad is 0.6 x 2.2, gap is 6.2
+# 14-28 pin 0.400"  - pitch = 1.27 mm, pad is 0.6 x 2.2, gap is 7.4
+# 14-28 pin 0.450"  - pitch = 1.27 mm, pad is 0.6 x 2.2, gap is 8.8
+#
+# Cypress (www.cypress.com) has 20, 24, 28, 32 in the 0.3" and
+# 28, 32, 36, 44 in the 0.4"
+
+## Small outline J-leaded package (300 mil)
+define(`PKG_SOJ14_300', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',14,23622,86614,50000,196850)');
+define(`PKG_SOJ16_300', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',16,23622,86614,50000,196850)');
+define(`PKG_SOJ18_300', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',18,23622,86614,50000,196850)');
+define(`PKG_SOJ20_300', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',20,23622,86614,50000,196850)');
+define(`PKG_SOJ22_300', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',22,23622,86614,50000,196850)');
+define(`PKG_SOJ24_300', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',24,23622,86614,50000,196850)');
+define(`PKG_SOJ26_300', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',26,23622,86614,50000,196850)');
+define(`PKG_SOJ28_300', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',28,23622,86614,50000,196850)');
+define(`PKG_SOJ30_300', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',30,23622,86614,50000,196850)');
+define(`PKG_SOJ32_300', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',32,23622,86614,50000,196850)');
+define(`PKG_SOJ34_300', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',34,23622,86614,50000,196850)');
+define(`PKG_SOJ36_300', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',36,23622,86614,50000,196850)');
+define(`PKG_SOJ38_300', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',38,23622,86614,50000,196850)');
+define(`PKG_SOJ40_300', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',40,23622,86614,50000,196850)');
+define(`PKG_SOJ42_300', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',42,23622,86614,50000,196850)');
+define(`PKG_SOJ44_300', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',44,23622,86614,50000,196850)');
+
+## Small outline J-leaded package (350 mil)
+define(`PKG_SOJ14_350', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',14,23622,86614,50000,244094)');
+define(`PKG_SOJ16_350', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',16,23622,86614,50000,244094)');
+define(`PKG_SOJ18_350', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',18,23622,86614,50000,244094)');
+define(`PKG_SOJ20_350', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',20,23622,86614,50000,244094)');
+define(`PKG_SOJ22_350', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',22,23622,86614,50000,244094)');
+define(`PKG_SOJ24_350', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',24,23622,86614,50000,244094)');
+define(`PKG_SOJ26_350', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',26,23622,86614,50000,244094)');
+define(`PKG_SOJ28_350', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',28,23622,86614,50000,244094)');
+define(`PKG_SOJ30_350', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',30,23622,86614,50000,244094)');
+define(`PKG_SOJ32_350', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',32,23622,86614,50000,244094)');
+define(`PKG_SOJ34_350', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',34,23622,86614,50000,244094)');
+define(`PKG_SOJ36_350', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',36,23622,86614,50000,244094)');
+define(`PKG_SOJ38_350', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',38,23622,86614,50000,244094)');
+define(`PKG_SOJ40_350', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',40,23622,86614,50000,244094)');
+define(`PKG_SOJ42_350', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',42,23622,86614,50000,244094)');
+define(`PKG_SOJ44_350', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',44,23622,86614,50000,244094)');
+
+## Small outline J-leaded package (400 mil)
+define(`PKG_SOJ14_400', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',14,23622,86614,50000,291339)');
+define(`PKG_SOJ16_400', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',16,23622,86614,50000,291339)');
+define(`PKG_SOJ18_400', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',18,23622,86614,50000,291339)');
+define(`PKG_SOJ20_400', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',20,23622,86614,50000,291339)');
+define(`PKG_SOJ22_400', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',22,23622,86614,50000,291339)');
+define(`PKG_SOJ24_400', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',24,23622,86614,50000,291339)');
+define(`PKG_SOJ26_400', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',26,23622,86614,50000,291339)');
+define(`PKG_SOJ28_400', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',28,23622,86614,50000,291339)');
+define(`PKG_SOJ30_400', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',30,23622,86614,50000,291339)');
+define(`PKG_SOJ32_400', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',32,23622,86614,50000,291339)');
+define(`PKG_SOJ34_400', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',34,23622,86614,50000,291339)');
+define(`PKG_SOJ36_400', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',36,23622,86614,50000,291339)');
+define(`PKG_SOJ38_400', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',38,23622,86614,50000,291339)');
+define(`PKG_SOJ40_400', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',40,23622,86614,50000,291339)');
+define(`PKG_SOJ42_400', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',42,23622,86614,50000,291339)');
+define(`PKG_SOJ44_400', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',44,23622,86614,50000,291339)');
+
+## Small outline J-leaded package (450 mil)
+define(`PKG_SOJ14_450', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',14,23622,86614,50000,346457)');
+define(`PKG_SOJ16_450', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',16,23622,86614,50000,346457)');
+define(`PKG_SOJ18_450', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',18,23622,86614,50000,346457)');
+define(`PKG_SOJ20_450', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',20,23622,86614,50000,346457)');
+define(`PKG_SOJ22_450', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',22,23622,86614,50000,346457)');
+define(`PKG_SOJ24_450', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',24,23622,86614,50000,346457)');
+define(`PKG_SOJ26_450', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',26,23622,86614,50000,346457)');
+define(`PKG_SOJ28_450', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',28,23622,86614,50000,346457)');
+define(`PKG_SOJ30_450', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',30,23622,86614,50000,346457)');
+define(`PKG_SOJ32_450', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',32,23622,86614,50000,346457)');
+define(`PKG_SOJ34_450', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',34,23622,86614,50000,346457)');
+define(`PKG_SOJ36_450', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',36,23622,86614,50000,346457)');
+define(`PKG_SOJ38_450', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',38,23622,86614,50000,346457)');
+define(`PKG_SOJ40_450', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',40,23622,86614,50000,346457)');
+define(`PKG_SOJ42_450', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',42,23622,86614,50000,346457)');
+define(`PKG_SOJ44_450', `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',44,23622,86614,50000,346457)');
+
+
+#
+# NOTE:
+# Shrink small outline SSOP is a full confusion of
+#       pitch 25.00 mil, 0.65mm, 0.8mm
+#       widths 244, 260, 311, 323 etc
+# there are really too many variants, the ones listed here are
+# fairly industry standard
+#
+##  Shrink small outline package, .65mm, narrow
+define(`PKG_SSOP8',    `PKG_SSO(  `$1', `$2', `$3',  8, 323, 2559)');
+define(`PKG_SSOP14',   `PKG_SSO(  `$1', `$2', `$3', 14, 323, 2559)');
+define(`PKG_SSOP16',   `PKG_SSO(  `$1', `$2', `$3', 16, 244, 2559)');
+define(`PKG_SSOP20',   `PKG_SSO(  `$1', `$2', `$3', 20, 260, 2559)');
+define(`PKG_SSOP24',   `PKG_SSO(  `$1', `$2', `$3', 24, 323, 2559)');
+define(`PKG_SSOP28',   `PKG_SSO(  `$1', `$2', `$3', 28, 323, 2559)');
+
+#
+##  Shrink small outline package, .65mm, wide
+#define(`PKG_SSOP16W', `PKG_SSO(  `$1', `$2', `$3', 16, 420, 2559)');
+#define(`PKG_SSOP20W', `PKG_SSO(  `$1', `$2', `$3', 20, 420, 2559)');
+#define(`PKG_SSOP28W', `PKG_SSO(  `$1', `$2', `$3', 28, 420, 2559)');
+#define(`PKG_SSOP30W', `PKG_SSO(  `$1', `$2', `$3', 30, 420, 2559)');
+#define(`PKG_SSOP32W', `PKG_SSO(  `$1', `$2', `$3', 32, 420, 2559)');
+#define(`PKG_SSOP36W', `PKG_SSO(  `$1', `$2', `$3', 36, 420, 2559)');
+
+#
+##  Shrink small outline package, 25mil, wide
+define(`PKG_SSOP48W',  `PKG_SSO(  `$1', `$2', `$3', 48, 420, 2500)');
+define(`PKG_SSOP56W',  `PKG_SSO(  `$1', `$2', `$3', 56, 420, 2500)');
+
+#
+##  Shrink small outline package, .80mm, wider
+define(`PKG_SSOP64W',  `PKG_SSO(  `$1', `$2', `$3', 64, 545, 3150)');
+
+##  Shrink small outline package, .65mm, narrow
+# BUG:(`PKG_MSOP8',    `PKG_SSO(   `$1', `$2', `$3', 8, 323, 2559)');
+#
+##  Mini small outline package, .65mm
+define(`PKG_MSOP8',    `PKG_SSO(   `$1', `$2', `$3', 8, 199, 2559)');
+##  Mini small outline package, .5mm
+define(`PKG_MSOP10',   `PKG_TSOP(  `$1', `$2', `$3', 10, 199, 1969)');
+
+##  Quarter size small outline package
+define(`PKG_QSOP16',   `PKG_SSO(   `$1', `$2', `$3', 16, 244, 2500)');
+define(`PKG_QSOP20',   `PKG_SSO(   `$1', `$2', `$3', 20, 244, 2500)');
+define(`PKG_QSOP24',   `PKG_SSO(   `$1', `$2', `$3', 24, 244, 2500)');
+define(`PKG_QSOP28',   `PKG_SSO(   `$1', `$2', `$3', 28, 244, 2500)');
+
+#
+##  Thin small outline package
+# BUG: TSOP in 26(x2),28(x2),32,44(x2),48,50(x2),54,66,70(x2),86
+#
+define(`PKG_TSOP28',   `PKG_TSOP(  `$1', `$2', `$3', 28, 535, 2165)');
+define(`PKG_TSOP32A',  `PKG_TSOP(  `$1', `$2', `$3', 32, 795, 2000)');
+define(`PKG_TSOP32B',  `PKG_TSOP(  `$1', `$2', `$3', 32, 559, 2000)');
+
+##  Thin shrink small outline package, narrow (3mm)
+#
+define(`PKG_TSSOP8',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3',  8, 33, 150, 65, 300)');
+define(`PKG_TSSOP10', `COMMON_SMT_DIL_MM(`$1',`$2',`$3', 10, 30, 150, 50, 300)');
+
+##  Thin shrink small outline package, standard (4.4mm)
+#
+define(`PKG_TSSOP8W',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3',  8, 33, 150, 65, 440)');
+define(`PKG_TSSOP14',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3', 14, 33, 150, 65, 440)');
+define(`PKG_TSSOP16',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3', 16, 33, 150, 65, 440)');
+define(`PKG_TSSOP20',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3', 20, 33, 150, 65, 440)');
+define(`PKG_TSSOP24',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3', 24, 33, 150, 65, 440)');
+define(`PKG_TSSOP28',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3', 28, 33, 150, 65, 440)');
+define(`PKG_TSSOP38N', `COMMON_SMT_DIL_MM(`$1',`$2',`$3', 38, 30, 150, 50, 440)');
+define(`PKG_TSSOP48N', `COMMON_SMT_DIL_MM(`$1',`$2',`$3', 48, 25, 150, 40, 440)');
+define(`PKG_TSSOP56N', `COMMON_SMT_DIL_MM(`$1',`$2',`$3', 56, 25, 150, 40, 440)');
+
+##  Thin shrink small outline package, wide (6.1mm)
+#
+define(`PKG_TSSOP32',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3', 32, 33, 150, 65, 610)');
+define(`PKG_TSSOP48',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3', 48, 30, 150, 50, 610)');
+define(`PKG_TSSOP56',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3', 56, 30, 150, 50, 610)');
+define(`PKG_TSSOP64',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3', 64, 30, 150, 50, 610)');
+define(`PKG_TSSOP80',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3', 80, 25, 150, 40, 610)');
+
+#
+##  Plastic leadless chip carrier
+#   PLCC44 .. PLCC84
+#
+#   BUG: similar:
+#   QFJ 18,20,22,28,32,44,68,84
+#
+define(`PKG_PLCC20',  `PKG_PLCC(`$1', `$2', `$3', 20, 150)');
+define(`PKG_PLCC28',  `PKG_PLCC(`$1', `$2', `$3', 28, 150)');
+define(`PKG_PLCC32',  `PKG_PLCC(`$1', `$2', `$3', 32, 150)');
+define(`PKG_PLCC44',  `PKG_PLCC(`$1', `$2', `$3', 44, 150)');
+define(`PKG_PLCC52',  `PKG_PLCC(`$1', `$2', `$3', 52, 150)');
+define(`PKG_PLCC68',  `PKG_PLCC(`$1', `$2', `$3', 68, 150)');
+define(`PKG_PLCC84',  `PKG_PLCC(`$1', `$2', `$3', 84, 150)');
+
+#
+##  Plastic leadless chip carrier with pin socket
+#   PLCC44X .. PLCC84X
+#
+define(`PKG_PLCC20X',  `PKG_PLCC_SOCKET(`$1', `$2', `$3', 20, 150)');
+define(`PKG_PLCC28X',  `PKG_PLCC_SOCKET(`$1', `$2', `$3', 28, 150)');
+define(`PKG_PLCC32X',  `PKG_PLCC_SOCKET(`$1', `$2', `$3', 32, 150)');
+define(`PKG_PLCC44X',  `PKG_PLCC_SOCKET(`$1', `$2', `$3', 44, 150)');
+define(`PKG_PLCC52X',  `PKG_PLCC_SOCKET(`$1', `$2', `$3', 52, 150)');
+define(`PKG_PLCC68X',  `PKG_PLCC_SOCKET(`$1', `$2', `$3', 68, 150)');
+define(`PKG_PLCC84X',  `PKG_PLCC_SOCKET(`$1', `$2', `$3', 84, 150)');
+
+##  Square Quad Flat Nolead (QFN) package
+#
+
+# 3x3 mm
+define(`PKG_QFN16_3',     `PKG_QFN_50S(`$1',`$2',`$3', `16', `3', `0')')
+define(`PKG_TQFN16_3',    `PKG_QFN_50S(`$1',`$2',`$3', `16', `3', `0')')
+define(`PKG_QFN16_3_EP',  `PKG_QFN_50S(`$1',`$2',`$3', `16', `3', `150')')
+define(`PKG_TQFN16_3_EP', `PKG_QFN_50S(`$1',`$2',`$3', `16', `3', `150')')
+
+# 4x4 mm
+define(`PKG_QFN12_4',     `PKG_QFN_80(`$1',`$2',`$3', `12', `4', `0')')
+define(`PKG_TQFN12_4',    `PKG_QFN_80(`$1',`$2',`$3', `12', `4', `0')')
+define(`PKG_QFN12_4_EP',  `PKG_QFN_80(`$1',`$2',`$3', `12', `4', `210')')
+define(`PKG_TQFN12_4_EP', `PKG_QFN_80(`$1',`$2',`$3', `12', `4', `210')')
+
+define(`PKG_QFN16_4',     `PKG_QFN_65(`$1',`$2',`$3', `16', `4', `0')')
+define(`PKG_TQFN16_4',    `PKG_QFN_65(`$1',`$2',`$3', `16', `4', `0')')
+define(`PKG_QFN16_4_EP',  `PKG_QFN_65(`$1',`$2',`$3', `16', `4', `210')')
+define(`PKG_TQFN16_4_EP', `PKG_QFN_65(`$1',`$2',`$3', `16', `4', `210')')
+
+define(`PKG_QFN20_4',     `PKG_QFN_50(`$1',`$2',`$3', `20', `4', `0')')
+define(`PKG_TQFN20_4',    `PKG_QFN_50(`$1',`$2',`$3', `20', `4', `0')')
+define(`PKG_QFN20_4_EP',  `PKG_QFN_50(`$1',`$2',`$3', `20', `4', `210')')
+define(`PKG_TQFN20_4_EP', `PKG_QFN_50(`$1',`$2',`$3', `20', `4', `210')')
+
+define(`PKG_QFN24_4',     `PKG_QFN_50S(`$1',`$2',`$3', `24', `4', `0')')
+define(`PKG_TQFN24_4',    `PKG_QFN_50S(`$1',`$2',`$3', `24', `4', `0')')
+define(`PKG_QFN24_4_EP',  `PKG_QFN_50S(`$1',`$2',`$3', `24', `4', `210')')
+define(`PKG_TQFN24_4_EP', `PKG_QFN_50S(`$1',`$2',`$3', `24', `4', `260')')
+
+# 5x5 mm
+define(`PKG_QFN16_5',     `PKG_QFN_80(`$1',`$2',`$3', `16', `5', `0')')
+define(`PKG_TQFN16_5',    `PKG_QFN_80(`$1',`$2',`$3', `16', `5', `0')')
+define(`PKG_QFN16_5_EP',  `PKG_QFN_80(`$1',`$2',`$3', `16', `5', `310')')
+define(`PKG_TQFN16_5_EP', `PKG_QFN_80(`$1',`$2',`$3', `16', `5', `310')')
+
+define(`PKG_QFN20_5',     `PKG_QFN_65(`$1',`$2',`$3', `20', `5', `0')')
+define(`PKG_TQFN20_5',    `PKG_QFN_65(`$1',`$2',`$3', `20', `5', `0')')
+define(`PKG_QFN20_5_EP',  `PKG_QFN_65(`$1',`$2',`$3', `20', `5', `310')')
+define(`PKG_TQFN20_5_EP', `PKG_QFN_65(`$1',`$2',`$3', `20', `5', `310')')
+
+define(`PKG_QFN28_5',     `PKG_QFN_50(`$1',`$2',`$3', `28', `5', `0')')
+define(`PKG_TQFN28_5',    `PKG_QFN_50(`$1',`$2',`$3', `28', `5', `0')')
+define(`PKG_QFN28_5_EP',  `PKG_QFN_50(`$1',`$2',`$3', `28', `5', `310')')
+define(`PKG_TQFN28_5_EP', `PKG_QFN_50(`$1',`$2',`$3', `28', `5', `325')')
+
+define(`PKG_QFN32_5',     `PKG_QFN_50S(`$1',`$2',`$3', `32', `5', `0')')
+define(`PKG_TQFN32_5',    `PKG_QFN_50S(`$1',`$2',`$3', `32', `5', `0')')
+define(`PKG_QFN32_5_EP',  `PKG_QFN_50S(`$1',`$2',`$3', `32', `5', `310')')
+define(`PKG_TQFN32_5_EP', `PKG_QFN_50S(`$1',`$2',`$3', `32', `5', `310')')
+
+# 6x6 mm
+define(`PKG_QFN36_6',     `PKG_QFN_50(`$1',`$2',`$3', `36', `6', `0')')
+define(`PKG_TQFN36_6',    `PKG_QFN_50(`$1',`$2',`$3', `36', `6', `0')')
+define(`PKG_QFN36_6_EP',  `PKG_QFN_50(`$1',`$2',`$3', `36', `6', `370')')
+define(`PKG_TQFN36_6_EP', `PKG_QFN_50(`$1',`$2',`$3', `36', `6', `370')')
+
+define(`PKG_QFN40_6',     `PKG_QFN_50S(`$1',`$2',`$3', `40', `6', `0')')
+define(`PKG_TQFN40_6',    `PKG_QFN_50S(`$1',`$2',`$3', `40', `6', `0')')
+define(`PKG_QFN40_6_EP',  `PKG_QFN_50S(`$1',`$2',`$3', `40', `6', `410')')
+define(`PKG_TQFN40_6_EP', `PKG_QFN_50S(`$1',`$2',`$3', `40', `6', `410')')
+
+# 7x7 mm
+define(`PKG_QFN32_7',     `PKG_QFN_65(`$1',`$2',`$3', `32', `7', `0')')
+define(`PKG_TQFN32_7',    `PKG_QFN_65(`$1',`$2',`$3', `32', `7', `0')')
+define(`PKG_QFN32_7_EP',  `PKG_QFN_65(`$1',`$2',`$3', `32', `7', `470')')
+define(`PKG_TQFN32_7_EP', `PKG_QFN_65(`$1',`$2',`$3', `32', `7', `470')')
+
+define(`PKG_QFN44_7',     `PKG_QFN_50(`$1',`$2',`$3', `44', `7', `0')')
+define(`PKG_TQFN44_7',    `PKG_QFN_50(`$1',`$2',`$3', `44', `7', `0')')
+define(`PKG_QFN44_7_EP',  `PKG_QFN_50(`$1',`$2',`$3', `44', `7', `470')')
+define(`PKG_TQFN44_7_EP', `PKG_QFN_50(`$1',`$2',`$3', `44', `7', `470')')
+
+define(`PKG_QFN48_7',     `PKG_QFN_50S(`$1',`$2',`$3', `48', `7', `0')')
+define(`PKG_TQFN48_7',    `PKG_QFN_50S(`$1',`$2',`$3', `48', `7', `0')')
+define(`PKG_QFN48_7_EP',  `PKG_QFN_50S(`$1',`$2',`$3', `48', `7', `560')')
+define(`PKG_TQFN48_7_EP', `PKG_QFN_50S(`$1',`$2',`$3', `48', `7', `560')')
+
+# 8x8 mm
+define(`PKG_QFN56_8',     `PKG_QFN_50S(`$1',`$2',`$3', `56', `8', `0')')
+define(`PKG_TQFN56_8',    `PKG_QFN_50S(`$1',`$2',`$3', `56', `8', `0')')
+define(`PKG_QFN56_8_EP',  `PKG_QFN_50S(`$1',`$2',`$3', `56', `8', `665')')
+define(`PKG_TQFN56_8_EP', `PKG_QFN_50S(`$1',`$2',`$3', `56', `8', `665')')
+
+# 10x10 mm
+define(`PKG_QFN68_10',     `PKG_QFN_50(`$1',`$2',`$3', `68', `10', `0')')
+define(`PKG_TQFN68_10',    `PKG_QFN_50(`$1',`$2',`$3', `68', `10', `0')')
+define(`PKG_QFN68_10_EP',  `PKG_QFN_50(`$1',`$2',`$3', `68', `10', `770')')
+define(`PKG_TQFN68_10_EP', `PKG_QFN_50(`$1',`$2',`$3', `68', `10', `770')')
+
+#
+##  Square Quad-side flat pack
+#   QFP 32,44,56,64,80,100,128,160,208,240,272,304
+#   LQFP 144,176,208
+#   TQFP 44,48,64,80,120
+
+define(`PKG_LQFP24_4',   `PKG_LQFP_50(`$1',`$2',`$3', `24', `4',`0')');
+define(`PKG_LQFP32_5',   `PKG_LQFP_50(`$1',`$2',`$3', `32', `5',`0')');
+define(`PKG_LQFP32_7',   `PKG_LQFP_80(`$1',`$2',`$3', `32', `7',`0')');
+define(`PKG_LQFP44_10',  `PKG_LQFP_80(`$1',`$2',`$3', `44',`10',`0')');
+define(`PKG_LQFP48_7',   `PKG_LQFP_50(`$1',`$2',`$3', `48', `7',`0')');
+define(`PKG_LQFP48_12',  `PKG_LQFP_80(`$1',`$2',`$3', `48',`12',`0')');
+define(`PKG_LQFP52_10',  `PKG_LQFP_65(`$1',`$2',`$3', `52',`10',`0')');
+define(`PKG_LQFP64_7',   `PKG_LQFP_40(`$1',`$2',`$3', `64', `7',`0')');
+define(`PKG_LQFP64_10',  `PKG_LQFP_50(`$1',`$2',`$3', `64',`10',`0')');
+define(`PKG_LQFP64_14',  `PKG_LQFP_80(`$1',`$2',`$3', `64',`14',`0')');
+define(`PKG_LQFP72_10',  `PKG_LQFP_50(`$1',`$2',`$3', `72',`10',`0')');
+define(`PKG_LQFP80_12',  `PKG_LQFP_50(`$1',`$2',`$3', `80',`12',`0')');
+define(`PKG_LQFP80_14',  `PKG_LQFP_65(`$1',`$2',`$3', `80',`14',`0')');
+define(`PKG_LQFP100_10', `PKG_LQFP_40(`$1',`$2',`$3',`100',`10',`0')');
+define(`PKG_LQFP100_14', `PKG_LQFP_50(`$1',`$2',`$3',`100',`14',`0')');
+define(`PKG_LQFP112_20', `PKG_LQFP_65(`$1',`$2',`$3',`112',`20',`0')');
+define(`PKG_LQFP120_16', `PKG_LQFP_50(`$1',`$2',`$3',`120',`16',`0')');
+define(`PKG_LQFP128_14', `PKG_LQFP_40(`$1',`$2',`$3',`128',`14',`0')');
+define(`PKG_LQFP128_14_EP', `PKG_LQFP_40(`$1',`$2',`$3',`128',`14',`970')');
+define(`PKG_LQFP144_20', `PKG_LQFP_50(`$1',`$2',`$3',`144',`20',`0')');
+define(`PKG_LQFP160_24', `PKG_LQFP_50(`$1',`$2',`$3',`160',`24',`0')');
+define(`PKG_LQFP176_24', `PKG_LQFP_50(`$1',`$2',`$3',`176',`24',`0')');
+
+
+define(`PKG_QFP32_7',   `PKG_QFP_80(`$1',`$2',`$3', `32', `7',`0')');
+define(`PKG_QFP44_10',  `PKG_QFP_80(`$1',`$2',`$3', `44',`10',`0')');
+define(`PKG_QFP52_10',  `PKG_QFP_65(`$1',`$2',`$3', `52',`10',`0')');
+define(`PKG_QFP64_14',  `PKG_QFP_80(`$1',`$2',`$3', `64',`14',`0')');
+define(`PKG_QFP80_14',  `PKG_QFP_65(`$1',`$2',`$3', `80',`14',`0')');
+define(`PKG_QFP100_14', `PKG_QFP_50(`$1',`$2',`$3',`100',`14',`0')');
+define(`PKG_QFP120_28', `PKG_QFP_80(`$1',`$2',`$3',`120',`28',`0')');
+define(`PKG_QFP128_28', `PKG_QFP_80(`$1',`$2',`$3',`128',`28',`0')');
+define(`PKG_QFP144_28', `PKG_QFP_65(`$1',`$2',`$3',`144',`28',`0')');
+define(`PKG_QFP160_28', `PKG_QFP_65(`$1',`$2',`$3',`160',`28',`0')');
+define(`PKG_QFP208_28', `PKG_QFP_50(`$1',`$2',`$3',`208',`28',`0')');
+define(`PKG_QFP160_28', `PKG_QFP_65(`$1',`$2',`$3',`160',`28',`0')');
+define(`PKG_QFP240_32', `PKG_QFP_50(`$1',`$2',`$3',`240',`32',`0')');
+define(`PKG_QFP304_40', `PKG_QFP_50(`$1',`$2',`$3',`304',`40',`0')');
+
+define(`PKG_TQFP32_7',   `PKG_QFP_80(`$1',`$2',`$3', `32', `7',`0')');
+define(`PKG_TQFP44_10',  `PKG_QFP_80(`$1',`$2',`$3', `44',`10',`0')');
+define(`PKG_TQFP52_10',  `PKG_QFP_65(`$1',`$2',`$3', `52',`10',`0')');
+define(`PKG_TQFP64_10',  `PKG_QFP_50(`$1',`$2',`$3', `64',`10',`0')');
+define(`PKG_TQFP64_14',  `PKG_QFP_80(`$1',`$2',`$3', `64',`14',`0')');
+define(`PKG_TQFP80_12',  `PKG_QFP_50(`$1',`$2',`$3', `80',`12',`0')');
+define(`PKG_TQFP80_14',  `PKG_QFP_65(`$1',`$2',`$3', `80',`14',`0')');
+define(`PKG_TQFP100_12', `PKG_QFP_40(`$1',`$2',`$3',`100',`12',`0')');
+define(`PKG_TQFP100_14', `PKG_QFP_50(`$1',`$2',`$3',`100',`14',`0')');
+define(`PKG_TQFP120_28', `PKG_QFP_80(`$1',`$2',`$3',`120',`28',`0')');
+define(`PKG_TQFP128_14', `PKG_LQFP_40(`$1',`$2',`$3',`128',`14',`0')');
+define(`PKG_TQFP128_14_EP', `PKG_LQFP_40(`$1',`$2',`$3',`128',`14',`970')');
+define(`PKG_TQFP128_28', `PKG_QFP_80(`$1',`$2',`$3',`128',`28',`0')');
+define(`PKG_TQFP144_28', `PKG_QFP_65(`$1',`$2',`$3',`144',`28',`0')');
+define(`PKG_TQFP160_28', `PKG_QFP_65(`$1',`$2',`$3',`160',`28',`0')');
+define(`PKG_TQFP208_28', `PKG_QFP_50(`$1',`$2',`$3',`208',`28',`0')');
+define(`PKG_TQFP160_28', `PKG_QFP_65(`$1',`$2',`$3',`160',`28',`0')');
+define(`PKG_TQFP240_32', `PKG_QFP_50(`$1',`$2',`$3',`240',`32',`0')');
+define(`PKG_TQFP304_40', `PKG_QFP_50(`$1',`$2',`$3',`304',`40',`0')');
+
+#
+##  Rectangular Quad-side flat pack
+
+define(`PKG_QFP64_R',   `PKG_QFP_100(`$1',`$2',`$3', `64',`0',`0')');
+define(`PKG_QFP80_R',   `PKG_QFP_80L(`$1',`$2',`$3', `80',`0',`0')');
+define(`PKG_QFP100_R',  `PKG_QFP_65L(`$1',`$2',`$3',`100',`0',`0')');
+define(`PKG_QFP128_R',  `PKG_QFP_50L(`$1',`$2',`$3',`128',`0',`0')');
+define(`PKG_LQFP128_R', `PKG_LQFP_50(`$1',`$2',`$3',`128',`0',`0')');
+
+##  Zig-zag in-line package
+#   ZIP20 .. ZIP40
+#
+define(`PKG_ZIP9',   `PKG_SD(`$1', `$2', `$3',  9)');
+define(`PKG_ZIP12',  `PKG_SD(`$1', `$2', `$3', 12)');
+define(`PKG_ZIP16',  `PKG_SD(`$1', `$2', `$3', 16)');
+define(`PKG_ZIP18',  `PKG_SD(`$1', `$2', `$3', 18)');
+define(`PKG_ZIP20',  `PKG_SD(`$1', `$2', `$3', 20)');
+define(`PKG_ZIP24',  `PKG_SD(`$1', `$2', `$3', 24)');
+define(`PKG_ZIP28',  `PKG_SD(`$1', `$2', `$3', 28)');
+define(`PKG_ZIP40',  `PKG_SD(`$1', `$2', `$3', 40)');
+
+#
+##  Axial non-polar component (typically resistor or capacitor),
+#   100 through 1600 mil between pins
+#   AXN100 .. AXN1600
+#
+define(`PKG_ACY100',  `PKG_AXIAL_LAY(`$1', `$2', `$3', 100)');
+define(`PKG_ACY150',  `PKG_AXIAL_LAY(`$1', `$2', `$3', 150)');
+define(`PKG_ACY200',  `PKG_AXIAL_LAY(`$1', `$2', `$3', 200)');
+define(`PKG_ACY300',  `PKG_AXIAL_LAY(`$1', `$2', `$3', 300)');
+define(`PKG_ACY400',  `PKG_AXIAL_LAY(`$1', `$2', `$3', 400)');
+define(`PKG_ACY500',  `PKG_AXIAL_LAY(`$1', `$2', `$3', 500)');
+define(`PKG_ACY600',  `PKG_AXIAL_LAY(`$1', `$2', `$3', 600)');
+define(`PKG_ACY700',  `PKG_AXIAL_LAY(`$1', `$2', `$3', 700)');
+define(`PKG_ACY800',  `PKG_AXIAL_LAY(`$1', `$2', `$3', 800)');
+define(`PKG_ACY900',  `PKG_AXIAL_LAY(`$1', `$2', `$3', 900)');
+define(`PKG_ACY1000', `PKG_AXIAL_LAY(`$1', `$2', `$3', 1000)');
+define(`PKG_ACY1100', `PKG_AXIAL_LAY(`$1', `$2', `$3', 1100)');
+define(`PKG_ACY1200', `PKG_AXIAL_LAY(`$1', `$2', `$3', 1200)');
+define(`PKG_ACY1300', `PKG_AXIAL_LAY(`$1', `$2', `$3', 1300)');
+define(`PKG_ACY1400', `PKG_AXIAL_LAY(`$1', `$2', `$3', 1400)');
+define(`PKG_ACY1500', `PKG_AXIAL_LAY(`$1', `$2', `$3', 1500)');
+define(`PKG_ACY1600', `PKG_AXIAL_LAY(`$1', `$2', `$3', 1600)');
+
+
+##  Axial polar component (typically capacitor),
+#   100 through 1600 mil between pins
+#
+define(`PKG_ACY100P',  `PKG_AXIAL_LAY(`$1', `$2', `$3', 100, 1)')
+define(`PKG_ACY150P',  `PKG_AXIAL_LAY(`$1', `$2', `$3', 150, 1)')
+define(`PKG_ACY200P',  `PKG_AXIAL_LAY(`$1', `$2', `$3', 200, 1)')
+define(`PKG_ACY300P',  `PKG_AXIAL_LAY(`$1', `$2', `$3', 300, 1)')
+define(`PKG_ACY400P',  `PKG_AXIAL_LAY(`$1', `$2', `$3', 400, 1)')
+define(`PKG_ACY500P',  `PKG_AXIAL_LAY(`$1', `$2', `$3', 500, 1)')
+define(`PKG_ACY600P',  `PKG_AXIAL_LAY(`$1', `$2', `$3', 600, 1)')
+define(`PKG_ACY700P',  `PKG_AXIAL_LAY(`$1', `$2', `$3', 700, 1)')
+define(`PKG_ACY800P',  `PKG_AXIAL_LAY(`$1', `$2', `$3', 800, 1)')
+define(`PKG_ACY900P',  `PKG_AXIAL_LAY(`$1', `$2', `$3', 900, 1)')
+define(`PKG_ACY1000P', `PKG_AXIAL_LAY(`$1', `$2', `$3', 1000, 1)')
+define(`PKG_ACY1100P', `PKG_AXIAL_LAY(`$1', `$2', `$3', 1100, 1)')
+define(`PKG_ACY1200P', `PKG_AXIAL_LAY(`$1', `$2', `$3', 1200, 1)')
+define(`PKG_ACY1300P', `PKG_AXIAL_LAY(`$1', `$2', `$3', 1300, 1)')
+define(`PKG_ACY1400P', `PKG_AXIAL_LAY(`$1', `$2', `$3', 1400, 1)')
+define(`PKG_ACY1500P', `PKG_AXIAL_LAY(`$1', `$2', `$3', 1500, 1)')
+define(`PKG_ACY1600P', `PKG_AXIAL_LAY(`$1', `$2', `$3', 1600, 1)')
+
+#
+##  Axial diode (pin 1 is cathode)
+#   ALF300 .. ALF1000
+#
+#
+define(`PKG_ALF300', `PKG_DIODE_LAY(`$1', `$2', `$3',  300)');
+define(`PKG_ALF400', `PKG_DIODE_LAY(`$1', `$2', `$3',  400)');
+define(`PKG_ALF500', `PKG_DIODE_LAY(`$1', `$2', `$3',  500)');
+define(`PKG_ALF600', `PKG_DIODE_LAY(`$1', `$2', `$3',  600)');
+define(`PKG_ALF700', `PKG_DIODE_LAY(`$1', `$2', `$3',  700)');
+define(`PKG_ALF800', `PKG_DIODE_LAY(`$1', `$2', `$3',  800)');
+define(`PKG_ALF900', `PKG_DIODE_LAY(`$1', `$2', `$3',  900)');
+define(`PKG_ALF1000',`PKG_DIODE_LAY(`$1', `$2', `$3', 1000)');
+
+#
+##  Bottom lead non-polar circular component (typically capacitor)
+#   pin spacing 100 mil and up
+#   RCY100 .. RCY1000
+#
+define(`PKG_RCY100',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 200)');
+define(`PKG_RCY150',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 300)');
+define(`PKG_RCY200',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 400)');
+define(`PKG_RCY250',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 500)');
+define(`PKG_RCY300',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 600)');
+define(`PKG_RCY350',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 700)');
+define(`PKG_RCY400',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 800)');
+define(`PKG_RCY500',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 1000)');
+define(`PKG_RCY600',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 1200)');
+define(`PKG_RCY700',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 1400)');
+define(`PKG_RCY800',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 1600)');
+define(`PKG_RCY900',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 1800)');
+define(`PKG_RCY1000', `PKG_RADIAL_CAN(`$1', `$2', `$3', 2000)');
+define(`PKG_RCY1100', `PKG_RADIAL_CAN(`$1', `$2', `$3', 2200)');
+define(`PKG_RCY1200', `PKG_RADIAL_CAN(`$1', `$2', `$3', 2400)');
+
+
+##  Bottom lead polar circular component (typically capacitor)
+#   pin spacing 100 mil and up
+#
+define(`PKG_RCY100P',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 200, 1)');
+define(`PKG_RCY150P',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 300, 1)');
+define(`PKG_RCY200P',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 400, 1)');
+define(`PKG_RCY250P',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 500, 1)');
+define(`PKG_RCY300P',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 600, 1)');
+define(`PKG_RCY350P',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 700, 1)');
+define(`PKG_RCY400P',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 800, 1)');
+define(`PKG_RCY500P',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 1000, 1)');
+define(`PKG_RCY600P',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 1200, 1)');
+define(`PKG_RCY700P',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 1400, 1)');
+define(`PKG_RCY800P',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 1600, 1)');
+define(`PKG_RCY900P',  `PKG_RADIAL_CAN(`$1', `$2', `$3', 1800, 1)');
+define(`PKG_RCY1000P', `PKG_RADIAL_CAN(`$1', `$2', `$3', 2000, 1)');
+define(`PKG_RCY1100P', `PKG_RADIAL_CAN(`$1', `$2', `$3', 2200, 1)');
+define(`PKG_RCY1200P', `PKG_RADIAL_CAN(`$1', `$2', `$3', 2400, 1)');
+
+#
+##  Crystals
+#
+#
+define(`PKG_HC49U',   `PKG_CRYSTAL_V(`$1', `$2', `$3', 192, 435, 183,  60, 32, 2)');
+define(`PKG_HC49UH',  `PKG_CRYSTAL_H(`$1', `$2', `$3', 192, 435, 515,  60, 32, 2)');
+define(`PKG_HC49U_3', `PKG_CRYSTAL_V(`$1', `$2', `$3',  96, 435, 183,  60, 32, 3)');
+define(`PKG_HC49U_3H',`PKG_CRYSTAL_H(`$1', `$2', `$3',  96, 435, 515,  60, 32, 3)');
+define(`PKG_HC51U',   `PKG_CRYSTAL_V(`$1', `$2', `$3', 485, 757, 352,  80, 40, 2)');
+define(`PKG_HC51UH',  `PKG_CRYSTAL_H(`$1', `$2', `$3', 485, 757, 775,  80, 40, 2)');
+define(`PKG_UM1',     `PKG_CRYSTAL_V(`$1', `$2', `$3', 148, 311, 126,  60, 32, 2)');
+define(`PKG_UM1H',    `PKG_CRYSTAL_H(`$1', `$2', `$3', 148, 311, 322,  60, 32, 2)');
+define(`PKG_UM1_3',   `PKG_CRYSTAL_V(`$1', `$2', `$3',  74, 311, 126,  60, 32, 3)');
+define(`PKG_UM1_3H',  `PKG_CRYSTAL_H(`$1', `$2', `$3',  74, 311, 322,  60, 32, 3)');
+#
+#   HC49
+#
+define(`PKG_HC49',  `PKG_CRYSTAL(`$1', `$2', `$3', 300)');
+
+#
+##  Crystal oscillator
+#   pins are NC, GND, CLK, VCC
+#   OSC14
+#
+define(`PKG_OSC14',  `PKG_OSC(`$1', `$2', `$3')');
+
+#
+##  LED, size in mm (pin 1 is +, 2 is -)
+#   LED3, LED5
+#
+define(`PKG_LED3',  `PKG_LED(`$1', `$2', `$3', 118)');
+define(`PKG_LED5',  `PKG_LED(`$1', `$2', `$3', 236)');
+
+#
+## Transistor
+#  TO3_90
+#  TO3_45
+#  TO126LAY
+#  TO126W for wide
+#  TO126S for standing
+#  TO126SW for both
+#  TO220
+#  TO220W for wide
+#  TO220S for standing
+#  TO220SW for both
+#
+# as is TO3_90
+# as is TO3_45
+# as is TO5
+# as is TO92
+define(`PKG_TO126',  `PKG_TO126LAY(       `$1', `$2', `$3')');
+define(`PKG_TO126S', `PKG_TO126LAY_WIDE(  `$1', `$2', `$3')');
+define(`PKG_TO126W', `PKG_TO126STAND(     `$1', `$2', `$3')');
+define(`PKG_TO126SW',`PKG_TO126STAND_WIDE(`$1', `$2', `$3')');
+define(`PKG_TO220',  `PKG_TO220LAY(       `$1', `$2', `$3')');
+define(`PKG_TO220S', `PKG_TO220LAY_WIDE(  `$1', `$2', `$3')');
+define(`PKG_TO220W', `PKG_TO220STAND(     `$1', `$2', `$3')');
+define(`PKG_TO220SW',`PKG_TO220STAND_WIDE(`$1', `$2', `$3')');
+
+# these are just wrappers around the footprints from to.inc.
+# they are done here to be in a standard format that will
+# make them show up in the footprint window and also get
+# generated via the m4lib_to_newlib.sh script
+define(`PKG_TO18',   `PKG_TO18BASE(`$1', `$2', `$3')');
+define(`PKG_TO39',   `PKG_TO39BASE(`$1', `$2', `$3')');
+define(`PKG_TO92',   `PKG_TO92BASE(`$1', `$2', `$3')');
+
+## diode in TO220
+#
+define(`PKG_TO220ACS', `PKG_TO220ACSTAND(`$1', `$2', `$3')');
+define(`PKG_TO218',    `GENERIC_PL_POWER(`$1', `$2', `$3',  3, 219, 615, 200, 120,100, 60,   0)');
+# aka TOP3
+define(`PKG_TO247',    `GENERIC_PL_POWER(`$1', `$2', `$3',  3, 219, 630, 210, 130,100, 60,   0)');
+# diode in TO247/TOP3
+define(`PKG_TO247_2',  `GENERIC_PL_POWER(`$1', `$2', `$3',  2, 438, 630, 210, 130,100, 60,   0)');
+# aka TOP3BIG
+define(`PKG_TO264',    `GENERIC_PL_POWER(`$1', `$2', `$3',  3, 219, 800, 210, 130,100, 60,   0)');
+# aka IPAK
+define(`PKG_TO251',    `GENERIC_PL_POWER(`$1', `$2', `$3',  3,  90, 265, 100,  50, 70, 40,   0)');
+
+define(`PKG_TO220ACSTAND',    `GENERIC_PL_POWER(`$1', `$2', `$3',  2, 200, 400, 180, 100, 80, 40,   0)')
+
+# the definitions of PKG_TO220STAND PKG_TO220STAND-WIDE can be replaced by following lines:
+#define(`PKG_TO220STAND',      `GENERIC_PL_POWER(`$1', `$2', `$3',  3, 100, 400, 180, 100, 80, 40,   0)')
+#define(`PKG_TO220STAND-WIDE', `GENERIC_PL_POWER(`$1', `$2', `$3',  3, 100, 400, 180, 200, 80, 40,-100)')
+
+#
+##  Power IC, as in MULTIWATT15
+#
+# See the following:
+# PENTAWATT: http://www.st.com/stonline/books/pdf/docs/9262.pdf
+# HEPTAWATT: http://www.st.com/stonline/books/pdf/docs/5430.pdf
+# MULTIWATT8: http://www.st.com/stonline/books/pdf/docs/5437.pdf
+# MULTIWATT11: http://www.st.com/stonline/books/pdf/docs/5433.pdf
+# MULTIWATT15: http://www.st.com/stonline/books/pdf/docs/5439.pdf
+
+# GENERIC_PL_POWER
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pin count
+# $5: pin spacing
+# $6: body length (dimension parallel to rows of pins)
+# $7: body width  (dimension perpendicular to rows of pins)
+# $8: pin/tab spacing
+# $9: pad size
+# $10: drill size
+# $11: pin row spacing
+
+define(`PKG_PENTAWATT',       `GENERIC_PL_POWER(`$1', `$2', `$3',  5,  67, 409, 189, 177, 90, 60, 157)' );
+define(`PKG_HEPTAWATT',       `GENERIC_PL_POWER(`$1', `$2', `$3',  7,  50, 409, 189, 110, 90, 60, 200)' );
+define(`PKG_MULTIWATT8',      `GENERIC_PL_POWER(`$1', `$2', `$3',  8, 100, 800, 200, 115, 90, 60,   0)' );
+define(`PKG_MULTIWATT11',     `GENERIC_PL_POWER(`$1', `$2', `$3', 11,  67, 800, 200, 180, 90, 60, 200)' );
+define(`PKG_MULTIWATT15',     `GENERIC_PL_POWER(`$1', `$2', `$3', 15,  50, 800, 200, 180, 90, 60, 200)' );
+
+#
+## Jumper, i.e. single row headers
+#
+define(`PKG_JUMPER1',    `PKG_CONNECTOR(`$1', `$2', `$3',  1, 1)');
+define(`PKG_JUMPER2',    `PKG_CONNECTOR(`$1', `$2', `$3',  2, 1)');
+define(`PKG_JUMPER3',    `PKG_CONNECTOR(`$1', `$2', `$3',  3, 1)');
+define(`PKG_JUMPER4',    `PKG_CONNECTOR(`$1', `$2', `$3',  4, 1)');
+define(`PKG_JUMPER5',    `PKG_CONNECTOR(`$1', `$2', `$3',  5, 1)');
+define(`PKG_JUMPER6',    `PKG_CONNECTOR(`$1', `$2', `$3',  6, 1)');
+define(`PKG_JUMPER7',    `PKG_CONNECTOR(`$1', `$2', `$3',  7, 1)');
+define(`PKG_JUMPER8',    `PKG_CONNECTOR(`$1', `$2', `$3',  8, 1)');
+define(`PKG_JUMPER9',    `PKG_CONNECTOR(`$1', `$2', `$3',  9, 1)');
+define(`PKG_JUMPER10',   `PKG_CONNECTOR(`$1', `$2', `$3', 10, 1)');
+define(`PKG_JUMPER11',   `PKG_CONNECTOR(`$1', `$2', `$3', 11, 1)');
+define(`PKG_JUMPER12',   `PKG_CONNECTOR(`$1', `$2', `$3', 12, 1)');
+define(`PKG_JUMPER13',   `PKG_CONNECTOR(`$1', `$2', `$3', 13, 1)');
+define(`PKG_JUMPER14',   `PKG_CONNECTOR(`$1', `$2', `$3', 14, 1)');
+define(`PKG_JUMPER15',   `PKG_CONNECTOR(`$1', `$2', `$3', 15, 1)');
+define(`PKG_JUMPER16',   `PKG_CONNECTOR(`$1', `$2', `$3', 16, 1)');
+define(`PKG_JUMPER17',   `PKG_CONNECTOR(`$1', `$2', `$3', 17, 1)');
+define(`PKG_JUMPER18',   `PKG_CONNECTOR(`$1', `$2', `$3', 18, 1)');
+define(`PKG_JUMPER19',   `PKG_CONNECTOR(`$1', `$2', `$3', 19, 1)');
+define(`PKG_JUMPER20',   `PKG_CONNECTOR(`$1', `$2', `$3', 20, 1)');
+define(`PKG_JUMPER21',   `PKG_CONNECTOR(`$1', `$2', `$3', 21, 1)');
+define(`PKG_JUMPER22',   `PKG_CONNECTOR(`$1', `$2', `$3', 22, 1)');
+define(`PKG_JUMPER23',   `PKG_CONNECTOR(`$1', `$2', `$3', 23, 1)');
+define(`PKG_JUMPER24',   `PKG_CONNECTOR(`$1', `$2', `$3', 24, 1)');
+define(`PKG_JUMPER25',   `PKG_CONNECTOR(`$1', `$2', `$3', 25, 1)');
+define(`PKG_JUMPER26',   `PKG_CONNECTOR(`$1', `$2', `$3', 26, 1)');
+
+#
+## MTA Connector, (0.100 inch pitch)
+#
+define(`PKG_MTA100_2',    `PKG_MTA_100(`$1', `$2', `$3',  2)');
+define(`PKG_MTA100_3',    `PKG_MTA_100(`$1', `$2', `$3',  3)');
+define(`PKG_MTA100_4',    `PKG_MTA_100(`$1', `$2', `$3',  4)');
+define(`PKG_MTA100_5',    `PKG_MTA_100(`$1', `$2', `$3',  5)');
+define(`PKG_MTA100_6',    `PKG_MTA_100(`$1', `$2', `$3',  6)');
+define(`PKG_MTA100_7',    `PKG_MTA_100(`$1', `$2', `$3',  7)');
+define(`PKG_MTA100_8',    `PKG_MTA_100(`$1', `$2', `$3',  8)');
+define(`PKG_MTA100_9',    `PKG_MTA_100(`$1', `$2', `$3',  9)');
+define(`PKG_MTA100_10',   `PKG_MTA_100(`$1', `$2', `$3', 10)');
+define(`PKG_MTA100_11',   `PKG_MTA_100(`$1', `$2', `$3', 11)');
+define(`PKG_MTA100_12',   `PKG_MTA_100(`$1', `$2', `$3', 12)');
+define(`PKG_MTA100_13',   `PKG_MTA_100(`$1', `$2', `$3', 13)');
+define(`PKG_MTA100_14',   `PKG_MTA_100(`$1', `$2', `$3', 14)');
+define(`PKG_MTA100_15',   `PKG_MTA_100(`$1', `$2', `$3', 15)');
+
+#
+## Header connector, DIP pin numbering
+#  Corresponding to gEDA symbols header2-1 .. header64-1
+#
+define(`PKG_HEADER2_1',  `PKG_CONNECTOR_DIL(`$1', `$2', `$3',  1)');
+define(`PKG_HEADER4_1',  `PKG_CONNECTOR_DIL(`$1', `$2', `$3',  2)');
+define(`PKG_HEADER6_1',  `PKG_CONNECTOR_DIL(`$1', `$2', `$3',  3)');
+define(`PKG_HEADER8_1',  `PKG_CONNECTOR_DIL(`$1', `$2', `$3',  4)');
+define(`PKG_HEADER10_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3',  5)');
+define(`PKG_HEADER12_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3',  6)');
+define(`PKG_HEADER14_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3',  7)');
+define(`PKG_HEADER16_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3',  8)');
+define(`PKG_HEADER18_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3',  9)');
+define(`PKG_HEADER20_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 10)');
+define(`PKG_HEADER22_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 11)');
+define(`PKG_HEADER24_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 12)');
+define(`PKG_HEADER26_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 13)');
+define(`PKG_HEADER28_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 14)');
+define(`PKG_HEADER30_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 15)');
+define(`PKG_HEADER32_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 16)');
+define(`PKG_HEADER34_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 17)');
+define(`PKG_HEADER36_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 18)');
+define(`PKG_HEADER38_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 19)');
+define(`PKG_HEADER40_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 20)');
+define(`PKG_HEADER42_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 21)');
+define(`PKG_HEADER44_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 22)');
+define(`PKG_HEADER46_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 23)');
+define(`PKG_HEADER48_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 24)');
+define(`PKG_HEADER50_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 25)');
+define(`PKG_HEADER52_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 26)');
+define(`PKG_HEADER54_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 27)');
+define(`PKG_HEADER56_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 28)');
+define(`PKG_HEADER58_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 29)');
+define(`PKG_HEADER60_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 30)');
+define(`PKG_HEADER62_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 31)');
+define(`PKG_HEADER64_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 32)');
+define(`PKG_HEADER80_1', `PKG_CONNECTOR_DIL(`$1', `$2', `$3', 40)');
+
+#
+## Header connector, ribbon cable numbering
+#  corresponding to gEDA symbols header2-2 .. header64-2
+#
+define(`PKG_HEADER2_2',  `PKG_CONNECTOR(`$1', `$2', `$3',  1, 2)');
+define(`PKG_HEADER4_2',  `PKG_CONNECTOR(`$1', `$2', `$3',  2, 2)');
+define(`PKG_HEADER6_2',  `PKG_CONNECTOR(`$1', `$2', `$3',  3, 2)');
+define(`PKG_HEADER8_2',  `PKG_CONNECTOR(`$1', `$2', `$3',  4, 2)');
+define(`PKG_HEADER10_2', `PKG_CONNECTOR(`$1', `$2', `$3',  5, 2)');
+define(`PKG_HEADER12_2', `PKG_CONNECTOR(`$1', `$2', `$3',  6, 2)');
+define(`PKG_HEADER14_2', `PKG_CONNECTOR(`$1', `$2', `$3',  7, 2)');
+define(`PKG_HEADER16_2', `PKG_CONNECTOR(`$1', `$2', `$3',  8, 2)');
+define(`PKG_HEADER18_2', `PKG_CONNECTOR(`$1', `$2', `$3',  9, 2)');
+define(`PKG_HEADER20_2', `PKG_CONNECTOR(`$1', `$2', `$3', 10, 2)');
+define(`PKG_HEADER22_2', `PKG_CONNECTOR(`$1', `$2', `$3', 11, 2)');
+define(`PKG_HEADER24_2', `PKG_CONNECTOR(`$1', `$2', `$3', 12, 2)');
+define(`PKG_HEADER26_2', `PKG_CONNECTOR(`$1', `$2', `$3', 13, 2)');
+define(`PKG_HEADER28_2', `PKG_CONNECTOR(`$1', `$2', `$3', 14, 2)');
+define(`PKG_HEADER30_2', `PKG_CONNECTOR(`$1', `$2', `$3', 15, 2)');
+define(`PKG_HEADER32_2', `PKG_CONNECTOR(`$1', `$2', `$3', 16, 2)');
+define(`PKG_HEADER34_2', `PKG_CONNECTOR(`$1', `$2', `$3', 17, 2)');
+define(`PKG_HEADER36_2', `PKG_CONNECTOR(`$1', `$2', `$3', 18, 2)');
+define(`PKG_HEADER38_2', `PKG_CONNECTOR(`$1', `$2', `$3', 19, 2)');
+define(`PKG_HEADER40_2', `PKG_CONNECTOR(`$1', `$2', `$3', 20, 2)');
+define(`PKG_HEADER42_2', `PKG_CONNECTOR(`$1', `$2', `$3', 21, 2)');
+define(`PKG_HEADER44_2', `PKG_CONNECTOR(`$1', `$2', `$3', 22, 2)');
+define(`PKG_HEADER46_2', `PKG_CONNECTOR(`$1', `$2', `$3', 23, 2)');
+define(`PKG_HEADER48_2', `PKG_CONNECTOR(`$1', `$2', `$3', 24, 2)');
+define(`PKG_HEADER50_2', `PKG_CONNECTOR(`$1', `$2', `$3', 25, 2)');
+define(`PKG_HEADER52_2', `PKG_CONNECTOR(`$1', `$2', `$3', 26, 2)');
+define(`PKG_HEADER54_2', `PKG_CONNECTOR(`$1', `$2', `$3', 27, 2)');
+define(`PKG_HEADER56_2', `PKG_CONNECTOR(`$1', `$2', `$3', 28, 2)');
+define(`PKG_HEADER58_2', `PKG_CONNECTOR(`$1', `$2', `$3', 29, 2)');
+define(`PKG_HEADER60_2', `PKG_CONNECTOR(`$1', `$2', `$3', 30, 2)');
+define(`PKG_HEADER62_2', `PKG_CONNECTOR(`$1', `$2', `$3', 31, 2)');
+define(`PKG_HEADER64_2', `PKG_CONNECTOR(`$1', `$2', `$3', 32, 2)');
+define(`PKG_HEADER80_2', `PKG_CONNECTOR(`$1', `$2', `$3', 40, 2)');
+
+#
+## Header connector with latches
+#
+define(`PKG_DIN41651_10',  `PKG_DIN41_651LAY(  `$1', `$2', `$3', 10)');
+define(`PKG_DIN41651_14',  `PKG_DIN41_651LAY(  `$1', `$2', `$3', 14)');
+define(`PKG_DIN41651_16',  `PKG_DIN41_651LAY(  `$1', `$2', `$3', 16)');
+define(`PKG_DIN41651_20',  `PKG_DIN41_651LAY(  `$1', `$2', `$3', 20)');
+define(`PKG_DIN41651_26',  `PKG_DIN41_651LAY(  `$1', `$2', `$3', 26)');
+define(`PKG_DIN41651_34',  `PKG_DIN41_651LAY(  `$1', `$2', `$3', 34)');
+define(`PKG_DIN41651_40',  `PKG_DIN41_651LAY(  `$1', `$2', `$3', 40)');
+define(`PKG_DIN41651_50',  `PKG_DIN41_651LAY(  `$1', `$2', `$3', 50)');
+define(`PKG_DIN41651_60',  `PKG_DIN41_651LAY(  `$1', `$2', `$3', 60)');
+define(`PKG_DIN41651_64',  `PKG_DIN41_651LAY(  `$1', `$2', `$3', 64)');
+
+define(`PKG_DIN41651_10S', `PKG_DIN41_651STAND(`$1', `$2', `$3', 10)');
+define(`PKG_DIN41651_14S', `PKG_DIN41_651STAND(`$1', `$2', `$3', 14)');
+define(`PKG_DIN41651_16S', `PKG_DIN41_651STAND(`$1', `$2', `$3', 16)');
+define(`PKG_DIN41651_20S', `PKG_DIN41_651STAND(`$1', `$2', `$3', 20)');
+define(`PKG_DIN41651_26S', `PKG_DIN41_651STAND(`$1', `$2', `$3', 26)');
+define(`PKG_DIN41651_34S', `PKG_DIN41_651STAND(`$1', `$2', `$3', 34)');
+define(`PKG_DIN41651_40S', `PKG_DIN41_651STAND(`$1', `$2', `$3', 40)');
+define(`PKG_DIN41651_50S', `PKG_DIN41_651STAND(`$1', `$2', `$3', 50)');
+define(`PKG_DIN41651_60S', `PKG_DIN41_651STAND(`$1', `$2', `$3', 60)');
+define(`PKG_DIN41651_64S', `PKG_DIN41_651STAND(`$1', `$2', `$3', 64)');
+
+#
+## DSUB connector, female/male
+#  DB9F .. DB37F
+#  DB9M .. DB37M
+#
+define(`PKG_DB9F',       `PKG_SUBD_FEMALE_LAY(`$1', `$2', `$3',  9)');
+define(`PKG_DB15F',      `PKG_SUBD_FEMALE_LAY(`$1', `$2', `$3', 15)');
+define(`PKG_DB25F',      `PKG_SUBD_FEMALE_LAY(`$1', `$2', `$3', 25)');
+define(`PKG_DB37F',      `PKG_SUBD_FEMALE_LAY(`$1', `$2', `$3', 37)');
+define(`PKG_DB9M',       `PKG_SUBD_MALE_LAY(  `$1', `$2', `$3',  9)');
+define(`PKG_DB15M',      `PKG_SUBD_MALE_LAY(  `$1', `$2', `$3', 15)');
+define(`PKG_DB25M',      `PKG_SUBD_MALE_LAY(  `$1', `$2', `$3', 25)');
+define(`PKG_DB37M',      `PKG_SUBD_MALE_LAY(  `$1', `$2', `$3', 37)');
+
+#
+## DIN connector, 96 pin housing
+#  DIN41612C96F ...
+#
+define(`PKG_DIN41612C96F', `PKG_DIN41_612FEMALE(`$1', `$2', `$3', `abc')');
+define(`PKG_DIN41612C96M', `PKG_DIN41_612MALE(  `$1', `$2', `$3', `abc')');
+define(`PKG_DIN41612C64F', `PKG_DIN41_612FEMALE(`$1', `$2', `$3', `ac')');
+define(`PKG_DIN41612C64M', `PKG_DIN41_612MALE(  `$1', `$2', `$3', `ac')');
+
+define(`PKG_DIN41612C96FS', `PKG_DIN41_612FEMALE_SMALL(`$1', `$2', `$3', `abc')');
+define(`PKG_DIN41612C96MS', `PKG_DIN41_612MALE_SMALL(  `$1', `$2', `$3', `abc')');
+define(`PKG_DIN41612C64FS', `PKG_DIN41_612FEMALE_SMALL(`$1', `$2', `$3', `ac')');
+define(`PKG_DIN41612C64MS', `PKG_DIN41_612MALE_SMALL(  `$1', `$2', `$3', `ac')');
+
+#
+## Standard SMT resistor, capacitor etc
+#  0201 .. 2706
+#
+#define(`PKG_0201',      `PKG_SMT_2PAD_MIL(  `$1', `$2', `$3',  20,   10)');
+#define(`PKG_0402',      `PKG_SMT_2PAD_MIL(  `$1', `$2', `$3',  40,   20)');
+#define(`PKG_0603',      `PKG_SMT_2PAD_MIL(  `$1', `$2', `$3',  60,   30)');
+#define(`PKG_0805',      `PKG_SMT_2PAD_MIL(  `$1', `$2', `$3',  80,   50)');
+#define(`PKG_1008',      `PKG_SMT_2PAD_MIL(  `$1', `$2', `$3', 100,   80)');
+#define(`PKG_1206',      `PKG_SMT_2PAD_MIL(  `$1', `$2', `$3', 120,   60)');
+#define(`PKG_1210',      `PKG_SMT_2PAD_MIL(  `$1', `$2', `$3', 120, 100)');
+#define(`PKG_1806',      `PKG_SMT_2PAD_MIL(  `$1', `$2', `$3', 180,   60)');
+#define(`PKG_1812',      `PKG_SMT_2PAD_MIL(  `$1', `$2', `$3', 180, 120)');
+#define(`PKG_1825',      `PKG_SMT_2PAD_MIL(  `$1', `$2', `$3', 180, 250)');
+define(`PKG_2706',      `PKG_SMT_2PAD_MIL(  `$1', `$2', `$3', 270,   60)');
+
+# The following are recommendations from IPC-7351
+# The naming convention, like 'CAPC0603L' follows the IPC standard.  At the end
+# of each size is a package named like '0603', '1206' which is more or less a compromise part based 
+# on the nominal IPC footprints for that package size.  Any additions to this section
+# should follow the IPC naming convention and size.  
+# 
+# The base macro accepts the numbers directly (after multiplying by 100) from the IPC
+# standard so they are fairly simple to add.
+
+# $1:  canonical name
+# $2:  name on PCB
+# $3:  value
+# $4:  pad X (size of pad in direction perpendicular to axis of part) [1/100 mm]
+# $5:  pad Y (size of pad in direction parallel to axis of part) [1/100 mm]
+# $6:  pad center to center spacing [1/100 mm]
+# $7:  courtyard size in direction parallel to axis of part [1/100 mm] (V1)
+# $8:  courtyard size in direction perpendicular to axis of part [1/100 mm] (V2)
+# $9:  length of silk screen line [1/100 mm] (R1)
+# $10: spacing of silk screen line [1/100 mm] (R2)
+
+# 01005
+# See for example Murata GRM02 series.
+# package X is 0.2 mm +/- 0.02 mm
+# package Y is 0.07 to 0.14 mm
+# package inner pad edge to pad edge is 0.13 min
+# package outer pad edge to outer pad edge is 0.4 mm +/- 0.02 mm
+# package height is 0.2mm +/- 0.02 mm
+
+# From page 10 of IPC-7351, Feb 2005,
+# Zmax = length of pattern = Lmin (overall length of the component) + 2*Jt + sqrt(Cl^2 + F^2 + P^2)
+# Gmin = Distance between lands of the pattern = Smax (distance between terminals) - 2*Jh - sqrt(Cs^2 + F^2 + P^2)
+# Xmax = Width of pattern = Wmin (width of lead) + 2*Js + sqrt(Cw^2 + F^2 + P^2)
+#
+# C = component tolerance = *max - *min
+# F = PCB tolerance - used 0.05
+# P = placement tolerance - used 0.05
+#
+# X = Xmax = 0.18/0.18/0.23 round to get 0.20/0.20/0.25
+# Y = 0.5 * (Zmax - Gmin)  
+# center to center = 0.5 * (Zmax + Gmin)
+# 
+#
+# Jt = 0.00/0.10/0.20
+# Jh = -0.05/-0.05/-0.05
+# Js = 0.00/0.00/0.05
+# Round to nearest 0.05
+# Courtyard excess 0.10/0.15/0.20
+#
+#
+# Note that rounding to 0.05 mm produces a roundoff error of up to +/- 1 mil.  This can be significant
+# when we're talking about gaps on the order of 6 mils.  So for this really tiny part, round to 0.01 mm
+define(`PKG_CAPC0402L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  26,   15,  31,  56,  28,   0,   0)');
+define(`PKG_CAPC0402N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  26,   25,  41,  81,  33,   0,   0)');
+define(`PKG_CAPC0402M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  36,   35,  51, 106,  38,   0,   0)');
+
+define(`PKG_INDC0402L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  26,   15,  31,  56,  28,   0,   0)');
+define(`PKG_INDC0402N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  26,   25,  41,  81,  33,   0,   0)');
+define(`PKG_INDC0402M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  36,   35,  51, 106,  38,   0,   0)');
+
+define(`PKG_RESC0402L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  26,   15,  31,  56,  28,   0,   0)');
+define(`PKG_RESC0402N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  26,   25,  41,  81,  33,   0,   0)');
+define(`PKG_RESC0402M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  36,   35,  51, 106,  38,   0,   0)');
+
+define(`PKG_01005',     `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  26,   25,  41,  81,  33,   0,   0)');
+
+# 0201
+define(`PKG_CAPC0603L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  30,   30,  50, 100,  60,   0,   0)');
+define(`PKG_CAPC0603N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  40,   40,  60, 130,  80,   0,   0)');
+define(`PKG_CAPC0603M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  50,   50,  80, 160,  90,   0,   0)');
+
+define(`PKG_RESC0603L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  30,   30,  50, 100,  60,   0,   0)');
+define(`PKG_RESC0603N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  40,   40,  60, 130,  80,   0,   0)');
+define(`PKG_RESC0603M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  50,   50,  80, 160,  90,   0,   0)');
+
+define(`PKG_0201',      `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  40,   40,  60, 130,  80,   0,   0)');
+
+# 0402 (C,L = 0.6 mm high, R = 0.4 mm high)
+define(`PKG_CAPC1005L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  55,   40,  90, 150,  80,   0,   0)');
+define(`PKG_CAPC1005N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  65,   50,  90, 170, 100,   0,   0)');
+define(`PKG_CAPC1005M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  75,   60, 100, 200, 120,   0,   0)');
+
+define(`PKG_INDC1005L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  60,   50,  80, 150,  90,   0,   0)');
+define(`PKG_INDC1005N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  70,   50,  80, 170, 100,   0,   0)');
+define(`PKG_INDC1005M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  80,   70, 100, 200, 120,   0,   0)');
+
+define(`PKG_RESC1005L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  55,   35,  90, 150,  80,   0,   0)');
+define(`PKG_RESC1005N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  65,   45, 100, 170, 100,   0,   0)');
+define(`PKG_RESC1005M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  75,   55, 110, 200, 120,   0,   0)');
+
+define(`PKG_0402',      `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  70,   50,  80, 170, 100,   0,   0)');
+
+# 0603 (C = 0.85 mm high, L = 0.95 mm high, R = 0.60 mm high)
+define(`PKG_CAPC1608L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  90,   65, 120, 200, 120,   0,   0)');
+define(`PKG_CAPC1608N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 100,   75, 130, 230, 130,   0,   0)');
+define(`PKG_CAPC1608M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 110,   85, 140, 270, 150,   0,   0)');
+
+define(`PKG_INDC1608L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  90,   65, 120, 200, 120,   0,   0)');
+define(`PKG_INDC1608N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 100,   75, 130, 230, 130,   0,   0)');
+define(`PKG_INDC1608M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 110,   85, 140, 270, 150,   0,   0)');
+
+define(`PKG_RESC1608L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  90,   50, 120, 200, 120,   0,  90)');
+define(`PKG_RESC1608N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 100,   60, 140, 230, 130,   0,   0)');
+define(`PKG_RESC1608M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 110,   70, 150, 270, 150,  10, 110)');
+
+define(`PKG_0603',      `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 100,   75, 130, 230, 130,   0,   0)');
+
+# 0805 (C = 1.1 mm high, L = 1.2 mm high, R = 0.65 mm high)
+define(`PKG_CAPC2012L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 140,  110, 160, 280, 170,   0,   0)');
+define(`PKG_CAPC2012N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 150,  130, 180, 350, 200,   0,   0)');
+define(`PKG_CAPC2012M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 160,  150, 200, 440, 260,   0,   0)');
+
+define(`PKG_INDC2012L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 140,  110, 160, 280, 170,   0,   0)');
+define(`PKG_INDC2012N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 150,  130, 180, 350, 200,   0,   0)');
+define(`PKG_INDC2012M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 160,  150, 200, 440, 260,   0,   0)');
+
+define(`PKG_RESC2012L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 130,  100, 160, 280, 160,  20, 130)');
+define(`PKG_RESC2012N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 140,  120, 180, 350, 190,  20, 140)');
+define(`PKG_RESC2012M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 150,  140, 200, 440, 250,  20, 150)');
+
+define(`PKG_0805',      `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 150,  130, 180, 350, 200,  20, 140)');
+
+# 1008 (L = 2.2 mm high)
+define(`PKG_INDC2520L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 220,   90, 240, 340, 250,  80, 220)');
+define(`PKG_INDC2520N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 230,  110, 260, 410, 280,  70, 230)');
+define(`PKG_INDC2520M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 240,  130, 280, 500, 340,  80, 240)');
+
+define(`PKG_1008',      `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 230,  110, 260, 410, 280,  70, 230)');
+
+# 1206 (C = 1.35 mm high, L = 1.9 mm high, R = 0.71 mm high)
+define(`PKG_CAPC3216L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 170,  110, 280, 400, 200,  90, 170)');
+define(`PKG_CAPC3216N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 180,  130, 300, 470, 230, 100, 180)');
+define(`PKG_CAPC3216M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 190,  150, 320, 560, 290, 100, 190)');
+
+define(`PKG_INDC3216L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 180,  100, 300, 420, 210, 120, 180)');
+define(`PKG_INDC3216N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 190,  120, 320, 490, 240, 120, 190)');
+define(`PKG_INDC3216M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 200,  140, 340, 580, 300, 130, 200)');
+
+define(`PKG_RESC3216L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 170,  110, 280, 400, 200,  90, 170)');
+define(`PKG_RESC3216N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 180,  130, 300, 470, 230, 100, 180)');
+define(`PKG_RESC3216M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 190,  150, 320, 560, 290, 100, 190)');
+
+define(`PKG_1206',      `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 190,  130, 300, 490, 240, 120, 190)');
+
+# 1210 (C = 1.35 mm high, L = 1.35 mm high, R = 0.71 mm high)
+define(`PKG_CAPC3225L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 260,  110, 280, 400, 290,  90, 260)');
+define(`PKG_CAPC3225N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 270,  130, 300, 470, 320, 100, 270)');
+define(`PKG_CAPC3225M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 280,  150, 320, 560, 380, 100, 280)');
+
+define(`PKG_INDC3225L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 260,  110, 280, 400, 290,  90, 260)');
+define(`PKG_INDC3225N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 270,  130, 300, 470, 320, 100, 270)');
+define(`PKG_INDC3225M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 280,  150, 320, 560, 380, 100, 280)');
+
+define(`PKG_RESC3225L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 260,  110, 280, 400, 290,  90, 260)');
+define(`PKG_RESC3225N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 270,  130, 300, 470, 320, 100, 270)');
+define(`PKG_RESC3225M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 280,  150, 320, 560, 380, 100, 280)');
+
+define(`PKG_1210',      `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 270,  130, 300, 470, 320, 100, 270)');
+
+# 1806 (L = 1.9 mm high)
+
+define(`PKG_INDC4509L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 110,  130, 400, 540, 150, 200, 110)');
+define(`PKG_INDC4509N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 120,  150, 420, 610, 170, 190, 120)');
+define(`PKG_INDC4509M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 130,  170, 440, 700, 230, 200, 130)');
+
+define(`PKG_1806',      `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 120,  150, 420, 610, 170, 190, 120)');
+
+# 1812 (C = 1.35 mm high, L = 1.75 mm high, R = 1.1 mm high)
+define(`PKG_CAPC4532L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 330,  140, 380, 540, 370, 160, 330)');
+define(`PKG_CAPC4532N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 340,  160, 400, 610, 390, 160, 340)');
+define(`PKG_CAPC4532M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 350,  180, 420, 700, 450, 160, 350)');
+
+define(`PKG_INDC4532L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 330,  140, 380, 540, 370, 160, 330)');
+define(`PKG_INDC4532N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 340,  160, 400, 610, 390, 160, 340)');
+define(`PKG_INDC4532M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 350,  180, 420, 700, 450, 160, 350)');
+
+define(`PKG_RESC4532L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 330,  140, 380, 540, 370, 160, 330)');
+define(`PKG_RESC4532N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 340,  160, 400, 610, 390, 160, 340)');
+define(`PKG_RESC4532M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 350,  180, 420, 700, 450, 160, 350)');
+
+define(`PKG_1806',      `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 340,  160, 400, 610, 390, 160, 340)');
+
+# 1825 (C = 1.1 mm high, R = 1.35 mm high)
+define(`PKG_CAPC4564L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 670,  140, 380, 540, 700, 160, 670)');
+define(`PKG_CAPC4564N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 680,  160, 400, 610, 730, 160, 680)');
+define(`PKG_CAPC4564M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 690,  180, 420, 700, 790, 160, 690)');
+
+define(`PKG_RESC4564L', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 670,  140, 380, 540, 700, 160, 670)');
+define(`PKG_RESC4564N', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 680,  160, 400, 610, 730, 160, 680)');
+define(`PKG_RESC4564M', `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 690,  180, 420, 700, 790, 160, 690)');
+
+define(`PKG_1825',      `PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 680,  160, 400, 610, 730, 160, 680)');
+
+
+
+#
+## 3-Pin SMT EMI Filter based on standard SMT sizes
+#  See www.murata.com for example
+#
+define(`PKG_EMI0603',      `COMMON_SMT_3PAD_MIL(  `$1', `$2', `$3', 24, 24,  63,  47, 16, 10, 10)');
+define(`PKG_EMI0805',      `COMMON_SMT_3PAD_MIL(  `$1', `$2', `$3', 32, 24,  79,  75, 24, 10, 10)');
+define(`PKG_EMI1206',      `COMMON_SMT_3PAD_MIL(  `$1', `$2', `$3', 32, 28, 126,  79, 39, 10, 10)');
+define(`PKG_EMI1806',      `COMMON_SMT_3PAD_MIL(  `$1', `$2', `$3', 39, 39, 177, 102, 59, 10, 10)');
+
+#
+## Tantalum SMT capacitor (pin 1 is +)
+#  pin 1 is marked (and is presumably +), pin 2 is minus
+#  EIA3216 .. EIA7343
+#
+define(`PKG_EIA3216',   `PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 32, 16)');
+define(`PKG_EIA3528',   `PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 35, 28)');
+define(`PKG_EIA6032',   `PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 60, 32)');
+define(`PKG_EIA7343',   `PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 73, 43)');
+
+define(`PKG_TANT_A',    `PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 32, 16)');
+define(`PKG_TANT_B',    `PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 35, 28)');
+define(`PKG_TANT_C',    `PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 60, 32)');
+define(`PKG_TANT_D',    `PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 73, 43)');
+
+#
+## Surface mount electrolytic capacitor, number is dia in mm
+define(`PKG_SME3',      `PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 33, 33)');
+define(`PKG_SME4',      `PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 43, 43)');
+define(`PKG_SME5',      `PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 53, 53)');
+define(`PKG_SME6',      `PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 66, 66)');
+define(`PKG_SME8',      `PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 84, 84)');
+define(`PKG_SME10',     `PKG_SMT_2PAD_EIA(  `$1', `$2', `$3',104,104)');
+
+#
+## SMT diode (pin 1 is cathode)
+#  (pin 2 is anode)
+#  SOD110 ..
+#
+#  SOD23D is a SOT23 housing with pin numbers that match diodes
+#  it can also be used for transistors that used this numbering
+# dimensions of `PKG_SMT_DIODE( `$1', `$2', `$3', len=mm/10, wid=mm/10)'); #JG
+# dimensions of `PKG_SM/EIT_2PAD_EIA( `$1', `$2', `$3', len=mm/10, wid=mm/10)'); #JG
+#
+define(`PKG_SOD80',    `PKG_SMT_2PAD_EIA(    `$1', `$2', `$3', 37, 16)');
+define(`PKG_SOD87',    `PKG_SMT_2PAD_EIA(    `$1', `$2', `$3', 37, 21)');
+define(`PKG_SOD106A',  `PKG_SMT_DIODE(       `$1', `$2', `$3', 55, 25)');
+define(`PKG_SOD110',   `PKG_SMT_DIODE(       `$1', `$2', `$3', 21, 14)');
+# BUG: pads are only 0.65 mm wide:
+define(`PKG_SOD123',   `PKG_SMT_DIODE(       `$1', `$2', `$3', 40, 15)');
+# BUG: pads are only 0.60 mm wide:
+define(`PKG_SOD323',   `PKG_SMT_DIODE(       `$1', `$2', `$3', 27, 13)');
+define(`PKG_DO214',   `PKG_SMT_DIODE(       `$1', `$2', `$3', 77, 33)'); #JG
+define(`PKG_DO214AB',   `PKG_SMT_DIODE(       `$1', `$2', `$3', 79, 34)'); #JG
+define(`PKG_SOT23D',   `PKG_SMT_TRANSISTOR2( `$1', `$2', `$3', 20, 21)');
+define(`PKG_SOT323D',  `PKG_SMT_TRANSISTOR2( `$1', `$2', `$3', 13, 18)');
+
+#
+## SMT transistor, 3 pins
+define(`PKG_SOT23',    `PKG_SMT_TRANSISTOR3( `$1', `$2', `$3', 20, 21)');
+define(`PKG_SOT323',   `PKG_SMT_TRANSISTOR3( `$1', `$2', `$3', 13, 18)');
+define(`PKG_SC90',     `PKG_SMT_TRANSISTOR3( `$1', `$2', `$3', 10, 15)');
+define(`PKG_SC70_3',   `PKG_SMT_TRANSISTOR3( `$1', `$2', `$3', 13, 18)');
+
+## SMT transistor, 4 pins
+define(`PKG_SOT89',    `PKG_SMT_TRANSISTOR4X(`$1', `$2', `$3', 31, 31)');
+define(`PKG_SOT143',   `PKG_SMT_TRANSISTOR4( `$1', `$2', `$3', 19, 21)');
+define(`PKG_SOT223',   `PKG_SMT_TRANSISTOR4X(`$1', `$2', `$3', 46, 62)');
+define(`PKG_SC70_4',   `PKG_SMT_TRANSISTOR4( `$1', `$2', `$3', 13, 18)');
+
+## SMT transistor, 5 pins
+# aka SOT23-5
+define(`PKG_SOT25',    `PKG_SMT_TRANSISTOR5( `$1', `$2', `$3', 20, 21)');
+define(`PKG_SOT325',   `PKG_SMT_TRANSISTOR5( `$1', `$2', `$3', 13, 18)');
+define(`PKG_SC70_5',   `PKG_SMT_TRANSISTOR5A(`$1', `$2', `$3', 13, 18)');
+
+## SMT transistor, 6 pins
+# aka SOT23-6
+define(`PKG_SOT26',    `PKG_SMT_TRANSISTOR6( `$1', `$2', `$3', 20, 21)');
+define(`PKG_SOT326',   `PKG_SMT_TRANSISTOR6( `$1', `$2', `$3', 13, 18)');
+define(`PKG_SC70_6',   `PKG_SMT_TRANSISTOR6( `$1', `$2', `$3', 13, 18)');
+
+## Pressure transducer
+define(`PKG_MPAK',     `COMMON_SMT_TRANSISTORX_MIL(`$1', `$2', `$3', 150, 437, 20, `12345')');
+
Index: oldlib/lib/gen_geda_list.awk
===================================================================
--- oldlib/lib/gen_geda_list.awk	(nonexistent)
+++ oldlib/lib/gen_geda_list.awk	(revision 296)
@@ -0,0 +1,32 @@
+#!/usr/bin/awk -f
+#
+# $Id$
+#
+# Script to regenerate geda.list from geda.inc
+#
+# Usage:
+#
+#  awk -f gen_geda_list.awk geda.inc > geda.list
+#
+
+BEGIN {
+	printf("#\n");
+	printf("# NOTE: Auto-generated. Do not change.\n");
+	printf("#");
+}
+
+/^\#\#/ {
+	printf("#\n");
+	next;
+}
+
+
+/^[ \t]*define/ {
+	pkg = $1;
+	ind = index(pkg, "PKG");
+	pkg = substr(pkg, ind+4);
+	ind = index(pkg, "'");
+	pkg = substr(pkg, 1, ind-1);
+	printf("geda_%s:%s:%s\n", pkg, pkg, pkg);
+}
+

Property changes on: oldlib/lib/gen_geda_list.awk
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/gen_geda_m4.awk
===================================================================
--- oldlib/lib/gen_geda_m4.awk	(nonexistent)
+++ oldlib/lib/gen_geda_m4.awk	(revision 296)
@@ -0,0 +1,40 @@
+#!/usr/bin/awk -f
+#
+# $Id$
+#
+# Script to regenerate geda.m4 from geda.inc
+#
+# Usage:
+#
+#  awk -f gen_geda_m4.awk geda.inc > geda.m4
+#
+
+BEGIN {
+	printf("divert(-1)\n");
+	printf("#\n");
+	printf("# NOTE: Auto-generated. Do not change.\n");
+	printf("#");
+}
+
+/^\#\#/ {
+	descr = $0;
+	ind = index(descr, $2);
+	descr = substr(descr, ind);
+	printf("#\n");
+	next;
+}
+
+
+/^[ \t]*define/ {
+	pkg = $1;
+	ind = index(pkg, "PKG");
+	pkg = substr(pkg, ind+4);
+	ind = index(pkg, "'");
+	pkg = substr(pkg, 1, ind-1);
+	printf("define(`Description_geda_%s',\t``%s'')\n", pkg, descr);
+}
+
+END {
+	printf("divert(0)dnl\n");
+}
+

Property changes on: oldlib/lib/gen_geda_m4.awk
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/gen_list.awk
===================================================================
--- oldlib/lib/gen_list.awk	(nonexistent)
+++ oldlib/lib/gen_list.awk	(revision 296)
@@ -0,0 +1,64 @@
+#!/usr/bin/awk -f
+#
+# $Id$
+#
+#                            COPYRIGHT
+#
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 2003 Dan McMahill
+#
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+#
+# Script to regenerate geda.list from geda.inc
+#
+# Usage:
+#
+#  awk -f gen_list.awk name=foo foo.inc > foo.list
+#
+
+BEGIN {
+	printf("#\n");
+	printf("# NOTE: Auto-generated. Do not change.\n");
+	printf("#");
+	do_process = 0;
+}
+
+/^\#[ \t]*EXTRACT_BEGIN/ {
+  do_process = 1;
+}
+
+/^\#[ \t]*EXTRACT_END/ {
+  do_process = 0;
+}
+
+do_process == 0 {
+  next;
+}
+
+/^\#\#/ {
+	printf("#\n");
+	next;
+}
+
+
+/^[ \t]*define/ {
+	pkg = $1;
+	ind = index(pkg, "PKG");
+	pkg = substr(pkg, ind+4);
+	ind = index(pkg, "'");
+	pkg = substr(pkg, 1, ind-1);
+	printf("%s_%s:%s:%s\n", name, pkg, pkg, pkg);
+}
+

Property changes on: oldlib/lib/gen_list.awk
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/gen_m4.awk
===================================================================
--- oldlib/lib/gen_m4.awk	(nonexistent)
+++ oldlib/lib/gen_m4.awk	(revision 296)
@@ -0,0 +1,72 @@
+#!/usr/bin/awk -f
+#
+# $Id$
+#
+#                            COPYRIGHT
+#
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 2003 Dan McMahill
+#
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+#
+# Script to regenerate *.m4 from *.inc
+#
+# Usage:
+#
+#  awk -f gen_m4.awk name=foo foo.inc > foo.m4
+#
+
+BEGIN {
+	printf("divert(-1)\n");
+	printf("#\n");
+	printf("# NOTE: Auto-generated. Do not change.\n");
+	printf("#");
+	do_process = 0;
+}
+
+/^\#[ \t]*EXTRACT_BEGIN/ {
+  do_process = 1;
+}
+
+/^\#[ \t]*EXTRACT_END/ {
+  do_process = 0;
+}
+
+do_process == 0 {
+  next;
+}
+
+/^\#\#/ {
+	descr = $0;
+	ind = index(descr, $2);
+	descr = substr(descr, ind);
+	printf("#\n");
+	next;
+}
+
+
+/^[ \t]*define/ {
+	pkg = $1;
+	ind = index(pkg, "PKG");
+	pkg = substr(pkg, ind+4);
+	ind = index(pkg, "'");
+	pkg = substr(pkg, 1, ind-1);
+	printf("define(`Description_%s_%s',\t``%s'')\n", name, pkg, descr);
+}
+
+END {
+	printf("divert(0)dnl\n");
+}
+

Property changes on: oldlib/lib/gen_m4.awk
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/generic.list
===================================================================
--- oldlib/lib/generic.list	(nonexistent)
+++ oldlib/lib/generic.list	(revision 296)
@@ -0,0 +1,155 @@
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# mask package values...
+#
+generic8_dil:DIL:DIL 8
+generic8_dil:N:DIL 8
+generic8smd_dil:D:SMD 8
+generic14_dil:DIL:DIL 14
+generic14_dil:N:DIL 14
+generic14smd_dil:D:SMD 14
+generic16_dil:DIL:DIL 16
+generic16_dil:N:DIL 16
+generic16smd_dil:D:SMD 16
+generic18_dil:DIL:DIL 18
+generic18_dil:N:DIL 18
+generic18smd_dil:D:SMD 18
+generic20_dil:DIL:DIL 20
+generic20_dil:N:DIL 20
+generic20smd_dil:D:SMD 20
+generic24_dil:DIL:DIL 24
+generic24_dil:N:DIL 24
+generic24smd_dil:D:SMD 24
+generic24w_dil:DIL:W-DIL 24
+generic24w_dil:N:W-DIL 24
+generic24smdw_dil:DW:SMD-W 24
+generic28_dil:DIL:DIL 28
+generic28_dil:N:DIL 28
+generic28smd_dil:D:SMD 28
+generic28w_dil:DIL:W-DIL 28
+generic28w_dil:N:W-DIL 28
+generic28smdw_dil:DW:SMD-W 28
+generic32_dil:DIL:DIL 32
+generic32_dil:N:DIL 32
+generic40_dil:DIL:DIL 40
+generic40_dil:N:DIL 40
+generic64_dil:DIL:DIL 64
+generic64_dil:N:DIL 64
+generic44_plcc:PLCC:PLCC 44
+generic44_plcc:PLCC_SOCKET:PLCC 44 socket
+generic52_plcc:PLCC:PLCC 52
+generic52_plcc:PLCC_SOCKET:PLCC 52 socket
+generic68_plcc:PLCC:PLCC 68
+generic68_plcc:PLCC_SOCKET:PLCC 68 socket
+generic84_plcc:PLCC:PLCC 84
+generic84_plcc:PLCC_SOCKET:PLCC 84 socket
+
+generic44_qfp:QFP:QFP 44
+generic44_qfp:OLD_QFP:QFP 44 OLD
+generic208_lqfp:208_LQFP:QFP 208
+menu_qfp:MENU_QFP:QFP menu
+generic80_qfp:QFP2:QFP 80
+generic16_zif:ZIF:ZIF 16
+generic20_zif:ZIF:ZIF 20
+
+generic20_zip:SD:ZIP 20
+generic24_zip:SD:ZIP 24
+generic28_zip:SD:ZIP 28
+generic40_zip:SD:ZIP 40
+
+generic_diode_300:DIODE_LAY:300
+generic_diode_400:DIODE_LAY:400
+generic_diode_500:DIODE_LAY:500
+generic_diode_600:DIODE_LAY:600
+generic_diode_800:DIODE_LAY:800
+
+#
+oscillator_1:OSC:1 MHz OSC
+oscillator_2:OSC:2 MHz OSC
+oscillator_4:OSC:4 MHz OSC
+oscillator_5:OSC:5 MHz OSC
+oscillator_8:OSC:8 MHz OSC
+oscillator_10:OSC:10 MHz OSC
+oscillator_12:OSC:12 MHz OSC
+oscillator_16:OSC:16 MHz OSC
+oscillator_20:OSC:20 MHz OSC
+oscillator_24:OSC:24 MHz OSC
+oscillator_32:OSC:32 MHz OSC
+
+ovenized_oscillator_5:OVEN_OSC:5 MHz OSC
+
+r_025:R025:0.25W Resistor (300 mil)
+generic_resistor_axial_300:AXIAL_LAY:300
+generic_resistor_axial_400:AXIAL_LAY:400
+generic_resistor_axial_500:AXIAL_LAY:500
+generic_resistor_axial_600:AXIAL_LAY:600
+generic_resistor_axial_800:AXIAL_LAY:800
+
+generic_capacitor_axial_300:AXIAL_LAY:300
+generic_capacitor_axial_400:AXIAL_LAY:400
+generic_capacitor_axial_500:AXIAL_LAY:500
+generic_capacitor_axial_600:AXIAL_LAY:600
+generic_capacitor_axial_800:AXIAL_LAY:800
+
+generic_capacitor_radial_200:RADIAL_CAN:200
+generic_capacitor_radial_300:RADIAL_CAN:300
+generic_capacitor_radial_400:RADIAL_CAN:400
+generic_capacitor_radial_500:RADIAL_CAN:500
+generic_capacitor_radial_600:RADIAL_CAN:600
+
+generic_smd_chip_402:SMD_CHIP:Resistor:Capacitor
+generic_smd_chip_603:SMD_CHIP:Resistor:Capacitor
+generic_smd_chip_805:SMD_CHIP:Resistor:Capacitor
+generic_smd_chip_1206:SMD_CHIP:Resistor:Capacitor
+generic_smd_chip_1210:SMD_CHIP:Resistor:Capacitor
+
+smd_resistor_603:SMD_SIMPLE:603
+smd_resistor_805:SMD_SIMPLE:805
+smd_resistor_1206:SMD_SIMPLE:1206
+
+smd_capacitor_603:SMD_SIMPLE:603
+smd_capacitor_805:SMD_SIMPLE:805
+smd_capacitor_1206:SMD_SIMPLE:1206
+
+smd_capacitor_polarized_603:SMD_POLAR:603
+smd_capacitor_polarized_805:SMD_POLAR:805
+smd_capacitor_polarized_1206:SMD_POLAR:1206
+
+smd_EIA_A_capacitor:SMD_POLAR:EIA A
+smd_EIA_B_capacitor:SMD_POLAR:EIA B
+smd_EIA_C_capacitor:SMD_POLAR:EIA C
+smd_EIA_D_capacitor:SMD_POLAR:EIA D
+
+smd_diode_603:SMD_DIODE:603
+smd_diode_805:SMD_DIODE:805
+smd_diode_1206:SMD_DIODE:1206
+
+isa_eight_bit:ISA8:XT8BIT
+
+sot_23:SOT23:SOT-23
+sot_323:SOT323:SOT-323
+sot_nec19:NEC19:SOT-NE19

Property changes on: oldlib/lib/generic.list
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/generic.m4
===================================================================
--- oldlib/lib/generic.m4	(nonexistent)
+++ oldlib/lib/generic.m4	(revision 296)
@@ -0,0 +1,469 @@
+divert(-1)
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+define(`Description_generic8_dil', ``generic'')
+define(`Param1_generic8_dil', 8)
+define(`Param2_generic8_dil', 300)
+
+define(`Description_generic8smd_dil', ``generic'')
+define(`Param1_generic8smd_dil', 8)
+
+define(`Description_generic14_dil', ``generic'')
+define(`Param1_generic14_dil', 14)
+define(`Param2_generic14_dil', 300)
+
+define(`Description_generic14smd_dil', ``generic'')
+define(`Param1_generic14smd_dil', 14)
+
+define(`Description_generic16_dil', ``generic'')
+define(`Param1_generic16_dil', 16)
+define(`Param2_generic16_dil', 300)
+
+define(`Description_generic16smd_dil', ``generic'')
+define(`Param1_generic16smd_dil', 16)
+
+define(`Description_generic18_dil', ``generic'')
+define(`Param1_generic18_dil', 18)
+define(`Param2_generic18_dil', 300)
+
+define(`Description_generic18smd_dil', ``generic'')
+define(`Param1_generic18smd_dil', 18)
+
+define(`Description_generic20_dil', ``generic'')
+define(`Param1_generic20_dil', 20)
+define(`Param2_generic20_dil', 300)
+
+define(`Description_generic20smd_dil', ``generic'')
+define(`Param1_generic20smd_dil', 20)
+
+define(`Description_generic24_dil', ``generic'')
+define(`Param1_generic24_dil', 24)
+define(`Param2_generic24_dil', 300)
+
+define(`Description_generic24smd_dil', ``generic'')
+define(`Param1_generic24smd_dil', 24)
+
+define(`Description_generic24w_dil', ``generic'')
+define(`Param1_generic24w_dil', 24)
+define(`Param2_generic24w_dil', 600)
+
+define(`Description_generic24smdw_dil', ``generic'')
+define(`Param1_generic24smdw_dil', 24)
+
+define(`Description_generic28_dil', ``generic'')
+define(`Param1_generic28_dil', 28)
+define(`Param2_generic28_dil', 300)
+
+define(`Description_generic28smd_dil', ``generic'')
+define(`Param1_generic28smd_dil', 28)
+
+define(`Description_generic28w_dil', ``generic'')
+define(`Param1_generic28w_dil', 28)
+define(`Param2_generic28w_dil', 600)
+
+define(`Description_generic28smdw_dil', ``generic'')
+define(`Param1_generic28smdw_dil', 28)
+
+define(`Description_generic32_dil', ``generic'')
+define(`Param1_generic32_dil', 32)
+define(`Param2_generic32_dil', 600)
+
+define(`Description_generic40_dil', ``generic'')
+define(`Param1_generic40_dil', 40)
+define(`Param2_generic40_dil', 600)
+
+define(`Description_generic64_dil', ``generic'')
+define(`Param1_generic64_dil', 64)
+define(`Param2_generic64_dil', 900)
+
+define(`Description_generic44_plcc', ``generic'')
+define(`Param1_generic44_plcc', 44)
+define(`Param2_generic44_plcc', 150)
+
+define(`Description_generic52_plcc', ``generic'')
+define(`Param1_generic52_plcc', 52)
+define(`Param2_generic52_plcc', 150)
+
+define(`Description_generic68_plcc', ``generic'')
+define(`Param1_generic68_plcc', 68)
+define(`Param2_generic68_plcc', 150)
+
+define(`Description_generic84_plcc', ``generic'')
+define(`Param1_generic84_plcc', 84)
+define(`Param2_generic84_plcc', 150)
+
+define(`Description_generic44_qfp', ``generic'')
+define(`Param1_generic44_qfp', 44)
+define(`Param2_generic44_qfp', 150)
+
+define(`Description_generic80_qfp', ``generic'')
+define(`Param1_generic80_qfp', 80)
+define(`Param2_generic80_qfp', 150)
+
+define(`Description_generic208_lqfp', ``generic'')
+
+define(`Description_menu_qfp', ``generic'')
+
+define(`Description_generic16_zif', ``generic'')
+define(`Param1_generic16_zif', 16)
+
+define(`Description_generic20_zif', ``generic'')
+define(`Param1_generic20_zif', 20)
+
+define(`Description_generic208_lqfp', ``generic'')
+
+define(`Description_menu_qfp', ``generic'')
+
+define(`Description_generic208_lqfp', ``generic'')
+
+define(`Description_menu_qfp', ``generic'')
+
+define(`Description_generic20_zip', ``generic'')
+define(`Param1_generic20_zip', 20)
+
+define(`Description_generic24_zip', ``generic'')
+define(`Param1_generic24_zip', 24)
+
+define(`Description_generic28_zip', ``generic'')
+define(`Param1_generic28_zip', 28)
+
+define(`Description_generic40_zip', ``generic'')
+define(`Param1_generic40_zip', 40)
+
+define(`Description_generic_diode_300', ``diode'')
+define(`Param1_generic_diode_300', 300)
+
+define(`Description_generic_diode_400', ``diode'')
+define(`Param1_generic_diode_400', 400)
+
+define(`Description_generic_diode_500', ``diode'')
+define(`Param1_generic_diode_500', 500)
+
+define(`Description_generic_diode_600', ``diode'')
+define(`Param1_generic_diode_600', 600)
+
+define(`Description_generic_diode_800', ``diode'')
+define(`Param1_generic_diode_800', 800)
+
+define(`Description_oscillator_1', ``oscillator'')
+define(`Param1_oscillator_1', 1)
+
+define(`Description_oscillator_2', ``oscillator'')
+define(`Param1_oscillator_2', 2)
+
+define(`Description_oscillator_4', ``oscillator'')
+define(`Param1_oscillator_4', 4)
+
+define(`Description_oscillator_5', ``oscillator'')
+define(`Param1_oscillator_5', 5)
+
+define(`Description_oscillator_8', ``oscillator'')
+define(`Param1_oscillator_8', 8)
+
+define(`Description_oscillator_10', ``oscillator'')
+define(`Param1_oscillator_10', 10)
+
+define(`Description_oscillator_12', ``oscillator'')
+define(`Param1_oscillator_12', 12)
+
+define(`Description_oscillator_16', ``oscillator'')
+define(`Param1_oscillator_16', 16)
+
+define(`Description_oscillator_20', ``oscillator'')
+define(`Param1_oscillator_20', 20)
+
+define(`Description_oscillator_24', ``oscillator'')
+define(`Param1_oscillator_24', 24)
+
+define(`Description_oscillator_32', ``oscillator'')
+define(`Param1_oscillator_32', 32)
+
+define(`Description_ovenized_oscillator_5', ``ovenized'')
+define(`Param1_ovenized_oscillator_5', 5)
+
+define(`Description_generic_resistor_axial_300', ``resistor_axial'')
+define(`Param1_generic_resistor_axial_300', 300)
+
+define(`Description_generic_resistor_axial_400', ``resistor_axial'')
+define(`Param1_generic_resistor_axial_400', 400)
+
+define(`Description_generic_resistor_axial_500', ``resistor_axial'')
+define(`Param1_generic_resistor_axial_500', 500)
+
+define(`Description_generic_resistor_axial_600', ``resistor_axial'')
+define(`Param1_generic_resistor_axial_600', 600)
+
+define(`Description_generic_resistor_axial_800', ``resistor_axial'')
+define(`Param1_generic_resistor_axial_800', 800)
+
+define(`Description_generic_capacitor_axial_300', ``capacitor_axial'')
+define(`Param1_generic_capacitor_axial_300', 300)
+
+define(`Description_generic_capacitor_axial_400', ``capacitor_axial'')
+define(`Param1_generic_capacitor_axial_400', 400)
+
+define(`Description_generic_capacitor_axial_500', ``capacitor_axial'')
+define(`Param1_generic_capacitor_axial_500', 500)
+
+define(`Description_generic_capacitor_axial_600', ``capacitor_axial'')
+define(`Param1_generic_capacitor_axial_600', 600)
+
+define(`Description_generic_capacitor_axial_800', ``capacitor_axial'')
+define(`Param1_generic_capacitor_axial_800', 800)
+
+define(`Description_generic_capacitor_radial_200', ``capacitor_radial'')
+define(`Param1_generic_capacitor_radial_200', 200)
+
+define(`Description_generic_capacitor_radial_300', ``capacitor_radial'')
+define(`Param1_generic_capacitor_radial_300', 300)
+
+define(`Description_generic_capacitor_radial_400', ``capacitor_radial'')
+define(`Param1_generic_capacitor_radial_400', 400)
+
+define(`Description_generic_capacitor_radial_500', ``capacitor_radial'')
+define(`Param1_generic_capacitor_radial_500', 500)
+
+define(`Description_generic_capacitor_radial_600', ``capacitor_radial'')
+define(`Param1_generic_capacitor_radial_600', 600)
+
+define(`Description_generic_smd_chip_402', `smd chip 402')
+define(`Param1_generic_smd_chip_402', 402)
+
+define(`Description_generic_smd_chip_603', `smd chip 603')
+define(`Param1_generic_smd_chip_603', 603)
+
+define(`Description_generic_smd_chip_805', `smd chip 805')
+define(`Param1_generic_smd_chip_805', 805)
+
+define(`Description_generic_smd_chip_1206', `smd chip 1206')
+define(`Param1_generic_smd_chip_1206', 1206)
+
+define(`Description_generic_smd_chip_1210', `smd chip 1210')
+define(`Param1_generic_smd_chip_1210', 1210)
+
+define(`Description_isa_eight_bit', ``isa_eight_bit'')
+
+define(`Description_smd_resistor_603', ``chip_resistor'')
+define(`Param1_smd_resistor_603', 60)
+define(`Param2_smd_resistor_603', 30)
+
+define(`Description_smd_resistor_805', ``chip_resistor'')
+define(`Param1_smd_resistor_805', 80)
+define(`Param2_smd_resistor_805', 50)
+
+define(`Description_smd_resistor_1206', ``chip_resistor'')
+define(`Param1_smd_resistor_1206', 120)
+define(`Param2_smd_resistor_1206', 60)
+
+define(`Description_smd_capacitor_603', ``chip_capacitor'')
+define(`Param1_smd_capacitor_603', 60)
+define(`Param2_smd_capacitor_603', 30)
+
+define(`Description_smd_capacitor_805', ``chip_capacitor'')
+define(`Param1_smd_capacitor_805', 80)
+define(`Param2_smd_capacitor_805', 50)
+
+define(`Description_smd_capacitor_1206', ``chip_capacitor'')
+define(`Param1_smd_capacitor_1206', 120)
+define(`Param2_smd_capacitor_1206', 60)
+
+define(`Description_smd_capacitor_polarized_603', ``chip_capacitor_polarized'')
+define(`Param1_smd_capacitor_polarized_603', 60)
+define(`Param2_smd_capacitor_polarized_603', 30)
+
+define(`Description_smd_capacitor_polarized_805', ``chip_capacitor_polarized'')
+define(`Param1_smd_capacitor_polarized_805', 80)
+define(`Param2_smd_capacitor_polarized_805', 50)
+
+define(`Description_smd_capacitor_polarized_1206', ``chip_capacitor_polarized'')
+define(`Param1_smd_capacitor_polarized_1206', 120)
+define(`Param2_smd_capacitor_polarized_1206', 60)
+
+define(`Description_smd_EIA_A_capacitor', ``chip_capacitor_polarized'')
+define(`Param1_smd_EIA_A_capacitor', 120)
+define(`Param2_smd_EIA_A_capacitor', 50)
+
+define(`Description_smd_EIA_B_capacitor', ``chip_capacitor_polarized'')
+define(`Param1_smd_EIA_B_capacitor', 140)
+define(`Param2_smd_EIA_B_capacitor', 90)
+
+define(`Description_smd_EIA_C_capacitor', ``chip_capacitor_polarized'')
+define(`Param1_smd_EIA_C_capacitor', 240)
+define(`Param2_smd_EIA_C_capacitor', 90)
+
+define(`Description_smd_EIA_D_capacitor', ``chip_capacitor_polarized'')
+define(`Param1_smd_EIA_D_capacitor', 280)
+define(`Param2_smd_EIA_D_capacitor', 100)
+
+define(`Description_smd_diode_603', ``chip_diode'')
+define(`Param1_smd_diode_603', 60)
+define(`Param2_smd_diode_603', 30)
+
+define(`Description_smd_diode_805', ``chip_diode'')
+define(`Param1_smd_diode_805', 80)
+define(`Param2_smd_diode_805', 50)
+
+define(`Description_smd_diode_1206', ``chip_diode'')
+define(`Param1_smd_diode_1206', 120)
+define(`Param2_smd_diode_1206', 60)
+
+define(`Description_smd_resistor_603', ``chip_resistor'')
+define(`Param1_smd_resistor_603', 60)
+define(`Param2_smd_resistor_603', 30)
+
+define(`Description_smd_resistor_805', ``chip_resistor'')
+define(`Param1_smd_resistor_805', 80)
+define(`Param2_smd_resistor_805', 50)
+
+define(`Description_smd_resistor_1206', ``chip_resistor'')
+define(`Param1_smd_resistor_1206', 120)
+define(`Param2_smd_resistor_1206', 60)
+
+define(`Description_smd_capacitor_603', ``chip_capacitor'')
+define(`Param1_smd_capacitor_603', 60)
+define(`Param2_smd_capacitor_603', 30)
+
+define(`Description_smd_capacitor_805', ``chip_capacitor'')
+define(`Param1_smd_capacitor_805', 80)
+define(`Param2_smd_capacitor_805', 50)
+
+define(`Description_smd_capacitor_1206', ``chip_capacitor'')
+define(`Param1_smd_capacitor_1206', 120)
+define(`Param2_smd_capacitor_1206', 60)
+
+define(`Description_smd_capacitor_polarized_603', ``chip_capacitor_polarized'')
+define(`Param1_smd_capacitor_polarized_603', 60)
+define(`Param2_smd_capacitor_polarized_603', 30)
+
+define(`Description_smd_capacitor_polarized_805', ``chip_capacitor_polarized'')
+define(`Param1_smd_capacitor_polarized_805', 80)
+define(`Param2_smd_capacitor_polarized_805', 50)
+
+define(`Description_smd_capacitor_polarized_1206', ``chip_capacitor_polarized'')
+define(`Param1_smd_capacitor_polarized_1206', 120)
+define(`Param2_smd_capacitor_polarized_1206', 60)
+
+define(`Description_smd_EIA_A_capacitor', ``chip_capacitor_polarized'')
+define(`Param1_smd_EIA_A_capacitor', 120)
+define(`Param2_smd_EIA_A_capacitor', 50)
+
+define(`Description_smd_EIA_B_capacitor', ``chip_capacitor_polarized'')
+define(`Param1_smd_EIA_B_capacitor', 140)
+define(`Param2_smd_EIA_B_capacitor', 90)
+
+define(`Description_smd_EIA_C_capacitor', ``chip_capacitor_polarized'')
+define(`Param1_smd_EIA_C_capacitor', 240)
+define(`Param2_smd_EIA_C_capacitor', 90)
+
+define(`Description_smd_EIA_D_capacitor', ``chip_capacitor_polarized'')
+define(`Param1_smd_EIA_D_capacitor', 280)
+define(`Param2_smd_EIA_D_capacitor', 100)
+
+define(`Description_smd_diode_603', ``chip_diode'')
+define(`Param1_smd_diode_603', 60)
+define(`Param2_smd_diode_603', 30)
+
+define(`Description_smd_diode_805', ``chip_diode'')
+define(`Param1_smd_diode_805', 80)
+define(`Param2_smd_diode_805', 50)
+
+define(`Description_smd_diode_1206', ``chip_diode'')
+define(`Param1_smd_diode_1206', 120)
+define(`Param2_smd_diode_1206', 60)
+
+define(`Description_smd_resistor_603', ``chip_resistor'')
+define(`Param1_smd_resistor_603', 60)
+define(`Param2_smd_resistor_603', 30)
+
+define(`Description_smd_resistor_805', ``chip_resistor'')
+define(`Param1_smd_resistor_805', 80)
+define(`Param2_smd_resistor_805', 50)
+
+define(`Description_smd_resistor_1206', ``chip_resistor'')
+define(`Param1_smd_resistor_1206', 120)
+define(`Param2_smd_resistor_1206', 60)
+
+define(`Description_smd_capacitor_603', ``chip_capacitor'')
+define(`Param1_smd_capacitor_603', 60)
+define(`Param2_smd_capacitor_603', 30)
+
+define(`Description_smd_capacitor_805', ``chip_capacitor'')
+define(`Param1_smd_capacitor_805', 80)
+define(`Param2_smd_capacitor_805', 50)
+
+define(`Description_smd_capacitor_1206', ``chip_capacitor'')
+define(`Param1_smd_capacitor_1206', 120)
+define(`Param2_smd_capacitor_1206', 60)
+
+define(`Description_smd_capacitor_polarized_603', ``chip_capacitor_polarized'')
+define(`Param1_smd_capacitor_polarized_603', 60)
+define(`Param2_smd_capacitor_polarized_603', 30)
+
+define(`Description_smd_capacitor_polarized_805', ``chip_capacitor_polarized'')
+define(`Param1_smd_capacitor_polarized_805', 80)
+define(`Param2_smd_capacitor_polarized_805', 50)
+
+define(`Description_smd_capacitor_polarized_1206', ``chip_capacitor_polarized'')
+define(`Param1_smd_capacitor_polarized_1206', 120)
+define(`Param2_smd_capacitor_polarized_1206', 60)
+
+define(`Description_smd_EIA_A_capacitor', ``chip_capacitor_polarized'')
+define(`Param1_smd_EIA_A_capacitor', 120)
+define(`Param2_smd_EIA_A_capacitor', 50)
+
+define(`Description_smd_EIA_B_capacitor', ``chip_capacitor_polarized'')
+define(`Param1_smd_EIA_B_capacitor', 140)
+define(`Param2_smd_EIA_B_capacitor', 90)
+
+define(`Description_smd_EIA_C_capacitor', ``chip_capacitor_polarized'')
+define(`Param1_smd_EIA_C_capacitor', 240)
+define(`Param2_smd_EIA_C_capacitor', 90)
+
+define(`Description_smd_EIA_D_capacitor', ``chip_capacitor_polarized'')
+define(`Param1_smd_EIA_D_capacitor', 280)
+define(`Param2_smd_EIA_D_capacitor', 100)
+
+define(`Description_smd_diode_603', ``chip_diode'')
+define(`Param1_smd_diode_603', 60)
+define(`Param2_smd_diode_603', 30)
+
+define(`Description_smd_diode_805', ``chip_diode'')
+define(`Param1_smd_diode_805', 80)
+define(`Param2_smd_diode_805', 50)
+
+define(`Description_smd_diode_1206', ``chip_diode'')
+define(`Param1_smd_diode_1206', 120)
+define(`Param2_smd_diode_1206', 60)
+
+define(`Description_sot_23', ``SOT-23 package'')
+define(`Description_sot_323', ``SOT-323 package'')
+define(`Description_sot_nec19', ``NEC SOT-NE19 package'')
+
+define(`Description_crystal_300', `crystal 300mil')  
+define(`Param1_crystal_300', 300)
+
+divert(0)

Property changes on: oldlib/lib/generic.m4
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/gtag.list
===================================================================
--- oldlib/lib/gtag.list	(nonexistent)
+++ oldlib/lib/gtag.list	(revision 296)
@@ -0,0 +1,5 @@
+cy7c64603_qfp:PQFP52_10X10:cy7c64603
+conn_usb:CONN_USB:conn_usb
+conn_jtag:CONN_JTAG:conn_jtag
+sm0805:SM0805:sm0805
+sm1206:SM1206:sm1206
Index: oldlib/lib/gtag.m4
===================================================================
--- oldlib/lib/gtag.m4	(nonexistent)
+++ oldlib/lib/gtag.m4	(revision 296)
@@ -0,0 +1,147 @@
+divert(-1)
+#
+# gTag components
+#
+define(`PKG_PQFP52_10X10',
+`Element(0x00 "$1" "`$2'" "$3" 250 200 0 150 0x00)
+(
+	Pad(0 129 80 129 16 "1" 0x00000101)
+	Pad(0 155 80 155 16 "2" 0x00000001)
+	Pad(0 180 80 180 16 "3" 0x00000001)
+	Pad(0 206 80 206 16 "4" 0x00000001)
+	Pad(0 232 80 232 16 "5" 0x00000001)
+	Pad(0 257 80 257 16 "6" 0x00000001)
+	Pad(0 283 80 283 16 "7" 0x00000001)
+	Pad(0 308 80 308 16 "8" 0x00000001)
+	Pad(0 334 80 334 16 "9" 0x00000001)
+	Pad(0 359 80 359 16 "10" 0x00000001)
+	Pad(0 385 80 385 16 "11" 0x00000001)
+	Pad(0 411 80 411 16 "12" 0x00000001)
+	Pad(0 436 80 436 16 "13" 0x00000001)
+
+	Pad(129 565 129 485 16 "14" 0x00000001)
+	Pad(155 565 155 485 16 "15" 0x00000001)
+	Pad(180 565 180 485 16 "16" 0x00000001)
+	Pad(206 565 206 485 16 "17" 0x00000001)
+	Pad(232 565 232 485 16 "18" 0x00000001)
+	Pad(257 565 257 485 16 "19" 0x00000001)
+	Pad(283 565 283 485 16 "20" 0x00000001)
+	Pad(308 565 308 485 16 "21" 0x00000001)
+	Pad(334 565 334 485 16 "22" 0x00000001)
+	Pad(359 565 359 485 16 "23" 0x00000001)
+	Pad(385 565 385 485 16 "24" 0x00000001)
+	Pad(411 565 411 485 16 "25" 0x00000001)
+	Pad(436 565 436 485 16 "26" 0x00000001)
+
+	Pad(485 436 565 436 16 "27" 0x00000001)
+	Pad(485 411 565 411 16 "28" 0x00000001)
+	Pad(485 385 565 385 16 "29" 0x00000001)
+	Pad(485 359 565 359 16 "30" 0x00000001)
+	Pad(485 334 565 334 16 "31" 0x00000001)
+	Pad(485 308 565 308 16 "32" 0x00000001)
+	Pad(485 283 565 283 16 "33" 0x00000001)
+	Pad(485 257 565 257 16 "34" 0x00000001)
+	Pad(485 232 565 232 16 "35" 0x00000001)
+	Pad(485 206 565 206 16 "36" 0x00000001)
+	Pad(485 180 565 180 16 "37" 0x00000001)
+	Pad(485 155 565 155 16 "38" 0x00000001)
+	Pad(485 129 565 129 16 "39" 0x00000001)
+
+	Pad(436 0 436 80 16 "40" 0x00000001)
+	Pad(411 0 411 80 16 "41" 0x00000001)
+	Pad(385 0 385 80 16 "42" 0x00000001)
+	Pad(359 0 359 80 16 "43" 0x00000001)
+	Pad(334 0 334 80 16 "44" 0x00000001)
+	Pad(308 0 308 80 16 "45" 0x00000001)
+	Pad(283 0 283 80 16 "46" 0x00000001)
+	Pad(257 0 257 80 16 "47" 0x00000001)
+	Pad(232 0 232 80 16 "48" 0x00000001)
+	Pad(206 0 206 80 16 "49" 0x00000001)
+	Pad(180 0 180 80 16 "50" 0x00000001)
+	Pad(155 0 155 80 16 "51" 0x00000001)
+	Pad(129 0 129 80 16 "52" 0x00000001)
+
+	ElementLine( 135 129 436 129 20)
+	ElementLine( 129 135 129 436 20)
+	ElementLine( 129 436 436 436 20)
+	ElementLine( 436 436 436 129 20)
+	ElementLine( 129 135 135 129 20)
+
+	Mark(0 0)
+)')
+
+define(`Description_cy7c64603_qfp', ``USB Microcontroller'')
+define(`Param1_cy7c64603_qfp', 52)
+define(`PinList_cy7c64603_qfp', ``1',`2',`3',`4',`5',`6',`7',`8',`9',`10',`11',`12',`13',`14',`15',`16',`17',`18',`19',`20',`21',`22',`23',`24',`25',`26',`27',`28',`29',`30',`31',`32',`33',`34',`35',`36',`37',`38',`39',`40',`41',`42',`43',`44',`45',`46',`47',`48',`49',`50',`51',`52'')
+
+define(`PKG_CONN_USB',
+`Element(0x00 "$1" "`$2'" "$3" 4140 2050 0 100 0x00)
+(
+	Pin(4140 2050 60 28 "1" "1" 0x00000101)
+	Pin(4040 2050 60 28 "2" "2" 0x00000001)
+	Pin(4040 2130 60 28 "3" "3" 0x00000001)
+	Pin(4140 2130 60 28 "4" "4" 0x00000001)
+	Pin(3850 2240 90 90 "" "5" 0x00000009)
+	Pin(4330 2240 90 90 "" "6" 0x00000009)
+
+	ElementLine( 3850  1900 4330 1900 20)
+	ElementLine( 3850  1900 3850 2150 20)
+	ElementLine( 4330  1900 4330 2150 20)
+
+	Mark (4140 2050)
+)')
+
+define(`Description_conn_usb',``USB Male Connector'')
+define(`PinList_conn_usb', ``1', `2', `3', `4'')
+
+define(`PKG_SM0805',
+`Element(0x00 "$1" "`$2'" "$3" 0 100 0 100 0x00)
+(
+	Pad(100  100  100  100 50 "1" 0x00000100)
+	Pad(100  180  100  180 50 "2" 0x00000100)
+
+	Mark(100 100)
+)')
+
+define(`PKG_SM1206',
+`Element(0x00 "$1" "`$2'" "$3" 0 100 0 100 0x00)
+(
+	Pad(100  100  100  100 60 "1" 0x00000100)
+	Pad(100  230  100  230 60 "2" 0x00000100)
+
+	Mark(100 100)
+)')
+
+define(`Description_sm0805',``SMT 0805'')
+define(`PinList_sm0805', ``1', `2'')
+
+define(`Description_sm1206',``SMT 1206'')
+define(`PinList_sm1206', ``1', `2'')
+
+
+define(`PKG_CONN_JTAG',
+`Element(0x00 "$1" "`$2'" "$3" 0 0 0 100 0x00)
+(
+	Pin(100 100 60 28 "1" "1" 0x00000101)
+	Pin(100 200 60 28 "2" "2" 0x00000001)
+	Pin(100 300 60 28 "3" "3" 0x00000001)
+	Pin(100 400 60 28 "4" "4" 0x00000001)
+	Pin(100 500 60 28 "5" "5" 0x00000001)
+	Pin(100 600 60 28 "6" "6" 0x00000001)
+	Pin(100 700 60 28 "7" "7" 0x00000001)
+	Pin(100 800 60 28 "8" "8" 0x00000001)
+
+	ElementLine(   0   0 200   0 20)
+	ElementLine(   0 150 200 150 10)
+	ElementLine( 200   0 200 900 20)
+	ElementLine( 200 900   0 900 20)
+	ElementLine(   0 900   0   0 20)
+
+	Mark (0 0)
+)')
+
+define(`Description_conn_jtag',``JTAG Connector'')
+define(`PinList_conn_jtag', ``1', `2', `3', `4', `5', `6', `7', `8'')
+
+
+divert(0)
Index: oldlib/lib/jerry.list
===================================================================
--- oldlib/lib/jerry.list	(nonexistent)
+++ oldlib/lib/jerry.list	(revision 296)
@@ -0,0 +1,51 @@
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+
+#  Arcade machine parts needed by Scott "Jerry" Lawrence
+#   jsl@absynth.com
+
+# this should be in the lsi file perhaps.
+z80_dil:N:Z80
+
+# these should be in the memory file.
+
+# RAM
+4016_dil:N:4016
+2114_dil:N:2114
+6116_dil:N:6116
+
+# NVSRAM 
+DS1220_dil:N:DS1220
+DS1225_dil:N:DS1225
+DS1230_dil:N:DS1230
+
+# EPROM
+2532_dil:N:2532
+2716_dil:N:2716
+2732_dil:N:2732
+2764_dil:N:2764
+27128_dil:N:27128
+27256_dil:N:27256
Index: oldlib/lib/jerry.m4
===================================================================
--- oldlib/lib/jerry.m4	(nonexistent)
+++ oldlib/lib/jerry.m4	(revision 296)
@@ -0,0 +1,115 @@
+divert(-1)
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+
+#  Arcade machine parts needed by Scott "Jerry" Lawrence
+#   jsl@absynth.com
+
+
+# this should be in the lsi file perhaps.
+
+define(`Description_z80_dil', ``Zilog Z80'')
+define(`Param1_z80_dil', 40)
+define(`Param2_z80_dil', 600)
+define(`PinList_z80_dil', ``A11', `A12', `A13', `A14', `A15', `theta', `D3',  `D4',  `D5',  `D6', `+5v', `D2',  `D7',  `D0',  `D1', `/INT', `/NMI', `/HALT', `/MREQ', `/IORQ', `/RD',  `/WR',  `/BUSAK', `/WAIT', `/BUSRQ', `/RESET', `/M1', `/RFSH', `GND', `A0', `A1',  `A2', `A3', `A4', `A5', `A6',  `A7', `A8', `A9', `A10'')
+
+
+
+# these should be in the memory file.
+
+# RAM
+
+define(`Description_4016_dil', ``Static RAM 2Kx8'')
+define(`Param1_4016_dil', 24)
+define(`Param2_4016_dil', 600)
+define(`PinList_4016_dil', ``A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/Cs',`A10',`/Oe',`/W',`A9',`A8',`Vcc'')
+
+define(`Description_6116_dil', ``Static RAM 2Kx8'')
+define(`Param1_6116_dil', 24)
+define(`Param2_6116_dil', 600)
+define(`PinList_6116_dil', ``A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/Cs',`A10',`/Oe',`/We',`A9',`A8',`Vcc'')
+
+
+define(`Description_2114_dil', ``Static RAM 1Kx4'')
+define(`Param1_2114_dil', 18)
+define(`Param2_2114_dil', 300)
+define(`PinList_2114_dil', ``A6', `A5', `A4', `A3', `A0', `A1', `A2', `/Ce', `Gnd', `/We', `D3', `D2', `D1', `D0', `A9', `A8', `A7', `Vcc'')
+
+
+# some Dallas Semiconductor parts:  
+#   http://www.dalsemi.com/products/memory/index.html
+# Battery Backed NVSRAM 
+
+define(`Description_DS1220_dil', ``NVSRAM 2Kx8'')
+define(`Param1_DS1220_dil', 24)
+define(`Param2_DS1220_dil', 600)
+define(`PinList_DS1220_dil', ``A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/Ce',`A10',`/Oe',`/We',`A9',`A8',`Vcc'')
+
+define(`Description_DS1225_dil', ``NVSRAM 8Kx8'')
+define(`Param1_DS1225_dil', 28)
+define(`Param2_DS1225_dil', 600)
+define(`PinList_DS1225_dil', ``n/c', `A12', `A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/Ce',`A10',`/Oe',`A11',`A9',`A8',`n/c', `/We', `Vcc'')
+
+define(`Description_DS1230_dil', ``NVSRAM 32Kx8'')
+define(`Param1_DS1230_dil', 28)
+define(`Param2_DS1230_dil', 600)
+define(`PinList_DS1230_dil', ``A14', `A12', `A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/Ce',`A10',`/Oe',`A11',`A9',`A8',`A13', `/We', `Vcc'')
+
+
+# EPROM
+
+define(`Description_2532_dil', ``EPROM 4Kx8'')
+define(`Param1_2532_dil', 24)
+define(`Param2_2532_dil', 600)
+define(`PinList_2532_dil', ``A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`A11',`A10',`/Oe',`Vpp',`A9',`A8',`Vcc'')
+
+define(`Description_2716_dil', ``EPROM 2Kx8'')
+define(`Param1_2716_dil', 24)
+define(`Param2_2716_dil', 600)
+define(`PinList_2716_dil', ``n/c',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/CeP',`A10',`/Oe',`Vpp',`A9',`A8',`Vcc'')
+
+define(`Description_2732_dil', ``EPROM 4Kx8'')
+define(`Param1_2732_dil', 24)
+define(`Param2_2732_dil', 600)
+define(`PinList_2732_dil', ``A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/Cs',`A10',`/Oe',`A11',`A9',`A8',`Vcc'')
+
+define(`Description_2764_dil', ``EPROM 8Kx8'')
+define(`Param1_2764_dil', 28)
+define(`Param2_2764_dil', 600)
+define(`PinList_2764_dil', ``Vpp', `A12', `A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/Cs',`A10',`/Oe',`A11',`A9',`A8', `n/c', `/PGM', `Vcc'')
+
+define(`Description_27128_dil', ``EPROM 16Kx8'')
+define(`Param1_27128_dil', 28)
+define(`Param2_27128_dil', 600)
+define(`PinList_27128_dil', ``Vpp', `A12', `A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/Cs',`A10',`/Oe',`A11',`A9',`A8', `A13', `A14', `Vcc'')
+
+define(`Description_27256_dil', ``EPROM 32Kx8'')
+define(`Param1_27256_dil', 28)
+define(`Param2_27256_dil', 600)
+define(`PinList_27256_dil', ``Vpp', `A12', `A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/Cs',`A10',`/Oe',`A11',`A9',`A8', `A13', `A14', `Vcc'')
+
+divert(0)dnl
Index: oldlib/lib/johnstech.inc
===================================================================
--- oldlib/lib/johnstech.inc	(nonexistent)
+++ oldlib/lib/johnstech.inc	(revision 296)
@@ -0,0 +1,326 @@
+# -*- m4 -*-
+# $Id$
+#                            COPYRIGHT
+#
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 2003 Dan McMahill
+#
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+# 
+#
+#  Johnstech Evaluation Socket for QFN packages
+#  Johnstech Socket Part Numbers 724810 through 724839
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+# $5: body size (mm)
+# $6: pad pitch (1/100 mm)
+# $7: PCB pad width (1/100 mm)
+# $8: Package pad length (1/100 mm)
+# $9: Exposed paddle size, 0 for no exposed paddle (1/100 mm)
+
+define(`PKG_GENERIC_JOHNSTECH7248_QFN',
+       `
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	define(`LRPINS',  `eval($4 / 4)')
+	# number of pins on top/bottom sides
+        define(`TBPINS', `eval(`$4' / 2 - LRPINS)')
+	# pin pitch (1/1000 mil)
+	define(`PITCH',`eval(`$6'*100000/254)')
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	define(`LRYMAX', `eval((LRPINS-1)*PITCH/2)')
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	define(`TBXMAX', `eval((TBPINS-1)*PITCH/2)')
+	# total horizontal package width (1/1000 mil)
+	define(`LRWIDTHMM', `ifelse(0,`$5',`787',`eval($5)')')
+	define(`LRWIDTH', `ifelse(0,`$5',`787',`eval(`$5'*10000000/254)')')
+	# total vertical package width (1/1000 mil)
+	define(`TBWIDTHMM', `ifelse(0,`$5',`551',`eval($5)')')
+	define(`TBWIDTH',`ifelse(0,`$5',`551',`eval(`$5'*10000000/254)')')
+	# how much pads extend beyond the package edge (1/1000 mil) (the 75 is 0.75 mm)
+	define(`EXTOUT', eval(75*100000/254))
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	define(`EXTIN', eval(5*100000/254))
+	# pad length/width (1/1000 mil)
+	define(`PADLENGTH', `eval(`$8'*100000/254)')
+	define(`PADWIDTH', `eval(`$7'*100000/254)')
+	# pad width (mil/100)
+	define(`PADWIDTHMIL100', `eval(PADWIDTH/10)')
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	define(`LRXMAX',`eval((LRWIDTH/2 + EXTOUT - PADWIDTH/2)/10)')
+	define(`LRXMIN',`eval((LRWIDTH/2 -PADLENGTH - EXTIN + PADWIDTH/2)/10)')
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	define(`TBYMAX',`eval((TBWIDTH/2 + EXTOUT - PADWIDTH/2)/10)')
+	define(`TBYMIN',`eval((TBWIDTH/2 -PADLENGTH - EXTIN + PADWIDTH/2)/10)')
+
+	# pad size and drill size (mil/100) for the mounting holes
+	define(`MOUNTPAD', 7700)
+	define(`MOUNTDRILL', 2000)
+	# soldermask relief size for mounting holes (mil/100) 
+	define(`MOUNTMASK', `eval(MOUNTPAD + 1000)')
+
+	# silkscreen width (mils/100)
+	define(`SILKW', 1000)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	define(`SILKEXT', `eval(200*100000/254 + SILKW*10/2 + 5*1000)')
+	# upper right corner for silk screen (mil/100)
+	define(`SILKX', `eval((LRWIDTH/2 + SILKEXT )/10)')
+	define(`SILKY', `eval((TBWIDTH/2 + SILKEXT )/10)')
+	# refdes text size (mil/100)
+	define(`TEXTSIZE', 100)
+	# x,y coordinates for refdes label (mil/100)
+	define(`TEXTX', -SILKX)
+	define(`TEXTY', `eval(-SILKY - 1000 - TEXTSIZE/2)')
+	# square exposed paddle size (mil/100)
+	define(`EPSIZE', `eval(`$9'*10000/254)')
+
+	# location of mounting holes (mil/100)
+	define(`MOUNTX', `eval((LRWIDTH/2 + 39370)/10)')
+	define(`MOUNTY', `eval((TBWIDTH/2 + 39370)/10)')
+
+	# latch silkscreen width (mils/100)
+	define(`LSILKW', 100)
+	# points for latch silk on the left/right sides of the part (mil/100)
+	define(`LATCHLRYMIN', `eval((-TBWIDTH/2 - 25*100000/254 )/10)')
+	define(`LATCHLRYMAX', `eval(( TBWIDTH/2 + 25*100000/254 )/10)')
+	define(`LATCHLRXMIN', SILKX)
+	define(`LATCHLRXMAX', `eval(( LRWIDTH/2 + 400*100000/254 )/10)')
+	# points for latch silk on the top/bottom sides of the part (mil/100)
+	define(`LATCHTBXMIN', `eval((-LRWIDTH/2 - 25*100000/254 )/10)')
+	define(`LATCHTBXMAX', `eval(( LRWIDTH/2 + 25*100000/254 )/10)')
+	define(`LATCHTBYMIN', SILKY)
+	define(`LATCHTBYMAX', `eval(( TBWIDTH/2 + 400*100000/254 )/10)')
+
+	# points for silk showing where the exposed paddle contacts are (mil/100)
+	define(`CONTL', 100)
+	ifelse(1, eval(TBWIDTHMM>4), define(`CONTL', 200))
+	ifelse(1, eval(TBWIDTHMM>5), define(`CONTL', 300))
+
+	# spacing between rows of EP contacts in 1/100 mm.
+	define(`CONTS', 0)
+	ifelse(1, eval(TBWIDTHMM>5), define(`CONTS', `eval(TBWIDTHMM*100 - 430)'))
+
+	define(`EPY', `eval((CONTL*100000/254)/10)')
+	define(`EPXMIN', `eval(((CONTS/2 - 20/2)*100000/254)/10)')
+	define(`EPXMAX', `eval(((CONTS/2 + 20/2)*100000/254)/10)')
+
+	# soldermask opening (mil/100)
+	define(`MASKSIZE', `eval((400*100000/254 + TBWIDTH)/10)')
+
+
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "$1" "`$2'" "$3" 0 0 TEXTX TEXTY 0 TEXTSIZE 0x00000000]
+(
+
+# left row
+define(`CURPIN', 1)
+define(`idx',0)
+forloop(`i', 1, LRPINS,
+	`define(`Y', `eval((-LRYMAX + PITCH*idx)/10)')'
+	`Pad[-LRXMAX  Y  -LRXMIN  Y  PADWIDTHMIL100  0 0 "CURPIN" "CURPIN"  0x00000000]'
+	`define(`CURPIN', incr(CURPIN))'
+	`define(`idx',incr(idx))'
+)
+
+# bottom row
+define(`idx',0)
+forloop(`i', 1, TBPINS,
+	`define(`X', `eval((-TBXMAX + PITCH*idx)/10)')'
+	`Pad[X  TBYMAX  X  TBYMIN  PADWIDTHMIL100 0 0 "CURPIN" "CURPIN"  0x00000800]'
+	`define(`CURPIN', incr(CURPIN))'
+	`define(`idx',incr(idx))'
+)
+
+# right row
+define(`idx',0)
+forloop(`i', 1, LRPINS,
+	`define(`Y', `eval(( LRYMAX - PITCH*idx)/10)')'
+	`Pad[LRXMAX  Y  LRXMIN  Y  PADWIDTHMIL100  0 0 "CURPIN" "CURPIN"  0x00000000]'
+	`define(`CURPIN', incr(CURPIN))'
+	`define(`idx',incr(idx))'
+)
+
+# top row
+define(`idx',0)
+forloop(`i', 1, TBPINS,
+	`define(`X', `eval((TBXMAX - PITCH*idx)/10)')'
+	`Pad[X  -TBYMAX  X  -TBYMIN  PADWIDTHMIL100 0 0 "CURPIN" "CURPIN" 0x00000800]'
+	`define(`CURPIN', incr(CURPIN))'
+	`define(`idx',incr(idx))'
+)
+
+# Exposed paddle.  Note that this pad also sets the soldermask
+# relief for the entire part.
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+Pad[0 0 0 0 EPSIZE 0 MASKSIZE "CURPIN" "CURPIN" 0x00000100]
+define(`CURPIN', incr(CURPIN))
+# Mounting pins
+
+# Pin(x, y, thickness, clearance, mask, drilling hole, name,
+#     number, flags 
+Pin[ MOUNTX MOUNTY MOUNTPAD 1000 MOUNTMASK MOUNTDRILL "Mount1" "CURPIN" 0x0]
+define(`CURPIN', incr(CURPIN))
+Pin[ -MOUNTX MOUNTY MOUNTPAD 1000 MOUNTMASK MOUNTDRILL "Mount2" "CURPIN" 0x0]
+define(`CURPIN', incr(CURPIN))
+Pin[ -MOUNTX -MOUNTY MOUNTPAD 1000 MOUNTMASK MOUNTDRILL "Mount3" "CURPIN" 0x0]
+define(`CURPIN', incr(CURPIN))
+Pin[ MOUNTX -MOUNTY MOUNTPAD 1000 MOUNTMASK MOUNTDRILL "Mount4" "CURPIN" 0x0]
+
+# Silk screen around package
+ElementLine[ SILKX  SILKY  SILKX -SILKY SILKW]
+ElementLine[ SILKX -SILKY -SILKX -SILKY SILKW]
+ElementLine[-SILKX -SILKY -SILKX  SILKY SILKW]
+ElementLine[-SILKX  SILKY  SILKX  SILKY SILKW]
+
+# Pin 1 indicator
+ElementLine[-SILKX -SILKY eval(-SILKX - 1500) eval(-SILKY - 1500) SILKW]
+
+# Silk showing latch area
+
+# top
+ElementLine[ LATCHTBXMIN -LATCHTBYMIN LATCHTBXMIN -LATCHTBYMAX LSILKW ]
+ElementLine[ LATCHTBXMIN -LATCHTBYMAX LATCHTBXMAX -LATCHTBYMAX LSILKW ]
+ElementLine[ LATCHTBXMAX -LATCHTBYMIN LATCHTBXMAX -LATCHTBYMAX LSILKW ]
+
+# bottom
+ElementLine[ LATCHTBXMIN LATCHTBYMIN LATCHTBXMIN LATCHTBYMAX LSILKW ]
+ElementLine[ LATCHTBXMIN LATCHTBYMAX LATCHTBXMAX LATCHTBYMAX LSILKW ]
+ElementLine[ LATCHTBXMAX LATCHTBYMIN LATCHTBXMAX LATCHTBYMAX LSILKW ]
+
+# left
+ElementLine[ -LATCHLRXMIN LATCHLRYMAX -LATCHLRXMAX LATCHLRYMAX LSILKW ]
+ElementLine[ -LATCHLRXMAX LATCHLRYMAX -LATCHLRXMAX LATCHLRYMIN LSILKW ]
+ElementLine[ -LATCHLRXMIN LATCHLRYMIN -LATCHLRXMAX LATCHLRYMIN LSILKW ]
+
+# right
+ElementLine[ LATCHLRXMIN LATCHLRYMAX LATCHLRXMAX LATCHLRYMAX LSILKW ]
+ElementLine[ LATCHLRXMAX LATCHLRYMAX LATCHLRXMAX LATCHLRYMIN LSILKW ]
+ElementLine[ LATCHLRXMIN LATCHLRYMIN LATCHLRXMAX LATCHLRYMIN LSILKW ]
+
+# Silk showing area for exposed paddle socket contacts
+ElementLine[ EPXMIN -EPY EPXMIN  EPY LSILKW ]
+ElementLine[ EPXMAX -EPY EPXMAX  EPY LSILKW ]
+ElementLine[ EPXMIN  EPY EPXMAX  EPY LSILKW ]
+ElementLine[ EPXMIN -EPY EPXMAX -EPY LSILKW ]
+
+# packages with width >= 6.0 mm have 2 rows of contacts
+ifelse(1, eval(TBWIDTHMM>5), 
+ElementLine[ -EPXMIN -EPY -EPXMIN  EPY LSILKW ]
+ElementLine[ -EPXMAX -EPY -EPXMAX  EPY LSILKW ]
+ElementLine[ -EPXMIN  EPY -EPXMAX  EPY LSILKW ]
+ElementLine[ -EPXMIN -EPY -EPXMAX -EPY LSILKW ]
+)
+
+)')
+
+# -------------------------------------------------------------------
+
+# The following macros take:
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+# $5: body size (mm)
+# $6: exposed paddle size (1/100 mm).  0 for no exposed paddle
+
+
+# For an exposed paddle package, the paddle for an 'n' pin package is pin 'n+1'
+
+# 0.8 mm pitch
+define(`PKG_JOHNSTECH_QFN_80', `PKG_GENERIC_JOHNSTECH7248_QFN(`$1',`$2',`$3',`$4',`$5', `80',`36',`50', `$6')')
+# 0.65 mm pitch
+define(`PKG_JOHNSTECH_QFN_65', `PKG_GENERIC_JOHNSTECH7248_QFN(`$1',`$2',`$3',`$4',`$5', `65',`36',`50', `$6')')
+# 0.50 mm pitch, 0.6 mm pad length
+define(`PKG_JOHNSTECH_QFN_50', `PKG_GENERIC_JOHNSTECH7248_QFN(`$1',`$2',`$3',`$4',`$5', `50',`36',`50', `$6')')
+# 0.50 mm pitch, 0.4 mm pad length
+define(`PKG_JOHNSTECH_QFN_50S',`PKG_GENERIC_JOHNSTECH7248_QFN(`$1',`$2',`$3',`$4',`$5', `50',`36',`50', `$6')')
+# 0.40 mm pitch
+define(`PKG_JOHNSTECH_QFN_40', `PKG_GENERIC_JOHNSTECH7248_QFN(`$1',`$2',`$3',`$4',`$5', `40',`36',`50', `$6')')
+
+
+# PKG_GENERIC_JOHNSTECH7248_QFN
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+# $5: body size (mm)
+# $6: pad pitch (1/100 mm)
+# $7: PCB pad width (1/100 mm)
+# $8: Package pad length (1/100 mm)
+# $9: Exposed paddle size, 0 for no exposed paddle (1/100 mm)
+# -------------------------------------------------------------------
+
+# EXTRACT_BEGIN
+
+##  Johnstech QFN Socket, Series 1MM (724812-724839)
+
+# 4x4 mm
+define(`PKG_JOHNSTECH_QFN12_4',  `PKG_JOHNSTECH_QFN_80(`$1',`$2',`$3', `12', `4', `210')')
+#define(`PKG_JOHNSTECH_TQFN12_4', `PKG_JOHNSTECH_QFN_80(`$1',`$2',`$3', `12', `4', `210')')
+
+define(`PKG_JOHNSTECH_QFN16_4',  `PKG_JOHNSTECH_QFN_65(`$1',`$2',`$3', `16', `4', `210')')
+#define(`PKG_JOHNSTECH_TQFN16_4', `PKG_JOHNSTECH_QFN_65(`$1',`$2',`$3', `16', `4', `210')')
+
+define(`PKG_JOHNSTECH_QFN20_4',  `PKG_JOHNSTECH_QFN_50(`$1',`$2',`$3', `20', `4', `210')')
+#define(`PKG_JOHNSTECH_TQFN20_4', `PKG_JOHNSTECH_QFN_50(`$1',`$2',`$3', `20', `4', `210')')
+
+define(`PKG_JOHNSTECH_QFN24_4',  `PKG_JOHNSTECH_QFN_50S(`$1',`$2',`$3', `24', `4', `210')')
+#define(`PKG_JOHNSTECH_TQFN24_4', `PKG_JOHNSTECH_QFN_50S(`$1',`$2',`$3', `24', `4', `260')')
+
+# 5x5 mm
+define(`PKG_JOHNSTECH_QFN16_5',  `PKG_JOHNSTECH_QFN_80(`$1',`$2',`$3', `16', `5', `310')')
+#define(`PKG_JOHNSTECH_TQFN16_5', `PKG_JOHNSTECH_QFN_80(`$1',`$2',`$3', `16', `5', `310')')
+
+define(`PKG_JOHNSTECH_QFN20_5',  `PKG_JOHNSTECH_QFN_65(`$1',`$2',`$3', `20', `5', `310')')
+#define(`PKG_JOHNSTECH_TQFN20_5', `PKG_JOHNSTECH_QFN_65(`$1',`$2',`$3', `20', `5', `310')')
+
+define(`PKG_JOHNSTECH_QFN28_5',  `PKG_JOHNSTECH_QFN_50(`$1',`$2',`$3', `28', `5', `310')')
+#define(`PKG_JOHNSTECH_TQFN28_5', `PKG_JOHNSTECH_QFN_50(`$1',`$2',`$3', `28', `5', `325')')
+
+define(`PKG_JOHNSTECH_QFN32_5',  `PKG_JOHNSTECH_QFN_50S(`$1',`$2',`$3', `32', `5', `310')')
+#define(`PKG_JOHNSTECH_TQFN32_5', `PKG_JOHNSTECH_QFN_50S(`$1',`$2',`$3', `32', `5', `310')')
+
+# 6x6 mm
+define(`PKG_JOHNSTECH_QFN36_6',  `PKG_JOHNSTECH_QFN_50(`$1',`$2',`$3', `36', `6', `370')')
+#define(`PKG_JOHNSTECH_TQFN36_6', `PKG_JOHNSTECH_QFN_50(`$1',`$2',`$3', `36', `6', `370')')
+
+define(`PKG_JOHNSTECH_QFN40_6',  `PKG_JOHNSTECH_QFN_50S(`$1',`$2',`$3', `40', `6', `410')')
+#define(`PKG_JOHNSTECH_TQFN40_6', `PKG_JOHNSTECH_QFN_50S(`$1',`$2',`$3', `40', `6', `410')')
+
+# 7x7 mm
+define(`PKG_JOHNSTECH_QFN32_7',  `PKG_JOHNSTECH_QFN_65(`$1',`$2',`$3', `32', `7', `470')')
+#define(`PKG_JOHNSTECH_TQFN32_7', `PKG_JOHNSTECH_QFN_65(`$1',`$2',`$3', `32', `7', `470')')
+
+define(`PKG_JOHNSTECH_QFN44_7',  `PKG_JOHNSTECH_QFN_50(`$1',`$2',`$3', `44', `7', `470')')
+#define(`PKG_JOHNSTECH_TQFN44_7', `PKG_JOHNSTECH_QFN_50(`$1',`$2',`$3', `44', `7', `470')')
+
+define(`PKG_JOHNSTECH_QFN48_7',  `PKG_JOHNSTECH_QFN_50S(`$1',`$2',`$3', `48', `7', `560')')
+#define(`PKG_JOHNSTECH_TQFN48_7', `PKG_JOHNSTECH_QFN_50S(`$1',`$2',`$3', `48', `7', `560')')
+
+# 8x8 mm
+define(`PKG_JOHNSTECH_QFN56_8',  `PKG_JOHNSTECH_QFN_50S(`$1',`$2',`$3', `56', `8', `665')')
+#define(`PKG_JOHNSTECH_TQFN56_8', `PKG_JOHNSTECH_QFN_50S(`$1',`$2',`$3', `56', `8', `665')')
+
+# 10x10 mm
+define(`PKG_JOHNSTECH_QFN68_10',  `PKG_JOHNSTECH_QFN_50(`$1',`$2',`$3', `68', `10', `770')')
+#define(`PKG_JOHNSTECH_TQFN68_10', `PKG_JOHNSTECH_QFN_50(`$1',`$2',`$3', `68', `10', `770')')
+
+# EXTRACT_END
+
Index: oldlib/lib/linear.list
===================================================================
--- oldlib/lib/linear.list	(nonexistent)
+++ oldlib/lib/linear.list	(revision 296)
@@ -0,0 +1,41 @@
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# mask package values...
+#
+L297_dil:N:L297
+L297A_dil:N:L297A
+L298_multiwatt:MULTIWATT15:L298
+MAX222_dil:N:MAX222
+MAX232_dil:N:MAX232
+MAX232A_dil:N:MAX232A
+MAX233_dil:N:MAX233
+MAX233A_dil:N:MAX233A
+MAX667_dil:N:MAX667
+MAX680_dil:N:MAX680
+MAX690_dil:N:MAX690
+MAX691_dil:N:MAX691
+NE4558_dil:N:NE4558

Property changes on: oldlib/lib/linear.list
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/linear.m4
===================================================================
--- oldlib/lib/linear.m4	(nonexistent)
+++ oldlib/lib/linear.m4	(revision 296)
@@ -0,0 +1,94 @@
+divert(-1)
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+define(`Description_MAX222_dil', `high-speed dual RS232 driver w. shutdown')
+define(`Param1_MAX222_dil', 18)
+define(`Param2_MAX222_dil', 300)
+define(`PinList_MAX222_dil', ``NC',`C1+',`V+',`C1-',`C2+',`C2-',`V-',`T2out',`R2in',`R2out',`T2in',`T1in',`R1out',`R1in',`T1out',`GND',`Vcc',`/Shdn'')
+
+define(`Description_MAX232_dil', `dual RS232 driver')
+define(`Param1_MAX232_dil', 16)
+define(`Param2_MAX232_dil', 300)
+define(`PinList_MAX232_dil', ``C1+',`V+',`C1-',`C2+',`C2-',`V-',`T2out',`R2in',`R2out',`T2in',`T1in',`R1out',`R1in',`T1out',`GND',`Vcc'')
+
+define(`Description_MAX232A_dil', `high-speed dual RS232 driver')
+define(`Param1_MAX232A_dil', 16)
+define(`Param2_MAX232A_dil', 300)
+define(`PinList_MAX232A_dil', ``C1+',`V+',`C1-',`C2+',`C2-',`V-',`T2out',`R2in',`R2out',`T2in',`T1in',`R1out',`R1in',`T1out',`GND',`Vcc'')
+
+define(`Description_MAX233_dil', `dual RS232 driver without external components')
+define(`Param1_MAX233_dil', 20)
+define(`Param2_MAX233_dil', 300)
+define(`PinList_MAX233_dil', ``T2in',`T1in',`R1out',`R1in',`T1out',`Gnd',`Vcc',`C1+',`Gnd',`C2-',`C2+',`V-',`C1-',`V+',`C2+',`C2-',`V-',`T2out',`R2in',`R2out'')
+
+define(`Description_MAX233A_dil', `high-speed dual RS232 driver without external components')
+define(`Param1_MAX233A_dil', 20)
+define(`Param2_MAX233A_dil', 300)
+define(`PinList_MAX233A_dil', ``T2in',`T1in',`R1out',`R1in',`T1out',`Gnd',`Vcc',`C1+',`Gnd',`C2-',`C2+',`V-',`C1-',`V+',`C2+',`C2-',`V-',`T2out',`R2in',`R2out'')
+
+define(`Description_MAX667_dil', `5V/adjustable low-dropout linear regulator')
+define(`Param1_MAX667_dil', 8)
+define(`Param2_MAX667_dil', 300)
+define(`PinList_MAX667_dil', ``DD',`OUT',`LBI',`GND',`SHDN',`SET',`LBO',`IN'')
+
+define(`Description_MAX680_dil', `+-10V voltage converter')
+define(`Param1_MAX680_dil', 8)
+define(`Param2_MAX680_dil', 300)
+define(`PinList_MAX680_dil', ``C1-',`C2+',`C2-',`V-',`GND',`Vcc',`C1+',`V+'')
+
+define(`Description_MAX690_dil', `uP supervisor w. watchdog and power-fail signal')
+define(`Param1_MAX690_dil', 8)
+define(`Param2_MAX690_dil', 300)
+define(`PinList_MAX690_dil', ``Vout',`Vcc',`Gnd',`PFI',`/PFO',`WDI',`/RESET',`VBatt'')
+
+define(`Description_MAX691_dil', `uP supervisor w. watchdog, chip-enable and power-fail signal')
+define(`Param1_MAX691_dil', 16)
+define(`Param2_MAX691_dil', 300)
+define(`PinList_MAX691_dil', ``Vbatt',`Vout',`Vcc',`Gnd',`BattOn',`/LowLine',`OSC_In',`OSC_Out',`PFI',`/PFO',`WDI',`/CE_Out',`/CE_In',`/WDO',`/Reset',`Reset'')
+
+# --------------------------------------------------------------------
+# based on data mailed by Olaf Kaluza (olaf@criseis.ruhr.de)
+#
+define(`Description_L297_dil', `stepper-motor controller')
+define(`Param1_L297_dil', 20)
+define(`Param2_L297_dil', 300)
+define(`PinList_L297_dil', ``Sync',`Gnd',`Home',`A',`/Inh1',`B',`C',`/Inh2',`D',`Enable',`Control',`Vs',`Sens2',`Sens1',`Vref',`Osc',`CW/CCW',`/Clock',`Half/Full',`/Reset'')
+
+define(`Description_L297A_dil', `stepper-motor controller')
+define(`Param1_L297A_dil', 20)
+define(`Param2_L297A_dil', 300)
+define(`PinList_L297A_dil', ``Sync',`Gnd',`Home',`A',`/Inh1',`B',`C',`/Inh2',`D',`Enable',`Dir-Mem',`Vs',`Sens2',`Sens1',`Vref',`Osc',`CW/CCW',`/Clock',`Half/Full',`/Reset'')
+
+define(`Description_NE4558_dil', `dual operating-amplifier')
+define(`Param1_NE4558_dil', 8)
+define(`Param2_NE4558_dil', 300)
+define(`PinList_NE4558_dil', ``Out1',`Inv1',`NoInv1',`-Us',`NoInv2',`Inv2',`Out2',`+Us'')
+
+define(`Description_L298_multiwatt', `dual full-bridge driver')
+define(`PinList_L298_multiwatt', ``I-Sens1', `Out1', `Out2', `Vcc', `In1', `Enable A', `In2', `Gnd', `Logic-Vcc', `In3', `Enable B', `In4', `Out3', `Out4', `I-Sens2'')
+
+divert(0)dnl

Property changes on: oldlib/lib/linear.m4
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/logic.list
===================================================================
--- oldlib/lib/logic.list	(nonexistent)
+++ oldlib/lib/logic.list	(revision 296)
@@ -0,0 +1,31 @@
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# mask package values...
+#
+GAL16V8_dil:N:GAL16V8
+GAL20V8_dil:N:GAL20V8
+GAL22V10_dil:N:GAL22V10

Property changes on: oldlib/lib/logic.list
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/logic.m4
===================================================================
--- oldlib/lib/logic.m4	(nonexistent)
+++ oldlib/lib/logic.m4	(revision 296)
@@ -0,0 +1,46 @@
+divert(-1)
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# ------------------------------------------------------------------------
+# based on mail by Olaf Kaluza (olaf@criseis.ruhr.de)
+#
+define(`Description_GAL16V8_dil', `generic PAL replacement')
+define(`Param1_GAL16V8_dil', 20)
+define(`Param2_GAL16V8_dil', 300)
+define(`PinList_GAL16V8_dil', ``CLK/I1',`I2',`I3',`I4',`I5',`I6',`I7',`I8',`I9',`Gnd',`I10',`I/O/Qh',`I/O/Qg',`I/O/Qf',`I/O/Qe',`I/O/Qd',`I/O/Qc',`I/O/Qb',`I/O/Qa',`Vcc'')
+
+define(`Description_GAL20V8_dil', `generic PAL replacement')
+define(`Param1_GAL20V8_dil', 24)
+define(`Param2_GAL20V8_dil', 300)
+define(`PinList_GAL20V8_dil', ``CLK/I1',`I2',`I3',`I4',`I5',`I6',`I7',`I8',`I9',`I10',`I11',`Gnd',`I12/OE',`I13',`I/O/Qh',`I/O/Qg',`I/O/Qf',`I/O/Qe',`I/O/Qd',`I/O/Qc',`I/O/Qb',`I/O/Qa',`I14',`Vcc'')
+
+define(`Description_GAL22V10_dil', `generic PAL replacement')
+define(`Param1_GAL22V10_dil', 24)
+define(`Param2_GAL22V10_dil', 300)
+define(`PinList_GAL22V10_dil', ``CLK/I1',`I2',`I3',`I4',`I5',`I6',`I7',`I8',`I9',`I10',`I11',`Gnd',`I12',`I/O/Qj',`I/O/Qi',`I/O/Qh',`I/O/Qg',`I/O/Qf',`I/O/Qe',`I/O/Qd',`I/O/Qc',`I/O/Qb',`I/O/Qa',`Vcc'')
+
+divert(0)dnl

Property changes on: oldlib/lib/logic.m4
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/lsi.list
===================================================================
--- oldlib/lib/lsi.list	(nonexistent)
+++ oldlib/lib/lsi.list	(revision 296)
@@ -0,0 +1,72 @@
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# mask package values...
+#
+6551_dil:N:6551
+6801_dil:N:6801
+81C17_dil:N:81C17
+AT90S1200_dil:N:AT90S1200
+AT90S1300_dil:N:AT90S1300
+AT90S2313_dil:N:AT90S2313
+BT484_plcc:PLCC:BT484
+BT484_plcc:PLCC_SOCKET:BT484 socket
+I82077_plcc:PLCC:I82077
+I82077_plcc:PLCC_SOCKET:I82077 socket
+MAB8031AH_dil:N:MAB8031AH
+MC68000_dil:N:MC68000
+MC68008_plcc:PLCC:MC68008
+MC68008_plcc:PLCC_SOCKET:MC68008 socket
+MC68030_pga:MC68030_pga:MC68030
+MC68332_qfp:QFP132:MC68332
+MC68681_dil:N:MC68681 DIL
+MC68681_plcc:PLCC:MC68681 PLCC
+MC68681_plcc:PLCC_SOCKET:MC68681 PLCC socket
+PEB2086N_plcc:PLCC:PEB2086N PLCC
+PEB2086N_plcc:PLCC_SOCKET:PEB2086N PLCC socket
+MC68881_pga:MC68881_pga:MC68881
+MC68881_pga:MC68881_pga:MC68882
+MC68HC11_plcc:PLCC:MC68HC11
+MC68HC11_plcc:PLCC_SOCKET:MC68HC11 socket
+PIC16C54_dil:N:PIC16C54:PIC16C55:PIC16C58
+PIC16C55_dil:N:PIC16C55:PIC16C57
+PIC16C61_dil:N:PIC16C61
+PIC16C64_dil:N:PIC16C64
+PIC16C71_dil:N:PIC16C71
+PIC16C74_dil:N:PIC16C74
+PIC16C84_dil:N:PIC16C84
+PIC17C42_dil:N:PIC17C42
+RTC62421_dil:N:RTC62421
+TI34010_plcc:PLCC:TI34010
+TI34010_plcc:PLCC_SOCKET:TI34010 socket
+WD33C93A_dil:N:WD33C93A
+Z8536_dil:N:Z8536
+AT90S8535_plcc:PLCC:AT90S8535 PLCC
+AT90S8535_plcc:PLCC_SOCKET:AT90S8535 PLCC socket
+AT90S8535_dil:N:AT90S8535 dil
+AT90S4434_dil:N:AT90S4434 dil
+
+

Property changes on: oldlib/lib/lsi.list
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/lsi.m4
===================================================================
--- oldlib/lib/lsi.m4	(nonexistent)
+++ oldlib/lib/lsi.m4	(revision 296)
@@ -0,0 +1,422 @@
+divert(-1)
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# ----------------------------------------------------------------------
+# several different microcontrollers from the PIC family
+# donated by ?!?, thanks anyway
+#
+define(`Description_BT484_plcc', `color lookup table')
+define(`Param1_BT484_plcc', 84)
+define(`Param2_BT484_plcc', 150)
+define(`PinList_BT484_plcc', ``PA0',`PA1',`PA2',`PA3',`PA4',`PA5',`PA6',`PA7',`PB0',`PB1',`PB2',`PB3',`PB4',`PB5',`PB6',`PB7',`PC0',`PC1',`PC2',`PC3',`PC4',`PC5',`PC6',`PC7',`PD0',`PD1',`PD2',`PD3',`PD4',`PD5',`PD6',`PD7',`Adjust',`Gnd',`Red',`Gnd',`Green',`Gnd',`Blue',`Vaa',`Comp',`Vaa',`VRefIn',`VRefOut',`Vaa',`/Sense',`/Reset',`/Wr',`/Rd',`RS0',`RS1',`RS2',`RS3',`D0',`D1',`D2',`D3',`D4',`D5',`D6',`D7',`/OddEven',`CDE',`/CSync',`/CBlank',`PortSel',`V0',`V1',`V2',`V3',`V4',`V5',`V6',`V7',`Vaa',`PClk1',`Vaa',`PClk0',`Vaa',`Gnd',`LClk',`Gnd',`SClk',`Gnd'')
+
+define(`Description_I82077_plcc', `floppy controller')
+define(`Param1_I82077_plcc', 68)
+define(`Param2_I82077_plcc', 150)
+define(`PinList_I82077_plcc', ``WP',`Trk0',`/Dack',`/RD',`/WR',`/CS',`A0',`A1',`Gnd',`A2',`D0',`Gnd',`D1',`D2',`D3',`Gnd',`D4',`Vcc',`D5',`D6',`Gnd',`D7',`Int',`Drq',`TC',`INDX',`IDENT',`DRate0',`DRate1',`DRV2',`DskChg',`Reset',`X1',`X2',`/Invert',`Gnd',`LoFil',`HiFil',`PLL0',`Vcc',`RdData',`NC',`NC',`NC',`AGnd',`AVcc',`NC',`MFM',`DenSel',`Gnd',`HDSel',`We',`WrData',`Gnd',`Step',`Dir',`ME0',`DS0',`Gnd',`Vcc',`ME1',`DS1',`ME2',`DS2',`Gnd',`ME3',`DS3',`Vcc'')
+
+define(`Description_MC68000_dil', `CPU')
+define(`Param1_MC68000_dil', 64)
+define(`Param2_MC68000_dil', 900)
+define(`PinList_MC68000_dil', ``D4',`D3',`D2',`D1',`D0',`/As',`/Uds',`/Lds',`R/W',`/Dtack',`/Bg',`/Bgack',`/Br',`Vcc',`Clk',`Gnd',`/Halt',`/Reset',`/Vma',`E',`/Vpa',`/Berr',`/Ipl2',`/Ipl1',`/Ipl0',`Fc2',`Fc1',`Fc0',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`A9',`A10',`A11',`A12',`A13',`A14',`A15',`A16',`A17',`A18',`A19',`A20',`Vcc',`A21',`A22',`A23',`Gnd',`D15',`D14',`D13',`D12',`D11',`D10',`D9',`D8',`D7',`D6',`D5'')
+
+define(`Description_MC68008_plcc', `CPU')
+define(`Param1_MC68008_plcc', 52)
+define(`Param2_MC68008_plcc', 150)
+define(`PinList_MC68008_plcc', ``A2',`A3',`A4',`A5',`A6',`A7',`A8',`A9',`A10',`A11',`A12',`A13',`A21',`A14',`Vcc',`A15',`Gnd',`A16',`A17',`A18',`A19',`A20',`D7',`D6',`D5',`D4',`D3',`D2',`D1',`D0',`/As',`/Ds',`R/W',`/Dtack',`/Bg',`/BgAck',`/Br',`Clk',`Gnd',`/Halt',`/Reset',`E',`/Vpa',`/Berr',`/Ipl1',`/Ipl2',`/Ipl0',`Fc2',`Fc1',`Fc0',`A0',`A1'')
+
+define(`Description_MC68681_dil', `DUART')
+define(`Param1_MC68681_dil', 40)
+define(`Param2_MC68681_dil', 600)
+define(`PinList_MC68681_dil', ``Rs1',`Ip3',`Rs2',`Ip1',`Rs3',`Rs4',`Ip0',`R/W',`/Dtack',`RxDB',`TxDB',`Op1',`Op3',`Op5',`Op7',`D1',`D3',`D5',`D7',`Gnd',`/Irq',`D6',`D4',`D2',`D0',`Op6',`Op4',`Op2',`Op0',`TxDA',`RxDA',`X1/Clk',`X2',`/Reset',`/Cs',`Ip2',`/Iack',`Ip5',`Ip4',`Vcc'')
+
+define(`Description_MC68681_plcc', `DUART')
+define(`Param1_MC68681_plcc', 44)
+define(`Param2_MC68681_plcc', 150)
+define(`PinList_MC68681_plcc', ``NC',`RS1',`IP3',`RS2',`IP1',`RS3',`RS4',`IP0',`R-/W',`/DTAck',`RxD1',`NC',`TxD1',`OP1',`OP3',`OP5',`OP7',`D1',`D3',`D5',`D7',`Gnd',`NC',`/Irq',`D6',`D4',`D2',`D0',`OP6',`OP4',`OP2',`OP0',`TxD0',`NC',`RxD0',`X1-Clk',`X2',`/Reset',`/CS',`IP2',`/IAck',`IP5',`IP4',`Vcc'')
+
+define(`Description_PEB2086N_plcc', `ISAC-S')
+define(`Param1_PEB2086N_plcc', 44)
+define(`Param2_PEB2086N_plcc', 150)
+define(`PinList_PEB2086N_plcc', ``AD4',`AD5',`AD6',`AD7',`SDAR',`A1',`SDAX/SDS1',`SCA/SDS2',`RST',`A5',`Vssd',`DCL',`FSC1',`FSC2',`M1',`X2',`A4',`A3',`NC',`X1',`M0',`CP/BCL',`/INT',`Vssa',`XTAL2',`XTAL1',`SR2',`SR1',`NC',`NC',`Vdd',`SX1',`SX2',`IDP0',`IDP1',`ALE',`/CS',`/WR',`/RD',`A0',`AD0',`AD1',`AD2',`AD3'')
+
+define(`Description_MC68HC11_plcc', `micro controller')
+define(`Param1_MC68HC11_plcc', 52)
+define(`Param2_MC68HC11_plcc', 150)
+define(`PinList_MC68HC11_plcc', ``Vss',`MdB_StB',`MdA_/LIR',`StA_/AS',`E',`StB_R/W',`EXTAL',`XTAL',`PC0_AD0',`PC1_AD1',`PC2_AD2',`PC3_AD3',`PC4_AD4',`PC5_AD5',`PC6_AD6',`PC7_AD7',`/RESET',`/XIRQ',`/IRQ',`PD0_RxD',`PD1_Txd',`PD2_MISO',`PD3_MOSI',`PD4_SCK',`PD5_/SS',`Vdd',`PA7_OCAI',`PA6_OC2',`PA5_OC3',`PA4_OC4',`PA3_OCIC',`PA2_IC1',`PA1_IC2',`PA0_IC3',`PB7_A15',`PB6_A14',`PB5_A13',`PB4_A12',`PB3_A11',`PB2_A10',`PB1_A9',`PB0_A8',`PE0_AN0',`PE4_AN4',`PE1_AN1',`PE5_AN5',`PE2_AN2',`PE6_AN6',`PE3_AN3',`PE7_AN7',`VRef_l',`VRef_h'')
+
+define(`Description_PIC16C54_dil', `micro controller')
+define(`Param1_PIC16C54_dil', 18)
+define(`Param2_PIC16C54_dil', 300)
+define(`PinList_PIC16C54_dil', ``RA2',`RA3',`RTCC',`/MCLR',`VSS',`RB0',`RB1',`RB2',`RB3',`RB4',`RB5',`RB6',`RB7',`VDD',`OSC2',`OSC1',`RA0',`RA1'')
+
+define(`Description_PIC16C55_dil', `micro controller')
+define(`Param1_PIC16C55_dil', 28)
+define(`Param2_PIC16C55_dil', 600)
+define(`PinList_PIC16C55_dil', ``RTCC',`VDD',`nc',`VSS',`nc',`RA0',`RA1',`RA2',`RA3',`RB0',`RB1',`RB2',`RB3',`RB4',`RB5',`RB6',`RB7',`RC0',`RC1',`RC2',`RC3',`RC4',`RC5',`RC6',`RC7',`OSC2',`OSC1',`/MCLR'')
+
+define(`Description_PIC16C61_dil', `micro controller')
+define(`Param1_PIC16C61_dil', 18)
+define(`Param2_PIC16C61_dil', 300)
+define(`PinList_PIC16C61_dil', ``RA2',`RA3',`RA4',`/MCLR',`VSS',`RB0/INT',`RB1',`RB2',`RB3',`RB4',`RB5',`RB6',`RB7',`VDD',`OSC2',`OSC1',`RA0',`RA1'')
+
+define(`Description_PIC16C64_dil', `micro controller')
+define(`Param1_PIC16C64_dil', 40)
+define(`Param2_PIC16C64_dil', 600)
+define(`PinList_PIC16C64_dil', ``/MCLR',`RA0',`RA1',`RA2',`RA3',`RA4/T0CKI',`RA5/SS',`RE0/RD',`RE1/WR',`RE2/CS',`VDD',`VSS',`OSC1',`OSC2',`RC0/T0OSO/T1CKI',`RC1/T0OSI',`RC2/CCPI',`RC3/SCK/SCL',`RD0/PSP0',`RD1/PSP1',`RD2/PSP2',`RD3/PSP3',`RC4/SDI/SDA',`RC5/SDO',`RC6',`RC7',`RD4/PSP4',`RD5/PSP5',`RD6/PSP6',`RD7/PSP7',`VSS',`VDD',`RB0/INT',`RB1',`RB2',`RB3',`RB4',`RB5',`RB6',`RB7'')
+
+define(`Description_PIC16C71_dil', `micro controller')
+define(`Param1_PIC16C71_dil', 18)
+define(`Param2_PIC16C71_dil', 300)
+define(`PinList_PIC16C71_dil', ``RA2/AIN2',`RA3/AIN3',`RA4/T0CKI',`/MCLR',`VSS',`RB0/INT',`RB1',`RB2',`RB3',`RB4',`RB5',`RB6',`RB7',`VDD',`OSC2',`OSC1',`RA0/AIN0',`RA1/AIN1'')
+
+define(`Description_PIC16C74_dil', `micro controller')
+define(`Param1_PIC16C74_dil', 40)
+define(`Param2_PIC16C74_dil', 600)
+define(`PinList_PIC16C74_dil', ``/MCLR',`RA0/AN0',`RA1/AN1',`RA2/AN2',`RA3/AN3',`RA4/T0CKI',`RA5/AN4/SS',`RE0/RD/AN5',`RE1/WR/AN6',`RE2/CS/AN7',`VDD',`VSS',`OSC1',`OSC2',`RC0/T1OSO/T1CKI',`RC1/T0OSI/CCP2',`RC2/CCPI',`RC3/SCK/SCL',`RD0/PSP0',`RD1/PSP1',`RD2/PSP2',`RD3/PSP3',`RC4/SDI/SDA',`RC5/SDO',`RC6/TX/CK',`RC7/RX/DT',`RD4/PSP4',`RD5/PSP5',`RD6/PSP6',`RD7/PSP7',`VSS',`VDD',`RB0/INT',`RB1',`RB2',`RB3',`RB4',`RB5',`RB6',`RB7'')
+
+define(`Description_PIC16C84_dil', `micro controller')
+define(`Param1_PIC16C84_dil', 18)
+define(`Param2_PIC16C84_dil', 300)
+define(`PinList_PIC16C84_dil', ``RA2',`RA3',`RA4/T0CKI',`/MCLR',`VSS',`RB0/INT',`RB1',`RB2',`RB3',`RB4',`RB5',`RB6',`RB7',`VDD',`OSC2',`OSC1',`RA0',`RA1'')
+
+define(`Description_PIC17C42_dil', `micro controller')
+define(`Param1_PIC17C42_dil', 40)
+define(`Param2_PIC17C42_dil', 600)
+define(`PinList_PIC17C42_dil', ``VDD',`RC0/AD0',`RC1/AD1',`RC2/AD2',`RC3/AD3',`RC4/AD4',`RC5/AD5',`RC6/AD6',`RC7/AD7',`VSS',`RB0/CAP1',`RB1/CAP2',`RB2/PWM1',`RB3/PWM2',`RB4/TCLK12',`RB5/TCLK3',`RB6',`RB7',`OSC1',`OSC2',`RA5/TX/CK',`RA4/RX/DT',`RA3',`RA2',`RA1/T0CKI',`RA0/INT',`TEST',`RE2/WR',`RE1/OE',`RE0/ALE',`VSS',`/MCLR',`RD7/AD15',`RD6/AD14',`RD5/AD13',`RD4/AD12',`RD3/AD11',`RD2/AD10',`RD1/AD9',`RD0/AD8'')
+
+define(`Description_RTC62421_dil', `real-time clock')
+define(`Param1_RTC62421_dil', 18)
+define(`Param2_RTC62421_dil', 300)
+define(`PinList_RTC62421_dil', ``Std.P',`/Cs0',`Ale',`A0',`A1',`A2',`A3',`/Read',`Gnd',`/Write',`D3',`D2',`D1',`D0',`Cs1',`(Vdd)',`(Vdd)',`Vdd'')
+
+define(`Description_TI34010_plcc', `graphic processor')
+define(`Param1_TI34010_plcc', 68)
+define(`Param2_TI34010_plcc', 150)
+define(`PinList_TI34010_plcc', ``Gnd',`Run/Emu',`/Reset',`VClk',`InClk',`/LInt1',`/LInt2',`/Hold',`LRdy',`LAD0',`LAD1',`LAD2',`LAD3',`LAD4',`LAD5',`LAD6',`LAD7',`Gnd',`LAD8',`LAD9',`LAD10',`LAD11',`LAD12',`LAD13',`LAD14',`LAD15',`Vcc',`LClk1',`LClk2',`/HSync',`/VSync',`/Blank',`/Hlda/Emu',`/LAL',`Gnd',`DDout',`/DEn',`/RAS',`/CAS',`/We',`/TRQE',`/HInt',`HRdy',`HD15',`HD14',`HD13',`HD12',`HD11',`HD10',`HD9',`HD8',`Gnd',`HD7',`HD6',`HD5',`HD4',`HD3',`HD2',`HD1',`HD0',`Vcc',`/HUDS',`/HLDS',`/HRead',`/HWrite',`/HCs',`HFS0',`HFS1'')
+
+define(`Description_WD33C93A_dil', `SE-SCSI-I controller')
+define(`Param1_WD33C93A_dil', 40)
+define(`Param2_WD33C93A_dil', 600)
+define(`PinList_WD33C93A_dil', ``I/O',`/MSG',`GND',`C/D',`/BSY',`/SEL',`CLK',`/DRQ',`/DACK',`INTRQ',`D0',`D1',`D2',`D3',`D4',`D5',`D6',`D7',`A0',`GND',`/CS',`/WE',`/RE',`ALE',`/SDP',`/SD0',`/SD1',`GND',`/SD2',`/SD3',`/SD4',`/SD5',`/SD6',`/SD7',`GND',`/RESET',`/ATN',`/ACK',`/REQ',`Vcc'')
+
+# ----------------------------------------------------------------------
+# use a special definition for some PGA packaged circuits
+#
+define(`Description_MC68030_pga', `CPU')
+define(`PKG_MC68030_pga',
+	`Element(0x00 "$1" "`$2'" "$3" 450 650 0 100 0x00)
+	(
+	Pin(50 50 50 20 "/BR" 0x201)
+	Pin(150 50 50 20 "A0" 0x01)
+	Pin(250 50 50 20 "A30" 0x01)
+	Pin(350 50 50 20 "A28" 0x01)
+	Pin(450 50 50 20 "A26" 0x01)
+	Pin(550 50 50 20 "A24" 0x01)
+	Pin(650 50 50 20 "A23" 0x01)
+	Pin(750 50 50 20 "A21" 0x01)
+	Pin(850 50 50 20 "A19" 0x01)
+	Pin(950 50 50 20 "A17" 0x01)
+	Pin(1050 50 50 20 "A15" 0x01)
+	Pin(1150 50 50 20 "A13" 0x01)
+	Pin(1250 50 50 20 "A10" 0x01)
+	Pin(50 150 50 20 "/RMC" 0x01)
+	Pin(150 150 50 20 "/BG" 0x01)
+	Pin(250 150 50 20 "A31" 0x01)
+	Pin(350 150 50 20 "A29" 0x01)
+	Pin(450 150 50 20 "A27" 0x01)
+	Pin(550 150 50 20 "A25" 0x01)
+	Pin(650 150 50 20 "A22" 0x01)
+	Pin(750 150 50 20 "A20" 0x01)
+	Pin(850 150 50 20 "A16" 0x01)
+	Pin(950 150 50 20 "A14" 0x01)
+	Pin(1050 150 50 20 "A12" 0x01)
+	Pin(1150 150 50 20 "A8" 0x01)
+	Pin(1250 150 50 20 "A7" 0x01)
+	Pin(50 250 50 20 "FC1" 0x01)
+	Pin(150 250 50 20 "/CIOUT" 0x01)
+	Pin(250 250 50 20 "/BGACK" 0x01)
+	Pin(350 250 50 20 "A1" 0x01)
+	Pin(450 250 50 20 "GND" 0x01)
+	Pin(550 250 50 20 "VCC" 0x01)
+	Pin(650 250 50 20 "GND" 0x01)
+	Pin(750 250 50 20 "A18" 0x01)
+	Pin(850 250 50 20 "GND" 0x01)
+	Pin(950 250 50 20 "A11" 0x01)
+	Pin(1050 250 50 20 "A9" 0x01)
+	Pin(1150 250 50 20 "A5" 0x01)
+	Pin(1250 250 50 20 "A4" 0x01)
+	Pin(50 350 50 20 "FC2" 0x01)
+	Pin(150 350 50 20 "FC0" 0x01)
+	Pin(250 350 50 20 "/OCS" 0x01)
+	Pin(350 350 50 20 "VCC" 0x01)
+	Pin(450 350 50 20 "NC" 0x01)
+	Pin(950 350 50 20 "VCC" 0x01)
+	Pin(1050 350 50 20 "A6" 0x01)
+	Pin(1150 350 50 20 "A3" 0x01)
+	Pin(1250 350 50 20 "A2" 0x01)
+	Pin(50 450 50 20 "CLK" 0x01)
+	Pin(150 450 50 20 "/AVEC" 0x01)
+	Pin(250 450 50 20 "GND" 0x01)
+	Pin(1050 450 50 20 "GND" 0x01)
+	Pin(1150 450 50 20 "NC" 0x01)
+	Pin(1250 450 50 20 "/IPEND" 0x01)
+	Pin(50 550 50 20 "/DSACK0" 0x01)
+	Pin(150 550 50 20 "VCC" 0x01)
+	Pin(250 550 50 20 "GND" 0x01)
+	Pin(350 550 50 20 "NC" 0x01)
+	Pin(950 550 50 20 "NC" 0x01)
+	Pin(1050 550 50 20 "VCC" 0x01)
+	Pin(1150 550 50 20 "/RESET" 0x01)
+	Pin(1250 550 50 20 "/MMUDIS" 0x01)
+	Pin(50 650 50 20 "/STERM" 0x01)
+	Pin(150 650 50 20 "/DSACK1" 0x01)
+	Pin(250 650 50 20 "GND" 0x01)
+	Pin(1050 650 50 20 "GND" 0x01)
+	Pin(1150 650 50 20 "/IPL2" 0x01)
+	Pin(1250 650 50 20 "/IPL1" 0x01)
+	Pin(50 750 50 20 "/BERR" 0x01)
+	Pin(150 750 50 20 "/HALT" 0x01)
+	Pin(250 750 50 20 "VCC" 0x01)
+	Pin(1050 750 50 20 "VCC" 0x01)
+	Pin(1150 750 50 20 "/CDIS" 0x01)
+	Pin(1250 750 50 20 "/IPL0" 0x01)
+	Pin(50 850 50 20 "/CBACK" 0x01)
+	Pin(150 850 50 20 "/AS" 0x01)
+	Pin(250 850 50 20 "GND" 0x01)
+	Pin(1050 850 50 20 "GND" 0x01)
+	Pin(1150 850 50 20 "/STATUS" 0x01)
+	Pin(1250 850 50 20 "/REFILL" 0x01)
+	Pin(50 950 50 20 "/CBREQ" 0x01)
+	Pin(150 950 50 20 "/DS" 0x01)
+	Pin(250 950 50 20 "SIZ1" 0x01)
+	Pin(350 950 50 20 "VCC" 0x01)
+	Pin(450 950 50 20 "NC" 0x01)
+	Pin(950 950 50 20 "VCC" 0x01)
+	Pin(1050 950 50 20 "D5" 0x01)
+	Pin(1150 950 50 20 "D1" 0x01)
+	Pin(1250 950 50 20 "D0" 0x01)
+	Pin(50 1050 50 20 "/CIIN" 0x01)
+	Pin(150 1050 50 20 "SIZ0" 0x01)
+	Pin(250 1050 50 20 "R/W" 0x01)
+	Pin(350 1050 50 20 "D30" 0x01)
+	Pin(450 1050 50 20 "GND" 0x01)
+	Pin(550 1050 50 20 "VCC" 0x01)
+	Pin(650 1050 50 20 "GND" 0x01)
+	Pin(750 1050 50 20 "GND" 0x01)
+	Pin(850 1050 50 20 "GND" 0x01)
+	Pin(950 1050 50 20 "D10" 0x01)
+	Pin(1050 1050 50 20 "D7" 0x01)
+	Pin(1150 1050 50 20 "D4" 0x01)
+	Pin(1250 1050 50 20 "D2" 0x01)
+	Pin(50 1150 50 20 "/DBEN" 0x01)
+	Pin(150 1150 50 20 "/ECS" 0x01)
+	Pin(250 1150 50 20 "D29" 0x01)
+	Pin(350 1150 50 20 "D27" 0x01)
+	Pin(450 1150 50 20 "D24" 0x01)
+	Pin(550 1150 50 20 "D22" 0x01)
+	Pin(650 1150 50 20 "D20" 0x01)
+	Pin(750 1150 50 20 "D17" 0x01)
+	Pin(850 1150 50 20 "D14" 0x01)
+	Pin(950 1150 50 20 "D12" 0x01)
+	Pin(1050 1150 50 20 "D9" 0x01)
+	Pin(1150 1150 50 20 "D6" 0x01)
+	Pin(1250 1150 50 20 "D3" 0x01)
+	Pin(50 1250 50 20 "D31" 0x01)
+	Pin(150 1250 50 20 "D28" 0x01)
+	Pin(250 1250 50 20 "D26" 0x01)
+	Pin(350 1250 50 20 "D25" 0x01)
+	Pin(450 1250 50 20 "D23" 0x01)
+	Pin(550 1250 50 20 "D21" 0x01)
+	Pin(650 1250 50 20 "D19" 0x01)
+	Pin(750 1250 50 20 "D18" 0x01)
+	Pin(850 1250 50 20 "D16" 0x01)
+	Pin(950 1250 50 20 "D15" 0x01)
+	Pin(1050 1250 50 20 "D13" 0x01)
+	Pin(1150 1250 50 20 "D11" 0x01)
+	Pin(1250 1250 50 20 "D8" 0x01)
+	ElementLine(30 0 1300 0 20)
+	ElementLine(1300 0 1300 1300 20)
+	ElementLine(1300 1300 0 1300 20)
+	ElementLine(0 1300 0 30 20)
+	ElementLine(0 30 30 0 20)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+	)
+')
+
+define(`Description_MC68881_pga', `FPU')
+define(`PKG_MC68881_pga',
+	`Element(0x00 "$1" "`$2'" "$3" 350 450 0 100 0x00)
+	(
+	Pin(50 50 50 20 "VCC" 0x201)
+	Pin(150 50 50 20 "GND" 0x01)
+	Pin(250 50 50 20 "D0" 0x01)
+	Pin(350 50 50 20 "D1" 0x01)
+	Pin(450 50 50 20 "D3" 0x01)
+	Pin(550 50 50 20 "D4" 0x01)
+	Pin(650 50 50 20 "D6" 0x01)
+	Pin(750 50 50 20 "D7" 0x01)
+	Pin(850 50 50 20 "D8" 0x01)
+	Pin(950 50 50 20 "GND" 0x01)
+	Pin(50 150 50 20 "VCC" 0x01)
+	Pin(150 150 50 20 "GND" 0x01)
+	Pin(250 150 50 20 "GND" 0x01)
+	Pin(350 150 50 20 "/SENSE" 0x01)
+	Pin(450 150 50 20 "D2" 0x01)
+	Pin(550 150 50 20 "D5" 0x01)
+	Pin(650 150 50 20 "GND" 0x01)
+	Pin(750 150 50 20 "VCC" 0x01)
+	Pin(850 150 50 20 "D10" 0x01)
+	Pin(950 150 50 20 "D11" 0x01)
+	Pin(50 250 50 20 "GND" 0x01)
+	Pin(150 250 50 20 "CLK" 0x01)
+	Pin(250 250 50 20 "GND" 0x01)
+	Pin(750 250 50 20 "D9" 0x01)
+	Pin(850 250 50 20 "D13" 0x01)
+	Pin(950 250 50 20 "D14" 0x01)
+	Pin(50 350 50 20 "/RESET" 0x01)
+	Pin(150 350 50 20 "GND" 0x01)
+	Pin(850 350 50 20 "D12" 0x01)
+	Pin(950 350 50 20 "D15" 0x01)
+	Pin(50 450 50 20 "NC" 0x01)
+	Pin(150 450 50 20 "VCC" 0x01)
+	Pin(850 450 50 20 "VCC" 0x01)
+	Pin(950 450 50 20 "GND" 0x01)
+	Pin(50 550 50 20 "/SIZE" 0x01)
+	Pin(150 550 50 20 "GND" 0x01)
+	Pin(850 550 50 20 "D17" 0x01)
+	Pin(950 550 50 20 "D16" 0x01)
+	Pin(50 650 50 20 "/DS" 0x01)
+	Pin(150 650 50 20 "A4" 0x01)
+	Pin(850 650 50 20 "D20" 0x01)
+	Pin(950 650 50 20 "D18" 0x01)
+	Pin(50 750 50 20 "/AS" 0x01)
+	Pin(150 750 50 20 "A2" 0x01)
+	Pin(250 750 50 20 "A0" 0x01)
+	Pin(750 750 50 20 "VCC" 0x01)
+	Pin(850 750 50 20 "GND" 0x01)
+	Pin(950 750 50 20 "D19" 0x01)
+	Pin(50 850 50 20 "A3" 0x01)
+	Pin(150 850 50 20 "VCC" 0x01)
+	Pin(250 850 50 20 "/CS" 0x01)
+	Pin(350 850 50 20 "/DSACK0" 0x01)
+	Pin(450 850 50 20 "D31" 0x01)
+	Pin(550 850 50 20 "D28" 0x01)
+	Pin(650 850 50 20 "D25" 0x01)
+	Pin(750 850 50 20 "GND" 0x01)
+	Pin(850 850 50 20 "D23" 0x01)
+	Pin(950 850 50 20 "D21" 0x01)
+	Pin(50 950 50 20 "A1" 0x01)
+	Pin(150 950 50 20 "R/W" 0x01)
+	Pin(250 950 50 20 "GND" 0x01)
+	Pin(350 950 50 20 "/DSACK1" 0x01)
+	Pin(450 950 50 20 "D30" 0x01)
+	Pin(550 950 50 20 "D29" 0x01)
+	Pin(650 950 50 20 "D27" 0x01)
+	Pin(750 950 50 20 "D26" 0x01)
+	Pin(850 950 50 20 "D24" 0x01)
+	Pin(950 950 50 20 "D22" 0x01)
+	ElementLine(30 0 1000 0 20)
+	ElementLine(1000 0 1000 1000 20)
+	ElementLine(1000 1000 0 1000 20)
+	ElementLine(0 1000 0 30 20)
+	ElementLine(0 30 30 0 20)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+	)
+')
+
+# ------------------------------------------------------------------------
+# based on mail by Volker Bosch (bosch@iema.e-technik.uni-stuttgart.de)
+#
+define(`Description_MC68332_qfp', `micro controller')
+define(`Param1_MC68332_qfp', 132)
+define(`PinList_MC68332_qfp', ``Vdd',`Vss(g)',`TpuCh11',`TpuCh10',`TpuCh9',`TpuCh8',`Vdd',`Vss(g)',`TpuCh7',`TpuCh6',`TpuCh5',`TpuCh4',`TpuCh3',`TpuCh2',`TpuCh1',`TpuCh0',`Vss(g)',`Vdd',`Vstby',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Vdd',`Vss(g)',`A9',`A10',`A11',`A12',`Vss(g)',`A13',`A14',`A15',`A16',`Vdd',`Vss(g)',`A17',`A18',`MISO',`MOSI',`SCk',`/SS',`PCS1',`PCS2',`PCS3',`Vdd',`Vss(g)',`TxD',`RxD',`DSO',`DSI',`DSClk',`TSC',`Freeze',`Vss(g)',`Xtal',`VddSyn',`EXtal',`Vdd',`XFc',`Vdd',`ClkOut',`Vss(g)',`/Res',`/Halt',`/BErr',`PF7',`PF6',`PF5',`PF4',`PF3',`PF2',`PF1',`PF0',`R/W',`PE7',`PE6',`PE5',`Vss(g)',`Vdd',`PE4',`PE3',`PE2',`PE1',`PE0',`A0',`D15',`D14',`D13',`D12',`Vss(g)',`Vdd',`D11',`D10',`D9',`D8',`Vss(g)',`D7',`D6',`D5',`D4',`Vss(g)',`Vdd',`D3',`D2',`D1',`D0',`/CSboot',`/CS0',`/CS1',`/CS2',`Vdd',`Vss(g)',`/CS3',`/CS4',`/CS5',`/CS6',`/CS7',`/CS8',`/CS9',`/CS10',`Vdd',`Vss(g)',`T2Clk',`TpuCh15',`TpuCh14',`TpuCh13',`TpuCh12'')
+
+# ------------------------------------------------------------------------
+# based on mail by Olaf Kaluza (olaf@criseis.ruhr.de)
+#
+define(`Description_MAB8031AH_dil', `micro controller')
+define(`Param1_MAB8031AH_dil', 40)
+define(`Param2_MAB8031AH_dil', 600)
+define(`PinList_MAB8031AH_dil', ``P1.0',`P1.1',`P1.2',`P1.3',`P1.4',`P1.5',`P1.6',`P1.7',`RST',`RxD/P3.0',`TxD/P3.1',`/INT0/P3.2',`/INT1/P3.3',`T0/P3.4',`T1/P3.5',`/WR/P3.6',`/RD/P3.7',`Xtal2',`Xtal1',`Uss',`P2.0/A8',`P2.1/A9',`P2.2/A10',`P2.3/A11',`P2.4/A12',`P2.5/A13',`P2.6/A14',`P2.7/A15',`/PSEN',`ALE',`/EA',`AD7',`AD6',`AD5',`AD4',`AD3',`AD2',`AD1',`AD0',`Ucc'')
+
+define(`Description_Z8536_dil', `CIO counter/timer with parallel I/O unit')
+define(`Param1_Z8536_dil', 40)
+define(`Param2_Z8536_dil', 600)
+define(`PinList_Z8536_dil', ``D4',`D5',`D6',`D7',`/RD',`/WR',`Gnd',`PB0',`PB1',`PB2',`PB3',`PB4',`PB5',`PB6',`PB7',`PCLK',`IEI',`IEO',`PC0',`PC1',`PC2',`PC3',`/Vcc',`/INT',`/INTACK',`PA7',`PA6',`PA5',`PA4',`PA3',`PA2',`PA1',`PA0',`A0',`A1',`/CE',`D0',`D1',`D2',`D3'')
+
+define(`Description_6551_dil', `ACIA for 65xx series')
+define(`Param1_6551_dil', 28)
+define(`Param2_6551_dil', 600)
+define(`PinList_6551_dil', ``Vss',`CS0',`/CS1',`/Reset',`RxC',`XTLI',`XTLO',`/RTS',`/CTS',`TxD',`/DTR',`RxD',`RS0',`RS1',`Vcc',`/DCD',`/DSR',`D0',`D1',`D2',`D3',`D4',`D5',`D6',`D7',`/Irq',`Phi2',`R-/W'')
+
+define(`Description_6801_dil', `micro controller')
+define(`Param1_6801_dil', 40)
+define(`Param2_6801_dil', 600)
+define(`PinList_6801_dil', ``Vss',`XTAL1',`EXTAL2',`/NMI',`/IRQ1',`/Reset',`Vcc',`P20-Mode0',`P21-Mode1',`P22-Mode2',`P23-RxD',`P24-TxD',`P10',`P11',`P12',`P13',`P14',`P15',`P16',`P17',`Vcc-StdBy',`P47-A15',`P46-A14',`P45-A13',`P44-A12',`P43-A11',`P42-A10',`P41-A9',`P40-A8',`P37-A7-D7',`P36-A6-D6',`P35-A5-D5',`P34-A4-D4',`P33-A3-D3',`P32-A2-D2',`P31-A1-D1',`P30-A0-D0',`SC2-R-/W',`SC1-/AS',`E'')
+
+define(`Description_81C17_dil', `UART')
+define(`Param1_81C17_dil', 20)
+define(`Param2_81C17_dil', 300)
+define(`PinList_81C17_dil', ``D=',`D1',`/CS',`/Rd',`D2',`D3',`D4',`/Wr',`D5',`Gnd',`D6',`D7',`Clk',`/Int',`RS',`RxD',`TxD',`/CP1',`/CP2',`Vcc'')
+
+
+define(`Description_AT90S1200_dil', `AVR Enhanced RISC microcontroller')
+define(`Param1_AT90S1200_dil', 20)
+define(`Param2_AT90S1200_dil', 300)
+define(`PinList_AT90S1200_dil', ``/Reset',`PD0',`PD1',`XTAL2',`XTAL1',`PD2/INT0',`PD3',`PD4/T0',`PD5',`Gnd' ,`PD6',`PB0/AIN0',`PB1/AIN1',`PB2',`PB3',`PB4',`PB5/MOSI',`PB6/MISO',`PB7/S CK',`Vcc'')
+
+define(`Description_AT90S1300_dil', `AVR Enhanced RISC microcontroller')
+define(`Param1_AT90S1300_dil', 20)
+define(`Param2_AT90S1300_dil', 300)
+define(`PinList_AT90S1300_dil', ``/Reset',`PD0',`PD1',`XTAL2',`XTAL1',`PD2/INT0',`PD3',`PD4/T0',`PD5',`Gnd' ,`PD6',`PB0/AIN0',`PB1/AIN1',`PB2',`PB3',`PB4',`PB5/MOSI',`PB6/MISO',`PB7/S CK',`Vcc'')
+
+define(`Description_AT90S2313_dil', `AVR Enhanced RISC microcontroller')
+define(`Param1_AT90S2313_dil', 20)
+define(`Param2_AT90S2313_dil', 300)
+define(`PinList_AT90S2313_dil', ``/Reset',`PD0/RxD',`PD1/TxD',`XTAL2',`XTAL1',`PD2/INT0',`PD3/INT1',`PD4/T0',`PD5/T1',`Gnd',`PD6/ICP',`PB0/AIN0',`PB1/AIN1',`PB2/OC0',`PB3/OC1',`PB4', `PB5/MOSI',`PB6/MISO',`PB7/SCK',`Vcc'')
+
+define(`Description_AT90S4434_dil', `AVR Enhanced RISC microcontroller')
+define(`Param1_AT90S4434_dil', 28)
+define(`Param2_AT90S4434_dil', 300)
+define(`PinList_AT90S4434_dil', ``/Reset',`PD0/RxD',`PD1/TxD',`PD2/INT0',`PD3/INT1',`PD4/T0',`Vcc',`Gnd',`XTAL1',`XTAL2',`PD5/T1',`PD6/AIN0',`PD7/AIN1',`PB0/ICP',`PB1/OC1',`PB2//SS', `PB3/MOSI',`PB4/MISO',`PB5/SCK',`AVcc',`AREF',`AGnd',`PC0/ADC0',`PC1/ADC1',`PC2/ADC2',`PC3/ADC3',`PC4/ADC4',`PC5/ADC5'')
+
+define(`Description_AT90S8535_dil', `AVR Enhanced RISC microcontroller')
+define(`Param1_AT90S8535_dil', 40)
+define(`Param2_AT90S8535_dil', 600)
+define(`PinList_AT90S8535_dil', ``PB0/T0',`PB1/T1',`PB2/AIN0',`PB3/AIN1',`PB4//SS',`PB5/MOSI',`PB6/MISO',`PB7/SCK',`/Reset',`Vcc',`Gnd',`XTAL2',`XTAL1',`PD0/RxD',`PD1/TxD',`PD2/INT0', `PD3/INT1',`PD4/OC1B',`PD5/OC1A',`PD6/ICP',`PD7/OC2',`PC0',`PC1',`PC2',`PC3',`PC4',`PC5',`PC6/TOSC1',`PC7/TOSC2',`AVcc',`AGnd',`AREF',`PA7/ADC7',`PA6/ADC6',`PA5/ADC5',`PA4/ADC4',`PA3/ADC3',`PA2/ADC2',`PA1/ADC1',`PA0/ADC0'')
+
+define(`Description_AT90S8535_plcc', `AVR Enhanced RISC microcontroller')
+define(`Param1_AT90S8535_plcc', 44)
+define(`Param2_AT90S8535_plcc', 150)
+define(`PinList_AT90S8535_plcc', ``Gnd',`PB0/T0',`PB1/T1',`PB2/AIN0',`PB3/AIN1',`PB4//SS',`PB5/MOSI',`PB6/MISO',`PB7/SCK',`/Reset',`Vcc',`Gnd',`XTAL2',`XTAL1',`PD0/RxD',`PD1/TxD',`PD2/INT0', `PD3/INT1',`PD4/OC1B',`PD5/OC1A',`PD6/ICP',`PD7/OC2',`Vcc',`Gnd',`PC0',`PC1',`PC2',`PC3',`PC4',`PC5',`PC6/TOSC1',`PC7/TOSC2',`AVcc',`AGnd',`AREF',`PA7/ADC7',`PA6/ADC6',`PA5/ADC5',`PA4/ADC4',`PA3/ADC3',`PA2/ADC2',`PA1/ADC1',`PA0/ADC0',`Vcc'')
+
+divert(0)dnl

Property changes on: oldlib/lib/lsi.m4
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/m4lib_to_newlib.sh
===================================================================
--- oldlib/lib/m4lib_to_newlib.sh	(nonexistent)
+++ oldlib/lib/m4lib_to_newlib.sh	(revision 296)
@@ -0,0 +1,338 @@
+#!/bin/sh
+#
+# $Id$
+#
+
+# This script is used to extract all elements from an "oldlib" (M4)
+# style library and place them in individual "newlib" style files.
+
+outd=/tmp/newlib
+contents=pcblib.contents
+AWK=${AWK:-awk}
+PCB=${PCB:-pcb}
+
+usage() {
+cat << EOF
+Usage:
+	$0 [-h | --help]
+	$0 [-v | --version]
+	$0 [-c|--contents contents_file] [-o|--output output_directory] [-p|--png] [-d|--dpi]
+
+Extracts all footprints from an m4 library and creates a "newlib" style
+library.
+
+The following options are supported:
+
+    -a | --awk awk       : Specifies the awk implementation to use.  Defaults to "${AWK}".
+
+    -c | --contents file : Specifies the contents file to be use as an input.
+                           Default is "${contents}".
+
+    -d | --dpi           : Specifies that the png output should use a fixed pixels
+                           per inch scaling instead of a fixed maximum size.  This
+                           option is useful when comparing the before and after footprints
+                           when making footprint library changes.
+
+    -h | --help          : Outputs this message and exits.
+
+    -o | --output dir    : Specifies the directory that the newlib library will be
+                           written to.  This directory must exist and be empty.
+                           Default is "${outd}".
+
+    -P | --pcb pcb       : Specifies the pcb binary to use for creating png previews.  Defaults to
+			   "${PCB}"
+
+    -p | --png           : Generates png previews for all the footprints.
+
+    -v | --version       : Displays the version of this script and exits.
+
+EOF
+}
+
+version() {
+	$AWK '/# [\$]Id:.*$/ {sub(/,v/,""); \
+		print $3 " Version "$4", "$5}' $0
+}
+
+do_png=0
+png_flag="--xy-max 200"
+
+while test $# -gt 0 ; do
+	case $1 in
+		-a|--awk )
+			AWK="$2"
+			shift 2
+			;;
+
+		-c|--contents )
+			contents=$2
+			shift 2
+			;;
+
+		-d|--dpi )
+			png_flag="--dpi 1000"
+			shift
+			;;
+
+		-h|--help )
+			usage
+			exit 0
+			;;
+
+		-o|--output )
+			outd=$2
+			shift 2
+			;;
+
+		-P|--pcb )
+			PCB="$2"
+			shift 2
+			;;
+
+		-p|--png )
+			do_png=1
+			shift
+			;;
+
+		-v|--version )
+			version
+			exit 0
+			;;
+
+		-* )
+			echo "ERROR:  $0: Unknown option $1"
+			usage
+			exit 1
+			;;
+
+		* )
+			break
+			;;
+	esac
+done
+
+
+if test -d ${outd} ; then
+	echo "Output directory ${outd} already exists"
+	exit 1
+else
+	mkdir -p ${outd}
+fi
+outd_full="`cd $outd && pwd`"
+
+$AWK '
+
+BEGIN {
+	first = 1;
+	libind = "";
+}
+
+# we have to use this trick because variables like outd are not yet defined
+# in BEGIN.
+first == 1 {
+	brokenurl = "broken.html";
+	broken = outd "/" brokenurl;
+	print "" > broken;
+
+	ind = outd "/index.html";
+
+	print "<!DOCTYPE HTML PUBLIC \"-//W3C//DTD HTML 3.2 Final//EN\">" > ind;
+	print "<HTML><HEAD><TITLE>PCB Footprint Library</TITLE></HEAD>" >> ind;
+	print "<BODY bgcolor=\"#FFFFFF\" text=\"#000000\">" >> ind;
+	print "<H1>PCB Footprint Library</H1>" >> ind;
+	print "<UL>" >> ind;
+	print "" >> ind;
+
+	print "<!DOCTYPE HTML PUBLIC \"-//W3C//DTD HTML 3.2 Final//EN\">" > broken;
+	print "<HTML><BODY>" >> broken;
+	print "<TABLE BORDER=2>" >> broken;
+	print "<TR><TD><EM>Library</EM></TD>" >> broken;
+	print "    <TD><EM>Comment</EM></TD>" >> broken;
+	print "    <TD><EM>Footprint Name</EM></TD>" >> broken;
+	print "    <TD><EM>Broken Command</EM></TD>" >> broken;
+	print "</TR>" >> broken;
+	print "" >> broken;
+
+	first = 0;
+}
+
+# we are starting a new library
+/^TYPE=/ {
+	finish_libind();
+	lib=$0;
+	gsub(/TYPE=~/, "", lib);
+	txtdir = lib;
+	urldir = lib;
+	gsub(/ /, "%20", urldir); 
+
+	libind =  outd "/" lib "/index.html";
+	#gsub(/ /, "\\ ", libind);
+
+	dir = outd "/" lib ;
+	gsub(/ /,"\\ ", dir); 
+	print "Processing library: " lib " and creating " libind;
+	system("mkdir -p " dir);
+
+	print "<!DOCTYPE HTML PUBLIC \"-//W3C//DTD HTML 3.2 Final//EN\">" > libind;
+	print "<HTML><HEAD><TITLE>PCB " lib " Footprint Library</TITLE></HEAD>" >> libind;
+	print "<BODY bgcolor=\"#FFFFFF\" text=\"#000000\">" >> libind;
+	print "<H1>PCB " lib " Footprint Library</H1>" >> libind;
+
+	print "<TABLE BORDER=2>" >> libind;
+	print "<TR>" >> libind;
+	print "    <TD><EM>Comment</EM></TD>" >> libind;
+	print "    <TD><EM>Footprint Name</EM></TD>" >> libind;
+	print "</TR>" >> libind;
+	print "" >> libind;
+
+	print "<LI><A HREF=\"" txtdir "/index.html\">~" lib "</A></LI>" >> ind;
+
+	next;
+}
+
+{
+	line=$0;
+	split(line, a, "[:]");
+
+	template = a[1];
+	package = a[2];
+	comp = a[3];
+	comment = a[4];
+
+	# pick out the name of the footprint
+	match (comment, /(.*)\[(.*)\]/, fp);
+	comp = fp[2];
+	comment = a[3] ", " fp[1];
+
+	txtcomp = comp;
+	urlcomp = comp;
+
+	# escape the spaces in for URLs and also filenames
+	gsub(/ /, "%20", urlcomp);
+	gsub(/ /, "\\ ", comp);
+
+
+	# extract the footprint
+	# path library template value package
+	templ = a[1];
+	gsub(/ /, "\\ ", templ);
+
+	pkg = a[2];
+	gsub(/ /, "\\ ", pkg);
+
+
+	# skip the QFP builder menu
+	skip = 0;
+	if( templ == "menu_qfp" ) {
+		cmd1 = "Skipping QFP builder menu";
+		rc = 1;
+	} else {
+		cmd1 = "sh " cmd_path "/QueryLibrary.sh . pcblib " templ " " comp " " pkg;
+		cmd = cmd1 " > " dir "/" comp ".fp";
+ 		rc = system( cmd );
+	}
+
+	if( rc != 0) {
+		printf("<TR><TD>~%s</TD>\n", lib) >> broken;
+		printf("    <TD>%s</TD>\n", comp) >> broken;
+		printf("    <TD>%s</TD>\n", comment) >> broken;
+		printf("    <TD>%s</TD>\n", cmd1) >> broken;
+		printf("</TR>\n") >> broken;
+
+		# no need to go further with this footprint.  It is broken.
+		next;
+	} else {
+		# generate the web index
+		printf("  <TR>\n    <TD>%s</TD>\n", comment) >> libind;
+		printf("    <TD><A HREF=\"%s.fp\">%s.fp</A>", txtcomp, txtcomp) >> libind;
+		if( do_png ) {
+			printf("(<A HREF=\"%s.png\">preview</A>)", txtcomp) >> libind;
+		}
+		printf("</TD>\n  </TR>\n") >> libind;
+	}
+
+	# Now create a layout with that element and print it.
+	if( do_png ) {
+		layout = "temp.pcb" ;
+		laytmpl = "footprint.pcb" ;
+		compfile = dir "/" comp ".fp";
+		pngfile = dir "/" comp ".png";
+		compfile2 = compfile;
+		gsub(/\\/, "", compfile2);
+
+		printf("   ===> %s\n", compfile);
+		printf("") > layout;
+		pok = 1;
+		while ( (getline < laytmpl) == 1 ) {
+			if( $0 ~ /ELEMENT/ ) {
+				pok = 0;
+			}
+			if( pok ) {
+				print >> layout ;
+			}
+		}
+		close( laytmpl );
+
+		while( (x = getline < compfile2) == 1 ) {
+			print >> layout;
+		}
+		close( compfile2 );
+
+		pok = 0;
+		while( (getline < laytmpl) == 1 ) {
+			if( pok ) {
+				print >> layout;
+			}
+			if( $0 ~ /ELEMENT/ ) {
+				pok = 1;
+			}
+		}
+		close( laytmpl );
+		close( layout );
+
+		cmd = PCB " -x png --outfile temp.png ${png_flag} --only-visible " layout " 2>&1 > /dev/null" ;
+		rc = system( cmd );
+		if( rc != 0) {
+			printf("<TR><TD>~%s</TD>\n", lib) >> broken;
+			printf("    <TD>%s</TD>\n", comp) >> broken;
+			printf("    <TD>%s</TD>\n", comment) >> broken;
+			printf("    <TD>%s</TD>\n", cmd) >> broken;
+			printf("</TR>\n") >> broken;
+		} else {
+			system( "mv temp.png " pngfile " ; rm " layout);
+		}
+	}
+}
+
+END {
+	print "" >> ind;
+	print "</UL>" >> ind;
+	print "" >> ind;
+	print "<P>For a list of footprints with either m4 syntax errors" >> ind;
+	print "or PCB syntax errors see <A HREF=\"" brokenurl "\">the broken log file.</A></P>" >> ind;
+	print "</BODY></HTML>" >> ind;
+	close( ind );
+
+	print "" >> broken;
+	print "</TABLE>" >> broken;
+	print "" >> broken;
+	print "</BODY></HTML>" >> broken;
+	close( broken );
+
+	finish_libind();
+}
+
+function finish_libind() {
+	if(libind != "") {
+		print "" >> libind;
+		print "</TABLE>" >> libind;
+		print "" >> libind;
+		print "</BODY></HTML>" >> libind;
+		close( libind );
+	}
+}
+
+' cmd_path=./ do_png=$do_png outd="$outd_full" awk=$AWK PCB="${PCB}" $contents
+
+
+
Index: oldlib/lib/memory.list
===================================================================
--- oldlib/lib/memory.list	(nonexistent)
+++ oldlib/lib/memory.list	(revision 296)
@@ -0,0 +1,34 @@
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# mask package values...
+#
+27512_dil:N:27512
+43256_dil:N:43256:62256
+44251_zip:SD:44251
+511000_dil:N:511000
+514100_dil:N:514100
+628128_dil:N:628128

Property changes on: oldlib/lib/memory.list
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/memory.m4
===================================================================
--- oldlib/lib/memory.m4	(nonexistent)
+++ oldlib/lib/memory.m4	(revision 296)
@@ -0,0 +1,57 @@
+divert(-1)
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+define(`Description_27512_dil', `EPROM 64Kx8')
+define(`Param1_27512_dil', 28)
+define(`Param2_27512_dil', 600)
+define(`PinList_27512_dil', ``A15',`A12',`A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/Cs',`A10',`/Oe',`A11',`A9',`A8',`A13',`A14',`Vcc'')
+
+define(`Description_511000_dil', `DRAM 1Mx1')
+define(`Param1_511000_dil', 18)
+define(`Param2_511000_dil', 300)
+define(`PinList_511000_dil', ``Din',`/We',`/Ras',`TF',`A0',`A1',`A2',`A3',`Vcc',`A4',`A5',`A6',`A7',`A8',`A9',`/Cas',`Dout',`Gnd'')
+
+define(`Description_514100_dil', `DRAM 4Mx1')
+define(`Param1_514100_dil', 18)
+define(`Param2_514100_dil', 300)
+define(`PinList_514100_dil', ``Din',`/We',`/Ras',`A0',`A1',`A2',`A3',`A4',`Vcc',`A5',`A6',`A7',`A8',`A9',`A10',`/Cas',`Dout',`Gnd'')
+
+define(`Description_43256_dil', `SRAM 32Kx8')
+define(`Param1_43256_dil', 28)
+define(`Param2_43256_dil', 600)
+define(`PinList_43256_dil', ``A14',`A12',`A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`GND',`D3',`D4',`D5',`D6',`D7',`/CS',`A10',`/OE',`A11',`A9',`A8',`A13',`/WE',`Vcc'')
+
+define(`Description_628128_dil', `SRAM 128Kx8')
+define(`Param1_628128_dil', 32)
+define(`Param2_628128_dil', 600)
+define(`PinList_628128_dil', ``NC',`A16',`A14',`A12',`A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`GND',`D3',`D4',`D5',`D6',`D7',`/CS',`A10',`/OE',`A11',`A9',`A8',`A13',`/WE',`NC',`A15',`Vcc'')
+
+define(`Description_44251_zip', `VRAM 256Kx4')
+define(`Param1_44251_zip', 28)
+define(`PinList_44251_zip', ``DSF',`DQ2',`DQ3',`/SE',`SDQ2',`SDQ3',`Vss',`SC',`SDQ0',`SDQ1',`/TRG',`DQ0',`DQ1',`/W',`NC-Gnd',`/RAS',`A8',`A6',`A5',`A4',`Vcc',`A7',`A3',`A2',`A1',`A0',`QSF',`/CAS'')
+
+(divert(0)dnl

Property changes on: oldlib/lib/memory.m4
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/minicircuits.inc
===================================================================
--- oldlib/lib/minicircuits.inc	(nonexistent)
+++ oldlib/lib/minicircuits.inc	(revision 296)
@@ -0,0 +1,66 @@
+# -*- m4 -*-
+#
+# $Id$
+#                            COPYRIGHT
+#
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 2003 Dan McMahill
+#
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+# 
+#
+#  Mini-Circuits Specific Footprints
+
+
+# EXTRACT_BEGIN
+
+# COMMON_SMT_DIL_{MIL,MM}
+# $4: number of pins
+# $5: pad width  (1/1000 mil or 1/100 mm)
+# $6: pad length (1/1000 mil or 1/100 mm)
+# $7: pad pitch (1/1000 mil 1/100 mm)
+# $8: pad seperation for pads on opposite sides of
+#     the package (1/1000 mil or 1/100 mm)
+# $9: define to make the pins get numbered starting with the highest pin
+#     instead of pin 1.  Needed for certain brain damaged packages like
+#     the Mini-Circuits KK81
+
+#
+##  Mini-Circuits CA Style Package
+#
+define(`PKG_MINICIRCUITS_CA531',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',6,20000,50000,37000,40000)')
+
+#
+##  Mini-Circuits CB Style Package
+#
+define(`PKG_MINICIRCUITS_CB518',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',10,30000,90000,50000,110000)')
+define(`PKG_MINICIRCUITS_CB539',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',10,30000,90000,50000,135000)')
+
+#
+##  Mini-Circuits CD Style Package
+#
+define(`PKG_MINICIRCUITS_CD541',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',6,65000,100000,100000,100000)')
+define(`PKG_MINICIRCUITS_CD542',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',6,65000,100000,100000,100000)')
+define(`PKG_MINICIRCUITS_CD636',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',6,65000,100000,100000,100000)')
+define(`PKG_MINICIRCUITS_CD637',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',6,65000,100000,100000,100000)')
+
+#
+##  Mini-Circuits KK Style Package
+#
+define(`PKG_MINICIRCUITS_KK81',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',6,50000,126000,100000,354000,"reverse")')
+
+# EXTRACT_END
+
Index: oldlib/lib/misc.inc
===================================================================
--- oldlib/lib/misc.inc	(nonexistent)
+++ oldlib/lib/misc.inc	(revision 296)
@@ -0,0 +1,733 @@
+.#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# misc packages
+#
+
+# -------------------------------------------------------------------
+# the definition of a SD (ZIP) package
+# based on 'old style format' by Olaf Kaluza (olaf@criseis.ruhr.de)
+#
+# For example, see http://focus.ti.com/lit/ml/mczi002/mczi002.pdf
+# for the Texas Instruments SDZ (R-PZIP-T16) Ceramic Zig Zag package
+# That drawing shows the pin width varying from 0.45mm to 0.65mm 
+# (18 to 26 mils) and the width in the other dimension from .23mm
+# to .35mm.  The cross section is rectangular.  This gives a diagonal
+# from 0.505mm (19.9 mil) to 0.738mm (29 mil).
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+#
+define(`PKG_SD',
+	`define(`MAXY', `eval(`$4' / 2 * 100 + 50)')
+Element(0x00 "$1" "`$2'" "$3" 275 50 3 100 0x00)
+(
+	forloop(`i', 1, eval($4 / 2),
+		`PIN(50,  eval(100*(i-1)+50), 60, 35, eval(2*i-1))
+		PIN(150, eval(100*(i-1)+100), 60, 35, eval(2*i))
+	')
+
+	ElementLine(0 0 0 MAXY 20)
+	ElementLine(0 MAXY 200 MAXY 20)
+	ElementLine(200 MAXY 200 0 20)
+	ElementLine(200 0 0 0 20)
+	ElementLine(100 0 100 100 10)
+	ElementLine(100 100 0 100 10)
+
+	Mark(50 50)
+)')
+
+# -------------------------------------------------------------------
+# the definition of a plastic power package vertical
+# for TO220 (2-7pins), TO251, TOP3, MULTIWATT(8-15pins)
+# based on 'old style format' by Olaf Kaluza (olaf@criseis.ruhr.de)
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pin count
+# $5: pin spacing
+# $6: body length (dimension parallel to rows of pins)
+# $7: body width  (dimension perpendicular to rows of pins)
+# $8: pin/tab spacing
+# $9: pad size
+# $10: drill size
+# $11: pin row spacing
+
+define(`GENERIC_PL_POWER',
+    `define(`pin1X', `eval((`$6' - (`$4' - 1) * `$5')/2)')
+Element(0x00 "$1" "`$2'" "$3" eval(`$6'+60) 50 3 100 0x00)
+(
+       forloop(`i', 1, `$4',
+               `PIN(eval(pin1X + (i-1)*`$5'), ifelse(eval(i % 2 == 0), 0, eval(`$8'+`$11'), `$8'), `$9', `$10', i)
+       ')
+       ElementLine(0 0 0 `$7' 20)
+       ElementLine(0 `$7' `$6' `$7' 20)
+       ElementLine(`$6' `$7' `$6' 0 20)
+       ElementLine(`$6' 0 0 0 20)
+       ElementLine(0 50 `$6' 50 10)
+       ElementLine(eval(`$6'/2 - 75) 0 eval(`$6'/2 - 75) 50 10)
+       ElementLine(eval(`$6'/2 + 75) 0 eval(`$6'/2 + 75) 50 10)
+       Mark(pin1X eval(`$7'+`$10'))
+ )')
+
+# -------------------------------------------------------------------
+# the definition of a resistor (0.25W) package
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+define(`PKG_R025',
+`Element(0x00 "$1" "`$2'" "$3" 120 30 0 100 0x00)
+(
+	PIN(0, 50, 68, 38, 1)
+	PIN(400, 50, 68, 38, 2)
+	ElementLine(100 0 300 0 20)
+	ElementLine(300 0 300 100 20)
+	ElementLine(300 100 100 100 20)
+	ElementLine(100 100 100 0 20)
+	ElementLine(0 50 100 50 20)
+	ElementLine(300 50 400 50 20)
+	Mark(0 50)
+)')
+
+# -------------------------------------------------------------------
+# the definition of a SIL package without a common pin
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+define(`PKG_SIL',
+	`define(`MAXY', `eval(`$4' * 100 -50)')
+Element(0x00 "$1" "`$2'" "$3" 160 10 3 100 0x00)
+(
+	forloop(`i', 1, $4,
+		`PIN(50, eval(i * 100 -50), 60, 28, i)
+	')
+	ElementLine(  0 50   0 MAXY 20)
+	ElementLine(100 50 100 MAXY 20)
+	ElementArc(50  50 50 50 180 180 20)
+	ElementArc(50 MAXY 50 50   0 180 20)
+	forloop(`i', 1, eval($4 /2 -1),
+		`ElementLine(0 eval(i * 200) 100 eval(i * 200) 10)
+	')
+	Mark(50 50)
+)')
+
+# -------------------------------------------------------------------
+# the definition of a SIL package with a common pin
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+define(`PKG_CSIL',
+	`define(`MAXY', `eval(`$4' * 100 -50)')
+Element(0x00 "$1" "`$2'" "$3" 160 10 3 100 0x00)
+(
+	forloop(`i', 1, $4,
+		`PIN(50, eval(i * 100 -50), 60, 28, i)
+	')
+	ElementLine(  0 50   0 MAXY 20)
+	ElementLine(100 50 100 MAXY 20)
+	ElementLine(  0 100 100 100 10)
+	ElementArc(50  50 50 50 180 180 20)
+	ElementArc(50 MAXY 50 50   0 180 20)
+	Mark(50 50)
+)')
+
+# -------------------------------------------------------------------
+# a QFP-132 pin flat pack
+# 
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+#
+# based on mail by Volker Bosch (bosch@iema.e-technik.uni-stuttgart.de)
+define(`PKG_QFP132',
+`Element(0x00 "$1" "`$2'" "$3" 250 200 0 150 0x00)
+(
+	forloop(`i', 1, 17,
+		`define(`XPOS', eval(625 -i*25))'
+		`PAD(XPOS, 40, XPOS, 90, 15, i)
+	')
+	forloop(`i', 1, 16,
+		`define(`XPOS', eval(1025 -i*25))'
+		`PAD(XPOS, 40, XPOS, 90, 15, eval(i+116))
+	')
+	forloop(`i', 1, 33,
+		`define(`YPOS', eval(175 +i*25))'
+		`PAD(30, YPOS, 80, YPOS, 15, i)
+	')
+	forloop(`i', 1, 33,
+		`define(`XPOS', eval(175 +i*25))'
+		`PAD(XPOS, 1160, XPOS, 1110, 15, eval(i+50))
+	')
+	forloop(`i', 1, 33,
+		`define(`YPOS', eval(1025 -i*25))'
+		`PAD(1120, YPOS, 1170, YPOS, 15, i)
+	')
+
+	# Markierung pin 1
+	ElementArc(600 150 10 10 0 360 5)
+
+	# Nase links oben (PIN 17/18)
+	ElementLine( 125 175  75 150 20)
+	ElementLine(  75 150  75 125 20)
+	ElementLine(  75 125 125  75 20)
+	ElementLine( 125  75 150  75 20)
+	ElementLine( 150  75 175 125 20)
+
+	# Verbindungsline zur Ecke rechts oben
+	ElementLine( 175  125 1025 125 20)
+
+	# Nase rechts oben (PIN 116/117)
+	ElementLine(1025 125 1050  75 20)
+	ElementLine(1050  75 1075  75 20)
+	ElementLine(1075  75 1125 125 20) 
+	ElementLine(1125 125 1125 150 20)
+	ElementLine(1125 150 1075 175 20)
+
+	# Verbindungsline zur Ecke rechts unten
+	ElementLine(1075 175  1075 1025 20)
+
+	# Nase rechts unten (PIN 83/84)
+	ElementLine(1075 1025 1125 1050 20)
+	ElementLine(1125 1050 1125 1075 20)
+	ElementLine(1125 1075 1075 1125 20)
+	ElementLine(1075 1125 1050 1125 20)
+	ElementLine(1050 1125 1025 1075 20)
+
+	# Verbindungsline zur Ecke links unten 
+	ElementLine(1025 1075  175 1075 20)
+
+	# Nase links unten (PIN 50/51)
+	ElementLine( 175 1075 150 1125 20)
+	ElementLine( 150 1125 125 1125 20)
+	ElementLine( 125 1125  75 1075 20)
+	ElementLine(  75 1075  75 1050 20)
+	ElementLine(  75 1050 125 1025 20)
+
+	# Verbindungsline zur Ecke links oben
+	ElementLine( 125 1025 125 175 20)
+
+	# Markierung so anordnen, dass Pinanchse im 25-MIL-Raster zu liegen kommt
+	Mark(200 200)
+)')
+
+# -------------------------------------------------------------------
+# LED
+# Pin 1 is -, 2 is +
+# 
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: diameter
+#
+# based on mail by Volker Bosch (bosch@iema.e-technik.uni-stuttgart.de)
+define(`PKG_LED',
+	`define(`RADIUS1', `eval(`$4' /2)')
+	define(`RADIUS2', `eval(`$4' /2 +20)')
+Element(0x00 "$1" "`$2'" "$3" 100 70 0 100 0x00)
+(
+# typical LED is 0.5 mm or 0.020" square pin.  See for example
+# http://www.lumex.com and part number SSL-LX3054LGD.
+# 0.020" square is 0.0288" diagonal.  A number 57 drill is 
+# 0.043" which should be enough.  a 65 mil pad gives 11 mils
+# of annular ring.
+
+	PIN(-50, 0, 65, 43, 1)
+	PIN(50, 0, 65, 43, 2)
+   ifelse( eval(RADIUS1 - 10 > 85), 1, 
+	ElementArc(0 0 RADIUS1 RADIUS1     0 360 10)
+,
+	ElementArc(0 0 RADIUS1 RADIUS1    45  90 10)
+	ElementArc(0 0 RADIUS1 RADIUS1   225  90 10)
+)
+   ifelse( eval(RADIUS2 - 10 > 85), 1, 
+	ElementArc(0 0 RADIUS2 RADIUS2     0 360 10)
+,
+	ElementArc(0 0 RADIUS2 RADIUS2    45  90 10)
+	ElementArc(0 0 RADIUS2 RADIUS2   225  90 10)
+)
+	Mark(0 0)
+)')
+
+# -------------------------------------------------------------------
+# diodes
+# Pin 1 is K, 2 is A
+# 
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: distance in mil
+#
+define(`PKG_DIODE_LAY',
+	`define(`X1', `eval(`$4' /3)')
+	define(`X2', `eval(`$4' -X1)')
+	define(`Y', `eval(`$4' /2)')
+	define(`DELTA', `eval(X1 /2)')
+	define(`PINSIZE', `ifelse(eval($4 >= 500), 1, 80, 50)')
+Element(0x00 "$1" "`$2'" "$3" eval(X2+20) eval(Y-DELTA) 0 100 0x00)
+(
+	PIN(0, Y, PINSIZE, 20, 1)
+	PIN($4, Y, PINSIZE, 20, 2)
+
+	ElementLine(0 Y X1 Y 10)
+	ElementLine(X2 Y $4 Y 10)
+
+	ElementLine(X1 Y X2 eval(Y-DELTA) 10)
+	ElementLine(X2 eval(Y-DELTA) X2 eval(Y+DELTA) 10)
+	ElementLine(X2 eval(Y+DELTA) X1 Y 10)
+	ElementLine(X1 eval(Y-DELTA) X1 eval(Y+DELTA) 10)
+	Mark(0 Y)
+)')
+
+# -------------------------------------------------------------------
+# the definition of a general axial package
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: distance in mil
+# $5: 1 for polarized, 0 for non polarized
+define(`PKG_AXIAL_LAY',
+	`define(`X1', `eval(`$4' /4)')
+	define(`X2', `eval(`$4' -X1)')
+	define(`Y1', `eval(X1 /3)')
+	define(`Y2', `eval(Y1 *2)')
+	define(`PINSIZE', `ifelse(eval($4 >= 600), 1, 80, 55)')
+	define(`DRILLSIZE', `ifelse(eval($4 >= 600), 1, 50, 30)')
+	define(`YPT', `eval(Y1 - PINSIZE/2 - 10)')
+	define(`YPC', `eval(YPT - 20)')
+	define(`YPB', `eval(YPT - 40)')
+Element(0x00 "$1" "`$2'" "$3" eval(X2+20) eval(Y2+20) 0 100 0x00)
+(
+	PIN(0, Y1, PINSIZE, DRILLSIZE, 1)
+	PIN($4, Y1, PINSIZE, DRILLSIZE, 2)
+
+	ElementLine(0 Y1 X1 Y1 10)
+	ElementLine(X2 Y1 $4 Y1 10)
+
+	ElementLine(X1 0 X2 0 10)
+	ElementLine(X2 0 X2 Y2 10)
+	ElementLine(X2 Y2 X1 Y2 10)
+	ElementLine(X1 Y2 X1 0 10)
+
+	ifelse(1, $5,
+	ElementLine(0 YPB 0 YPT 10)
+	ElementLine(-20 YPC 20 YPC 10)
+	ElementLine(`eval($4 - 20)' YPC `eval($4 + 20)' YPC 10)
+	)
+
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+
+	Mark(0 Y1)
+)')
+
+# -------------------------------------------------------------------
+#
+# general purpose crystal standing, 2 or 3 pins
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pin spacing in mil
+# $5: length of component in mil
+# $6: width of component in mil
+# $7: diametr of pad in mil
+# $8: diametr of drill in mil
+# $9: number of pins
+#
+define(`PKG_CRYSTAL_V',
+       `define(`spacing',  `$4')
+	define(`sizX',     `$5')
+	define(`sizY',     `$6')
+	define(`pad',      `$7')
+	define(`drill',    `$8')
+	define(`centerY',  `eval(sizY / 2)')
+	define(`pinX',    `eval((sizX - spacing * (`$9'-1)) /2)')
+
+Element(0x00 "$1" "$2" "$3" 0 eval(0 - 60) 0 100 0x00)
+(
+	PIN(pinX, centerY, pad, drill, 1)
+	PIN(eval(pinX + spacing), centerY, pad, drill, 2)
+	ifelse(eval(`$9' == 3), 1,
+	PIN(eval(pinX + 2 * spacing), centerY, pad, drill, 3))
+
+	ElementLine(centerY 0 eval(sizX-centerY) 0 20)
+	ElementArc(eval(sizX-centerY) centerY centerY centerY 90 180 20)
+	ElementLine(eval(sizX-centerY) sizY centerY sizY 20)
+	ElementArc(centerY centerY centerY centerY 270 180 20)
+
+	Mark(pinX centerY)
+)')
+#
+#
+# general purpose crystal laying, 2 or 3 pins
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pin spacing in mil
+# $5: length of component in mil
+# $6: height of component in mil
+# $7: diametr of pad in mil
+# $8: diametr of drill in mil
+# $9: number of pins
+#
+define(`PKG_CRYSTAL_H',
+       `define(`base',     `$4')
+	define(`sizX',     `$5')
+	define(`sizY',     `$6')
+	define(`pad',      `$7')
+	define(`drill',    `$8')
+	define(`pinX',     `eval((sizX - base * (`$9'-1)) /2)')
+	define(`pinY',     `ifelse(eval(sizX > 500),1,eval(sizY+200),eval(sizY+100))')
+	define(`maxY',     `eval(sizY + offset)')
+
+Element(0x00 "$1" "$2" "$3" 0 eval(0 - 60) 0 100 0x00)
+(
+	PIN(pinX, pinY, pad, drill, 1)
+	PIN(eval(pinX + base), pinY, pad, drill, 2)
+	ifelse(eval(`$9' == 3), 1,
+	PIN(eval(pinX + 2 * base), pinY, pad, drill, 3))
+
+	ElementLine(0 0 sizX 0 20)
+	ElementLine(sizX 0 sizX sizY 20)
+	ElementLine(sizX sizY 0 sizY 20)
+	ElementLine(0 sizY 0 0 20)
+
+	Mark(pinX pinY)
+)')
+
+# a crystal package for backward compatibility
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: package width in MIL
+#
+define(`PKG_CRYSTAL',`PKG_CRYSTAL_V(`$1',`$2',`$3',`eval($4-100)',`$4',`100',`60',`28',`2')')
+
+
+# -------------------------------------------------------------------
+# a can oscillator package
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+#
+define(`PKG_OSC',
+`Element(0x00 "$1" "`$2'" "$3" 270 300 3 100 0x00)
+(
+	Pin(100 100 50 28 "NC" 0x01)
+	Pin(100 700 50 28 "GND" 0x01)
+	Pin(400 700 50 28 "CLK" 0x01)
+	Pin(400 100 50 28 "VCC" 0x01)
+
+	ElementLine(5 5 400 5 10)
+	ElementArc(400 100 95 95 180 90 10)
+	ElementLine(495 100 495 700 10)
+	ElementArc(400 700 95 95 90 90 10)
+	ElementLine(400 795 100 795 10)
+	ElementArc(100 700 95 95 0 90 10)
+	ElementLine(5 700 5 5 10)
+
+	ElementLine(100 60 400 60 10)
+	ElementArc(400 100 40 40 180 90 10)
+	ElementLine(440 100 440 700 10)
+	ElementArc(400 700 40 40 90 90 10)
+	ElementLine(400 740 100 740 10)
+	ElementArc(100 700 40 40 0 90 10)
+	ElementLine(60 700 60 100 10)
+	ElementArc(100 100 40 40 270 90 10)
+
+	Mark(100 100)
+)')
+
+# -------------------------------------------------------------------
+# 8 bit ISA Slot card
+#
+# Volker Bosch (bosch@iema.e-technik.uni-stuttgart.de), 12/95
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+#
+define(`PKG_ISA8',
+`Element(0x00 "$1" "`$2'" "$3" 4000 0 0 100 0x00)
+(
+    # Pins, entspr. Anschl. auf Loetseite (b31..b1)
+	Pin( 200 3850 60 35 "Gnd (b31)" 0x01)
+	Pin( 300 3850 60 35 "Osc" 0x01)
+	Pin( 400 3850 60 35 "+5V" 0x01)
+	Pin( 500 3850 60 35 "BALE" 0x01)
+	Pin( 600 3850 60 35 "TC" 0x01)
+	Pin( 700 3850 60 35 "/DAck2" 0x01)
+	Pin( 800 3850 60 35 "IRq3" 0x01)
+	Pin( 900 3850 60 35 "IRq4" 0x01)
+	Pin(1000 3850 60 35 "IRq5" 0x01)
+	Pin(1100 3850 60 35 "IRq6" 0x01)
+	Pin(1200 3850 60 35 "IRq7" 0x01)
+	Pin(1300 3850 60 35 "Clock" 0x01)
+	Pin(1400 3850 60 35 "/Ref" 0x01)
+	Pin(1500 3850 60 35 "DRq1" 0x01)
+	Pin(1600 3850 60 35 "/DAck1" 0x01)
+	Pin(1700 3850 60 35 "DRq3" 0x01)
+	Pin(1800 3850 60 35 "/DAck3" 0x01)
+	Pin(1900 3850 60 35 "/IOR" 0x01)
+	Pin(2000 3850 60 35 "/IOW" 0x01)
+	Pin(2100 3850 60 35 "/SMEMR" 0x01)
+	Pin(2200 3850 60 35 "/SMEMW" 0x01)
+	Pin(2300 3850 60 35 "Gnd" 0x01)
+	Pin(2400 3850 60 35 "+12V" 0x01)
+	Pin(2500 3850 60 35 "/0WS" 0x01)
+	Pin(2600 3850 60 35 "-12V" 0x01)
+	Pin(2700 3850 60 35 "DRq2" 0x01)
+	Pin(2800 3850 60 35 "-5V" 0x01)
+	Pin(2900 3850 60 35 "IEQ2" 0x01)
+	Pin(3000 3850 60 35 "+5V" 0x01)
+	Pin(3100 3850 60 35 "ResDrv" 0x01)
+	Pin(3200 3850 60 35 "Gnd (b1)" 0x01)
+
+      # Pins, entspr. Anschl. auf Bestueckseite
+	Pin( 200 3950 60 35 "SA0 (a31)" 0x01)
+	Pin( 300 3950 60 35 "SA1" 0x01)
+	Pin( 400 3950 60 35 "SA2" 0x01)
+	Pin( 500 3950 60 35 "SA3" 0x01)
+	Pin( 600 3950 60 35 "SA4" 0x01)
+	Pin( 700 3950 60 35 "SA5" 0x01)
+	Pin( 800 3950 60 35 "SA6" 0x01)
+	Pin( 900 3950 60 35 "SA7" 0x01)
+	Pin(1000 3950 60 35 "SA8" 0x01)
+	Pin(1100 3950 60 35 "SA9" 0x01)
+	Pin(1200 3950 60 35 "SA10" 0x01)
+	Pin(1300 3950 60 35 "SA11" 0x01)
+	Pin(1400 3950 60 35 "SA12" 0x01)
+	Pin(1500 3950 60 35 "SA13" 0x01)
+	Pin(1600 3950 60 35 "SA14" 0x01)
+	Pin(1700 3950 60 35 "SA15" 0x01)
+	Pin(1800 3950 60 35 "SA16" 0x01)
+	Pin(1900 3950 60 35 "SA17" 0x01)
+	Pin(2000 3950 60 35 "SA18" 0x01)
+	Pin(2100 3950 60 35 "SA19" 0x01)
+	Pin(2200 3950 60 35 "AEN" 0x01)
+	Pin(2300 3950 60 35 "IOChRdy" 0x01)
+	Pin(2400 3950 60 35 "SD0" 0x01)
+	Pin(2500 3950 60 35 "SD1" 0x01)
+	Pin(2600 3950 60 35 "SD2" 0x01)
+	Pin(2700 3950 60 35 "SD3" 0x01)
+	Pin(2800 3950 60 35 "SD4" 0x01)
+	Pin(2900 3950 60 35 "SD5" 0x01)
+	Pin(3000 3950 60 35 "SD6" 0x01)
+	Pin(3100 3950 60 35 "SD7" 0x01)
+	Pin(3200 3950 60 35 "/IOChCk (a1)" 0x01)
+
+      # Umrahmung
+	ElementLine(   0  100  100  100 2)
+	ElementLine( 100    0  100  100 2)
+	ElementLine( 100  100 4250  100 5)
+	ElementLine(4250  100 4250 3810 5)
+	ElementLine(4250 3810 3620 3810 5)
+	ElementLine(3620 3810 3620 3510 5)
+	ElementLine(3620 3510 3300 3510 5)
+	ElementLine(3300 3510 3300 3810 5)
+	ElementLine(3300 3810  100 3810 5)
+	ElementLine( 100 3810  100 3510 5)
+	ElementLine( 100 3510    0 3510 2)
+
+      # Markierung == Pin B1
+	Mark(3200 3850)
+)')
+
+# -------------------------------------------------------------------
+# an ovenized-oscillator package
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# Text(620 320 0 100 "GROUND" 0x0001)
+# Text(620 520 0 100 "VECTRON LABORATORIES, INC." 0x0001)
+# Text(620 720 0 100 "CO711 SERIES OSC" 0x0001)
+# Text(620 920 0 100 "711-04-006" 0x0001)
+# Text(620 1680 0 100 "+12 -> 15 VOLTS DC" 0x0001) 
+define(`PKG_OVEN_OSC',
+`Element(0x00 "$1" "`$2'" "$3" 580 280 0 100 0x00)
+(
+	Pin(320 320 150 35 "NC" 0x01)
+	Pin(320 1000 150 35 "VCC" 0x01)
+	Pin(320 1680 150 35 "CLK" 0x01)
+	Pin(1680 320 150 35 "+12V" 0x01)
+	Pin(1680 1680 150 35 "GND" 0x01)
+
+	ElementLine(2020 1125 2020 875 10)
+	ElementLine(2100 875 2020 875 10)
+	ElementLine(2100 975 2100 875 10)
+	ElementLine(2075 975 2100 975 10)
+	ElementLine(2075 1025 2075 975 10)
+	ElementLine(2100 1025 2075 1025 10)
+	ElementLine(2100 1125 2100 1025 10)
+	ElementLine(2100 1125 2020 1125 10)
+
+	ElementLine(2000 320 2000 1680 10)
+	ElementLine(320 0 1680 0 10)
+	ElementLine(0 1680 0 320 10)
+	ElementLine(1680 2000 320 2000 10)
+
+	ElementArc(320 320 320 320 270 90 10)
+	ElementArc(320 1680 320 320 0 90 10)
+	ElementArc(1680 320 320 320 180 90 10)
+	ElementArc(1680 1680 320 320 90 90 10)
+
+	Mark(320 320)
+)')
+
+# a radial capacitor package
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: package width in MIL
+# $5: set to 1 if a polarized part
+define(`PKG_RADIAL_CAN',
+	`define(`X1', `eval(`$4' /4)')
+	define(`X2', `eval(`$4' -X1)')
+	define(`X3', `eval(`$4' /2)')
+	define(`Y', `eval(`$4' /2)')
+	define(`R', `eval(`$4' /2)')
+	define(`PINSIZE', `ifelse(eval($4 >= 600), 1, 80, 55)')
+	define(`DRILLSIZE', `ifelse(eval($4 >= 600), 1, 50, 30)')
+Element(0x00 "$1" "`$2'" "$3" eval(`$4') 0 0 100 0x00)
+(
+	PIN(X1, Y, 60, DRILLSIZE, 1)
+	PIN(X2, Y, 60, DRILLSIZE, 2)
+	ElementArc(X3 Y R R 0 360 10)
+
+	ifelse( 1, $5,
+	ElementLine(-60 Y            -20 Y 10)
+	ElementLine(-40 `eval(Y-20)' -40 `eval(Y+20)' 10)
+	ElementLine(`eval($4 + 20)' Y `eval($4 + 60)'  Y 10)
+	)
+
+	Mark (X1 Y)
+)')
+
+# a core surface mount package
+# 12/99 Larry Doolittle <LRDoolittle@lbl.gov>
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: device length in MIL
+# $5: device width in MIL
+#
+# Note that the pad width, length, and separation are derived from
+# the given device dimensions.  I <LRDoolittle@lbl.gov> don't
+# claim to have followed any industry standards here, these sizes
+# are based on someone else's measurements:
+#  0603 is 30x40 mil pads on 60 mil pad ctr
+#  0805 is 44x60 mil pads on 80 mil pad ctr
+# on a PC motherboard.  If you know the "real" values, please educate
+# me and/or adjust this code.
+#
+define(`PKG_SMD_BASE',
+	`define(`T', `eval(`$4'/4+`$5'/2)')
+	define(`W', `eval(T/2+15)')
+	define(`X1', `0')
+	define(`X2',  ``$4'')
+	define(`Y',  `0')
+	define(`Y1',  `eval(Y-(`$5'-T)/2-5)')
+	define(`Y2',  `eval(Y+(`$5'-T)/2+5)')
+	# Silkscreen box coordinates
+	define(`X1L', `eval(X1-W)')
+	define(`X2L', `eval(X2+W)')
+	define(`Y1L', `eval(Y1-W)')
+	define(`Y2L', `eval(Y2+W)')
+Element(0x00 "$1" "`$2'" "$3" eval(10+T/2) eval(Y2L+15) 0 100 0x00)
+(
+	# PAD(X1, Y1, X1, Y2, T, 1)
+	# PAD(X2, Y1, X2, Y2, T, 2)
+	# Use Pad instead of PAD so both pads come out square
+	Pad(X1 Y1 X1 Y2 T "1" 0x100)
+	Pad(X2 Y1 X2 Y2 T "2" 0x100)
+	ElementLine(X1L Y1L X1L Y2L 8)
+	ElementLine(X1L Y2L X2L Y2L 8)
+	ElementLine(X2L Y2L X2L Y1L 8)
+	ElementLine(X2L Y1L X1L Y1L 8)
+	SMD_OUTLINE_EXTRA
+)')
+
+define(`PKG_SMD_SIMPLE',
+	`define(`SMD_OUTLINE_EXTRA', `')
+	PKG_SMD_BASE(`$1', `$2', `$3', `$4', `$5')
+')
+
+define(`PKG_SMD_DIODE',
+	`define(`SMD_OUTLINE_EXTRA',
+		`
+		define(`XBAR', `eval(X1L+10)')
+		ElementLine( XBAR Y1L XBAR Y2L 8 )
+	')
+	PKG_SMD_BASE(`$1', `$2', `$3', `$4', `$5')
+')
+
+define(`PKG_SMD_POLAR',
+	`define(`SMD_OUTLINE_EXTRA',
+		`
+		# crude plus sign
+		# ElementLine(      X1     eval(Y2L+20)       X1    eval(Y2L+70) 8)
+		# ElementLine( eval(X1-25) eval(Y2L+45) eval(X1+25) eval(Y2L+45) 8)
+		define(`XBAR', `eval(X1L+10)')
+		ElementLine( XBAR Y1L XBAR Y2L 8 )
+
+	')
+	PKG_SMD_BASE(`$1', `$2', `$3', `$4', `$5')
+')
+
+# a smd chip package, capacitor or resistor
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: package designator length in MIL *100 + width in MIL /10
+#     ie 402 == 40 X 20; 603 == 60 X 30 
+#
+define(`PKG_SMD_CHIP',
+	`define(`X1', `eval(eval(`$4' /100)*10)')
+	define(`Y1', `eval(eval(`$4'- X1 *10) *10)')
+# line radius (LR) depicts offset to pads lines and pad "band width"
+	define(`LR', `ifelse(eval(Y1 < 40), 1, eval(Y1/4), 10)')
+Element(0x00 "$1" "`$2'" "$3" 0 0 0 25 0x00)
+(
+        PAD(LR LR LR eval(Y1-LR) eval(LR*2) )
+        PAD(eval(X1-LR) LR eval(X1-LR) eval(Y1-LR) eval(LR*2) )
+
+        ElementLine( 0  0 X1  0 5)
+        ElementLine(X1  0 X1 Y1 5)
+        ElementLine(X1 Y1  0 Y1 5)
+        ElementLine( 0 Y1  0  0 5)
+
+        Mark(eval(X1/2) eval(Y1/2))
+)')
+

Property changes on: oldlib/lib/misc.inc
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/nichicon.inc
===================================================================
--- oldlib/lib/nichicon.inc	(nonexistent)
+++ oldlib/lib/nichicon.inc	(revision 296)
@@ -0,0 +1,155 @@
+# -*- m4 -*-
+#
+# $Id$
+#                            COPYRIGHT
+#
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 2007 Dan McMahill
+#
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; version 2 of the License.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   The symbols produced by this file may be used and redistributed 
+#   without restriction as part of a PCB layout file.  Distribution 
+#   of footprints produced by this file as part of a footprint
+#   library is governed by the same license as this source file.
+#
+
+#  Nichicon Specific Footprints
+
+
+# Surface mount electrolytic capacitors.  WT series.
+
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pin width (1/100 mm)        (max dimension "H" on datasheet * 100)
+# $5: pin length (1/100 mm)       (max dimension "A" on datasheet * 100)
+# $6: gap between pins (1/100 mm) (min dimension "E" on datasheet * 100)
+# $7: package width (1/100 mm)    (max dimension "C" on datasheet * 100)
+# $8: package height (1/100 mm)   (max dimension "B" on datasheet * 100)
+# $9: package vertical height (1/100mm) -- vertical height off board
+#                                 (max dimension "L" on datasheet * 100)
+
+define(`PKG_NICHICON_WT_CAP',
+       `
+	# max pin width (perpendicular to axis of package) (1/100 mil)
+	define(`PINW',  `eval($4*10000/254)')
+
+	# max pin length (parallel to axis of package) (1/100 mil)
+	define(`PINL',  `eval($5*10000/254)')
+
+	# gap between the pads (1/100 mil)
+	define(`PINS', `eval($6*10000/254)')
+
+	# package width (1/100 mil)
+	define(`PACKW', `eval($7*10000/254)')
+
+	# package height (1/100 mil)
+	define(`PACKH', `eval($8*10000/254)')
+
+	# component veritcal height off board (1/100 mil)
+	define(`COMPH', `eval($9*10000/254)')
+
+	# pad width and length
+	define(`PADW', `eval(PINW + 2000)')
+	define(`PADL', `eval(PINL + 2000)')
+
+	# y values for drawing the pad.  The Y center of the pad is 0.5*(PINL + PINS)
+	# we need a line segment of length PADL - PADW so we have end points:
+	# 0.5*(PINL + PINS) +/- 0.5*(PADL - PADW)
+	define(`PY1', `eval((PINL + PINS + PADL - PADW)/2)')
+	define(`PY2', `eval((PINL + PINS - PADL + PADW)/2)')
+
+	# width of soldermask relief (5 mil on each side)
+	define(`MASKW', `eval(PADW + 1000)')
+
+	# silkscreen width (1/100 mils)
+	define(`SILKW', `1000')
+
+	# how much space to leave around the part before the
+	# silk screen (1/100 mils)
+	define(`SILKS', `800')
+
+	# lower left corner for silk screen (1/100 mil)
+	define(`LLX', `eval( (PACKW + 2*SILKS + SILKW)/2)')
+	define(`LLY', `eval( (PACKH + 2*SILKS + SILKW)/2)')
+
+	# upper right corner for silk screen (1/100 mil)
+	define(`URX', `eval( (PADW + 2*SILKS + SILKW)/2)')
+	define(`URY', `eval( -LLY)')
+
+	# how much to notch the corners by in silk to indicate polarity
+	define(`NOTCH', `3000')
+	define(`NOTCHX', `eval(LLX - NOTCH)')
+	define(`NOTCHY', `eval(URY + NOTCH)')
+
+# Element [SFlags "Desc" "Name" "Value" MX MY TX TY TDir TScale TSFlags]
+Element[ "" "`$1'" "`$2'" "`$3'" 0 0 0 0 0 100 ""]
+(
+
+# Pad [rX1 rY1 rX2 rY2 Thickness Clearance Mask "Name" "Number" SFlags]                                                                                              
+Pad[ 0 -PY1 0 -PY2 PADW 1000 MASKW "Plus"  "1" "square"]
+Pad[ 0  PY1 0  PY2 PADW 1000 MASKW "Minus" "2" "square"]
+
+# Silk screen around package
+# ElementLine[ x1 y1 x2 y2 width]
+
+ElementLine[ LLX    LLY     URX    LLY    SILKW]
+ElementLine[ LLX    LLY     LLX    NOTCHY SILKW]
+ElementLine[ LLX    NOTCHY  NOTCHX URY    SILKW]
+ElementLine[ NOTCHX URY     URX    URY    SILKW]
+
+ElementLine[ -LLX    LLY    -URX    LLY    SILKW]
+ElementLine[ -LLX    LLY    -LLX    NOTCHY SILKW]
+ElementLine[ -LLX    NOTCHY -NOTCHX URY    SILKW]
+ElementLine[ -NOTCHX URY    -URX    URY    SILKW]
+
+
+
+)')
+
+# -------------------------------------------------------------------
+
+# EXTRACT_BEGIN
+
+
+#
+##  Nichicon WT series SMT Aluminum Electrolytic Capacitor
+#
+
+# See Nichicon publication CAT.8100S
+
+# datasheet dimensions Hmax, Amax, E, Cmax, Bmax, Lmax
+define(`PKG_NICHICON_WT_CAP_3_5p4',  `PKG_NICHICON_WT_CAP(`$1', `$2', `$3',
+	`80', `170', `80', `350', `350', `590')')
+define(`PKG_NICHICON_WT_CAP_4_5p4',  `PKG_NICHICON_WT_CAP(`$1', `$2', `$3',
+	`80', `200', `100', `450', `450', `590')')
+define(`PKG_NICHICON_WT_CAP_5_5p4',  `PKG_NICHICON_WT_CAP(`$1', `$2', `$3',
+	`80', `230', `130', `550', `550', `590')')
+define(`PKG_NICHICON_WT_CAP_6p3_5p4',  `PKG_NICHICON_WT_CAP(`$1', `$2', `$3',
+	`80', `260', `220', `680', `680', `590')')
+define(`PKG_NICHICON_WT_CAP_6p3_5p8',  `PKG_NICHICON_WT_CAP(`$1', `$2', `$3',
+	`80', `260', `220', `680', `680', `630')')
+define(`PKG_NICHICON_WT_CAP_6p3_7p7',  `PKG_NICHICON_WT_CAP(`$1', `$2', `$3',
+	`80', `260', `220', `680', `680', `820')')
+define(`PKG_NICHICON_WT_CAP_8_5p4',  `PKG_NICHICON_WT_CAP(`$1', `$2', `$3',
+	`80', `350', `230', `850', `850', `590')')
+define(`PKG_NICHICON_WT_CAP_8_10',  `PKG_NICHICON_WT_CAP(`$1', `$2', `$3',
+	`110', `310', `310', `850', `850', `1050')')
+define(`PKG_NICHICON_WT_CAP_10_10',  `PKG_NICHICON_WT_CAP(`$1', `$2', `$3',
+	`110', `340', `450', `1050', `1050', `1050')')
+
+
+# EXTRACT_END
+
Index: oldlib/lib/optek.inc
===================================================================
--- oldlib/lib/optek.inc	(nonexistent)
+++ oldlib/lib/optek.inc	(revision 296)
@@ -0,0 +1,113 @@
+# -*- m4 -*-
+#
+# $Id$
+#                            COPYRIGHT
+#
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 2007 Dan McMahill
+#
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; version 2 of the License.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   The symbols produced by this file may be used and redistributed 
+#   without restriction as part of a PCB layout file.  Distribution 
+#   of footprints produced by this file as part of a footprint
+#   library is governed by the same license as this source file.
+#
+
+# Optek Specific Footprints -- see www.optekinc.com
+
+
+# Surface mount LED lamps, Package "RA 2.8x1.2x.8"  for example part number OVSRWACR6
+
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+
+define(`PKG_OPTEK_RA_2p8_1p2_0p8',
+	`
+	# pad width and length (1/100 mil)
+	define(`PADW',  `eval(140 * 10000/254)')
+	define(`PADL',  `eval(90 * 10000/254)')
+
+	# pad center (X)  (1/100 mil)
+	define(`PADC',  `eval(120 * 10000/254)')
+
+	# x values for the pads
+	define(`PX1', `eval(PADC - (PADL - PADW)/2)')
+	define(`PX2', `eval(PADC + (PADL - PADW)/2)')
+
+	# package width (1/100 mil)
+	define(`PACKW', `39500')
+
+	# package height (1/100 mil)
+	define(`PACKH', `36000')
+
+	# width of soldermask relief (5 mil on each side)
+	define(`MASKW', `eval(PADL + 1000)')
+
+	# silkscreen width (1/100 mils)
+	define(`SILKW', `1000')
+
+	# how much space to leave around the part before the
+	# silk screen (1/100 mils)
+	define(`SILKS', `800')
+
+	# top edge silk
+	define(`SXTOP', `eval( 50*10000/254 - SILKS - SILKW/2)')
+	define(`SYTOP', `eval( -45 * 10000/254)')
+
+	# bottom edge silk
+	define(`SXBOT', `eval( 5500 + SILKS + SILKW/2 )')
+	define(`SYBOT1', `eval( PADL/2 + SILKS + SILKW/2 )')
+	define(`SYBOT2', `eval( -1400 + 4700 + SILKS + SILKW/2 )')
+
+# Element [SFlags "Desc" "Name" "Value" MX MY TX TY TDir TScale TSFlags]
+Element[ "" "`$1'" "`$2'" "`$3'" 0 0 0 0 0 100 ""]
+(
+
+# Pad [rX1 rY1 rX2 rY2 Thickness Clearance Mask "Name" "Number" SFlags]
+
+# the pads
+Pad[ -PX1 0 -PX2 0 PADL 1000 MASKW "K"  "1" "square"]
+Pad[  PX1 0  PX2 0 PADL 1000 MASKW "A"  "2" "square"]
+
+
+# Silk screen around package
+# ElementLine[ x1 y1 x2 y2 width]
+
+# top edge
+ElementLine[ -SXTOP SYTOP SXTOP SYTOP SILKW ]
+
+# left/right and bottom
+ElementLine[ -SXBOT SYBOT1 -SXBOT SYBOT2 SILKW ]
+ElementLine[  SXBOT SYBOT1  SXBOT SYBOT2 SILKW ]
+ElementLine[ -SXBOT SYBOT2  SXBOT SYBOT2 SILKW ]
+
+)')
+
+# -------------------------------------------------------------------
+
+# EXTRACT_BEGIN
+
+
+#
+##  OPTEK Surface Mount LED's
+#
+
+# See www.optekinc.com
+
+define(`PKG_OPTEK_OVSRWACR6', `PKG_OPTEK_RA_2p8_1p2_0p8(`$1', `$2', `$3')')
+
+# EXTRACT_END
+
Index: oldlib/lib/optical.list
===================================================================
--- oldlib/lib/optical.list	(nonexistent)
+++ oldlib/lib/optical.list	(revision 296)
@@ -0,0 +1,32 @@
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# mask package values...
+#
+LED_3MM:LED:green:red:blue
+LED_5MM:LED:green:red:blue
+OPTO_6N136:N:6N136
+OPTO_6N137:N:6N137

Property changes on: oldlib/lib/optical.list
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/optical.m4
===================================================================
--- oldlib/lib/optical.m4	(nonexistent)
+++ oldlib/lib/optical.m4	(revision 296)
@@ -0,0 +1,49 @@
+divert(-1)
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# most (all at the beginning) of the data was provided by
+# Volker Bosch (bosch@iema.e-technik.uni-stuttgart.de)
+#
+define(`Description_LED_3MM', `LED 3mm')
+define(`Param1_LED_3MM', 60)
+define(`PinList_LED_3MM', ``-', `+'')
+
+define(`Description_LED_5MM', `LED 5mm')
+define(`Param1_LED_5MM', 100)
+define(`PinList_LED_5MM', ``-', `+'')
+
+define(`Description_OPTO_6N136', `optical coupling device')
+define(`Param1_OPTO_6N136', 8)
+define(`Param2_OPTO_6N136', 300)
+define(`PinList_OPTO_6N136', ``NC', `A+', `K-', `NC', `Gnd', `Out-Col', `Basis', `Vcc'')
+
+define(`Description_OPTO_6N137', `optical coupling device')
+define(`Param1_OPTO_6N137', 8)
+define(`Param2_OPTO_6N137', 300)
+define(`PinList_OPTO_6N137', ``NC', `A+', `K-', `NC', `Gnd', `Out', `En', `Vcc'')
+
+divert(0)dnl

Property changes on: oldlib/lib/optical.m4
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/panasonic.inc
===================================================================
--- oldlib/lib/panasonic.inc	(nonexistent)
+++ oldlib/lib/panasonic.inc	(revision 296)
@@ -0,0 +1,56 @@
+# -*- m4 -*-
+#
+# $Id$
+#                            COPYRIGHT
+#
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 2003, 2004 Dan McMahill
+#
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+# 
+#
+#  Panasonic Specific Footprints
+
+
+# EXTRACT_BEGIN
+
+#
+##  Panasonic EXB Series Chip Resistor Array
+#
+
+# COMMON_SMT_DIL_MM
+# $4: number of pins
+# $5: pad width  (1/100 mm)
+# $6: pad length (1/100 mm)
+# $7: pad pitch (1/100 mm)
+# $8: pad seperation for pads on opposite sides of
+#     the package (1/100 mm)
+# $9: define to make the pins get numbered starting with the highest pin
+#     instead of pin 1.  Needed for certain brain damaged packages like
+#     the Mini-Circuits KK81
+
+define(`PKG_PANASONIC_EXB14V',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3',4,30,30,50,30)')
+define(`PKG_PANASONIC_EXB24V',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3',4,38,48,65,50)')
+define(`PKG_PANASONIC_EXB28V',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3',8,25,50,50,40)')
+define(`PKG_PANASONIC_EXBV4V',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3',4,43,70,80,80)')
+define(`PKG_PANASONIC_EXBV8V',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3',8,43,70,80,80)')
+define(`PKG_PANASONIC_EXB34V',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3',4,45,80,80,80)')
+define(`PKG_PANASONIC_EXB38V',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3',8,45,80,80,80)')
+define(`PKG_PANASONIC_EXBS8V',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3',8,63,120,127,110)')
+define(`PKG_PANASONIC_EXB2HV',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3',16,25,50,50,100)')
+
+# EXTRACT_END
+
Index: oldlib/lib/pcblib
===================================================================
--- oldlib/lib/pcblib	(nonexistent)
+++ oldlib/lib/pcblib	(revision 296)
@@ -0,0 +1,11527 @@
+# This is a frozen state file generated by GNU M4 1.4.16
+V1
+T17,97
+PinList_TL085_dil`In1-',`In1+',`Out1',`Out2',`In2+',`In2-',`Vcc-',`In3-',`In3+',`Out3',`Vcc+',`Out4',`In4+',`In4-'
+T18,128
+PinList_MAX233_dil`T2in',`T1in',`R1out',`R1in',`T1out',`Gnd',`Vcc',`C1+',`Gnd',`C2-',`C2+',`V-',`C1-',`V+',`C2+',`C2-',`V-',`T2out',`R2in',`R2out'
+T17,3
+Param2_MAX690_dil300
+T9,28
+PKG_ZIP20PKG_SD(`$1', `$2', `$3', 20)
+T10,511
+PKG_TO3_45Element(0x00 "$1" "`$2'" "$3" 480 510 0 100 0x00)
+(
+	PIN(750, 750, 90, 55, 1)
+	PIN(960, 380, 90, 55, 2)
+	PIN(1300, 830, 250, 177, 3)
+	PIN(280, 210, 250, 177, 4)
+
+	ElementLine(660 1010 1300 1010 20)
+	ElementLine(1210 230 1470 770 20)
+	ElementLine(110 270 375 810 20)
+	ElementLine(280 30 920 30 20)
+
+	ElementArc(790 520 420 420 0 360 20)
+	ElementArc(790 520 510 510 215 40 20)
+	ElementArc(790 520 510 510 35 40 20)
+
+	ElementArc(1300 830 180 180 90 110 20)
+	ElementArc(280 210 180 180 270 110 20)
+
+	Mark(750 750)
+)
+T13,74
+PKG_INDC4509MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 130,  170, 440, 700, 230, 200, 130)
+T27,28
+Description_geda_TQFP160_28`Square Quad-side flat pack'
+T26,38
+Description_geda_RESC3216N`Standard SMT resistor, capacitor etc'
+T24,23
+Description_GAL22V10_dilgeneric PAL replacement
+T13,62
+PKG_SOJ16_300COMMON_SMT_DIL_MIL(`$1',`$2',`$3',16,23622,86614,50000,196850)
+T9,67
+PKG_SO20MCOMMON_SMT_DIL_MIL(`$1',`$2',`$3', 20, 20000, 85000, 50000, 170000)
+T13,150
+PKG_SMD_DIODEdefine(`SMD_OUTLINE_EXTRA',
+		`
+		define(`XBAR', `eval(X1L+10)')
+		ElementLine( XBAR Y1L XBAR Y2L 8 )
+	')
+	PKG_SMD_BASE(`$1', `$2', `$3', `$4', `$5')
+
+T13,74
+PKG_INDC4509NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 120,  150, 420, 610, 170, 190, 120)
+T26,28
+Description_geda_TQFP44_10`Square Quad-side flat pack'
+T26,38
+Description_geda_INDC2520L`Standard SMT resistor, capacitor etc'
+T23,62
+Description_geda_ACY600`Axial non-polar component (typically resistor or capacitor),'
+T21,43
+Description_74160_dil`syncronous decade counter w. async. clear'
+T21,40
+Description_74123_dil`retriggerable monostable multivibrator'
+T18,127
+PinList_MAX691_dil`Vbatt',`Vout',`Vcc',`Gnd',`BattOn',`/LowLine',`OSC_In',`OSC_Out',`PFI',`/PFO',`WDI',`/CE_Out',`/CE_In',`/WDO',`/Reset',`Reset'
+T16,71
+PinList_7402_dil`1Y',`1A',`1B',`2Y',`2A',`2B',`Gnd',`3A',`3B',`3Y',`4A',`4B',`4Y',`Vcc'
+T17,3
+Param2_MAX667_dil300
+T16,3
+Param2_74441_dil300
+T12,921
+PKG_TO126LAYElement(0x00 "$1" "`$2'" "$3" 80 480 1 100 0x00)
+(
+
+# From the JEDEC drawing, the pins are rectangular with dimensions
+# 25-35 mil X 15-25 mil
+#
+# This gives a diagonal dimension of 29.2 to 43.0 mils.
+# Pin pitch is 80 to 100 mils.
+# 
+# For a minimum clearance of 10 mils (probably not unreasonable if
+# you are doing a design with leaded parts, this gives a max pad size
+# of 80 mils.  A 52 mil drill will give 14 mil annular ring which should
+# be plenty.
+#
+# The mounting hole is 100 to 130 mils diameter
+	PIN(110, 600, 80, 52, 1)
+	PIN(200, 600, 80, 52, 2)
+	PIN(290, 600, 80, 52, 3) 
+
+	# Befestigungsbohrung
+	PIN(200, 170, 130, 110, 4)
+
+	# Anschlussdraehte
+	ElementLine(100 600 100 500 30)
+	ElementLine(200 600 200 500 30)
+	ElementLine(300 600 300 500 30)
+
+	# Gehaeuse
+	ElementLine( 50 500 350 500 20)
+	ElementLine(350 500 350  70 20)
+	ElementLine(350  70  50  70 20)
+	ElementLine( 50  70  50 500 20)
+
+	Mark(100 600)
+)
+T9,67
+PKG_SO20NCOMMON_SMT_DIL_MIL(`$1',`$2',`$3', 20, 20000, 85000, 50000, 120000)
+T29,7
+Description_generic_diode_500`diode'
+T23,31
+Description_geda_PLCC44`Plastic leadless chip carrier'
+T26,38
+Description_geda_INDC3216L`Standard SMT resistor, capacitor etc'
+T26,38
+Description_geda_INDC2520M`Standard SMT resistor, capacitor etc'
+T25,46
+Description_geda_ACY1200P`Axial polar component (typically capacitor),'
+T21,16
+Description_conn_jtag`JTAG Connector'
+T30,22
+Description_DIN41_612_ac64maleDIN41.612 row a+c male
+T21,36
+Description_74352_dil`2 4-to-1 data selector/multiplexor'
+T17,111
+PinList_74221_dil`1A',`1A',`/1Clr',`/1Q',`2Q',`2Cext',`2Rext-Cext',`Gnd',`2A',`2B',`/2Clr',`/2Q',`1Q',`1Cext',`1Rext-Cext',`Vcc'
+T16,3
+Param2_74670_dil300
+T14,41
+PKG_TQFP128_28PKG_QFP_80(`$1',`$2',`$3',`128',`28',`0')
+T9,30
+PKG_SIP10PKG_CSIL(`$1', `$2', `$3', 10)
+T10,38
+PKG_RCY500PKG_RADIAL_CAN(`$1', `$2', `$3', 1000)
+T26,38
+Description_geda_INDC3216M`Standard SMT resistor, capacitor etc'
+T26,38
+Description_geda_INDC2520N`Standard SMT resistor, capacitor etc'
+T20,13
+Description_7420_dil`2 quad-NAND'
+T21,32
+Description_74174_dil`6 D-type FF single-rail output'
+T21,33
+Description_74137_dil`3-to-8 decoder w. address latch'
+T19,2102
+COMMON_SMT_2PAD_MILdefine(`sizX',     `$4')
+	define(`sizY',     `$5')
+	define(`metalX',   `eval((sizX * $6) / 100)')
+	define(`addFRAME', `eval(sizY / 5)')
+	define(`addTIN',   `eval(sizY / 5)')
+	define(`padX',     `eval(metalX + 2*addTIN)')
+	define(`padY',     `eval(sizY + 2*addTIN)')
+	define(`width',    `eval(sizX/2 + addFRAME + addTIN)')
+	define(`height',   `eval(sizY/2 + addFRAME + addTIN)')
+	define(`centerX',  `eval((sizX - padX + 2*addTIN)/2)')
+	define(`silkW',    `ifelse(eval(sizY >= 50), 1, 10, eval(sizY/5))')
+	# how much to grow the pads by for soldermask
+	define(`maskGrow', 3)
+	# clearance from planes
+	define(`clearance', 10)
+Element(0x00 "$1" "`$2'" "$3" 0 0 eval(width + 20) 0 3 100 0x00)
+(
+	ifelse(eval($7 > 0), 1,
+	   `ElementLine(eval(-width-silkW) eval(-height + addFRAME) eval(-width-silkW) eval(height-addFRAME) eval(2*silkW))
+	    ElementLine(eval(-width-silkW) eval( height - addFRAME) eval(-width + padX/2 -silkW) height silkW)
+	    ElementLine(eval(-width + padX/2 - silkW) height width height silkW)
+	    ElementLine(width height width -height silkW)
+	    ElementLine(width -height eval(-width + padX/2 -silkW) -height silkW)
+	    ElementLine(eval(-width + padX/2 -silkW) -height eval(-width-silkW) eval(-height + addFRAME) silkW)
+	   ', 
+	   `ElementLine(-width -height -width height silkW)
+	    ElementLine(-width height width height silkW)
+	    ElementLine(width height width -height silkW)
+	    ElementLine(width -height -width -height silkW)
+	   ')
+
+	ifelse(eval(padX > padY), 1,       
+	   `Pad(eval((-2*centerX - padX + padY)/2) 0 
+		eval((-2*centerX + padX - padY)/2) 0
+		padY eval(2*clearance) eval(padY + 2*maskGrow) "1" "1" 0x00000100)
+	    Pad(eval(( 2*centerX - padX + padY)/2) 0 
+		eval(( 2*centerX + padX - padY)/2) 0
+		padY eval(2*clearance) eval(padY + 2*maskGrow) "2" "2" 0x00000100)
+	 ',
+	   `Pad(-centerX eval((-padY+padX)/2) 
+		-centerX eval((padY-padX)/2)
+		padX eval(2*clearance) eval(padX + 2*maskGrow) "1" "1" 0x00000100)
+	    Pad(centerX eval((-padY+padX)/2) 
+		centerX eval((padY-padX)/2)
+		padX eval(2*clearance) eval(padX + 2*maskGrow) "2" "2" 0x00000100)
+	 ')
+
+)
+T16,87
+PinList_7490_dil`ClkB',`R0(1)',`R0(2)',`NC',`Vcc',`R9(1)',`R9(2)',`Qc',`Qb',`Gnd',`Qd',`Qa',`NC',`ClkA'
+T16,61
+PinList_7453_dil`A',`C',`D',`E',`F',`NC',`Gnd',`Y',`G',`H',`X',`/X',`B',`Vcc'
+T16,71
+PinList_7416_dil`1A',`1Y',`2A',`2Y',`3A',`3Y',`Gnd',`4Y',`4A',`5Y',`5A',`6Y',`6A',`Vcc'
+T17,2
+Param1_MAX233_dil20
+T9,28
+PKG_ZIP24PKG_SD(`$1', `$2', `$3', 24)
+T9,67
+PKG_SO24MCOMMON_SMT_DIL_MIL(`$1',`$2',`$3', 24, 20000, 85000, 50000, 170000)
+T9,30
+PKG_SIP11PKG_CSIL(`$1', `$2', `$3', 11)
+T19,11
+Description_z80_dil`Zilog Z80'
+T26,38
+Description_geda_INDC3216N`Standard SMT resistor, capacitor etc'
+T21,38
+Description_74366_dil`6 bus drivers OC w. inverting output'
+F6,6
+substrsubstr
+T15,22
+PinList_uA7818C`In',`Com',`Out',`Com'
+T17,103
+PinList_74642_dil`DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/EN',`Vcc'
+T16,3
+Param2_74684_dil300
+T16,3
+Param2_74647_dil300
+T19,1
+Param1_r_025_csil_45
+T16,2
+Param1_74522_dil20
+T9,30
+PKG_SIP12PKG_CSIL(`$1', `$2', `$3', 12)
+T21,38
+Description_geda_SO28`Small outline package, wide (300mil)'
+T27,39
+Description_geda_QFN56_8_EP`Square Quad Flat Nolead (QFN) package'
+T23,31
+Description_geda_PLCC84`Plastic leadless chip carrier'
+T22,17
+Description_MAX232_dildual RS232 driver
+T21,45
+Description_74595_dil`8bit shift register w. output latch 3-state'
+T20,2
+Param2_smd_diode_60330
+T17,2
+Param1_MAX691_dil16
+T16,2
+Param1_74381_dil20
+T9,30
+PKG_SIP13PKG_CSIL(`$1', `$2', `$3', 13)
+T27,37
+Description_geda_HEADER34_1`Header connector, DIP pin numbering'
+T21,156
+PinList_PC_Centronics`/Strb',`D0',`D1',`D2',`D3',`D4',`D5',`D6',`D7',`/Ack',`Busy',`PaperE',`Sel',`AutoF',`/Fault',`/Res',`SelIn',`Gnd',`Gnd',`Gnd',`Gnd',`Gnd',`Gnd',`Gnd',`Gnd'
+T21,187
+PinList_AT90S2313_dil`/Reset',`PD0/RxD',`PD1/TxD',`XTAL2',`XTAL1',`PD2/INT0',`PD3/INT1',`PD4/T0',`PD5/T1',`Gnd',`PD6/ICP',`PB0/AIN0',`PB1/AIN1',`PB2/OC0',`PB3/OC1',`PB4', `PB5/MOSI',`PB6/MISO',`PB7/SCK',`Vcc'
+T17,113
+PinList_74693_dil`/CClr',`CCK',`A',`B',`C',`D',`ENP',`/RClr',`RCK',`Gnd',`R-/C',`/G',`/Load',`ENT',`Qd',`Qc',`Qb',`Qa',`RCO',`Vcc'
+T19,1
+Param1_r_025_csil_67
+T16,2
+Param1_74573_dil20
+T16,2
+Param1_74166_dil16
+T27,42
+Description_geda_HEADER34_2`Header connector, ribbon cable numbering'
+T22,47
+Description_MAX690_diluP supervisor w. watchdog and power-fail signal
+T20,27
+Description_7485_dil`4bit magnitude comperator'
+T20,35
+Description_7448_dil`BCD to 7-segment driver w. pullup'
+T18,125
+PinList_DS1220_dil`A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/Ce',`A10',`/Oe',`/We',`A9',`A8',`Vcc'
+T17,113
+PinList_81C17_dil`D=',`D1',`/CS',`/Rd',`D2',`D3',`D4',`/Wr',`D5',`Gnd',`D6',`D7',`Clk',`/Int',`RS',`RxD',`TxD',`/CP1',`/CP2',`Vcc'
+T16,3
+Param2_27256_dil600
+T19,1
+Param1_r_025_csil_78
+T14,3
+Param1_LED_5MM100
+T16,2
+Param1_74395_dil16
+T15,2
+Param1_7406_dil14
+T9,28
+PKG_ZIP28PKG_SD(`$1', `$2', `$3', 28)
+T12,1194
+PKG_TO39BASEElement["" "$1" "`$2'" "$3" 18800 18800 6000 7000 0 100 ""]
+(
+# The JEDEC drawing shows a pin diameter of 16-21 mils
+#
+#
+#         ___x_
+#        /     \
+# TO39:  |3   1|     <-- bottom view (supposed to be a circle)
+#        \  2  /
+#          ---
+#       
+# NOTE:  some vendors, ST for example, number the pins
+# differently.  Here we follow the JEDEC drawing.
+#
+# the pins are arranged along a 200 mil diameter
+# circle.  The can outline is 315 to 335 mils (320 nom)
+# for the top of the can and 350 to 370 mils (360 nom)
+# for the bottom edge of thecan
+#
+        Pin[0 -10000 5500 3000 6100 3500 "1" "1" "square"]
+        Pin[-10000 0 5500 3000 6100 3500 "2" "2" ""]
+        Pin[0 10000 5500 3000 6100 3500 "3" "3" ""]
+# tab is 29 to 40 mils long, 28 to 34 wide
+# and comes off at an angle of 45 deg clockwise from
+# pin 1 when looking at the top of the board
+        ElementLine [12700 -13900 14800 -16000 1000]
+        ElementLine [13300 -13300 15400 -15400 1000]
+        ElementLine [13900 -12700 16000 -14800 1000]
+        ElementLine [16000 -14800 14800 -16000 1000]
+# x, y, width, height, start angle, delta angle, thickness
+        ElementArc [0 0 18300 18300 0 360 1000]
+
+        )
+
+T26,42
+Description_geda_SOJ42_400`Small outline J-leaded package (400 mil)'
+T19,1
+Param1_r_025_csil_89
+T21,2
+Param1_generic52_plcc52
+T20,50
+PKG_PANASONIC_EXBS8VCOMMON_SMT_DIL_MM(`$1',`$2',`$3',8,63,120,127,110)
+T12,40
+PKG_ACY1500PPKG_AXIAL_LAY(`$1', `$2', `$3', 1500, 1)
+T11,37
+PKG_ACY1400PKG_AXIAL_LAY(`$1', `$2', `$3', 1400)
+T22,42
+Description_MAX667_dil5V/adjustable low-dropout linear regulator
+T24,2
+Param1_DIN41_651_14stand14
+T15,1
+Param1_7457_dil8
+T10,46
+PKG_SOD323PKG_SMT_DIODE(       `$1', `$2', `$3', 27, 13)
+T15,4398
+PKG_PCIPINARRAY
+        define(`cnt',`1')
+        define(`ARGS',`$4, $5, $6, $7')
+	args(ARGS)
+	define(`LEFTOFFSET',`100')
+	define(`EDGEGAP',`12')
+	define(`PINDIST',`50')
+    	define(`PINWIDTH',`25')
+	define(`NUMARRAYS',`GETNUMARRAYS(ARGS)')
+        define(`TOTALPINS1',forloop(`IDX',0,eval(NUMARRAYS-1),
+		``arg'eval((IDX*2)+2) + ')0)
+	define(`TOTALPINS',eval(TOTALPINS1))
+	ifelse(1,eval(NUMARRAYS>1),`
+		define(`TOTALDIAMETER1',forloop(`IDX',0,eval(NUMARRAYS-2),
+			``arg'eval((IDX*2)+3) + ')0)
+		define(`TOTALDIAMETER',eval(TOTALDIAMETER1))
+	')
+    	define(`PINCENTER',`eval(LEFTOFFSET+(PINDIST/2))')
+    	define(`PINRADIUS',`eval(PINWIDTH/2)')
+    	define(`PINLEFT',`eval(PINCENTER-PINRADIUS)')
+    	define(`PINRIGHT',`eval(PINCENTER+PINRADIUS)')
+    	define(`PENWIDTH',`eval(PINRADIUS+4)')
+    	define(`PENRADIUS',`eval(PENWIDTH/2)')
+    	define(`MAXIDX',`eval(TOTALPINS - 1)')
+    	define(`ARRAYWIDTH', `eval((TOTALPINS*PINDIST)+TOTALDIAMETER)')
+    	define(`CENTERX', `eval(((ARRAYWIDTH+LEFTOFFSET)/2))')
+    	define(`MINY',`20')
+    	define(`MIDY',`220')
+    	define(`MAXY',`270')
+    	define(`ARCRADIUS',`12')
+	define(`ARCDIAMETER',`eval(ARCRADIUS*2)')
+    	define(`LMAXY',`eval(MAXY+ARCRADIUS)')
+	define(`BOARDTOP',`eval(LMAXY-arg1)')
+	define(`SCREWBORDER',275)
+Element(0x00  "$1" "`$2'" "$3" CENTERX 10 1 30 0x00)
+(
+	Mark(CENTERX 135)
+	define(`ADDSIDE',0)
+	define(`FLAG',0x0)
+	define(`LOOPIDX1',eval(NUMARRAYS-1))
+	define(`LEFT1',`eval(PINLEFT-ARCRADIUS)')
+	define(`ARCRADIUS2',`100')
+	define(`SLOTWIDTH',`1000')
+	define(`BRACKETLEFT',`-1525')
+	define(`LEFT2',`eval(LEFT1-ARCRADIUS2)')
+	define(`LEFT3',`eval(LEFT1+ARCRADIUS2-SLOTWIDTH)')
+	define(`LEFT4',`eval(LEFT1-SLOTWIDTH)')
+	ElementArc(LEFT2 0 ARCRADIUS2 ARCRADIUS2 180 90 1)
+  	ElementLine(LEFT2 -ARCRADIUS2 LEFT3 -ARCRADIUS2 1)
+	ElementArc(LEFT3 0 ARCRADIUS2 ARCRADIUS2 270 90 1)
+	ElementLine(LEFT4 0 LEFT4 MAXY 1)
+        define(`LEFT5',`eval(LEFT4-ARCRADIUS)')
+	ElementArc(LEFT5 MAXY ARCRADIUS ARCRADIUS 90 90 1)
+        ElementLine(LEFT5 LMAXY BRACKETLEFT LMAXY 1)
+   	forloop(`SIDE',0,1,
+   	`
+		define(`IDX',`0')
+		define(`ADDDIAMETER',`0')
+		forloop(`IDX1',0,LOOPIDX1,
+		`
+			define(`CURRNUMPINS',`arg'eval((IDX1*2)+2))
+			ifelse(SIDE,`0',`
+				define(`CURRLEFT',`eval((PINDIST*IDX)+(ADDDIAMETER)+PINLEFT)')
+				define(`CURRRIGHT',`eval(CURRLEFT+((CURRNUMPINS-1)*PINDIST)+PINWIDTH)')
+				ElementLine(CURRLEFT LMAXY CURRRIGHT LMAXY 2)
+				ElementArc(CURRLEFT MAXY ARCRADIUS ARCRADIUS 0 90 2)
+				ElementArc(CURRRIGHT MAXY ARCRADIUS ARCRADIUS 90 90 2)
+				define(`CURRLEFT1',`eval(CURRLEFT-ARCRADIUS)')
+				define(`CURRRIGHT1',`eval(CURRRIGHT+ARCRADIUS)')
+		                ElementLine(CURRLEFT1 0 CURRLEFT1 MAXY 1)
+                                ElementLine(CURRRIGHT1 0 CURRRIGHT1 MAXY 1)
+		                ifelse(1,eval((NUMARRAYS>1)&&(IDX1<LOOPIDX1)),`
+					define(`CURRDIAMETER',`arg'eval((IDX1*2)+3))
+					define(`CURRRADIUS',`eval(CURRDIAMETER/2)')
+					ElementArc(eval(CURRRIGHT+EDGEGAP+(CURRDIAMETER/2)) 0 CURRRADIUS CURRRADIUS 180 180 1)
+				')
+	   			ifelse(1,eval(IDX1==LOOPIDX1),`
+					ElementLine(BRACKETLEFT LMAXY BRACKETLEFT BOARDTOP 1)
+					ElementLine(BRACKETLEFT BOARDTOP CURRRIGHT1 BOARDTOP 1)
+					ElementLine(CURRRIGHT1 BOARDTOP CURRRIGHT1 0 1)
+				        
+				        ElementArc(eval(BRACKETLEFT+SCREWBORDER) eval(LMAXY-SCREWBORDER) 125 125 0 360 1)
+				        ElementArc(eval(BRACKETLEFT+SCREWBORDER) eval(BOARDTOP+SCREWBORDER) 125 125 0 360 1)
+				')
+			')
+   			forloop(`IDX2',0,eval(CURRNUMPINS-1),
+   			`
+				define(`CURRX',`eval((PINDIST*IDX)+(ADDDIAMETER))')
+				define(`MINX',`eval(PINLEFT+CURRX)')
+				define(`MIDX',`eval(PINCENTER+CURRX)')
+				define(`MAXX',`eval(PINRIGHT+CURRX)')
+				define(`PINIDX',`eval(IDX+1+ADDSIDE)')
+	                        EDGECONN(MINX,MINY,MAXX,MINY,PENWIDTH,PINIDX,FLAG)
+				EDGECONN(MINX,MINY,MINX,MIDY,PENWIDTH,PINIDX,FLAG)
+				EDGECONN(MINX,MIDY,MIDX,MAXY,PENWIDTH,PINIDX,FLAG)
+				EDGECONN(MIDX,MINY,MIDX,MAXY,PENWIDTH,PINIDX,FLAG)
+				EDGECONN(MAXX,MINY,MAXX,MIDY,PENWIDTH,PINIDX,FLAG)
+				EDGECONN(MAXX,MIDY,MIDX,MAXY,PENWIDTH,PINIDX,FLAG)				
+				define(`IDX',incr(IDX))
+			')
+			
+			ifelse(1,eval((NUMARRAYS>1)&&(IDX1<LOOPIDX1)),`
+				define(`ADDDIAMETER1',forloop(`IDX2',0,eval(IDX1),
+				``arg'eval((IDX2*2)+3)+')0)
+				define(`ADDDIAMETER',eval(ADDDIAMETER1+(EDGEGAP*2)-PINDIST+PINWIDTH))
+			')
+		')
+		define(`ADDSIDE',`TOTALPINS')
+		define(`FLAG',0x80)
+  	')
+	 
+)
+T20,27
+Description_uA78L10C+10V 0.1A voltage regulator
+T9,67
+PKG_SO20WCOMMON_SMT_DIL_MIL(`$1',`$2',`$3', 20, 20000, 80000, 50000, 280000)
+T12,41
+PKG_QFP64_14PKG_QFP_80(`$1',`$2',`$3', `64',`14',`0')
+T12,58
+PKG_HC49U_3HPKG_CRYSTAL_H(`$1', `$2', `$3',  96, 435, 515,  60, 32, 3)
+T27,9
+Description_generic8smd_dil`generic'
+T17,2
+Param1_DS1220_dil24
+T10,34
+PKG_SDIP20PKG_NS(`$1', `$2', `$3', 20,  300)
+T39,17
+Description_generic_capacitor_axial_600`capacitor_axial'
+T29,39
+Description_geda_TQFN68_10_EP`Square Quad Flat Nolead (QFN) package'
+T24,64
+Description_geda_RCY1100`Bottom lead non-polar circular component (typically capacitor)'
+T20,3
+Param2_generic14_dil300
+T16,1
+Param1_TL082_dil8
+T18,3
+Param1_MC68332_qfp132
+T7,508
+PKG_TO5Element(0x00 "$1" "`$2'" "$3" 110 110 0 100 0x00)
+(
+
+#
+# The JEDEC drawing specifies a pin diameter of 16 to 21 mils
+# This suggests a minimum drill size of 36 mils.  42 is a common
+# standard drill (#58).  A 72 mil pad gives a 15 mil annular ring.
+	PIN(100, 200, 72, 42, 1)
+	PIN(200, 300, 72, 42, 2)
+	PIN(300, 200, 72, 42, 3)
+
+	ElementArc(200 200 150 150 0 360 10)
+	ElementArc(200 200 170 170 0 360 20)
+	ElementLine(65 95 35 65 20)
+	ElementLine(35 65 65 35 20)
+	ElementLine(65 35 95 65 20)
+
+	Mark(100 200)
+)
+T6,50
+PKG_JDPKG_DIL(`$1', `$2', `$3', `$4', `$5', 100, 60, 28)
+T22,59
+Description_geda_SME10`Surface mount electrolytic capacitor, number is dia in mm'
+F5,5
+ifdefifdef
+T19,22
+PinList_r_025_sil_4`1a', `1b', `2a', `2b'
+T15,3
+Param2_2532_dil600
+T19,2
+Param1_PIC16C64_dil40
+T11,42
+PKG_SSOP48WPKG_SSO(  `$1', `$2', `$3', 48, 420, 2500)
+T13,62
+PKG_SOJ26_450COMMON_SMT_DIL_MIL(`$1',`$2',`$3',26,23622,86614,50000,346457)
+T9,67
+PKG_SO24WCOMMON_SMT_DIL_MIL(`$1',`$2',`$3', 24, 20000, 80000, 50000, 280000)
+T10,34
+PKG_SDIP22PKG_NS(`$1', `$2', `$3', 22,  300)
+T14,42
+PKG_LQFP112_20PKG_LQFP_65(`$1',`$2',`$3',`112',`20',`0')
+T14,39
+PKG_HEADER14_1PKG_CONNECTOR_DIL(`$1', `$2', `$3',  7)
+T21,44
+Description_74240_dil`8 buffer/driver 3-state w. inverted output'
+T20,3
+Param2_generic28_dil300
+T20,3
+Param2_MC68HC11_plcc150
+T16,3
+Param2_74521_dil300
+T16,3
+Param2_74151_dil300
+T16,3
+Param2_74114_dil300
+T14,38
+PKG_HEADER14_2PKG_CONNECTOR(`$1', `$2', `$3',  7, 2)
+T24,60
+Description_geda_RCY900P`Bottom lead polar circular component (typically capacitor)'
+T19,34
+PinList_r_025_sil_6`1a', `1b', `2a', `2b', `3a', `3b'
+T10,34
+PKG_SDIP24PKG_NS(`$1', `$2', `$3', 24,  300)
+T11,41
+PKG_RCY500PPKG_RADIAL_CAN(`$1', `$2', `$3', 1000, 1)
+T7,807
+PKG_LEDdefine(`RADIUS1', `eval(`$4' /2)')
+	define(`RADIUS2', `eval(`$4' /2 +20)')
+Element(0x00 "$1" "`$2'" "$3" 100 70 0 100 0x00)
+(
+# typical LED is 0.5 mm or 0.020" square pin.  See for example
+# http://www.lumex.com and part number SSL-LX3054LGD.
+# 0.020" square is 0.0288" diagonal.  A number 57 drill is 
+# 0.043" which should be enough.  a 65 mil pad gives 11 mils
+# of annular ring.
+
+	PIN(-50, 0, 65, 43, 1)
+	PIN(50, 0, 65, 43, 2)
+   ifelse( eval(RADIUS1 - 10 > 85), 1, 
+	ElementArc(0 0 RADIUS1 RADIUS1     0 360 10)
+,
+	ElementArc(0 0 RADIUS1 RADIUS1    45  90 10)
+	ElementArc(0 0 RADIUS1 RADIUS1   225  90 10)
+)
+   ifelse( eval(RADIUS2 - 10 > 85), 1, 
+	ElementArc(0 0 RADIUS2 RADIUS2     0 360 10)
+,
+	ElementArc(0 0 RADIUS2 RADIUS2    45  90 10)
+	ElementArc(0 0 RADIUS2 RADIUS2   225  90 10)
+)
+	Mark(0 0)
+)
+T6,50
+PKG_JGPKG_DIL(`$1', `$2', `$3', `$4', `$5', 100, 60, 28)
+T22,25
+Description_geda_ZIP40`Zig-zag in-line package'
+T21,63
+Description_74624_dil`voltage controlled oscillator w. enable and complement output'
+F6,6
+syscmdsyscmd
+T16,16
+PinList_uA78L05C`In',`Com',`Out'
+T17,86
+PinList_74160_dil`/Clr',`Clk',`A',`B',`C',`D',`ENP',`Gnd',`/Load',`ENT',`Qd',`Qc',`Qb',`Qa',`RCO',`Vcc'
+T17,111
+PinList_74123_dil`1A',`1B',`/1Clr',`/1Q',`2Q',`2Cext',`2Rext-Cext',`Gnd',`2A',`2B',`/2Clr',`/2Q',`1Q',`1Cext',`1Rext-Cext',`Vcc'
+T16,3
+Param2_74165_dil300
+T16,3
+Param2_74128_dil300
+T8,67
+PKG_SO8MCOMMON_SMT_DIL_MIL(`$1',`$2',`$3',  8, 20000, 85000, 50000, 170000)
+T9,67
+PKG_SO28WCOMMON_SMT_DIL_MIL(`$1',`$2',`$3', 28, 20000, 80000, 50000, 305000)
+T20,77
+PKG_JOHNSTECH_QFN_50PKG_GENERIC_JOHNSTECH7248_QFN(`$1',`$2',`$3',`$4',`$5', `50',`36',`50', `$6')
+T11,39
+PKG_ACY600PPKG_AXIAL_LAY(`$1', `$2', `$3', 600, 1)
+T20,40
+Description_geda_SO8`Small outline package, narrow (150mil)'
+T22,40
+Description_geda_SO22M`Small outline package, medium (200mil)'
+T26,28
+Description_geda_LQFP80_12`Square Quad-side flat pack'
+T21,60
+Description_74446_dil`4 inverting bus tranceiver w. individual direction control'
+T16,21
+PinList_uA79M08C`Com',`In',`Out',`In'
+T19,46
+PinList_r_025_sil_8`1a', `1b', `2a', `2b', `3a', `3b', `4a', `4b'
+T17,38
+PinList_conn_jtag`1', `2', `3', `4', `5', `6', `7', `8'
+T17,89
+PinList_74352_dil`/1G',`B',`1C3',`1C2',`1C1',`1C0',`1Y',`Gnd',`2Y',`2C0',`2C1',`2C2',`2C3',`A',`/2G',`Vcc'
+T17,3
+Param2_uA748C_dil300
+T15,3
+Param2_7432_dil300
+T8,1302
+PKG_QFP2define(`QUARTER', `eval($4 /4)')
+	define(`OFFSET', `eval((QUARTER +1) /2)')
+	define(`WIDTH', `eval((QUARTER-1) *25 +2*50)')
+	define(`CENTER', `eval(WIDTH / 2)')
+	define(`NUMPINS', `$4')
+Element(0x00 "$1" "`$2'" "$3" 100 CENTER 0 100 0x00)
+(
+
+	# left row
+define(`X', 0)
+define(`Y', 50)
+#define(`count', `eval(OFFSET+1)')
+define(`count', 1)
+forloop(`i', 1, QUARTER,
+	`PAD(eval(X-65), Y, eval(X+5), Y, 15, count)' `define(`count', incr(count))'
+	`define(`Y', eval(Y+25))'
+	)
+
+	# bottom row
+define(`X', 50)
+define(`Y', WIDTH)
+forloop(`i', 1, QUARTER,
+	`PAD(X, eval(Y+65), X, eval(Y-5), 15, count)' `define(`count', incr(count))'
+	`define(`X', eval(X+25))'
+)
+
+	# right row
+define(`X', WIDTH)
+define(`Y', eval(WIDTH-50))
+forloop(`i', 1, QUARTER,
+	`PAD(eval(X+65), Y, eval(X-5), Y, 15, count)' `define(`count', incr(count))'
+	`define(`Y', eval(Y-25))'
+)
+
+	# top row
+define(`X', eval(WIDTH-50))
+define(`Y', 0)
+forloop(`i', 1, QUARTER,
+	`PAD(X, eval(Y-65), X, eval(Y+5), 15, count)' `define(`count', incr(count))'
+	`ifelse(eval(count > NUMPINS), 1, `define(`count', 1)')'
+	`define(`X', eval(X-25))'
+)
+
+	ElementLine(28 0 WIDTH 0 10)
+	ElementLine(WIDTH 0 WIDTH WIDTH 10)
+	ElementLine(WIDTH WIDTH 0 WIDTH 10)
+	ElementLine(0 WIDTH 0 28 10)
+	ElementLine(0 28 28 0 10)
+
+	ElementArc(80 80 20 20 0 360 10)
+
+	Mark(0 0)
+)
+T11,42
+PKG_QFN36_6PKG_QFN_50(`$1',`$2',`$3', `36', `6', `0')
+T26,42
+Description_geda_SOJ30_300`Small outline J-leaded package (300 mil)'
+T25,28
+Description_geda_QFP52_10`Square Quad-side flat pack'
+T22,29
+Description_geda_DB37F`DSUB connector, female/male'
+T21,58
+Description_74638_dil`8 inverting bus tranceiver OC A-output, 3-state B-output'
+F8,8
+patsubstpatsubst
+T17,84
+PinList_74174_dil`/Clr',`1Q',`1D',`2D',`2Q',`3D',`3Q',`Gnd',`Clk',`4Q',`4D',`5Q',`5D',`6D',`6Q',`Vcc'
+T17,80
+PinList_74137_dil`A',`B',`C',`/GL',`/G2',`G1',`Y7',`Gnd',`Y6',`Y5',`Y4',`Y3',`Y2',`Y1',`Y0',`Vcc'
+T27,79
+PKG_NICHICON_WT_CAP_6p3_7p7PKG_NICHICON_WT_CAP(`$1', `$2', `$3',
+	`80', `260', `220', `680', `680', `820')
+T26,28
+Description_geda_LQFP80_14`Square Quad-side flat pack'
+T16,16
+PinList_uA78L09C`In',`Com',`Out'
+T28,96
+PinList_DIN41_612_ac64femaleforloop(`i', 1, 32, `define(`P_'i, `a'i)')
+	forloop(`i', 1, 32, `define(`P_'eval(i +64), `c'i)')
+T26,96
+PinList_DIN41_612_ab64maleforloop(`i', 1, 32, `define(`P_'i, `a'i)')
+	forloop(`i', 1, 32, `define(`P_'eval(i +32), `b'i)')
+T17,83
+PinList_74366_dil`/G1',`1A',`1Y',`2A',`2Y',`3A',`3Y',`Gnd',`4Y',`4A',`5Y',`5A',`6Y',`6A',`/G2',`Vcc'
+T15,3
+Param2_7483_dil300
+T15,3
+Param2_7446_dil300
+T15,3
+Param2_7409_dil300
+T16,2
+Param1_74690_dil20
+T16,2
+Param1_74653_dil24
+T16,2
+Param1_74283_dil16
+T22,10
+Description_geda_UM1_3`Crystals'
+T23,30
+Description_geda_SOT23D`SMT diode (pin 1 is cathode)'
+T26,42
+Description_geda_SOJ44_300`Small outline J-leaded package (300 mil)'
+T24,60
+Description_geda_RCY200P`Bottom lead polar circular component (typically capacitor)'
+T21,29
+Description_74689_dil`8bit identity comperator OC'
+T17,90
+PinList_74595_dil`Qb',`Qc',`Qd',`Qe',`Qf',`Qg',`Qh',`Gnd',`Qh+',`/SRClr',`SRCK',`RCK',`/G',`SER',`Qa',`Vcc'
+T17,463
+PKG_TO126LAY_WIDEElement(0x00 "$1" "`$2'" "$3" 80 480 1 100 0x00)
+(
+	PIN(110, 600, 80, 52, 1)
+	PIN(200, 700, 80, 52, 2)
+	PIN(290, 600, 80, 52, 3)
+
+	# Befestigungsbohrung
+	PIN(200, 170, 130, 110, 4)
+
+	# Anschlussdraehte
+	ElementLine(100 600 100 500 30)
+	ElementLine(200 700 200 500 30)
+	ElementLine(300 600 300 500 30)
+
+	# Gehaeuse
+	ElementLine( 50 500 350 500 20)
+	ElementLine(350 500 350  70 20)
+	ElementLine(350  70  50  70 20)
+	ElementLine( 50  70  50 500 20)
+
+	Mark(100 600)
+)
+T12,42
+PKG_LQFP48_7PKG_LQFP_50(`$1',`$2',`$3', `48', `7',`0')
+T21,54
+PKG_JOHNSTECH_QFN12_4PKG_JOHNSTECH_QFN_80(`$1',`$2',`$3', `12', `4', `210')
+T24,12
+Description_geda_TO220SW`Transistor'
+T24,47
+Description_geda_PLCC32X`Plastic leadless chip carrier with pin socket'
+T24,46
+Description_geda_ACY300P`Axial polar component (typically capacitor),'
+T23,19
+Description_connector20connector 2x10 pins
+T15,3
+Param2_7497_dil300
+T14,2
+Param1_SCSI_SE25
+T16,2
+Param1_74297_dil16
+T9,42
+PKG_SSOP8PKG_SSO(  `$1', `$2', `$3',  8, 323, 2559)
+T10,37
+PKG_ALF300PKG_DIODE_LAY(`$1', `$2', `$3',  300)
+T31,26
+Description_smd_EIA_B_capacitor`chip_capacitor_polarized'
+T23,64
+Description_geda_RCY700`Bottom lead non-polar circular component (typically capacitor)'
+T17,1
+Param2_connector22
+T16,3
+Param2_TL081_dil300
+T24,2
+Param1_DIN41_651_22stand22
+T11,43
+PKG_QFN40_6PKG_QFN_50S(`$1',`$2',`$3', `40', `6', `0')
+T23,30
+Description_geda_SOD110`SMT diode (pin 1 is cathode)'
+T22,2
+Param1_DIN41_651_22lay22
+T13,62
+PKG_SOJ14_350COMMON_SMT_DIL_MIL(`$1',`$2',`$3',14,23622,86614,50000,244094)
+T21,14
+Description_MTA_156_2MTA-156 header
+T25,29
+PinList_amphenol_ARFX1229`SIG',`GND',`GND',`GND',`GND'
+T16,110
+PinList_2114_dil`A6', `A5', `A4', `A3', `A0', `A1', `A2', `/Ce', `Gnd', `/We', `D3', `D2', `D1', `D0', `A9', `A8', `A7', `Vcc'
+T17,1
+Param2_connector42
+T13,74
+PKG_CAPC2012LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 140,  110, 160, 280, 170,   0,   0)
+T22,44
+Description_uA748C_dilSingle general purpose operational amplifier
+T27,37
+Description_geda_HEADER58_1`Header connector, DIP pin numbering'
+T22,29
+Description_geda_DB37M`DSUB connector, female/male'
+T20,20
+Description_conn_usb`USB Male Connector'
+T13,62
+PKG_SOJ28_350COMMON_SMT_DIL_MIL(`$1',`$2',`$3',28,23622,86614,50000,244094)
+T13,74
+PKG_CAPC2012MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 160,  150, 200, 440, 260,   0,   0)
+T27,42
+Description_geda_HEADER58_2`Header connector, ribbon cable numbering'
+T27,24
+Description_DIN41_651_34layDIN41.651 laying 34 pins
+T17,1
+Param2_connector62
+T8,67
+PKG_SO8WCOMMON_SMT_DIL_MIL(`$1',`$2',`$3',  8, 20000, 80000, 50000, 280000)
+T13,74
+PKG_CAPC2012NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 150,  130, 180, 350, 200,   0,   0)
+T24,50
+Description_geda_EMI1806`3-Pin SMT EMI Filter based on standard SMT sizes'
+T24,17
+Description_TI34010_plccgraphic processor
+T21,31
+Description_74320_dil`crystal-controlled oscillator'
+T20,16
+Description_6801_dilmicro controller
+T16,155
+PinList_2764_dil`Vpp', `A12', `A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/Cs',`A10',`/Oe',`A11',`A9',`A8', `n/c', `/PGM', `Vcc'
+T23,2
+Param1_generic16smd_dil16
+T11,42
+PKG_PLCC84XPKG_PLCC_SOCKET(`$1', `$2', `$3', 84, 150)
+T13,11
+PinList_BC560`E',`B',`C'
+T16,71
+PinList_7421_dil`1A',`1B',`NC',`1C',`1D',`1Y',`Gnd',`2Y',`2A',`2B',`NC',`2C',`2D',`Vcc'
+T17,1
+Param2_connector82
+T16,3
+Param2_7451S_dil300
+T16,3
+Param2_74423_dil300
+T20,2
+Param1_oscillator_3232
+T20,2
+Param1_cy7c64603_qfp52
+T29,31
+Description_geda_DIN41651_26S`Header connector with latches'
+T17,35
+Description_LM317+1.2 to +37V 1.5A voltage regulator
+T17,119
+PinList_74240_dil`/1G',`1A1',`2Y4',`1A2',`2Y3',`1A3',`2Y2',`1A4',`2Y1',`Gnd',`2A1',`1Y4',`2A2',`1Y3',`2A3',`1Y2',`2A4',`1Y1',`/2G',`Vcc'
+T16,3
+Param2_74652_dil300
+T16,3
+Param2_74245_dil300
+T16,2
+Param1_74120_dil16
+T16,2
+Param1_44251_zip28
+T10,43
+PKG_TSOP28PKG_TSOP(  `$1', `$2', `$3', 28, 535, 2165)
+T15,4635
+PKG_PLCC_SOCKETdefine(`QUARTER', `eval($4 /4)')
+	define(`OFFSET', eval((QUARTER +1) / 2))
+	define(`BORDER', `$5')
+	define(`WIDTH', `eval((OFFSET+1) *100 +2*BORDER)')
+	define(`CENTER', `eval(WIDTH / 2)')
+	define(`NUMPINS', `$4')
+	define(`PADSIZE', `62')
+	define(`DRILL', `35')
+Element(0x00 "$1" "`$2'" "$3" eval(BORDER+200) CENTER 0 100 0x00)
+
+# PLCC - 44 is a  special case, pad 1 in inner row
+
+ifelse(eval(NUMPINS == 44 || NUMPINS == 28 || NUMPINS == 32), 1, `(
+
+define(`X',eval(CENTER+50))
+define(`Y',eval(BORDER+100))
+define(`count',1)
+
+ifelse(eval(NUMPINS == 44),1,`define(`ltr',3)',`define(`ltr',2)')
+ifelse(eval(NUMPINS == 32),1,`define(`QUARTER',9)')
+
+# top left row
+forloop(`i', 1, ltr,
+	`PIN(X, Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`PIN(eval(X-100), eval(Y-100), PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`define(`X', eval(X-100))'
+)
+
+#left row
+define(`X',eval(X-100))
+forloop(`i', 1, eval((QUARTER-1)/2),
+	`PIN(X, Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`PIN(eval(X+100), Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`define(`Y', eval(Y+100))'
+)
+PIN(X, Y, PADSIZE, DRILL, count)
+define(`count', incr(count))
+
+# bottom row
+define(`X',eval(X+100))
+define(`Y',eval(Y+100))
+forloop(`i', 1, eval(ltr*2-1),
+	`PIN(X, Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`PIN(X, eval(Y-100), PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`define(`X', eval(X+100))'
+)
+PIN(X, Y, PADSIZE, DRILL, count)
+define(`count', incr(count))
+
+# right row
+define(`X',eval(X+100))
+define(`Y',eval(Y-100))
+forloop(`i', 1, eval((QUARTER-1)/2),
+	`PIN(X, Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`PIN(eval(X-100), Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`define(`Y', eval(Y-100))'
+)
+PIN(X, Y, PADSIZE, DRILL, count)
+define(`count', incr(count))
+
+# top rigth row
+define(`X',eval(X-100))
+define(`Y',eval(Y-100))
+forloop(`i', 1, eval(ltr-1),
+	`PIN(X, Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`PIN(X, eval(Y+100), PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`define(`X', eval(X-100))'
+)
+PIN(X, Y, PADSIZE, DRILL, count)
+
+ifelse(eval(NUMPINS == 32),1,`define(`HEIGHT',eval(WIDTH+100))',`define(`HEIGHT',WIDTH)')
+	ElementLine(0 0 WIDTH 0 20)
+	ElementLine(WIDTH 0 WIDTH HEIGHT 20)
+	ElementLine(WIDTH HEIGHT 0 HEIGHT 20)
+	ElementLine(0 HEIGHT 0 0 20)
+	ElementLine(0 100 100 0 10)
+	ElementLine(eval(CENTER-50) 0 CENTER 50 10)
+	ElementLine(CENTER 50 eval(CENTER+50) 0 10)
+
+	Mark(CENTER BORDER)
+
+
+#------------------------------------------------------------------------
+# all other sockets, currently 20,52,68 and 84 pins
+
+)', `(
+
+# the default case, Pad 1 is on outer top row, in the middle
+
+
+#top left row
+
+define(`X',CENTER)
+define(`Y',BORDER)
+define(`count',1)
+forloop(`i', 1, eval((QUARTER-1)/4),
+	`PIN(X, Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`PIN(X, eval(Y+100), PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`define(`X',eval(X-100))'
+)
+PIN(X, Y, PADSIZE, DRILL, count)
+define(`count', incr(count))
+
+# left row
+define(`Y',eval(BORDER+100))
+define(`X',BORDER)
+forloop(`i', 1, eval((QUARTER-1)/2),
+	`PIN(X, Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`PIN(eval(X+100), Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`define(`Y',eval(Y+100))'
+)
+PIN(X, Y, PADSIZE, DRILL, count)
+define(`count', incr(count))
+
+# bottom row
+define(`X',eval(BORDER+100))
+define(`Y',eval(WIDTH-BORDER))
+forloop(`i', 1, eval((QUARTER-1)/2),
+	`PIN(X, Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`PIN(X, eval(Y-100), PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`define(`X',eval(X+100))'
+)
+PIN(X, Y, PADSIZE, DRILL, count)
+define(`count', incr(count))
+
+# right row
+define(`X',eval(WIDTH-BORDER))
+define(`Y',eval(WIDTH-BORDER-100))
+forloop(`i', 1, eval((QUARTER-1)/2),
+	`PIN(X, Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`PIN(eval(X-100), Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`define(`Y',eval(Y-100))'
+)
+PIN(X, Y, PADSIZE, DRILL, count)
+define(`count', incr(count))
+
+#top right row
+
+define(`X',eval(WIDTH-BORDER-100))
+define(`Y',BORDER)
+forloop(`i', 1, eval((QUARTER-1)/4),
+	`PIN(X, Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`PIN(X, eval(Y+100), PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`define(`X',eval(X-100))'
+)
+
+	ElementLine(0 0 WIDTH 0 20)
+	ElementLine(WIDTH 0 WIDTH WIDTH 20)
+	ElementLine(WIDTH WIDTH 0 WIDTH 20)
+	ElementLine(0 WIDTH 0 0 20)
+	ElementLine(0 100 100 0 10)
+	ElementLine(eval(CENTER-50) 0 CENTER 50 10)
+	ElementLine(CENTER 50 eval(CENTER+50) 0 10)
+
+	Mark(CENTER BORDER)
+
+)')
+T27,37
+Description_geda_HEADER62_1`Header connector, DIP pin numbering'
+T23,62
+Description_geda_ACY100`Axial non-polar component (typically resistor or capacitor),'
+T22,18
+Description_connector2connector 2x1 pins
+T21,64
+Description_74193_dil`syncronous 4bit binary up/down counter w. dual-clock and clear'
+T21,21
+Description_74156_dil`2 2-to-4 decoder OC'
+T20,12
+Description_7402_dil`4 dual-NOR'
+F4,4
+defndefn
+T16,75
+PinList_7472_dil`NC',`/Clr',`J1',`J2',`J3',`/Q',`Gnd',`Q',`K1',`K2',`K3',`Clk',`/Pre',`Vcc'
+T34,3
+Param1_generic_capacitor_axial_600600
+T23,2
+Param1_generic28smd_dil28
+T17,44
+PKG_TQFP128_14_EPPKG_LQFP_40(`$1',`$2',`$3',`128',`14',`970')
+T6,50
+PKG_NSPKG_DIL(`$1', `$2', `$3', `$4', `$5',  70, 55, 28)
+T25,39
+Description_geda_TQFN28_5`Square Quad Flat Nolead (QFN) package'
+T26,42
+Description_geda_SOJ40_450`Small outline J-leaded package (450 mil)'
+T26,38
+Description_geda_RESC1005L`Standard SMT resistor, capacitor etc'
+T27,42
+Description_geda_HEADER62_2`Header connector, ribbon cable numbering'
+T21,28
+Description_74385_dil`4 serial adder/substractor'
+T21,32
+Description_74348_dil`8-to-3 priority encode 3-state'
+T17,89
+PinList_74624_dil`Osc-Gnd',`RNG',`CX1',`CX2',`/En',`Y',`Gnd',`Z',`Vcc',`NC',`NC',`NC',`FreqCont',`Osc-Vcc'
+T16,3
+Param2_74629_dil300
+T16,3
+Param2_74259_dil300
+T16,2
+Param1_74541_dil20
+T16,2
+Param1_74171_dil16
+T16,2
+Param1_74134_dil16
+T6,50
+PKG_NTPKG_DIL(`$1', `$2', `$3', `$4', `$5', 100, 60, 28)
+T26,38
+Description_geda_RESC1005M`Standard SMT resistor, capacitor etc'
+T22,18
+Description_connector4connector 2x2 pins
+T20,34
+Description_7490_dil`decade counter w. clear/set-to-9'
+T20,30
+Description_7453_dil`AND-OR inverter (4x2 inputs)'
+T20,29
+Description_7416_dil`6 inverters OC high-voltage'
+T16,71
+PinList_7486_dil`1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`4Y',`4A',`4B',`Vcc'
+T16,61
+PinList_7449_dil`B',`C',`/BI',`D',`A',`e',`Gnd',`d',`c',`b',`a',`g',`f',`Vcc'
+T17,93
+PinList_74446_dil`/GBA',`A1',`Dir2',`A2',`A3',`Dir3',`A4',`Gnd',`B4',`Dir4',`B3',`B2',`Dir1',`B1',`/GAB',`Vcc'
+T20,3
+Param1_MOLEX_025_200200
+T15,2
+Param1_7411_dil14
+T10,43
+PKG_QSOP16PKG_SSO(   `$1', `$2', `$3', 16, 244, 2500)
+T14,39
+PKG_HEADER38_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 19)
+T26,38
+Description_geda_RESC1005N`Standard SMT resistor, capacitor etc'
+T27,39
+Description_geda_QFN40_6_EP`Square Quad Flat Nolead (QFN) package'
+T21,37
+Description_74399_dil`4 dual-input multiplexor w. storage'
+T15,22
+PinList_uA7805C`In',`Com',`Out',`Com'
+T17,102
+PinList_74638_dil`DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/G',`Vcc'
+T16,2
+Param1_74592_dil16
+T16,2
+Param1_74518_dil20
+T16,2
+Param1_74148_dil16
+T14,38
+PKG_HEADER38_2PKG_CONNECTOR(`$1', `$2', `$3', 19, 2)
+T10,34
+PKG_DIP16MPKG_N(`$1', `$2', `$3',  16,  400)
+T24,12
+Description_geda_TO126SW`Transistor'
+T22,18
+Description_connector6connector 2x3 pins
+T16,2
+Param1_74377_dil20
+T15,2
+Param1_7425_dil14
+T38,16
+Description_generic_resistor_axial_600`resistor_axial'
+T23,24
+Description_geda_SOT143`SMT transistor, 4 pins'
+T26,42
+Description_geda_SOJ24_400`Small outline J-leaded package (400 mil)'
+T26,38
+Description_geda_INDC1005L`Standard SMT resistor, capacitor etc'
+T17,103
+PinList_74689_dil`/G',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`/P=Q',`Vcc'
+T20,3
+Param1_MOLEX_025_240240
+T16,2
+Param1_74199_dil24
+T9,71
+PKG_TO247GENERIC_PL_POWER(`$1', `$2', `$3',  3, 219, 630, 210, 130,100, 60,   0)
+T14,44
+PKG_QFN32_7_EPPKG_QFN_65(`$1',`$2',`$3', `32', `7', `470')
+T19,28
+Description_uA7885C+8.5V 1.5A voltage regulator
+T25,39
+Description_geda_TQFN32_5`Square Quad Flat Nolead (QFN) package'
+T26,38
+Description_geda_INDC1005M`Standard SMT resistor, capacitor etc'
+T22,18
+Description_connector8connector 2x4 pins
+T21,48
+Description_TL072_dilDual low noise JFET input operational amplifiers
+T15,2
+Param1_7476_dil16
+T15,2
+Param1_7439_dil14
+T11,72
+PKG_QFP_80LPKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `80',`50',`20',`100',`0',`$6')
+T26,42
+Description_geda_SOJ38_400`Small outline J-leaded package (400 mil)'
+T26,38
+Description_geda_INDC1005N`Standard SMT resistor, capacitor etc'
+T24,62
+Description_geda_ACY1200`Axial non-polar component (typically resistor or capacitor),'
+T21,38
+Description_geda_0201`Standard SMT resistor, capacitor etc'
+T23,14
+Description_crystal_300crystal 300mil
+T20,168
+PinList_GAL22V10_dil`CLK/I1',`I2',`I3',`I4',`I5',`I6',`I7',`I8',`I9',`I10',`I11',`Gnd',`I12',`I/O/Qj',`I/O/Qi',`I/O/Qh',`I/O/Qg',`I/O/Qf',`I/O/Qe',`I/O/Qd',`I/O/Qc',`I/O/Qb',`I/O/Qa',`Vcc'
+T33,3
+Param1_generic_resistor_axial_400400
+T13,41
+PKG_QFP160_28PKG_QFP_65(`$1',`$2',`$3',`160',`28',`0')
+T14,39
+PKG_HEADER42_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 21)
+T27,28
+Description_geda_TQFP208_28`Square Quad-side flat pack'
+T25,39
+Description_geda_TQFN32_7`Square Quad Flat Nolead (QFN) package'
+T28,31
+Description_geda_DIN41651_40`Header connector with latches'
+T12,55
+PKG_TSSOP56NCOMMON_SMT_DIL_MM(`$1',`$2',`$3', 56, 25, 150, 40, 440)
+T14,38
+PKG_HEADER42_2PKG_CONNECTOR(`$1', `$2', `$3', 21, 2)
+T15,60
+PKG_CTS_743C_04COMMON_SMT_DIL_MIL(`$1',`$2',`$3',4,32000,47000,50000,28000)
+T29,44
+Description_amphenol_ARFX1229Amphenol ARFX1229 Vertical SMA Connector (M)
+T16,2
+Param1_Z8536_dil40
+T25,28
+Description_geda_QFP80_14`Square Quad-side flat pack'
+T19,3
+Param2_PIC16C64_dil600
+T14,44
+PKG_QFN28_5_EPPKG_QFN_50(`$1',`$2',`$3', `28', `5', `310')
+T22,20
+Description_geda_OSC14`Crystal oscillator'
+T23,32
+Description_geda_ALF500`Axial diode (pin 1 is cathode)'
+T18,171
+PinList_628128_dil`NC',`A16',`A14',`A12',`A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`GND',`D3',`D4',`D5',`D6',`D7',`/CS',`A10',`/OE',`A11',`A9',`A8',`A13',`/WE',`NC',`A15',`Vcc'
+T15,3
+Param2_L297_dil300
+T16,3
+Param2_74540_dil300
+T16,3
+Param2_74170_dil300
+T16,3
+Param2_74133_dil300
+T22,2
+Param1_DIN41_651_50lay50
+T21,54
+PKG_JOHNSTECH_QFN36_6PKG_JOHNSTECH_QFN_50(`$1',`$2',`$3', `36', `6', `370')
+T10,58
+PKG_HC49UHPKG_CRYSTAL_H(`$1', `$2', `$3', 192, 435, 515,  60, 32, 2)
+T25,12
+Description_oscillator_32`oscillator'
+T28,39
+Description_geda_TQFN16_4_EP`Square Quad Flat Nolead (QFN) package'
+T22,12
+Description_geda_TO220`Transistor'
+T17,100
+PinList_74320_dil`Tank1',`Tank2',`Gnd1',`FFQ',`FFD',`NC',`F',`Gnd2',`/F+',`F+',`Vcc+',`/F',`NC',`Xtal1',`Xtal2',`Vcc'
+T21,3
+Param2_generic44_plcc150
+T15,3
+Param2_7400_dil300
+T15,60
+PKG_CTS_743C_08COMMON_SMT_DIL_MIL(`$1',`$2',`$3',8,32000,47000,50000,28000)
+T23,12
+Description_geda_TO220S`Transistor'
+T26,42
+Description_geda_SOJ42_350`Small outline J-leaded package (350 mil)'
+T17,20
+Description_BC337bipolar-N transistor
+T21,49
+Description_74606_dil`8 2-input glitch-free multiplexed latch 3-state'
+T21,22
+Description_74273_dil`8 D-type FF w. clear'
+T18,100
+PinList_514100_dil`Din',`/We',`/Ras',`A0',`A1',`A2',`A3',`A4',`Vcc',`A5',`A6',`A7',`A8',`A9',`A10',`/Cas',`Dout',`Gnd'
+T20,3
+Param2_MAB8031AH_dil600
+T16,3
+Param2_74591_dil300
+T16,3
+Param2_74147_dil300
+T21,18
+Description_74465_dil`8 buffer 3-state'
+T16,3
+Param2_74376_dil300
+T15,3
+Param2_7414_dil300
+T17,3
+Param2_511000_dil300
+T24,2
+Param1_smd_capacitor_60360
+T16,2
+Param1_74621_dil20
+T16,2
+Param1_74251_dil16
+T19,717
+PKG_SUBD_FEMALE_LAYdefine(`SUBD_SUBFUNCTION',
+		`
+		define(`NOSMUDGE', 40)
+		# Pin 1
+		PIN(eval(BASEX+56), PY2, 60, 35, 1)
+		ElementLine(eval(BASEX+56-NOSMUDGE) PY2 X2 PY2 20)
+
+		# Plazierungsmarkierung == PIN 1
+		# Changed PY1 to PY2 13-Dec-1999 LRD
+		Mark(eval(BASEX +56) PY2)
+
+		# Remainder of the first row
+		forloop(`i', 1, eval($4/2),
+			`define(`Y', eval(PY1 +($4/2-i)*108))
+			PIN(eval(BASEX+56), Y, 60, 35, eval($4/2+i+2-OFFSET))
+			ElementLine(eval(BASEX+56-NOSMUDGE) Y X2 Y 20)
+		')
+
+		# Second row
+		forloop(`i', 1, eval($4/2),
+			`define(`Y', eval(PY1 +($4/2-i)*108+54))
+			PIN(eval(BASEX-56), Y, 60, 35, eval($4/2+i+1))
+			ElementLine(eval(BASEX-56-NOSMUDGE) Y X2 Y 20)
+		')
+	')
+	PKG_SUBD_LAY_BASE(`$1', `$2', `$3', `$4')
+
+T10,35
+PKG_PLCC32PKG_PLCC(`$1', `$2', `$3', 32, 150)
+T13,39
+PKG_HEADER6_1PKG_CONNECTOR_DIL(`$1', `$2', `$3',  3)
+T20,26
+Description_uA78L05C+5V 0.1A voltage regulator
+T27,28
+Description_geda_LQFP100_10`Square Quad-side flat pack'
+T17,85
+PinList_74193_dil`B',`Qb',`Qa',`Down',`Up',`Qc',`Qd',`Gnd',`D',`C',`/Load',`/CO',`/BO',`Clr',`A',`Vcc'
+T17,90
+PinList_74156_dil`1C',`/1G',`B',`1Y3',`1Y2',`1Y1',`1Y0',`Gnd',`2Y0',`2Y1',`2Y2',`2Y3',`A',`/2G',`/2C',`Vcc'
+T16,3
+Param2_74198_dil300
+T16,2
+Param1_74443_dil20
+T17,2
+Param1_628128_dil32
+T13,74
+PKG_RESC2012LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 130,  100, 160, 280, 160,  20, 130)
+T13,38
+PKG_HEADER6_2PKG_CONNECTOR(`$1', `$2', `$3',  3, 2)
+T20,26
+Description_uA79M08C-8V 0.5A voltage regulator
+T25,29
+Description_MOLEX_025_200Molex .025 pitch 200 pin plug
+T17,123
+PinList_74385_dil`Clk',`1Sum',`1S-/A',`1B',`1A',`2A',`2B',`2S-/A',`2Sum',`Gnd',`Clr',`3Sum',`3S-/A',`3B',`3A',`4A',`4B',`4S-/A',`4Sum',`Vcc'
+T17,73
+PinList_74348_dil`4',`5',`6',`7',`W1',`A2',`A1',`Gnd',`A0',`0',`1',`2',`3',`GS',`E0',`Vcc'
+T15,3
+Param2_7465_dil300
+T15,3
+Param2_7428_dil300
+T25,3
+Param1_smd_capacitor_1206120
+T16,2
+Param1_74672_dil20
+T16,2
+Param1_74265_dil16
+T13,74
+PKG_RESC2012MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 150,  140, 200, 440, 250,  20, 150)
+T21,55
+PKG_JOHNSTECH_QFN40_6PKG_JOHNSTECH_QFN_50S(`$1',`$2',`$3', `40', `6', `410')
+T23,12
+Description_geda_TO220W`Transistor'
+T26,42
+Description_geda_SOJ26_300`Small outline J-leaded package (300 mil)'
+T20,3
+Param2_AT90S1300_dil300
+T17,2
+Param1_514100_dil18
+T10,46
+PKG_SOT223PKG_SMT_TRANSISTOR4X(`$1', `$2', `$3', 46, 62)
+T13,74
+PKG_RESC2012NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 140,  120, 180, 350, 190,  20, 140)
+T20,26
+Description_uA78L09C+9V 0.1A voltage regulator
+T44,56
+Description_nichicon_NICHICON_WT_CAP_6p3_7p7`Nichicon WT series SMT Aluminum Electrolytic Capacitor'
+T17,82
+PinList_74399_dil`WS',`Qa',`A1',`A2',`B2',`B1',`Qb',`Gnd',`Clk',`Qc',`C1',`C2',`D2',`D1',`Qd',`Vcc'
+T16,2
+Param1_74686_dil24
+T16,2
+Param1_74649_dil24
+T16,2
+Param1_74279_dil16
+T10,44
+PKG_TANT_APKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 32, 16)
+T11,69
+PKG_EMI0603COMMON_SMT_3PAD_MIL(  `$1', `$2', `$3', 24, 24,  63,  47, 16, 10, 10)
+T22,16
+Description_geda_TO264`diode in TO220'
+T27,28
+Description_geda_LQFP100_14`Square Quad-side flat pack'
+T25,29
+Description_MOLEX_025_240Molex .025 pitch 240 pin plug
+T10,44
+PKG_TANT_BPKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 35, 28)
+T25,33
+Description_geda_QFP100_R`Rectangular Quad-side flat pack'
+T21,2
+Param1_generic28w_dil28
+T10,44
+PKG_TANT_CPKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 60, 32)
+T27,28
+Description_geda_TQFP100_12`Square Quad-side flat pack'
+T23,64
+Description_geda_RCY200`Bottom lead non-polar circular component (typically capacitor)'
+T26,38
+Description_geda_INDC4509L`Standard SMT resistor, capacitor etc'
+T17,55
+PinList_TL072_dil`Out1',`In1-',`In1+',`Vcc-',`In2+',`In2-',`Out2',`Vcc+'
+T17,3
+Param2_MAX233_dil300
+T10,44
+PKG_TANT_DPKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 73, 43)
+T20,106
+PKG_SMT_TRANSISTOR4XCOMMON_SMT_TRANSISTORX_MIL(`$1', `$2', `$3',
+		  `eval(($4*1000)/254)', `eval(($5*1000)/254)', 50, `1234')
+T15,40
+PKG_DIN41651_40PKG_DIN41_651LAY(  `$1', `$2', `$3', 40)
+T33,10
+Description_ovenized_oscillator_5`ovenized'
+T43,32
+Description_minicircuits_MINICIRCUITS_CA531`Mini-Circuits CA Style Package'
+T26,38
+Description_geda_INDC4509M`Standard SMT resistor, capacitor etc'
+T22,9
+Description_511000_dilDRAM 1Mx1
+T16,125
+PinList_2732_dil`A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/Cs',`A10',`/Oe',`A11',`A9',`A8',`Vcc'
+T13,62
+PKG_SOJ40_300COMMON_SMT_DIL_MIL(`$1',`$2',`$3',40,23622,86614,50000,196850)
+T27,28
+Description_geda_TQFP100_14`Square Quad-side flat pack'
+T26,38
+Description_geda_INDC4509N`Standard SMT resistor, capacitor etc'
+T20,17
+Description_2114_dil`Static RAM 1Kx4'
+T16,22
+PinList_uA78M10C`In',`Com',`Out',`Com'
+T17,3
+Param2_MAX691_dil300
+T28,39
+Description_geda_QFN68_10_EP`Square Quad Flat Nolead (QFN) package'
+T27,37
+Description_geda_HEADER16_1`Header connector, DIP pin numbering'
+T16,3
+Param2_74620_dil300
+T15,3
+Param2_6116_dil600
+T28,39
+Description_geda_TQFN24_4_EP`Square Quad Flat Nolead (QFN) package'
+T27,42
+Description_geda_HEADER16_2`Header connector, ribbon cable numbering'
+T21,48
+Description_74161_dil`syncronous 4bit binary counter w. async. clear'
+T21,34
+Description_74124_dil`2 voltage controlled oszillators'
+T16,71
+PinList_7440_dil`1A',`1B',`NC',`1C',`1D',`1Y',`Gnd',`2Y',`2A',`2B',`NC',`2C',`2D',`Vcc'
+T16,71
+PinList_7403_dil`1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`4Y',`4A',`4B',`Vcc'
+T21,3
+Param2_generic52_plcc150
+T16,3
+Param2_74442_dil300
+T13,43
+PKG_TQFN68_10PKG_QFN_50(`$1',`$2',`$3', `68', `10', `0')
+T15,44
+PKG_TQFN16_4_EPPKG_QFN_65(`$1',`$2',`$3', `16', `4', `210')
+T24,37
+Description_geda_EIA3528`Tantalum SMT capacitor (pin 1 is +)'
+T29,31
+Description_geda_DIN41612C64F`DIN connector, 96 pin housing'
+T21,61
+Description_74390_dil`2 decade counter w. individual clocks/clear (divide by 2/5)'
+T21,44
+Description_74353_dil`2 4-to-1 data selector/multiplexor 3-state'
+T20,12
+Description_2764_dil`EPROM 8Kx8'
+T16,3
+Param2_74671_dil300
+T13,74
+PKG_CAPC1608LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  90,   65, 120, 200, 120,   0,   0)
+T20,12
+Description_7421_dil`2 quad-AND'
+T21,32
+Description_74175_dil`4 D-type FF double-rail output'
+T21,16
+Description_74138_dil`3-to-8 decoder'
+T16,69
+PinList_7491_dil`NC',`NC',`NC',`NC',`Vcc',`NC',`NC',`NC',`Clk',`Gnd',`B',`A',`Q',`/Q'
+T16,62
+PinList_7454_dil`A',`C',`D',`E',`F',`NC',`Gnd',`Y',`G',`H',`NC',`NC',`B',`Vcc'
+T19,104
+PKG_SMT_TRANSISTOR2COMMON_SMT_TRANSISTOR_MIL(`$1', `$2', `$3',
+		  `eval(($4*1000)/254)', `eval(($5*1000)/254)', 50, `231')
+T13,74
+PKG_CAPC1608MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 110,   85, 140, 270, 150,   0,   0)
+T27,9
+Description_generic208_lqfp`generic'
+T25,39
+Description_geda_TQFN56_8`Square Quad Flat Nolead (QFN) package'
+T26,42
+Description_geda_SOJ22_450`Small outline J-leaded package (450 mil)'
+T29,31
+Description_geda_DIN41651_50S`Header connector with latches'
+T21,18
+Description_74367_dil`6 bus drivers OC'
+T17,144
+PinList_74606_dil`Clk',`A-/B',`A1',`B1',`A2',`B2',`A3',`B3',`A4',`B4',`Y4',`Y3',`Y2',`Gnd',`Y1',`Y5',`Y6',`Y7',`Y8',`B8',`A8',`B7',`A7',`B6',`A6',`B5',`A5',`Vcc'
+T17,104
+PinList_74273_dil`/Clr',`1Q',`1D',`2D',`2Q',`3Q',`3D',`4D',`4Q',`Gnd',`Clk',`5Q',`5D',`6D',`6Q',`7Q',`7D',`8D',`8Q',`Vcc'
+T16,3
+Param2_74685_dil300
+T16,3
+Param2_74648_dil300
+T16,3
+Param2_74278_dil300
+T16,2
+Param1_74190_dil16
+T16,2
+Param1_74153_dil16
+T16,2
+Param1_74116_dil24
+T19,104
+PKG_SMT_TRANSISTOR3COMMON_SMT_TRANSISTOR_MIL(`$1', `$2', `$3',
+		  `eval(($4*1000)/254)', `eval(($5*1000)/254)', 50, `123')
+T10,63
+PKG_QFN_40PKG_GENERIC_QFN(`$1',`$2',`$3',`$4',`$5', `40',`25',`60', `$6')
+T7,695
+PKG_OSCElement(0x00 "$1" "`$2'" "$3" 270 300 3 100 0x00)
+(
+	Pin(100 100 50 28 "NC" 0x01)
+	Pin(100 700 50 28 "GND" 0x01)
+	Pin(400 700 50 28 "CLK" 0x01)
+	Pin(400 100 50 28 "VCC" 0x01)
+
+	ElementLine(5 5 400 5 10)
+	ElementArc(400 100 95 95 180 90 10)
+	ElementLine(495 100 495 700 10)
+	ElementArc(400 700 95 95 90 90 10)
+	ElementLine(400 795 100 795 10)
+	ElementArc(100 700 95 95 0 90 10)
+	ElementLine(5 700 5 5 10)
+
+	ElementLine(100 60 400 60 10)
+	ElementArc(400 100 40 40 180 90 10)
+	ElementLine(440 100 440 700 10)
+	ElementArc(400 700 40 40 90 90 10)
+	ElementLine(400 740 100 740 10)
+	ElementArc(100 700 40 40 0 90 10)
+	ElementLine(60 700 60 100 10)
+	ElementArc(100 100 40 40 270 90 10)
+
+	Mark(100 100)
+)
+T13,74
+PKG_CAPC1608NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 100,   75, 130, 230, 130,   0,   0)
+T24,47
+Description_geda_PLCC68X`Plastic leadless chip carrier with pin socket'
+T27,37
+Description_geda_HEADER20_1`Header connector, DIP pin numbering'
+T22,45
+Description_MAX233_dildual RS232 driver without external components
+T20,33
+Description_7472_dil`AND-gated MS-FF w. preset/clear'
+T21,40
+Description_74596_dil`8bit shift register w. output latch OC'
+T16,22
+PinList_uA78M18C`In',`Com',`Out',`Com'
+T16,103
+PinList_7468_dil`1ClkA',`1Qb',`1Qd',`/1Clr',`2Qc',`NC',`2Qa',`Gnd',`2Clk',`2Qb',`/2Clr',`2Qd',`1Qc',`1Qa',`1ClkB',`Vcc'
+T17,103
+PinList_74465_dil`/G1',`A1',`Y1',`A2',`Y2',`A3',`Y3',`A4',`Y4',`Gnd',`Y5',`A5',`Y6',`A6',`Y7',`A7',`Y8',`A8',`/G2',`Vcc'
+T24,2
+Param2_smd_capacitor_80550
+T17,3
+Param2_DS1220_dil600
+T16,2
+Param1_74382_dil20
+T15,2
+Param1_7430_dil14
+T19,105
+PKG_SMT_TRANSISTOR4COMMON_SMT_TRANSISTOR_MIL(`$1', `$2', `$3',
+		  `eval(($4*1000)/254)', `eval(($5*1000)/254)', 50, `1234')
+T26,42
+Description_geda_SOJ36_450`Small outline J-leaded package (450 mil)'
+T27,42
+Description_geda_HEADER20_2`Header connector, ribbon cable numbering'
+T16,3
+Param2_74699_dil300
+T20,2
+Param1_AT90S1200_dil20
+T16,2
+Param1_74574_dil20
+T16,2
+Param1_74167_dil16
+T19,106
+PKG_SMT_TRANSISTOR5COMMON_SMT_TRANSISTOR_MIL(`$1', `$2', `$3',
+		  `eval(($4*1000)/254)', `eval(($5*1000)/254)', 50, `12345')
+T20,49
+PKG_PCI5V_MAX_HEIGHTPKG_PCIPINARRAY(`$1', `$2', `$3', 4200,49,100,11)
+T38,42
+Description_panasonic_PANASONIC_EXB34V`Panasonic EXB Series Chip Resistor Array'
+T22,60
+Description_MAX691_diluP supervisor w. watchdog, chip-enable and power-fail signal
+T29,26
+Description_DIN41_651_20standDIN41.651 standing 20 pins
+T20,12
+Description_7486_dil`4 dual-XOR'
+T20,46
+Description_7449_dil`BCD to 7-segment driver OC w. blanking input'
+T16,2
+Param1_LM324_dil14
+T16,2
+Param1_74396_dil16
+T15,2
+Param1_7407_dil14
+T19,107
+PKG_SMT_TRANSISTOR6COMMON_SMT_TRANSISTOR_MIL(`$1', `$2', `$3',
+		  `eval(($4*1000)/254)', `eval(($5*1000)/254)', 50, `123456')
+T10,63
+PKG_QFN_80PKG_GENERIC_QFN(`$1',`$2',`$3',`$4',`$5', `80',`42',`60', `$6')
+T13,879
+PKG_AXIAL_LAYdefine(`X1', `eval(`$4' /4)')
+	define(`X2', `eval(`$4' -X1)')
+	define(`Y1', `eval(X1 /3)')
+	define(`Y2', `eval(Y1 *2)')
+	define(`PINSIZE', `ifelse(eval($4 >= 600), 1, 80, 55)')
+	define(`DRILLSIZE', `ifelse(eval($4 >= 600), 1, 50, 30)')
+	define(`YPT', `eval(Y1 - PINSIZE/2 - 10)')
+	define(`YPC', `eval(YPT - 20)')
+	define(`YPB', `eval(YPT - 40)')
+Element(0x00 "$1" "`$2'" "$3" eval(X2+20) eval(Y2+20) 0 100 0x00)
+(
+	PIN(0, Y1, PINSIZE, DRILLSIZE, 1)
+	PIN($4, Y1, PINSIZE, DRILLSIZE, 2)
+
+	ElementLine(0 Y1 X1 Y1 10)
+	ElementLine(X2 Y1 $4 Y1 10)
+
+	ElementLine(X1 0 X2 0 10)
+	ElementLine(X2 0 X2 Y2 10)
+	ElementLine(X2 Y2 X1 Y2 10)
+	ElementLine(X1 Y2 X1 0 10)
+
+	ifelse(1, $5,
+	ElementLine(0 YPB 0 YPT 10)
+	ElementLine(-20 YPC 20 YPC 10)
+	ElementLine(`eval($4 - 20)' YPC `eval($4 + 20)' YPC 10)
+	)
+
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+
+	Mark(0 Y1)
+)
+T27,24
+Description_DIN41_651_16layDIN41.651 laying 16 pins
+T24,13
+PinList_PCI5V_AVE_HEIGHTPinList_PCI5V
+T8,30
+PKG_LED3PKG_LED(`$1', `$2', `$3', 118)
+T23,45
+Description_geda_SSOP20`Shrink small outline package, .65mm, narrow'
+T24,60
+Description_geda_RCY350P`Bottom lead polar circular component (typically capacitor)'
+T29,31
+Description_geda_DIN41612C64M`DIN connector, 96 pin housing'
+T15,2
+Param1_7495_dil14
+T38,42
+Description_panasonic_PANASONIC_EXB38V`Panasonic EXB Series Chip Resistor Array'
+T20,498
+PinList_TI34010_plcc`Gnd',`Run/Emu',`/Reset',`VClk',`InClk',`/LInt1',`/LInt2',`/Hold',`LRdy',`LAD0',`LAD1',`LAD2',`LAD3',`LAD4',`LAD5',`LAD6',`LAD7',`Gnd',`LAD8',`LAD9',`LAD10',`LAD11',`LAD12',`LAD13',`LAD14',`LAD15',`Vcc',`LClk1',`LClk2',`/HSync',`/VSync',`/Blank',`/Hlda/Emu',`/LAL',`Gnd',`DDout',`/DEn',`/RAS',`/CAS',`/We',`/TRQE',`/HInt',`HRdy',`HD15',`HD14',`HD13',`HD12',`HD11',`HD10',`HD9',`HD8',`Gnd',`HD7',`HD6',`HD5',`HD4',`HD3',`HD2',`HD1',`HD0',`Vcc',`/HUDS',`/HLDS',`/HRead',`/HWrite',`/HCs',`HFS0',`HFS1'
+T12,43
+PKG_TQFN16_3PKG_QFN_50S(`$1',`$2',`$3', `16', `3', `0')
+T8,30
+PKG_LED5PKG_LED(`$1', `$2', `$3', 236)
+T12,42
+PKG_TQFN16_4PKG_QFN_65(`$1',`$2',`$3', `16', `4', `0')
+T16,2
+Param1_TL083_dil14
+T12,42
+PKG_TQFN16_5PKG_QFN_80(`$1',`$2',`$3', `16', `5', `0')
+T24,49
+Description_geda_TSSOP80`Thin shrink small outline package, wide (6.1mm)'
+T23,45
+Description_geda_SSOP24`Shrink small outline package, .65mm, narrow'
+T24,30
+Description_geda_DO214AB`SMT diode (pin 1 is cathode)'
+T22,13
+Description_DS1220_dil`NVSRAM 2Kx8'
+T20,2
+Param1_generic64_dil64
+T13,62
+PKG_SOJ20_400COMMON_SMT_DIL_MIL(`$1',`$2',`$3',20,23622,86614,50000,291339)
+T21,43
+Description_74241_dil`8 buffer/driver 3-state w. pos/neg enable'
+T16,3
+Param2_74522_dil300
+T15,2
+Param1_SUBD_15F15
+T18,2
+Param1_GAL20V8_dil24
+T15,45
+PKG_TQFN24_4_EPPKG_QFN_50S(`$1',`$2',`$3', `24', `4', `260')
+T13,103
+PinList_PCI5VPL_PCISideB1,PL_PCISideB2,PL_PCISideB3,PL_PCISideB5,PL_PCISideA1,PL_PCISideA2,PL_PCISideA3,PL_PCISideA5
+T16,3
+Param2_74381_dil300
+T13,62
+PKG_SOJ34_400COMMON_SMT_DIL_MIL(`$1',`$2',`$3',34,23622,86614,50000,291339)
+T19,27
+Description_uA7912C-12V 1.5A voltage regulator
+T26,42
+Description_geda_SOJ24_350`Small outline J-leaded package (350 mil)'
+T21,54
+Description_74625_dil`2 voltage controlled oscillator w. complement output'
+T21,41
+Description_74292_dil`programmable divider/timer (2 power 31)'
+T16,16
+PinList_uA79L05C`Out',`In',`Com'
+T15,21
+PinList_uA7910C`Com',`In',`Out',`In'
+T17,86
+PinList_74161_dil`/Clr',`Clk',`A',`B',`C',`D',`ENP',`Gnd',`/Load',`ENT',`Qd',`Qc',`Qb',`Qa',`RCO',`Vcc'
+T17,109
+PinList_74124_dil`2FC',`1FC',`1Rng',`1CX1',`1CX2',`/1En',`1Y',`Osc-Gnd',`Gnd',`2Y',`/2En',`2CX1',`2CX2',`2Rng',`Osc-Vcc',`Vcc'
+T16,3
+Param2_74573_dil300
+T16,3
+Param2_74166_dil300
+T12,42
+PKG_TQFN20_4PKG_QFN_50(`$1',`$2',`$3', `20', `4', `0')
+T23,45
+Description_geda_SSOP28`Shrink small outline package, .65mm, narrow'
+T31,33
+Description_bourns_BOURNS_3224G`Bourns 3224 Series SMT Trim Pot'
+T17,105
+PinList_74390_dil`1ClkA',`1Clr',`1Qa',`1ClkB',`1Qb',`1Qc',`1Qd',`Gnd',`2Qd',`2Qc',`2Qb',`2ClkB',`2Qa',`2Clr',`2ClkA',`Vcc'
+T17,89
+PinList_74353_dil`/1G',`B',`1C3',`1C2',`1C1',`1C0',`1Y',`Gnd',`2Y',`2C0',`2C1',`2C2',`2C3',`A',`/2G',`Vcc'
+T15,3
+Param2_7470_dil300
+T16,3
+Param2_74395_dil300
+T15,3
+Param2_7433_dil300
+T24,3
+Param1_smd_resistor_1206120
+T16,2
+Param1_74640_dil20
+T12,42
+PKG_TQFN20_5PKG_QFN_65(`$1',`$2',`$3', `20', `5', `0')
+T32,12
+Description_generic_smd_chip_805smd chip 805
+T24,49
+Description_geda_TSSOP48`Thin shrink small outline package, wide (6.1mm)'
+T26,42
+Description_geda_SOJ38_350`Small outline J-leaded package (350 mil)'
+T22,30
+Description_geda_DO214`SMT diode (pin 1 is cathode)'
+T21,48
+Description_74639_dil`8 bus tranceiver OC A-output, 3-state B-output'
+F7,7
+dumpdefdumpdef
+T17,88
+PinList_74175_dil`/Clr',`1Q',`/1Q',`1D',`2D',`/2Q',`2Q',`Gnd',`Clk',`3Q',`/3Q',`3D',`4D',`/4Q',`4Q',`Vcc'
+T17,82
+PinList_74138_dil`A',`B',`C',`/G2A',`/G2B',`G1',`Y7',`Gnd',`Y6',`Y5',`Y4',`Y3',`Y2',`Y1',`Y0',`Vcc'
+T13,887
+PKG_MOLEX_025define(`PINPAIRS',`eval($4/2)')
+Element(0x00 "$1" "`$2'" "$3" 0 0 3 100 0x00)
+(
+	forloop(`i', 1, PINPAIRS,
+		`define(`Y', eval(25*(i-1)) )'
+		`PAD(  54, Y, 111, Y, 14, eval(i*2-1))'
+		`PAD(-111, Y, -54, Y, 14, eval(i*2))'
+	)
+	define(`ENDY',eval(25*(PINPAIRS-1)))
+
+	# Keying is done with two sizes of alignment pins: 35 and 28 mils
+	Pin(0 -50 50 35 "M1" 0x01)
+	Pin(0 eval(ENDY+50) 43 28 "M2" 0x01)
+
+	# ends of mounting pads are 71 and 169 mils from end pad centers
+	PAD(0, -110, 0, -130, 79, M3)
+	PAD(0, eval(ENDY+110), 0, eval(ENDY+130), 79, M4)
+
+	define(`BOXY',eval(ENDY+150))
+	ElementLine(-100 -150   50 -150 10)
+	ElementLine(  50 -150  100 -100 10)
+	ElementLine( 100 -100  100 BOXY 10)
+	ElementLine( 100 BOXY -100 BOXY 10)
+	ElementLine(-100 BOXY -100 -150 10)
+
+	# Support for aggregate parts built from this base, like
+	# the nanoEngine below.
+	ifdef(`MOLEX_EXTRA', `MOLEX_EXTRA', )
+)
+T17,95
+PinList_74367_dil`/G1',`1A1',`1Y1',`1A2',`1Y2',`1A3',`1Y3',`Gnd',`1Y4',`1A4',`2Y1',`2A1',`2Y2',`2A2',`/G2',`Vcc'
+T15,3
+Param2_7447_dil300
+T16,2
+Param1_74691_dil20
+T16,2
+Param1_74247_dil16
+T24,43
+Description_geda_SSOP56W`Shrink small outline package, 25mil, wide'
+T25,46
+Description_geda_ACY1300P`Axial polar component (typically capacitor),'
+T31,33
+Description_bourns_BOURNS_3224J`Bourns 3224 Series SMT Trim Pot'
+T25,33
+Description_AT90S1200_dilAVR Enhanced RISC microcontroller
+F4,4
+evaleval
+T17,90
+PinList_74596_dil`Qb',`Qc',`Qd',`Qe',`Qf',`Qg',`Qh',`Gnd',`Qh+',`/SRClr',`SRCK',`RCK',`/G',`SER',`Qa',`Vcc'
+T20,3
+Param2_PEB2086N_plcc150
+T19,2
+Param1_MOLEX_025_2020
+T16,40
+PKG_DIN41651_34SPKG_DIN41_651STAND(`$1', `$2', `$3', 34)
+T28,29
+Description_geda_MULTIWATT11`Power IC, as in MULTIWATT15'
+T15,2
+Param1_SUBD_15M15
+T16,2
+Param1_74668_dil16
+T16,2
+Param1_74298_dil16
+T13,41
+PKG_QFP208_28PKG_QFP_50(`$1',`$2',`$3',`208',`28',`0')
+T33,13
+Description_generic_smd_chip_1206smd chip 1206
+T22,38
+Description_geda_01005`Standard SMT resistor, capacitor etc'
+T15,21
+PinList_uA7918C`Com',`In',`Out',`In'
+T16,3
+Param2_TL082_dil300
+T35,3
+Param1_generic_capacitor_radial_500500
+T12,34
+PKG_TO220ACSPKG_TO220ACSTAND(`$1', `$2', `$3')
+T26,38
+Description_geda_CAPC2012L`Standard SMT resistor, capacitor etc'
+T24,28
+Description_MOLEX_025_30Molex .025 pitch 30 pin plug
+T19,2
+Param1_MOLEX_025_6060
+T13,74
+PKG_RESC1608LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  90,   50, 120, 200, 120,   0,  90)
+T10,36
+PKG_ACY500PKG_AXIAL_LAY(`$1', `$2', `$3', 500)
+T39,50
+Description_johnstech_JOHNSTECH_QFN28_5`Johnstech QFN Socket, Series 1MM (724812-724839)'
+T27,37
+Description_geda_HEADER44_1`Header connector, DIP pin numbering'
+T26,38
+Description_geda_CAPC2012M`Standard SMT resistor, capacitor etc'
+T25,2
+Param2_smd_capacitor_120660
+T13,74
+PKG_RESC1608MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 110,   70, 150, 270, 150,  10, 110)
+T25,79
+PKG_NICHICON_WT_CAP_8_5p4PKG_NICHICON_WT_CAP(`$1', `$2', `$3',
+	`80', `350', `230', `850', `850', `590')
+T22,60
+PKG_MINICIRCUITS_CA531COMMON_SMT_DIL_MIL(`$1',`$2',`$3',6,20000,50000,37000,40000)
+T28,29
+Description_geda_MULTIWATT15`Power IC, as in MULTIWATT15'
+T27,42
+Description_geda_HEADER44_2`Header connector, ribbon cable numbering'
+T22,29
+Description_geda_DB15F`DSUB connector, female/male'
+T26,38
+Description_geda_CAPC2012N`Standard SMT resistor, capacitor etc'
+T35,23
+Description_amp_AMP_MICTOR_767054_1`Amp Mictor Connectors'
+T11,71
+PKG_TO247_2GENERIC_PL_POWER(`$1', `$2', `$3',  2, 438, 630, 210, 130,100, 60,   0)
+T13,62
+PKG_SOJ22_300COMMON_SMT_DIL_MIL(`$1',`$2',`$3',22,23622,86614,50000,196850)
+T13,74
+PKG_RESC1608NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 100,   60, 140, 230, 130,   0,   0)
+T35,23
+Description_amp_AMP_MICTOR_767054_2`Amp Mictor Connectors'
+T24,28
+Description_MOLEX_025_70Molex .025 pitch 70 pin plug
+T26,3
+Param1_smd_EIA_A_capacitor120
+T12,40
+PKG_ACY1600PPKG_AXIAL_LAY(`$1', `$2', `$3', 1600, 1)
+T25,9
+Description_generic64_dil`generic'
+T21,21
+Description_geda_MPAK`Pressure transducer'
+T35,23
+Description_amp_AMP_MICTOR_767054_3`Amp Mictor Connectors'
+T21,50
+Description_74321_dil`crystal-controlled oscillator w. F/2,F/4 outputs'
+T20,12
+Description_2732_dil`EPROM 4Kx8'
+T13,62
+PKG_SOJ36_300COMMON_SMT_DIL_MIL(`$1',`$2',`$3',36,23622,86614,50000,196850)
+T11,72
+PKG_LQFP_65PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `65',`40', `5', `50',`0',`$6')
+T20,27
+Description_uA78M10C+10V 0.5A voltage regulator
+T38,42
+Description_panasonic_PANASONIC_EXBS8V`Panasonic EXB Series Chip Resistor Array'
+T26,28
+Description_geda_QFP304_40`Square Quad-side flat pack'
+T26,28
+Description_geda_QFP120_28`Square Quad-side flat pack'
+T35,23
+Description_amp_AMP_MICTOR_767054_4`Amp Mictor Connectors'
+T21,41
+Description_74180_dil`9bit /even/odd parity generator/checker'
+T21,37
+Description_74143_dil`4bit counter/latch 7-segment driver'
+T16,71
+PinList_7422_dil`1A',`1B',`NC',`1C',`1D',`1Y',`Gnd',`2Y',`2A',`2B',`NC',`2C',`2D',`Vcc'
+T11,1302
+PKG_OLD_QFPdefine(`QUARTER', `eval($4 /4)')
+	define(`OFFSET', `eval((QUARTER +1) /2)')
+	define(`WIDTH', `eval((QUARTER-1) *31 +2*42)')
+	define(`CENTER', `eval(WIDTH / 2)')
+	define(`NUMPINS', `$4')
+Element(0x00 "$1" "`$2'" "$3" 100 CENTER 0 100 0x00)
+(
+
+	# left row
+define(`X', 0)
+define(`Y', 42)
+#define(`count', `eval(OFFSET+1)')
+define(`count', 1)
+forloop(`i', 1, QUARTER,
+	`PAD(eval(X-65), Y, eval(X+5), Y, 20, count)' `define(`count', incr(count))'
+	`define(`Y', eval(Y+31))'
+	)
+
+	# bottom row
+define(`X', 42)
+define(`Y', WIDTH)
+forloop(`i', 1, QUARTER,
+	`PAD(X, eval(Y+65), X, eval(Y-5), 20, count)' `define(`count', incr(count))'
+	`define(`X', eval(X+31))'
+)
+
+	# right row
+define(`X', WIDTH)
+define(`Y', eval(WIDTH-42))
+forloop(`i', 1, QUARTER,
+	`PAD(eval(X+65), Y, eval(X-5), Y, 20, count)' `define(`count', incr(count))'
+	`define(`Y', eval(Y-31))'
+)
+
+	# top row
+define(`X', eval(WIDTH-42))
+define(`Y', 0)
+forloop(`i', 1, QUARTER,
+	`PAD(X, eval(Y-65), X, eval(Y+5), 20, count)' `define(`count', incr(count))'
+	`ifelse(eval(count > NUMPINS), 1, `define(`count', 1)')'
+	`define(`X', eval(X-31))'
+)
+
+	ElementLine(28 0 WIDTH 0 10)
+	ElementLine(WIDTH 0 WIDTH WIDTH 10)
+	ElementLine(WIDTH WIDTH 0 WIDTH 10)
+	ElementLine(0 WIDTH 0 28 10)
+	ElementLine(0 28 28 0 10)
+
+	ElementArc(80 80 20 20 0 360 10)
+
+	Mark(0 0)
+)
+T39,50
+Description_johnstech_JOHNSTECH_QFN32_5`Johnstech QFN Socket, Series 1MM (724812-724839)'
+T35,23
+Description_amp_AMP_MICTOR_767054_5`Amp Mictor Connectors'
+T17,119
+PinList_74241_dil`/1G',`1A1',`2Y4',`1A2',`2Y3',`1A3',`2Y2',`1A4',`2Y1',`Gnd',`2A1',`1Y4',`2A2',`1Y3',`2A3',`1Y2',`2A4',`1Y1',`/2G',`Vcc'
+T16,3
+Param2_74690_dil300
+T16,3
+Param2_74653_dil300
+T16,3
+Param2_74283_dil300
+T16,2
+Param1_74121_dil14
+T14,139
+PKG_SOT323_CEL
+	define(`WX', 32)
+	define(`WY', 24)
+	define(`DX', 67)
+	define(`DY', 51)
+	define(`OX', 26)
+	define(`OY', 79)
+	PKG_BASE_SOT(`$1',`$2',`$3')
+
+T12,41
+PKG_RCY1000PPKG_RADIAL_CAN(`$1', `$2', `$3', 2000, 1)
+T35,23
+Description_amp_AMP_MICTOR_767054_6`Amp Mictor Connectors'
+T20,20
+Description_7440_dil`2 quad-NAND buffer'
+T21,36
+Description_74194_dil`4bit bi-directional shift register'
+T21,19
+Description_74157_dil`4 2-to-1 selector'
+T20,16
+Description_7403_dil`4 dual-NAND OC'
+T16,83
+PinList_7473_dil`1Clk',`/1Clr',`1K',`Vcc',`2Clk',`/2Clr',`2J',`/2Q',`2Q',`2K',`Gnd',`1Q',`/1Q',`1J'
+T39,50
+Description_johnstech_JOHNSTECH_QFN32_7`Johnstech QFN Socket, Series 1MM (724812-724839)'
+T28,9
+Description_generic14smd_dil`generic'
+T35,23
+Description_amp_AMP_MICTOR_767054_7`Amp Mictor Connectors'
+T21,12
+Description_74386_dil`4 dual-XOR'
+T17,115
+PinList_74625_dil`Gnd',`1Z',`1Y',`1CX1',`1CX2',`1FC',`1Osc-Vcc',`1Osc-Gnd',`2Osc-Gnd',`2Osc-Vcc',`2FC',`2CX2',`2CX1',`2Y',`2Z',`Vcc'
+T17,84
+PinList_74292_dil`B',`E',`Tp1',`Clk1',`Clk2',`Tp2',`Q',`Gnd',`NC',`A',`/Clr',`NC',`Tp3',`D',`C',`Vcc'
+T16,3
+Param2_74297_dil300
+T19,2
+Param1_MOLEX_025_6868
+T16,2
+Param1_74172_dil24
+T16,2
+Param1_74135_dil16
+T8,58
+PKG_UM1HPKG_CRYSTAL_H(`$1', `$2', `$3', 148, 311, 322,  60, 32, 2)
+T14,39
+PKG_HEADER24_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 12)
+T8,34
+PKG_HC49PKG_CRYSTAL(`$1', `$2', `$3', 300)
+T9,34
+PKG_DIP40PKG_N(`$1', `$2', `$3',  40,  600)
+T31,26
+Description_smd_EIA_C_capacitor`chip_capacitor_polarized'
+T40,18
+Description_generic_capacitor_radial_200`capacitor_radial'
+T23,64
+Description_geda_RCY150`Bottom lead non-polar circular component (typically capacitor)'
+T22,29
+Description_geda_DB15M`DSUB connector, female/male'
+T20,21
+Description_7491_dil`8bit shift register'
+T20,30
+Description_7454_dil`AND-OR inverter (4x2 inputs)'
+F6,6
+divnumdivnum
+T14,8
+PinList_sm0805`1', `2'
+T15,2
+Param1_7412_dil14
+T14,38
+PKG_HEADER24_2PKG_CONNECTOR(`$1', `$2', `$3', 12, 2)
+T26,42
+Description_geda_SOJ18_450`Small outline J-leaded package (450 mil)'
+T26,28
+Description_geda_LQFP44_10`Square Quad-side flat pack'
+T31,33
+Description_bourns_BOURNS_3224W`Bourns 3224 Series SMT Trim Pot'
+T17,102
+PinList_74639_dil`DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/G',`Vcc'
+T16,2
+Param1_74593_dil20
+T16,2
+Param1_74519_dil20
+T11,41
+PKG_RCY600PPKG_RADIAL_CAN(`$1', `$2', `$3', 1200, 1)
+T9,34
+PKG_DIP42PKG_N(`$1', `$2', `$3',  42,  600)
+T31,33
+Description_bourns_BOURNS_3224X`Bourns 3224 Series SMT Trim Pot'
+T20,23
+Description_7468_dil`2 4bit decade counter'
+T16,22
+PinList_uA78M05C`In',`Com',`Out',`Com'
+T16,2
+Param1_74378_dil16
+T15,2
+Param1_7426_dil14
+T15,72
+PKG_MULTIWATT11GENERIC_PL_POWER(`$1', `$2', `$3', 11,  67, 800, 200, 180, 90, 60, 200) 
+T10,37
+PKG_ALF900PKG_DIODE_LAY(`$1', `$2', `$3',  900)
+T11,39
+PKG_ACY700PPKG_AXIAL_LAY(`$1', `$2', `$3', 700, 1)
+T25,28
+Description_geda_LQFP32_5`Square Quad-side flat pack'
+T9,34
+PKG_DIP44PKG_N(`$1', `$2', `$3',  44,  600)
+T29,26
+Description_DIN41_651_64standDIN41.651 standing 64 pins
+T24,2
+Param1_DIN41_651_16stand16
+T16,2
+Param1_27128_dil28
+T13,41
+PKG_QFP100_14PKG_QFP_50(`$1',`$2',`$3',`100',`14',`0')
+T24,39
+Description_geda_QFN16_3`Square Quad Flat Nolead (QFN) package'
+T25,28
+Description_geda_LQFP32_7`Square Quad-side flat pack'
+T29,31
+Description_geda_DIN41612C96F`DIN connector, 96 pin housing'
+T16,22
+PinList_uA78M09C`In',`Com',`Out',`Com'
+T19,138
+PinList_GAL16V8_dil`CLK/I1',`I2',`I3',`I4',`I5',`I6',`I7',`I8',`I9',`Gnd',`I10',`I/O/Qh',`I/O/Qg',`I/O/Qf',`I/O/Qe',`I/O/Qd',`I/O/Qc',`I/O/Qb',`I/O/Qa',`Vcc'
+T20,3
+Param2_generic20_dil300
+T24,60
+Description_geda_RCY300P`Bottom lead polar circular component (typically capacitor)'
+T27,39
+Description_geda_QFN32_7_EP`Square Quad Flat Nolead (QFN) package'
+T24,39
+Description_geda_QFN16_4`Square Quad Flat Nolead (QFN) package'
+T14,8
+PinList_sm1206`1', `2'
+T20,2
+Param1_generic32_dil32
+T12,42
+PKG_TQFN44_7PKG_QFN_50(`$1',`$2',`$3', `44', `7', `0')
+T13,62
+PKG_SOJ32_450COMMON_SMT_DIL_MIL(`$1',`$2',`$3',32,23622,86614,50000,346457)
+T15,72
+PKG_MULTIWATT15GENERIC_PL_POWER(`$1', `$2', `$3', 15,  50, 800, 200, 180, 90, 60, 200) 
+T15,60
+PKG_CTS_744C_04COMMON_SMT_DIL_MIL(`$1',`$2',`$3',4,32000,51000,50000,67000)
+T24,39
+Description_geda_QFN16_5`Square Quad Flat Nolead (QFN) package'
+T24,46
+Description_geda_ACY400P`Axial polar component (typically capacitor),'
+T13,11
+PinList_BC307`E',`B',`C'
+T16,3
+Param2_74120_dil300
+T17,3
+Param2_628128_dil600
+T9,34
+PKG_DIP48PKG_N(`$1', `$2', `$3',  48,  600)
+T26,9
+Description_generic44_plcc`generic'
+T19,2
+Param1_PIC16C84_dil18
+T21,51
+Description_74630_dil`16bit parallel error detection/correction 3-state'
+T21,12
+Description_74260_dil`2 pent-NOR'
+F5,5
+indirindir
+T16,3
+Param2_74541_dil300
+T16,3
+Param2_74171_dil300
+T16,3
+Param2_74134_dil300
+T17,3
+Param2_514100_dil300
+T16,2
+Param1_7451L_dil14
+T18,10
+Description_sm0805`SMT 0805'
+T42,56
+Description_nichicon_NICHICON_WT_CAP_8_5p4`Nichicon WT series SMT Aluminum Electrolytic Capacitor'
+T24,16
+Description_PIC16C64_dilmicro controller
+T17,102
+PinList_74321_dil`Tank1',`Tank2',`Gnd1',`FFQ',`FFD',`F/4',`F',`Gnd2',`/F+',`F+',`Vcc+',`/F',`F/2',`Xtal1',`Xtal2',`Vcc'
+T15,3
+Param2_7401_dil300
+T11,55
+PKG_TSSOP20COMMON_SMT_DIL_MM(`$1',`$2',`$3', 20, 33, 150, 65, 440)
+T13,62
+PKG_SOJ16_400COMMON_SMT_DIL_MIL(`$1',`$2',`$3',16,23622,86614,50000,291339)
+T12,33
+PKG_MENU_QFPesyscmd(qfp-ui "$1" "`$2'" "$3")
+
+T15,60
+PKG_CTS_744C_08COMMON_SMT_DIL_MIL(`$1',`$2',`$3',8,32000,51000,50000,67000)
+T23,45
+Description_geda_SDIP42`Shrink dual in-line package, wide (600 mil)'
+T27,39
+Description_geda_QFN28_5_EP`Square Quad Flat Nolead (QFN) package'
+T24,39
+Description_geda_QFN20_4`Square Quad Flat Nolead (QFN) package'
+T26,37
+Description_geda_HEADER6_1`Header connector, DIP pin numbering'
+T23,62
+Description_geda_ACY700`Axial non-polar component (typically resistor or capacitor),'
+T21,34
+Description_74681_dil`4bit parallel binary accumulator'
+T21,47
+Description_74644_dil`8 bus tranceiver OC w. inverting/normal logic'
+T21,44
+Description_74607_dil`8 2-input glitch-free multiplexed latch OC'
+T15,22
+PinList_uA7824C`In',`Com',`Out',`Com'
+T19,914
+PinList_MC68332_qfp`Vdd',`Vss(g)',`TpuCh11',`TpuCh10',`TpuCh9',`TpuCh8',`Vdd',`Vss(g)',`TpuCh7',`TpuCh6',`TpuCh5',`TpuCh4',`TpuCh3',`TpuCh2',`TpuCh1',`TpuCh0',`Vss(g)',`Vdd',`Vstby',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Vdd',`Vss(g)',`A9',`A10',`A11',`A12',`Vss(g)',`A13',`A14',`A15',`A16',`Vdd',`Vss(g)',`A17',`A18',`MISO',`MOSI',`SCk',`/SS',`PCS1',`PCS2',`PCS3',`Vdd',`Vss(g)',`TxD',`RxD',`DSO',`DSI',`DSClk',`TSC',`Freeze',`Vss(g)',`Xtal',`VddSyn',`EXtal',`Vdd',`XFc',`Vdd',`ClkOut',`Vss(g)',`/Res',`/Halt',`/BErr',`PF7',`PF6',`PF5',`PF4',`PF3',`PF2',`PF1',`PF0',`R/W',`PE7',`PE6',`PE5',`Vss(g)',`Vdd',`PE4',`PE3',`PE2',`PE1',`PE0',`A0',`D15',`D14',`D13',`D12',`Vss(g)',`Vdd',`D11',`D10',`D9',`D8',`Vss(g)',`D7',`D6',`D5',`D4',`Vss(g)',`Vdd',`D3',`D2',`D1',`D0',`/CSboot',`/CS0',`/CS1',`/CS2',`Vdd',`Vss(g)',`/CS3',`/CS4',`/CS5',`/CS6',`/CS7',`/CS8',`/CS9',`/CS10',`Vdd',`Vss(g)',`T2Clk',`TpuCh15',`TpuCh14',`TpuCh13',`TpuCh12'
+T17,75
+PinList_74180_dil`G',`H',`Even',`Odd',`SumEven',`SumOdd',`Gnd',`A',`B',`C',`D',`E',`F',`Vcc'
+T17,135
+PinList_74143_dil`/SCEI',`Clk',`/Clr',`/RBI',`BI',`/BI-/RBO',`Dp',`dp',`d',`f',`e',`Gnd',`g',`c',`a',`b',`Qa',`Qb',`Qc',`Qd',`/StrB',`Max',`/PECI',`Vcc'
+T21,3
+Param2_generic28w_dil600
+T16,3
+Param2_74592_dil300
+T16,3
+Param2_74518_dil300
+T16,3
+Param2_74148_dil300
+T24,2
+Param1_generic28smdw_dil28
+T12,86
+PL_PCISideB1`-12V',`TCK',`Ground',`TD0',`+5V',`+5V',`INTB*',`INTD*',`PRSNT1*',`Reserved',`PRSNT2*'
+T29,7
+Description_generic_diode_600`diode'
+T26,28
+Description_geda_QFP240_32`Square Quad-side flat pack'
+T24,39
+Description_geda_QFN20_5`Square Quad Flat Nolead (QFN) package'
+T26,42
+Description_geda_HEADER6_2`Header connector, ribbon cable numbering'
+T29,31
+Description_geda_DIN41612C96M`DIN connector, 96 pin housing'
+T21,27
+Description_74466_dil`8 invering buffer 3-state'
+F5,5
+indexindex
+T16,3
+Param2_74377_dil300
+T15,3
+Param2_7415_dil300
+T12,17
+PL_PCISideB2`Ground',`Ground'
+T10,38
+PKG_RCY600PKG_RADIAL_CAN(`$1', `$2', `$3', 1200)
+T20,26
+Description_uA79L05C-5V 0.1A voltage regulator
+T22,40
+Description_geda_DIP20`Dual in-line package, narrow (300 mil)'
+F6,6
+formatformat
+T17,86
+PinList_74194_dil`/Clr',`SRSer',`A',`B',`C',`D',`SLSer',`Gnd',`S0',`S1',`Clk',`Qd',`Qc',`Qb',`Qa',`Vcc'
+T17,83
+PinList_74157_dil`/A-B',`1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3B',`3A',`4Y',`4Y',`4A',`/G',`Vcc'
+T16,3
+Param2_74199_dil300
+T16,2
+Param1_74444_dil20
+T12,315
+PL_PCISideB3`Reserved',`Ground',`CLK',`Ground',`REQ*',`+5V',`AD[31]',`AD[29]',`Ground',`AD[27]',`AD[25]',`+3.3V',`C/BE[3]*',`AD[23]',`Ground',`AD[21]',`AD[19]',`+3.3V',`AD[17]',`C/BE[2]*',`Ground',`IRDY*',`+3.3V',`DEVSEL*',`Ground',`LOCK*',`PERR*',`+3.3V',`SERR*',`+3.3V',`C/BE[1]*',`AD[14]',`Ground',`AD[12]',`AD[10]',`Ground'
+T19,2498
+PKG_NICHICON_WT_CAP
+	# max pin width (perpendicular to axis of package) (1/100 mil)
+	define(`PINW',  `eval($4*10000/254)')
+
+	# max pin length (parallel to axis of package) (1/100 mil)
+	define(`PINL',  `eval($5*10000/254)')
+
+	# gap between the pads (1/100 mil)
+	define(`PINS', `eval($6*10000/254)')
+
+	# package width (1/100 mil)
+	define(`PACKW', `eval($7*10000/254)')
+
+	# package height (1/100 mil)
+	define(`PACKH', `eval($8*10000/254)')
+
+	# component veritcal height off board (1/100 mil)
+	define(`COMPH', `eval($9*10000/254)')
+
+	# pad width and length
+	define(`PADW', `eval(PINW + 2000)')
+	define(`PADL', `eval(PINL + 2000)')
+
+	# y values for drawing the pad.  The Y center of the pad is 0.5*(PINL + PINS)
+	# we need a line segment of length PADL - PADW so we have end points:
+	# 0.5*(PINL + PINS) +/- 0.5*(PADL - PADW)
+	define(`PY1', `eval((PINL + PINS + PADL - PADW)/2)')
+	define(`PY2', `eval((PINL + PINS - PADL + PADW)/2)')
+
+	# width of soldermask relief (5 mil on each side)
+	define(`MASKW', `eval(PADW + 1000)')
+
+	# silkscreen width (1/100 mils)
+	define(`SILKW', `1000')
+
+	# how much space to leave around the part before the
+	# silk screen (1/100 mils)
+	define(`SILKS', `800')
+
+	# lower left corner for silk screen (1/100 mil)
+	define(`LLX', `eval( (PACKW + 2*SILKS + SILKW)/2)')
+	define(`LLY', `eval( (PACKH + 2*SILKS + SILKW)/2)')
+
+	# upper right corner for silk screen (1/100 mil)
+	define(`URX', `eval( (PADW + 2*SILKS + SILKW)/2)')
+	define(`URY', `eval( -LLY)')
+
+	# how much to notch the corners by in silk to indicate polarity
+	define(`NOTCH', `3000')
+	define(`NOTCHX', `eval(LLX - NOTCH)')
+	define(`NOTCHY', `eval(URY + NOTCH)')
+
+# Element [SFlags "Desc" "Name" "Value" MX MY TX TY TDir TScale TSFlags]
+Element[ "" "`$1'" "`$2'" "`$3'" 0 0 0 0 0 100 ""]
+(
+
+# Pad [rX1 rY1 rX2 rY2 Thickness Clearance Mask "Name" "Number" SFlags]                                                                                              
+Pad[ 0 -PY1 0 -PY2 PADW 1000 MASKW "Plus"  "1" "square"]
+Pad[ 0  PY1 0  PY2 PADW 1000 MASKW "Minus" "2" "square"]
+
+# Silk screen around package
+# ElementLine[ x1 y1 x2 y2 width]
+
+ElementLine[ LLX    LLY     URX    LLY    SILKW]
+ElementLine[ LLX    LLY     LLX    NOTCHY SILKW]
+ElementLine[ LLX    NOTCHY  NOTCHX URY    SILKW]
+ElementLine[ NOTCHX URY     URX    URY    SILKW]
+
+ElementLine[ -LLX    LLY    -URX    LLY    SILKW]
+ElementLine[ -LLX    LLY    -LLX    NOTCHY SILKW]
+ElementLine[ -LLX    NOTCHY -NOTCHX URY    SILKW]
+ElementLine[ -NOTCHX URY    -URX    URY    SILKW]
+
+
+
+)
+T17,71
+PinList_74386_dil`1A',`1B',`1Y',`2Y',`2A',`2B',`Gnd',`3A',`3B',`3Y',`4Y',`4A',`4B',`Vcc'
+T19,1
+Param1_generic8_dil8
+T16,2
+Param1_74673_dil24
+T16,2
+Param1_74636_dil20
+T16,2
+Param1_74266_dil14
+T12,17
+PL_PCISideB4`Ground',`Ground'
+T11,55
+PKG_TSSOP24COMMON_SMT_DIL_MM(`$1',`$2',`$3', 24, 33, 150, 65, 440)
+T22,40
+Description_geda_DIP22`Dual in-line package, narrow (300 mil)'
+T22,11
+Description_628128_dilSRAM 128Kx8
+T12,88
+PL_PCISideB5`AD[08]',`AD[07]',`+3.3V',`AD[05]',`AD[03]',`Ground',`AD[01]',`+5V',`ACK64*',`+5V',`+5V'
+T18,10
+Description_sm1206`SMT 1206'
+T20,3
+Param2_AT90S8535_dil600
+T16,2
+Param1_74687_dil24
+T12,288
+PL_PCISideB6`Reserved',`Ground',`C/BE[6]*',`C/BE[4]*',`Ground',`AD[63]',`AD[61]',`+5V',`AD[59]',`AD[57]',`Ground',`AD[55]',`AD[53]',`Ground',`AD[51]',`AD[49]',`+5V',`AD[47]',`AD[45]',`Ground',`AD[43]',`AD[41]',`Ground',`AD[39]',`AD[37]',`+5V',`AD[35]',`AD[33]',`Ground',`Reserved',`Reserved',`Ground'
+T12,55
+PKG_TSSOP38NCOMMON_SMT_DIL_MM(`$1',`$2',`$3', 38, 30, 150, 50, 440)
+T13,62
+PKG_SOJ20_350COMMON_SMT_DIL_MIL(`$1',`$2',`$3',20,23622,86614,50000,244094)
+T22,38
+Description_geda_DIP24`Dual in-line package, wide (600 mil)'
+T19,7
+Description_LED_5MMLED 5mm
+T17,20
+Description_BC560bipolar-P transistor
+T22,9
+Description_514100_dilDRAM 4Mx1
+T16,3
+Param2_Z8536_dil600
+T24,2
+Param1_DIN41_651_24stand24
+T11,55
+PKG_TSSOP64COMMON_SMT_DIL_MM(`$1',`$2',`$3', 64, 30, 150, 50, 610)
+T26,2
+Param2_smd_EIA_A_capacitor50
+T18,3
+Param2_GAL20V8_dil300
+T11,55
+PKG_TSSOP28COMMON_SMT_DIL_MM(`$1',`$2',`$3', 28, 33, 150, 65, 440)
+T13,62
+PKG_SOJ34_350COMMON_SMT_DIL_MIL(`$1',`$2',`$3',34,23622,86614,50000,244094)
+T14,39
+PKG_HEADER48_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 24)
+T18,1181
+PKG_DIN41_651STANDdefine(`MAXY', `eval($4/2 *100 +400)')
+	define(`CENTERY', `eval($4/2 *50 +425)')
+Element(0x00 "$1" "`$2'" "$3" 50 100 3 200 0x00)
+(
+	forloop(`i', 1, eval($4 / 2),
+		`PIN(200,  eval(100*i +400), 60, 40, eval(2*i-1))
+		PIN(300, eval(100*i +400), 60, 40, eval(2*i))
+	')
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 eval(MAXY +430) 20)
+	ElementLine(410 eval(MAXY +430) 90 eval(MAXY +430) 20)
+	ElementLine(90 eval(MAXY +430) 90 70 20)
+
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 eval(MAXY +150) 5)
+	ElementLine(390 eval(MAXY +150) 110 eval(MAXY +150) 5)
+	ElementLine(110 eval(MAXY +150) 110 eval(CENTERY +100) 5)
+	ElementLine(110 eval(CENTERY +100)  90 eval(CENTERY +100) 5)
+	ElementLine(90  eval(CENTERY -50) 110 eval(CENTERY -50) 5)
+	ElementLine(110 eval(CENTERY -50) 110  350 5)
+
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+
+	# Auswurfhebel unten
+	ElementLine(200 eval(MAXY+150) 200 eval(MAXY+430) 5)
+	ElementLine(300 eval(MAXY+150) 300 eval(MAXY+430) 5)
+
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
+T11,37
+PKG_ACY1500PKG_AXIAL_LAY(`$1', `$2', `$3', 1500)
+T39,50
+Description_johnstech_JOHNSTECH_QFN56_8`Johnstech QFN Socket, Series 1MM (724812-724839)'
+T26,28
+Description_geda_LQFP72_10`Square Quad-side flat pack'
+T15,21
+PinList_uA7905C`Com',`In',`Out',`In'
+T14,38
+PKG_HEADER48_2PKG_CONNECTOR(`$1', `$2', `$3', 24, 2)
+T25,9
+Description_generic32_dil`generic'
+T24,53
+Description_geda_TSSOP8W`Thin shrink small outline package, standard (4.4mm)'
+T22,38
+Description_geda_DIP64`Dual in-line package, wide (900 mil)'
+T28,23
+Description_PCI5V_MAX_HEIGHTPCI 5V Array Max Height
+T26,9
+Description_generic52_plcc`generic'
+T22,38
+Description_geda_DIP28`Dual in-line package, wide (600 mil)'
+T23,23
+Description_GAL16V8_dilgeneric PAL replacement
+T21,28
+Description_74111_dil`2 JK-MS FF w. data lockout'
+T16,1160
+PKG_DIN41_651LAYdefine(`MAXY', `eval($4/2 *100 +400)')
+	define(`CENTERY', `eval($4/2 *50 +425)')
+Element(0x00 "$1" "`$2'" "$3" 400 250 3 200 0x00)
+(
+	forloop(`i', 1, eval($4 / 2),
+		`PIN(100,  eval(100*i +400), 60, 40, eval(2*i-1))
+		PIN(200, eval(100*i +400), 60, 40, eval(2*i))
+	')
+
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 eval(MAXY+230) 100 80 "M2" 0x01)
+
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 eval(MAXY+150) 20)
+	ElementLine(610 eval(MAXY+150) 770 eval(MAXY+200) 20)
+	ElementLine(770 eval(MAXY+200) 770 eval(MAXY+300) 20)
+	ElementLine(770 eval(MAXY+300) 335 eval(MAXY+430) 20)
+	ElementLine(335 eval(MAXY+430) 80 eval(MAXY+430) 20)
+	ElementLine( 80 eval(MAXY+430) 80 70 20)
+
+	# Codieraussparung
+	ElementLine(610 eval(CENTERY -50) 435 eval(CENTERY -50) 5)
+	ElementLine(435 eval(CENTERY -50) 435 eval(CENTERY +100) 5)
+	ElementLine(435 eval(CENTERY +100) 610 eval(CENTERY +100) 5)
+
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
+T24,64
+Description_geda_RCY1200`Bottom lead non-polar circular component (typically capacitor)'
+T25,28
+Description_geda_QFP44_10`Square Quad-side flat pack'
+T21,38
+Description_geda_0805`Standard SMT resistor, capacitor etc'
+T16,3
+Param2_74621_dil300
+T16,3
+Param2_74251_dil300
+T13,62
+PKG_SOJ18_300COMMON_SMT_DIL_MIL(`$1',`$2',`$3',18,23622,86614,50000,196850)
+T13,74
+PKG_CAPC0402LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  26,   15,  31,  56,  28,   0,   0)
+T26,28
+Description_geda_TQFP64_10`Square Quad-side flat pack'
+T26,38
+Description_geda_CAPC1608L`Standard SMT resistor, capacitor etc'
+T21,42
+Description_74162_dil`syncronous decade counter w. sync. clear'
+T21,40
+Description_74125_dil`4 bus buffers 3-state inverted control'
+T16,71
+PinList_7404_dil`1A',`1Y',`2A',`2Y',`3A',`3Y',`Gnd',`4Y',`4A',`5Y',`5A',`6Y',`6A',`Vcc'
+T16,3
+Param2_74443_dil300
+T14,39
+PKG_HEADER52_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 26)
+T13,74
+PKG_CAPC0402MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  36,   35,  51, 106,  38,   0,   0)
+T26,38
+Description_geda_CAPC1608M`Standard SMT resistor, capacitor etc'
+T21,63
+Description_74354_dil`8-to-1 data selector/multiplexor/register transparent 3-state'
+T17,171
+PinList_74630_dil`DEF',`DB0',`DB1',`DB2',`DB3',`DB4',`DB5',`DB6',`DB7',`DB8',`DB9',`DB10',`DB11',`Gnd',`DB12',`DB13',`DB14',`DB15',`CB5',`CB4',`CB3',`CB2',`CB1',`CB0',`S0',`S1',`SEF',`Vcc'
+T17,71
+PinList_74260_dil`1A',`1B',`1C',`2A',`1Y',`2Y',`Gnd',`2B',`2C',`2D',`2E',`1D',`1E',`Vcc'
+T16,3
+Param2_74672_dil300
+T16,3
+Param2_74265_dil300
+T16,2
+Param1_74140_dil14
+T14,38
+PKG_HEADER52_2PKG_CONNECTOR(`$1', `$2', `$3', 26, 2)
+T13,74
+PKG_CAPC0402NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  26,   25,  41,  81,  33,   0,   0)
+T33,27
+Description_optek_OPTEK_OVSRWACR6`OPTEK Surface Mount LED's'
+T26,38
+Description_geda_CAPC1608N`Standard SMT resistor, capacitor etc'
+T20,16
+Description_7422_dil`2 quad-NAND OC'
+T21,50
+Description_74176_dil`presettable decade counter/latch (divide by 2/5)'
+T21,18
+Description_74139_dil`2 2-to-4 decoder'
+T16,81
+PinList_7492_dil`ClkB',`NC',`NC',`NC',`Vcc',`R0(1)',`R0(2)',`Qd',`Qc',`Gnd',`Qb',`Qa',`NC',`ClkA'
+T16,62
+PinList_7455_dil`A',`B',`C',`D',`NC',`NC',`Gnd',`Y',`NC',`E',`F',`G',`H',`Vcc'
+T16,71
+PinList_7418_dil`1A',`1B',`NC',`1C',`1D',`1Y',`Gnd',`2Y',`2A',`2B',`NC',`2C',`2D',`Vcc'
+T10,42
+PKG_SSOP14PKG_SSO(  `$1', `$2', `$3', 14, 323, 2559)
+T28,39
+Description_geda_TQFN48_7_EP`Square Quad Flat Nolead (QFN) package'
+T21,38
+Description_74368_dil`6 bus drivers OC w. inverting output'
+T16,16
+PinList_uA78L15C`In',`Com',`Out'
+T17,123
+PinList_74681_dil`Clk',`RS2',`RS1',`RS0',`LI-RO',`Cn',`/G',`Cn+4',`/P',`Gnd',`I-O3',`I-O2',`I-O1',`I-O0',`M',`AS2',`AS1',`AS0',`RI-LO',`Vcc'
+T17,103
+PinList_74644_dil`DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/EN',`Vcc'
+T17,144
+PinList_74607_dil`Clk',`A-/B',`A1',`B1',`A2',`B2',`A3',`B3',`A4',`B4',`Y4',`Y3',`Y2',`Gnd',`Y1',`Y5',`Y6',`Y7',`Y8',`B8',`A8',`B7',`A7',`B6',`A6',`B5',`A5',`Vcc'
+T16,3
+Param2_74686_dil300
+T16,3
+Param2_74649_dil300
+T16,3
+Param2_74279_dil300
+T20,2
+Param1_smd_diode_60360
+T16,2
+Param1_74191_dil16
+T16,2
+Param1_74154_dil24
+T26,28
+Description_geda_TQFP64_14`Square Quad-side flat pack'
+T20,18
+Description_7473_dil`2 JK FF w. clear'
+T21,36
+Description_74597_dil`8bit shift register w. input latch'
+T26,96
+PinList_DIN41_612_ac64maleforloop(`i', 1, 32, `define(`P_'i, `a'i)')
+	forloop(`i', 1, 32, `define(`P_'eval(i +64), `c'i)')
+T16,103
+PinList_7469_dil`1ClkA',`1Qb',`1Qd',`/1Clr',`2Qc',`NC',`2Qa',`Gnd',`2Clk',`2Qb',`/2Clr',`2Qd',`1Qc',`1Qa',`1ClkB',`Vcc'
+T17,103
+PinList_74466_dil`/G1',`A1',`Y1',`A2',`Y2',`A3',`Y3',`A4',`Y4',`Gnd',`Y5',`A5',`Y6',`A6',`Y7',`A7',`Y8',`A8',`/G2',`Vcc'
+T22,2
+Param1_DIN41_651_14lay14
+T15,2
+Param1_7431_dil16
+T10,42
+PKG_SSOP16PKG_SSO(  `$1', `$2', `$3', 16, 244, 2559)
+T8,67
+PKG_SO14COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 14, 20000, 85000, 50000, 120000)
+T28,39
+Description_geda_TQFN16_5_EP`Square Quad Flat Nolead (QFN) package'
+T26,42
+Description_geda_SOJ30_400`Small outline J-leaded package (400 mil)'
+T23,45
+Description_geda_DIP14M`Dual in-line package, medium wide (400 mil)'
+T21,29
+Description_geda_DB9F`DSUB connector, female/male'
+T21,38
+Description_geda_1206`Standard SMT resistor, capacitor etc'
+T13,96
+DefinePinListifelse($#, 1, ,
+	`pushdef(`count')'
+	`define(`count', 0)'
+	`_DEFPINLIST($@)'
+	`popdef(`count')')
+T28,1
+Param1_ovenized_oscillator_55
+T16,2
+Param1_74575_dil20
+T16,2
+Param1_74538_dil20
+T7,29
+PKG_US8PKG_US( `$1', `$2', `$3',  8)
+T15,48
+PKG_CTS_742C_16COMMON_SMT_DIL_MM(`$1',`$2',`$3',16,50,90,80,90)
+T15,2
+Param1_7445_dil16
+T15,2
+Param1_7408_dil14
+T8,67
+PKG_SO16COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 16, 20000, 85000, 50000, 120000)
+T29,16
+Description_geda_TO220ACSTAND`diode in TO220'
+T26,42
+Description_geda_SOJ44_400`Small outline J-leaded package (400 mil)'
+T27,24
+Description_DIN41_651_26layDIN41.651 laying 26 pins
+T21,250
+PinList_cy7c64603_qfp`1',`2',`3',`4',`5',`6',`7',`8',`9',`10',`11',`12',`13',`14',`15',`16',`17',`18',`19',`20',`21',`22',`23',`24',`25',`26',`27',`28',`29',`30',`31',`32',`33',`34',`35',`36',`37',`38',`39',`40',`41',`42',`43',`44',`45',`46',`47',`48',`49',`50',`51',`52'
+T22,131
+PinList_L298_multiwatt`I-Sens1', `Out1', `Out2', `Vcc', `In1', `Enable A', `In2', `Gnd', `Logic-Vcc', `In3', `Enable B', `In4', `Out3', `Out4', `I-Sens2'
+T13,42
+PKG_LQFP48_12PKG_LQFP_80(`$1',`$2',`$3', `48',`12',`0')
+T8,55
+EDGECONNPad($1 $2 $3 $4 $5 ifdef(`P_$6', "P_$6", "$6") "$6" $7)
+T20,26
+Description_uA78M05C+5V 0.5A voltage regulator
+T23,45
+Description_geda_DIP18M`Dual in-line package, medium wide (400 mil)'
+T19,27
+Description_SCSI_SEsingle-ended SCSI 2x25 pins
+T15,2
+Param1_7496_dil16
+T9,34
+PKG_DIP8MPKG_N(`$1', `$2', `$3',   8,  400)
+T10,37
+PKG_ALF400PKG_DIODE_LAY(`$1', `$2', `$3',  400)
+T23,64
+Description_geda_RCY800`Bottom lead non-polar circular component (typically capacitor)'
+T6,50
+DEFPINdefine(`count', incr(count)) define(`P_'count, $1)
+T7,0
+__gnu__
+T16,1
+Param1_TL070_dil8
+T24,39
+Description_geda_QFN44_7`Square Quad Flat Nolead (QFN) package'
+T20,2
+Param1_generic14_dil14
+T13,62
+PKG_SOJ14_450COMMON_SMT_DIL_MIL(`$1',`$2',`$3',14,23622,86614,50000,346457)
+T17,50
+PKG_DIN41612C96MSPKG_DIN41_612MALE_SMALL(  `$1', `$2', `$3', `abc')
+T20,26
+Description_uA78M09C+9V 0.5A voltage regulator
+T20,3
+Param2_generic16_dil300
+T16,2
+Param1_TL084_dil14
+T14,42
+PKG_LQFP176_24PKG_LQFP_50(`$1',`$2',`$3',`176',`24',`0')
+T21,29
+Description_geda_DB9M`DSUB connector, female/male'
+T19,3
+Param2_PIC16C84_dil300
+T20,2
+Param1_generic28_dil28
+T20,2
+Param1_MC68HC11_plcc52
+T13,62
+PKG_SOJ28_450COMMON_SMT_DIL_MIL(`$1',`$2',`$3',28,23622,86614,50000,346457)
+T21,18
+Description_74242_dil`4 bus tranceiver'
+F6,6
+m4exitm4exit
+T17,99
+PinList_74111_dil`1K',`/1Pre',`/1Clr',`1J',`1Clk',`/1Q',`1Q',`Gnd',`2Q',`/2Q',`2Clk',`2J',`/2Clr',`/2Pre',`2K',`Vcc'
+T16,3
+Param2_74190_dil300
+T16,3
+Param2_74153_dil300
+T16,3
+Param2_74116_dil300
+T22,39
+Description_geda_SO32W`Small outline package, wider (450mil)'
+F9,9
+changecomchangecom
+T8,0
+__unix__
+T16,3
+Param2_74382_dil300
+T15,3
+Param2_7420_dil300
+T21,65
+Description_74626_dil`2 voltage controlled oscillator w. enable and complement output'
+T21,30
+Description_74293_dil`4bit binary counter w. clear'
+T17,86
+PinList_74162_dil`/Clr',`Clk',`A',`B',`C',`D',`ENP',`Gnd',`/Load',`ENT',`Qd',`Qc',`Qb',`Qa',`RCO',`Vcc'
+T17,75
+PinList_74125_dil`/1G',`1A',`1Y',`/2G',`2A',`2Y',`Gnd',`3Y',`3A',`/3G',`4Y',`4A',`/4G',`Vcc'
+T16,3
+Param2_74574_dil300
+T16,3
+Param2_74167_dil300
+T33,24
+Description_candk_CANDK_ES02MSABE`C&K ES Series Switches'
+T18,131
+PinList_PC_V24_25P`PE',`TxD',`RxD',`RTS',`CTS',`DSR',`Gnd',`DCD',`9',`10',`11',`12',`13',`14',`15',`16',`17',`18',`19',`DTR',`21',`RI',`23',`24',`25'
+T17,103
+PinList_74354_dil`D7',`D6',`D5',`D4',`D3',`D2',`D1',`D0',`/DC',`Gnd',`/SC',`S2',`S1',`S0',`/G1',`/G2',`G3',`W',`Y',`Vcc'
+T16,3
+Param2_LM324_dil300
+T16,3
+Param2_74396_dil300
+T19,2
+Param1_GAL22V10_dil24
+T16,2
+Param1_74641_dil20
+T16,2
+Param1_74604_dil28
+T15,45
+PKG_TQFN48_7_EPPKG_QFN_50S(`$1',`$2',`$3', `48', `7', `560')
+T10,1007
+PKG_TO3_90Element(0x00 "$1" "`$2'" "$3" 400 800 0 100 0x00)
+(
+
+# The JEDEC drawing specifies that pins #1
+# and #2 have a diameter from 38 to 43 mils.
+# The mounting holes (pins 3 and 4 here) are
+# 151 to 161 mils.  Increasing by 15 mils would
+# give a drill diameter of 58 and 176 mils.  
+# 55 and 177 are close in standard drill sizes.
+# a #4 machine screw is 110 mils, a #6 is 140 mils and a 
+# #8 is 160 mils in diameter.  Looks like you can not count
+# on using a #8 for a TO3, but a #6 is fair.
+# This would give something like a 90 pad size for a 
+# 35 mil annular ring for pins 1 and 2.  
+	PIN(650, 1000, 90, 55, 1)
+	PIN(650, 550, 90, 55, 2)
+	PIN(1320, 775, 250, 177, 3)
+	PIN(125, 775, 250, 177, 4)
+
+	ElementArc(700 775 500 500 70 40 20)
+	ElementArc(700 775 500 500 250 40 20)
+	ElementArc(1320 775 180 180 125 110 20)
+	ElementArc(125 775 180 180 305 110 20)
+	ElementLine(25 925 530 1245 20)
+	ElementLine(25 625 530 305 20)
+	ElementLine(870 305 1430 630 20)
+	ElementLine(870 1245 1430 920 20)
+
+	Mark(650 775)
+)
+T14,44
+PKG_QFN36_6_EPPKG_QFN_50(`$1',`$2',`$3', `36', `6', `370')
+T25,12
+Description_smd_diode_603`chip_diode'
+T26,42
+Description_geda_SOJ32_300`Small outline J-leaded package (300 mil)'
+T27,37
+Description_geda_HEADER26_1`Header connector, DIP pin numbering'
+T23,62
+Description_geda_ACY200`Axial non-polar component (typically resistor or capacitor),'
+T17,76
+PinList_74176_dil`/Load',`Qc',`C',`A',`Qa',`Clk2',`Gnd',`Clk1',`Qb',`B',`D',`Qd',`/Clr',`Vcc'
+T17,91
+PinList_74139_dil`/G1',`A1',`B1',`Y10',`Y11',`Y12',`Y13',`Gnd',`Y23',`Y22',`Y21',`Y20',`B2',`A2',`/G2',`Vcc'
+T7,272
+PKG_QFPdefine(`PITCH', 8000)
+	define(`PAD_WIDTH', 20)
+	define(`PAD_LENGTH', 90)
+	define(`XPADS', `eval($4 /4)')
+	define(`YPADS', `eval($4 /4)')
+	define(`X_LENGTH', `eval((PITCH*(XPADS-1)+127)/254+232)')
+	define(`Y_LENGTH', X_LENGTH)
+	define(`ISTART', 1)
+	PKG_GEN_QFP($1, $2, $3)
+
+T10,34
+PKG_DIP22MPKG_N(`$1', `$2', `$3',  22,  400)
+T21,38
+Description_geda_SO32`Small outline package, wide (300mil)'
+T27,42
+Description_geda_HEADER26_2`Header connector, ribbon cable numbering'
+T13,11
+PinList_BS240`D',`G',`S'
+T17,95
+PinList_74368_dil`/G1',`1A1',`1Y1',`1A2',`1Y2',`1A3',`1Y3',`Gnd',`1Y4',`1A4',`2Y1',`2A1',`2Y2',`2A2',`/G2',`Vcc'
+T19,3
+Param2_generic8_dil300
+T15,3
+Param2_7485_dil300
+T15,3
+Param2_7448_dil300
+T16,2
+Param1_74285_dil16
+T16,2
+Param1_74248_dil16
+T15,44
+PKG_TQFN16_5_EPPKG_QFN_80(`$1',`$2',`$3', `16', `5', `310')
+T10,37
+PKG_RCY100PKG_RADIAL_CAN(`$1', `$2', `$3', 200)
+T13,666
+PKG_CRYSTAL_Hdefine(`base',     `$4')
+	define(`sizX',     `$5')
+	define(`sizY',     `$6')
+	define(`pad',      `$7')
+	define(`drill',    `$8')
+	define(`pinX',     `eval((sizX - base * (`$9'-1)) /2)')
+	define(`pinY',     `ifelse(eval(sizX > 500),1,eval(sizY+200),eval(sizY+100))')
+	define(`maxY',     `eval(sizY + offset)')
+
+Element(0x00 "$1" "$2" "$3" 0 eval(0 - 60) 0 100 0x00)
+(
+	PIN(pinX, pinY, pad, drill, 1)
+	PIN(eval(pinX + base), pinY, pad, drill, 2)
+	ifelse(eval(`$9' == 3), 1,
+	PIN(eval(pinX + 2 * base), pinY, pad, drill, 3))
+
+	ElementLine(0 0 sizX 0 20)
+	ElementLine(sizX 0 sizX sizY 20)
+	ElementLine(sizX sizY 0 sizY 20)
+	ElementLine(0 sizY 0 0 20)
+
+	Mark(pinX pinY)
+)
+T23,31
+Description_geda_PLCC52`Plastic leadless chip carrier'
+T17,87
+PinList_74597_dil`B',`C',`D',`E',`F',`G',`H',`Gnd',`Qh+',`/SRClr',`SRCK',`RCK',`/SRLoad',`SER',`A',`Vcc'
+T27,3
+Param1_generic_smd_chip_603603
+T13,72
+PKG_PENTAWATTGENERIC_PL_POWER(`$1', `$2', `$3',  5,  67, 409, 189, 177, 90, 60, 157) 
+T29,26
+Description_DIN41_651_14standDIN41.651 standing 14 pins
+T15,22
+PinList_uA7815C`In',`Com',`Out',`Com'
+T17,2
+Param1_PC_V24_25P25
+T24,2
+Param1_DIN41_651_40stand40
+T16,2
+Param1_74669_dil16
+T16,2
+Param1_74299_dil20
+T13,74
+PKG_RESC0402LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  26,   15,  31,  56,  28,   0,   0)
+T11,69
+PKG_CRYSTALPKG_CRYSTAL_V(`$1',`$2',`$3',`eval($4-100)',`$4',`100',`60',`28',`2')
+T16,3
+Param2_TL083_dil300
+T13,74
+PKG_RESC0402MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  36,   35,  51, 106,  38,   0,   0)
+T27,37
+Description_geda_HEADER30_1`Header connector, DIP pin numbering'
+T13,62
+PKG_SOJ16_350COMMON_SMT_DIL_MIL(`$1',`$2',`$3',16,23622,86614,50000,244094)
+T13,74
+PKG_RESC0402NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  26,   25,  41,  81,  33,   0,   0)
+T43,32
+Description_minicircuits_MINICIRCUITS_CB539`Mini-Circuits CB Style Package'
+T27,42
+Description_geda_HEADER30_2`Header connector, ribbon cable numbering'
+T8,29
+PKG_US14PKG_US( `$1', `$2', `$3', 14)
+T25,9
+Description_generic14_dil`generic'
+T24,62
+Description_geda_ACY1300`Axial non-polar component (typically resistor or capacitor),'
+T27,37
+Description_cts_CTS_742X_08`CTS 742C Series Chip Resistor Array'
+T20,348
+PinList_PIC16C64_dil`/MCLR',`RA0',`RA1',`RA2',`RA3',`RA4/T0CKI',`RA5/SS',`RE0/RD',`RE1/WR',`RE2/CS',`VDD',`VSS',`OSC1',`OSC2',`RC0/T0OSO/T1CKI',`RC1/T0OSI',`RC2/CCPI',`RC3/SCK/SCL',`RD0/PSP0',`RD1/PSP1',`RD2/PSP2',`RD3/PSP3',`RC4/SDI/SDA',`RC5/SDO',`RC6',`RC7',`RD4/PSP4',`RD5/PSP5',`RD6/PSP6',`RD7/PSP7',`VSS',`VDD',`RB0/INT',`RB1',`RB2',`RB3',`RB4',`RB5',`RB6',`RB7'
+T33,3
+Param1_generic_resistor_axial_500500
+T14,39
+PKG_HEADER80_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 40)
+T11,37
+PKG_ACY1000PKG_AXIAL_LAY(`$1', `$2', `$3', 1000)
+T8,29
+PKG_US16PKG_US( `$1', `$2', `$3', 16)
+T14,38
+PKG_HEADER80_2PKG_CONNECTOR(`$1', `$2', `$3', 40, 2)
+T25,9
+Description_generic28_dil`generic'
+T25,16
+Description_MC68HC11_plccmicro controller
+T21,36
+Description_74322_dil`8bit shift register w. sign extend'
+T8,81
+_forloop$4`'ifelse($1, `$3', ,
+	`define(`$1', incr($1))_forloop(`$1', `$2', `$3', `$4')')
+T16,3
+Param2_74640_dil300
+T16,2
+Param1_L297A_dil20
+T21,24
+Description_74181_dil`ALU function generator'
+T21,18
+Description_74107_dil`2 JK FF w. clear'
+T16,81
+PinList_7423_dil`1X',`1A',`1B',`1G',`1C',`1D',`1Y',`Gnd',`2Y',`2A',`2B',`2G',`2C',`2D',`/X',`Vcc'
+T18,2
+Param1_MAX233A_dil20
+T11,42
+PKG_QFN28_5PKG_QFN_50(`$1',`$2',`$3', `28', `5', `0')
+T11,39
+PKG_ACY150PPKG_AXIAL_LAY(`$1', `$2', `$3', 150, 1)
+T23,32
+Description_geda_ALF600`Axial diode (pin 1 is cathode)'
+T21,38
+Description_74373_dil`8 D-type transparent latches 3-state'
+T17,74
+PinList_74242_dil`/Gab',`NC',`A1',`A2',`A3',`A4',`Gnd',`B4',`B3',`B2',`B1',`NC',`Gba',`Vcc'
+T16,3
+Param2_74691_dil300
+T16,3
+Param2_74247_dil300
+T16,2
+Param1_74122_dil14
+T23,5
+Description_MC68681_dilDUART
+T21,37
+Description_74195_dil`4bit parallel-access shift register'
+T21,35
+Description_74158_dil`4 2-to-1 selector inverted output'
+T20,13
+Description_7404_dil`6 inverters'
+T16,89
+PinList_7474_dil`/1Clr',`1D',`1Clk',`/1Pre',`1Q',`/1Q',`Gnd',`/2Q',`2Q',`/2Pre',`2Clk',`2D',`/2Clr',`Vcc'
+T16,71
+PinList_7437_dil`1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`4Y',`4A',`4B',`Vcc'
+T28,4
+Param1_generic_smd_chip_12061206
+T14,39
+PKG_HEADER10_1PKG_CONNECTOR_DIL(`$1', `$2', `$3',  5)
+T16,40
+PKG_DIN41651_16SPKG_DIN41_651STAND(`$1', `$2', `$3', 16)
+T26,42
+Description_geda_SOJ42_450`Small outline J-leaded package (450 mil)'
+T27,24
+Description_DIN41_651_10layDIN41.651 laying 10 pins
+T17,105
+PinList_74626_dil`Gnd',`1Z',`1Y',`/1EN',`1CX1',`1CX2',`Osc-Vcc',`Osc-Gnd',`1FC',`2FC',`2CX2',`2CX1',`/2EN',`2Y',`2Z',`Vcc'
+T17,79
+PinList_74293_dil`NC',`NC',`NC',`Qc',`Qb',`NC',`Gnd',`Qd',`Qa',`CKA',`CKB',`R0(1)',`R0(2)',`Vcc'
+T16,3
+Param2_74668_dil300
+T16,3
+Param2_74298_dil300
+T16,2
+Param1_74580_dil20
+T16,2
+Param1_74173_dil16
+T16,2
+Param1_74136_dil14
+T10,34
+PKG_SDIP30PKG_NS(`$1', `$2', `$3', 30,  400)
+T14,38
+PKG_HEADER10_2PKG_CONNECTOR(`$1', `$2', `$3',  5, 2)
+T28,39
+Description_geda_TQFN32_5_EP`Square Quad Flat Nolead (QFN) package'
+T20,31
+Description_7492_dil`divide by 12 counter w. clear'
+T20,30
+Description_7455_dil`AND-OR inverter (2x4 inputs)'
+T20,29
+Description_7418_dil`2 quad-NAND Schmitt trigger'
+F8,8
+translittranslit
+T24,2
+Param1_generic24smdw_dil24
+T15,2
+Param1_7450_dil14
+T16,2
+Param1_74365_dil16
+T15,2
+Param1_7413_dil14
+T14,44
+PKG_QFN12_4_EPPKG_QFN_80(`$1',`$2',`$3', `12', `4', `210')
+T12,701
+PKG_BASE_SOTElement(0x00 "$1" "`$2'" "$3" 0 eval(DY+WY/2+10) 0 100 0x00)
+(
+	define(`WID', WY)
+	define(`RX',  `eval((WX-WID)/2)')
+	define(`X1', 0)
+	define(`Y1', DY)
+	define(`X2', 0)
+	define(`Y2', 0)
+	define(`X3', DX)
+	define(`Y3', `eval(DY/2)')
+	# Use Pad instead of PAD so all pads come out square
+	Pad(eval(X1-RX)  Y1  eval(X1+RX)  Y1  WID  "1"  0x100)
+	Pad(eval(X2-RX)  Y2  eval(X2+RX)  Y2  WID  "2"  0x100)
+	Pad(eval(X3-RX)  Y3  eval(X3+RX)  Y3  WID  "3"  0x100)
+
+	define(`LX', `eval((DX-OX)/2)')
+	define(`LY', `eval((DY-OY)/2)')
+	define(`MX', `eval((DX+OX)/2)')
+	define(`MY', `eval((DY+OY)/2)')
+	ElementLine(LX LY LX MY 6)
+	ElementLine(LX MY MX MY 6)
+	ElementLine(MX MY MX LY 6)
+	ElementLine(MX LY LX LY 6)
+
+)
+T20,27
+Description_uA78L15C+15V 0.1A voltage regulator
+T24,12
+Description_oscillator_1`oscillator'
+T16,16
+PinList_uA78L02C`In',`Com',`Out'
+T16,1
+Param1_PC_V24_9P9
+T16,2
+Param1_74594_dil16
+T10,34
+PKG_SDIP32PKG_NS(`$1', `$2', `$3', 32,  400)
+T11,43
+PKG_QFN32_5PKG_QFN_50S(`$1',`$2',`$3', `32', `5', `0')
+T13,701
+PKG_CRYSTAL_Vdefine(`spacing',  `$4')
+	define(`sizX',     `$5')
+	define(`sizY',     `$6')
+	define(`pad',      `$7')
+	define(`drill',    `$8')
+	define(`centerY',  `eval(sizY / 2)')
+	define(`pinX',    `eval((sizX - spacing * (`$9'-1)) /2)')
+
+Element(0x00 "$1" "$2" "$3" 0 eval(0 - 60) 0 100 0x00)
+(
+	PIN(pinX, centerY, pad, drill, 1)
+	PIN(eval(pinX + spacing), centerY, pad, drill, 2)
+	ifelse(eval(`$9' == 3), 1,
+	PIN(eval(pinX + 2 * spacing), centerY, pad, drill, 3))
+
+	ElementLine(centerY 0 eval(sizX-centerY) 0 20)
+	ElementArc(eval(sizX-centerY) centerY centerY centerY 90 180 20)
+	ElementLine(eval(sizX-centerY) sizY centerY sizY 20)
+	ElementArc(centerY centerY centerY centerY 270 180 20)
+
+	Mark(pinX centerY)
+)
+T24,12
+Description_oscillator_2`oscillator'
+T29,26
+Description_DIN41_651_22standDIN41.651 standing 22 pins
+T20,23
+Description_7469_dil`2 4bit binary counter'
+T16,21
+PinList_uA79M05C`Com',`In',`Out',`In'
+T15,2
+Param1_7464_dil14
+T16,2
+Param1_74379_dil16
+T15,2
+Param1_7427_dil14
+T22,25
+Description_geda_ZIP12`Zig-zag in-line package'
+T26,42
+Description_geda_SOJ26_400`Small outline J-leaded package (400 mil)'
+T25,29
+PinList_amphenol_ARFX1230`SIG',`GND',`GND',`GND',`GND'
+T19,2
+Param1_RTC62421_dil18
+T10,46
+PKG_SOT323PKG_SMT_TRANSISTOR3( `$1', `$2', `$3', 13, 18)
+T11,42
+PKG_QFN32_7PKG_QFN_65(`$1',`$2',`$3', `32', `7', `0')
+T20,49
+PKG_PCI5V_AVE_HEIGHTPKG_PCIPINARRAY(`$1', `$2', `$3', 2810,49,100,11)
+T14,42
+PKG_LQFP160_24PKG_LQFP_50(`$1',`$2',`$3',`160',`24',`0')
+T28,15
+Description_smd_resistor_805`chip_resistor'
+T24,12
+Description_oscillator_4`oscillator'
+T27,37
+Description_cts_CTS_742C_04`CTS 742C Series Chip Resistor Array'
+T21,48
+Description_TL074_dilQuad low noise JFET input operational amplifiers
+T16,16
+PinList_uA78L06C`In',`Com',`Out'
+T25,29
+PinList_amphenol_ARFX1231`SIG',`GND',`GND',`GND',`GND'
+T26,3
+Param1_smd_EIA_B_capacitor140
+T15,2
+Param1_7478_dil14
+T24,12
+Description_oscillator_5`oscillator'
+T25,29
+PinList_amphenol_ARFX1232`SIG',`GND',`GND',`GND',`GND'
+T10,46
+PKG_SOT325PKG_SMT_TRANSISTOR5( `$1', `$2', `$3', 13, 18)
+T12,38
+PKG_JUMPER10PKG_CONNECTOR(`$1', `$2', `$3', 10, 1)
+T25,28
+Description_geda_TQFP32_7`Square Quad-side flat pack'
+T25,46
+Description_geda_ACY1400P`Axial polar component (typically capacitor),'
+T19,2
+Param1_PIC16C71_dil18
+T10,46
+PKG_SOT326PKG_SMT_TRANSISTOR6( `$1', `$2', `$3', 13, 18)
+T6,432
+PKG_SDdefine(`MAXY', `eval(`$4' / 2 * 100 + 50)')
+Element(0x00 "$1" "`$2'" "$3" 275 50 3 100 0x00)
+(
+	forloop(`i', 1, eval($4 / 2),
+		`PIN(50,  eval(100*(i-1)+50), 60, 35, eval(2*i-1))
+		PIN(150, eval(100*(i-1)+100), 60, 35, eval(2*i))
+	')
+
+	ElementLine(0 0 0 MAXY 20)
+	ElementLine(0 MAXY 200 MAXY 20)
+	ElementLine(200 MAXY 200 0 20)
+	ElementLine(200 0 0 0 20)
+	ElementLine(100 0 100 100 10)
+	ElementLine(100 100 0 100 10)
+
+	Mark(50 50)
+)
+T12,38
+PKG_JUMPER11PKG_CONNECTOR(`$1', `$2', `$3', 11, 1)
+T22,25
+Description_geda_ZIP16`Zig-zag in-line package'
+T24,30
+Description_geda_SOD106A`SMT diode (pin 1 is cathode)'
+T23,64
+Description_geda_RCY300`Bottom lead non-polar circular component (typically capacitor)'
+T24,37
+Description_geda_EIA3216`Tantalum SMT capacitor (pin 1 is +)'
+T26,15
+Description_BNC_rightangleright angle BNC
+T16,3
+Param2_74121_dil300
+T15,3
+Param2_6801_dil600
+T12,38
+PKG_JUMPER12PKG_CONNECTOR(`$1', `$2', `$3', 12, 1)
+T24,12
+Description_oscillator_8`oscillator'
+T27,37
+Description_cts_CTS_742C_08`CTS 742C Series Chip Resistor Array'
+T21,160
+PinList_AT90S1200_dil`/Reset',`PD0',`PD1',`XTAL2',`XTAL1',`PD2/INT0',`PD3',`PD4/T0',`PD5',`Gnd' ,`PD6',`PB0/AIN0',`PB1/AIN1',`PB2',`PB3',`PB4',`PB5/MOSI',`PB6/MISO',`PB7/S CK',`Vcc'
+T13,62
+PKG_SOJ40_400COMMON_SMT_DIL_MIL(`$1',`$2',`$3',40,23622,86614,50000,291339)
+T12,38
+PKG_JUMPER13PKG_CONNECTOR(`$1', `$2', `$3', 13, 1)
+T26,9
+Description_generic28w_dil`generic'
+T22,25
+Description_geda_ZIP18`Zig-zag in-line package'
+T26,42
+Description_geda_SOJ30_350`Small outline J-leaded package (350 mil)'
+T26,28
+Description_geda_QFP128_28`Square Quad-side flat pack'
+T21,46
+Description_74631_dil`16bit parallel error detection/correction OC'
+T21,43
+Description_74261_dil`2bit by 4bit parallel binary multiplexors'
+T16,3
+Param2_74172_dil300
+T16,3
+Param2_74135_dil300
+T19,2
+Param1_PIC17C42_dil40
+T12,38
+PKG_JUMPER14PKG_CONNECTOR(`$1', `$2', `$3', 14, 1)
+T20,77
+PKG_JOHNSTECH_QFN_65PKG_GENERIC_JOHNSTECH7248_QFN(`$1',`$2',`$3',`$4',`$5', `65',`36',`50', `$6')
+T31,26
+Description_smd_EIA_D_capacitor`chip_capacitor_polarized'
+T27,37
+Description_geda_HEADER54_1`Header connector, DIP pin numbering'
+T21,23
+Description_74490_dil`4 4bit decade counter'
+T17,125
+PinList_74322_dil`/G',`S-/P',`D0',`a-Qa',`C-Qc',`E-Qe',`G-Qg',`/OE',`/Clr',`Gnd',`Clk',`Qh+',`H-Qh',`F-Qf',`D-Qd',`B-Qb',`D1',`/SE',`DS',`Vcc'
+T15,3
+Param2_7402_dil300
+T20,2
+Param1_MAB8031AH_dil40
+T12,38
+PKG_JUMPER15PKG_CONNECTOR(`$1', `$2', `$3', 15, 1)
+T26,42
+Description_geda_SOJ44_350`Small outline J-leaded package (350 mil)'
+T27,42
+Description_geda_HEADER54_2`Header connector, ribbon cable numbering'
+T21,40
+Description_geda_DIP6`Dual in-line package, narrow (300 mil)'
+T21,44
+Description_74682_dil`8bit magnitute comperator w. input pull-up'
+T21,26
+Description_74645_dil`8 bus tranceiver 3-state'
+T18,529
+PinList_BT484_plcc`PA0',`PA1',`PA2',`PA3',`PA4',`PA5',`PA6',`PA7',`PB0',`PB1',`PB2',`PB3',`PB4',`PB5',`PB6',`PB7',`PC0',`PC1',`PC2',`PC3',`PC4',`PC5',`PC6',`PC7',`PD0',`PD1',`PD2',`PD3',`PD4',`PD5',`PD6',`PD7',`Adjust',`Gnd',`Red',`Gnd',`Green',`Gnd',`Blue',`Vaa',`Comp',`Vaa',`VRefIn',`VRefOut',`Vaa',`/Sense',`/Reset',`/Wr',`/Rd',`RS0',`RS1',`RS2',`RS3',`D0',`D1',`D2',`D3',`D4',`D5',`D6',`D7',`/OddEven',`CDE',`/CSync',`/CBlank',`PortSel',`V0',`V1',`V2',`V3',`V4',`V5',`V6',`V7',`Vaa',`PClk1',`Vaa',`PClk0',`Vaa',`Gnd',`LClk',`Gnd',`SClk',`Gnd'
+T17,136
+PinList_74181_dil`/B0',`/A0',`S3',`S2',`S1',`S0',`Cn',`M',`/F0',`/F1',`/F2',`Gnd',`/F3',`A=B',`/P',`/Cn+4',`/G',`/B3',`/A3',`/B2',`/A2',`/B1',`/A1',`Vcc'
+T17,83
+PinList_74107_dil`1J',`/1Q',`1Q',`1K',`2Q',`/2Q',`Gnd',`2J',`2Clk',`/2Clr',`2K',`1Clk',`/1Clr',`Vcc'
+T16,3
+Param2_74593_dil300
+T16,3
+Param2_74519_dil300
+T14,41
+PKG_TQFP160_28PKG_QFP_65(`$1',`$2',`$3',`160',`28',`0')
+T12,38
+PKG_JUMPER16PKG_CONNECTOR(`$1', `$2', `$3', 16, 1)
+T21,45
+Description_74467_dil`8 buffer 3-state w. seperate enable signals'
+T16,22
+PinList_uA78M24C`In',`Com',`Out',`Com'
+T17,101
+PinList_74373_dil`/OC',`1Q',`1D',`2D',`2Q',`3Q',`3D',`4D',`4Q',`Gnd',`C',`5Q',`5D',`6D',`6Q',`7Q',`7D',`8D',`8Q',`Vcc'
+T19,3
+Param2_GAL22V10_dil300
+T15,3
+Param2_7490_dil300
+T15,3
+Param2_7453_dil300
+T16,3
+Param2_74378_dil300
+T15,3
+Param2_7416_dil300
+T16,2
+Param1_74623_dil20
+T16,2
+Param1_74290_dil14
+T16,2
+Param1_74253_dil16
+T11,42
+PKG_PLCC44XPKG_PLCC_SOCKET(`$1', `$2', `$3', 44, 150)
+T12,38
+PKG_JUMPER17PKG_CONNECTOR(`$1', `$2', `$3', 17, 1)
+T26,42
+Description_geda_SOJ14_300`Small outline J-leaded package (300 mil)'
+T26,38
+Description_geda_RESC0603L`Standard SMT resistor, capacitor etc'
+T21,40
+Description_geda_DIP8`Dual in-line package, narrow (300 mil)'
+T21,57
+Description_74696_dil`4bit synchronous decade counter w. direct clear 3-state'
+T13,11
+PinList_BC160`E',`B',`C'
+T17,84
+PinList_74195_dil`/Clr',`J',`/K',`A',`B',`C',`D',`Gnd',`SH-/Ld',`Clk',`/Qd',`Qd',`Qc',`Qb',`Qa',`Vcc'
+T17,87
+PinList_74158_dil`/A-B',`1A',`1B',`/1Y',`2A',`2B',`/2Y',`Gnd',`/3Y',`3B',`3A',`4Y',`/4Y',`4A',`/G',`Vcc'
+T15,45
+PKG_TQFN32_5_EPPKG_QFN_50S(`$1',`$2',`$3', `32', `5', `310')
+T14,44
+PKG_QFN20_4_EPPKG_QFN_50(`$1',`$2',`$3', `20', `4', `210')
+T12,38
+PKG_JUMPER18PKG_CONNECTOR(`$1', `$2', `$3', 18, 1)
+T23,30
+Description_geda_SOD123`SMT diode (pin 1 is cathode)'
+T26,38
+Description_geda_RESC0603M`Standard SMT resistor, capacitor etc'
+T29,31
+Description_geda_DIN41651_60S`Header connector with latches'
+T26,23
+Description_L298_multiwattdual full-bridge driver
+T16,3
+Param2_27128_dil600
+T20,2
+Param1_AT90S1300_dil20
+T16,2
+Param1_74674_dil24
+T16,2
+Param1_74637_dil20
+T10,43
+PKG_QSOP20PKG_SSO(   `$1', `$2', `$3', 20, 244, 2500)
+T12,38
+PKG_JUMPER19PKG_CONNECTOR(`$1', `$2', `$3', 19, 1)
+T8,74
+PKG_0603PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 100,   75, 130, 230, 130,   0,   0)
+T25,39
+Description_geda_TQFN24_4`Square Quad Flat Nolead (QFN) package'
+T26,42
+Description_geda_SOJ28_300`Small outline J-leaded package (300 mil)'
+T26,38
+Description_geda_RESC0603N`Standard SMT resistor, capacitor etc'
+T24,3
+Description_MC68008_plccCPU
+T17,2
+Param1_BT484_plcc84
+T12,41
+PKG_RCY1100PPKG_RADIAL_CAN(`$1', `$2', `$3', 2200, 1)
+T16,2
+Param1_74688_dil20
+T20,106
+PKG_SMT_TRANSISTOR5ACOMMON_SMT_TRANSISTOR_MIL(`$1', `$2', `$3',
+		  `eval(($4*1000)/254)', `eval(($5*1000)/254)', 50, `45123')
+T11,63
+PKG_QFN_50SPKG_GENERIC_QFN(`$1',`$2',`$3',`$4',`$5', `50',`28',`40', `$6')
+T29,31
+Description_geda_DIN41651_64S`Header connector with latches'
+T21,38
+Description_geda_2706`Standard SMT resistor, capacitor etc'
+T28,96
+PinList_DIN41_612_ab64femaleforloop(`i', 1, 32, `define(`P_'i, `a'i)')
+	forloop(`i', 1, 32, `define(`P_'eval(i +32), `b'i)')
+T9,71
+PKG_TO251GENERIC_PL_POWER(`$1', `$2', `$3',  3,  90, 265, 100,  50, 70, 40,   0)
+T6,58
+PKG_SOCOMMON_SMT_DUALINLINE(`$1',`$2',`$3',`$4',`$5',`$6',20,50)
+T14,39
+PKG_HEADER34_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 17)
+T12,40
+PKG_ACY1000PPKG_AXIAL_LAY(`$1', `$2', `$3', 1000, 1)
+T24,33
+Description_geda_QFP80_R`Rectangular Quad-side flat pack'
+T29,47
+Description_amphenol_ARFX1230Amphenol ARFX1230 Right Angle SMA Connector (M)
+T10,43
+PKG_QSOP24PKG_SSO(   `$1', `$2', `$3', 24, 244, 2500)
+T22,62
+PKG_MINICIRCUITS_CB539COMMON_SMT_DIL_MIL(`$1',`$2',`$3',10,30000,90000,50000,135000)
+T14,38
+PKG_HEADER34_2PKG_CONNECTOR(`$1', `$2', `$3', 17, 2)
+T27,28
+Description_geda_LQFP120_16`Square Quad-side flat pack'
+T29,44
+Description_amphenol_ARFX1231Amphenol ARFX1231 Vertical SMA Connector (F)
+F8,8
+errprinterrprint
+F4,4
+decrdecr
+T17,97
+PinList_TL074_dil`Out1',`In1-',`In1+',`Vcc+',`In2+',`In2-',`Out2',`Out3',`In3-',`In3+',`Vcc-',`In4+',`In4-',`Out4'
+T18,118
+PinList_MAX222_dil`NC',`C1+',`V+',`C1-',`C2+',`C2-',`V-',`T2out',`R2in',`R2out',`T2in',`T1in',`R1out',`R1in',`T1out',`GND',`Vcc',`/Shdn'
+T16,3
+Param2_7451L_dil300
+T13,41
+PKG_TQFP52_10PKG_QFP_65(`$1',`$2',`$3', `52',`10',`0')
+T11,41
+PKG_RCY700PPKG_RADIAL_CAN(`$1', `$2', `$3', 1400, 1)
+T29,47
+Description_amphenol_ARFX1232Amphenol ARFX1232 Right Angle SMA Connector (F)
+T13,62
+PKG_SOJ42_300COMMON_SMT_DIL_MIL(`$1',`$2',`$3',42,23622,86614,50000,196850)
+T21,54
+PKG_JOHNSTECH_QFN28_5PKG_JOHNSTECH_QFN_50(`$1',`$2',`$3', `28', `5', `310')
+T11,39
+PKG_ACY800PPKG_AXIAL_LAY(`$1', `$2', `$3', 800, 1)
+T19,26
+Description_uA7808C+8V 1.5A voltage regulator
+T17,9
+Description_r_025`R 0.25W'
+T26,38
+Description_geda_CAPC0402L`Standard SMT resistor, capacitor etc'
+T23,62
+Description_geda_ACY150`Axial non-polar component (typically resistor or capacitor),'
+T21,30
+Description_74112_dil`2 JK edge FF w. preset/clear'
+T18,3231
+COMMON_SMT_DIL_MIL
+	# number of pads
+	define(`NPADS', `$4')
+	# pad width in 1/1000 mil
+        define(`PADWIDTH', `$5')
+	# pad length in 1/1000 mil
+        define(`PADLENGTH',`$6')
+	# pad pitch 1/1000 mil
+	define(`PITCH',`$7')
+	# seperation between pads on opposite sides 1/1000 mil
+	define(`PADSEP',`$8')
+
+	# X coordinates for the right hand column of pads (1/100 mils)
+        define(`X1', `eval( (PADSEP/2 + PADLENGTH - PADWIDTH/2)/10)')
+        define(`X2', `eval( (PADSEP/2 + PADWIDTH/2)/10)')
+
+	# pad clearance to plane layer in 1/100 mil
+        define(`PADCLEAR', 1000)
+
+	# pad soldermask width in 1/100 mil
+        define(`PADMASK', eval(PADWIDTH/10 + 1000))
+
+	# silk screen width (1/100 mils)
+	define(`SILKW', `1000')
+	define(`SILKSEP', `500')
+
+
+	# figure out if we have an even or odd number of pins per side
+	define(`TMP1', eval(NPADS/4))
+	define(`TMP2', eval((4*TMP1 - NPADS) == 0))
+	ifelse(TMP2, 1, `define(`EVEN',"yes")', `define(`EVEN',"no")')
+
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+	define(`XMAX', `eval( (PADSEP/2 + PADLENGTH + 5*SILKW)/10 + SILKSEP )')
+	ifelse(EVEN,"yes",
+		`define(`YMAX', `eval( ((NPADS/4)*PITCH - PITCH/2 + PADWIDTH/2 + 5*SILKW)/10 + SILKSEP )')',
+		`define(`YMAX', `eval( ((NPADS/4)*PITCH           + PADWIDTH/2 + 5*SILKW)/10 + SILKSEP )')'
+	)
+
+	define(`REV', `$9')
+
+	ifelse(REV,"reverse",
+		`define(`CURPIN', NPADS)'
+	,
+		`define(`CURPIN', `1')'
+	)	
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "$1" "`$2'" "$3" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        forloop(`i', 1, eval(NPADS / 2),
+                `ifelse(EVEN,"yes",
+		 `Pad[   -X1 eval( (-(NPADS/4)*PITCH - PITCH/2 + i*PITCH)/10) 
+			 -X2 eval( (-(NPADS/4)*PITCH - PITCH/2 + i*PITCH)/10) 
+			eval(PADWIDTH/10) PADCLEAR PADMASK "CURPIN" "CURPIN" 0x00000100]',
+		 `Pad[   -X1 eval( (-(NPADS/4)*PITCH - PITCH   + i*PITCH)/10) 
+			 -X2 eval( (-(NPADS/4)*PITCH - PITCH   + i*PITCH)/10) 
+			eval(PADWIDTH/10) PADCLEAR PADMASK "CURPIN" "CURPIN" 0x00000100]')
+
+		ifelse(REV,"reverse", 
+			`define(`CURPIN', decr(CURPIN))',
+			`define(`CURPIN', incr(CURPIN))'
+			)
+        ')
+        forloop(`i', eval((NPADS / 2) + 1), NPADS,
+                `ifelse(EVEN,"yes",
+		 `Pad[   X1 eval( ((NPADS/4)*PITCH + PITCH/2 - (i-NPADS/2)*PITCH)/10) 
+			 X2 eval( ((NPADS/4)*PITCH + PITCH/2 - (i-NPADS/2)*PITCH)/10) 
+			eval(PADWIDTH/10) PADCLEAR PADMASK "CURPIN" "CURPIN" 0x00000100]',
+		 `Pad[   X1 eval( ((NPADS/4)*PITCH + PITCH   - (i-NPADS/2)*PITCH)/10) 
+			 X2 eval( ((NPADS/4)*PITCH + PITCH   - (i-NPADS/2)*PITCH)/10) 
+			eval(PADWIDTH/10) PADCLEAR PADMASK "CURPIN" "CURPIN" 0x00000100]')
+		ifelse(REV,"reverse", 
+			`define(`CURPIN', decr(CURPIN))',
+			`define(`CURPIN', incr(CURPIN))'
+			)
+        ')
+
+	ElementLine[-XMAX -YMAX -XMAX  YMAX SILKW]
+	ElementLine[-XMAX  YMAX  XMAX  YMAX SILKW]
+	ElementLine[ XMAX  YMAX  XMAX -YMAX SILKW]
+	ElementLine[-XMAX -YMAX -2500 -YMAX SILKW]
+	ElementLine[ XMAX -YMAX  2500 -YMAX SILKW]
+
+	# punt on the arc on small parts as it can cover the pads
+	ifelse(eval((PADSEP)/1000 > 70), 1, `ElementArc[0 -YMAX 2500 2500 0 180 SILKW]', )
+	
+)
+T15,22
+PinList_uA7806C`In',`Com',`Out',`Com'
+T18,45
+PinList_MAX680_dil`C1-',`C2+',`C2-',`V-',`GND',`Vcc',`C1+',`V+'
+T9,71
+PKG_TO218GENERIC_PL_POWER(`$1', `$2', `$3',  3, 219, 615, 200, 120,100, 60,   0)
+T23,24
+Description_geda_SC70_3`SMT transistor, 3 pins'
+T26,38
+Description_geda_CAPC0402M`Standard SMT resistor, capacitor etc'
+T10,43
+PKG_QSOP28PKG_SSO(   `$1', `$2', `$3', 28, 244, 2500)
+T23,24
+Description_geda_SC70_4`SMT transistor, 4 pins'
+T28,31
+Description_geda_DIN41651_10`Header connector with latches'
+T26,38
+Description_geda_CAPC0402N`Standard SMT resistor, capacitor etc'
+T21,47
+Description_74163_dil`syncronous 4bit binary counter w. sync. clear'
+T21,36
+Description_74126_dil`4 buffers 3-state positive control'
+T16,67
+PinList_7442_dil`0',`1',`2',`3',`4',`5',`6',`Gnd',`7',`8',`9',`D',`C',`B',`A',`Vcc'
+T16,71
+PinList_7405_dil`1A',`1Y',`2A',`2Y',`3A',`3Y',`Gnd',`4Y',`4A',`5Y',`5A',`6Y',`6A',`Vcc'
+T16,3
+Param2_74444_dil300
+T17,2
+Param1_MAX222_dil18
+T15,2
+Param1_2532_dil24
+T11,43
+PKG_QFN56_8PKG_QFN_50S(`$1',`$2',`$3', `56', `8', `0')
+T29,16
+Description_smd_capacitor_603`chip_capacitor'
+T23,24
+Description_geda_SC70_5`SMT transistor, 5 pins'
+T24,60
+Description_geda_RCY400P`Bottom lead polar circular component (typically capacitor)'
+T22,10
+Description_geda_HC49U`Crystals'
+T25,16
+Description_MAB8031AH_dilmicro controller
+T21,58
+Description_74355_dil`8-to-1 data selector/multiplexor/register transparent OC'
+T17,171
+PinList_74631_dil`DEF',`DB0',`DB1',`DB2',`DB3',`DB4',`DB5',`DB6',`DB7',`DB8',`DB9',`DB10',`DB11',`Gnd',`DB12',`DB13',`DB14',`DB15',`CB5',`CB4',`CB3',`CB2',`CB1',`CB0',`S0',`S1',`SEF',`Vcc'
+T17,81
+PinList_74261_dil`B3',`B4',`C',`M2',`/Q4',`Q3',`Q2',`Gnd',`Q1',`Q0',`M0',`M1',`B0',`B1',`B2',`Vcc'
+T16,3
+Param2_74673_dil300
+T16,3
+Param2_74636_dil300
+T16,3
+Param2_74266_dil300
+T15,2
+Param1_SUBD_25F25
+T8,74
+PKG_1008PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 230,  110, 260, 410, 280,  70, 230)
+T30,28
+Description_geda_TQFP128_14_EP`Square Quad-side flat pack'
+T23,24
+Description_geda_SC70_6`SMT transistor, 6 pins'
+T24,46
+Description_geda_ACY500P`Axial polar component (typically capacitor),'
+T20,24
+Description_7423_dil`2 quad-NOR with strobe'
+T21,50
+Description_74177_dil`presettable binary counter/latch (divide by 2/8)'
+T16,81
+PinList_7493_dil`ClkB',`R0(1)',`R0(2)',`NC',`Vcc',`NC',`NC',`Qc',`Qb',`Gnd',`Qd',`Qa',`NC',`ClkA'
+T17,103
+PinList_74490_dil`1Clk',`1Clr',`1Qa',`1Set9',`1Qb',`1Qc',`1Qd',`Gnd',`2Qd',`2Qc',`2Qb',`2Set9',`2Qa',`2Clr',`2Clk',`Vcc'
+T16,71
+PinList_7419_dil`1A',`1Y',`2A',`2Y',`3A',`3Y',`Gnd',`4Y',`4A',`5Y',`5A',`6Y',`6A',`Vcc'
+T17,1
+Param1_MAX680_dil8
+T21,55
+PKG_JOHNSTECH_QFN32_5PKG_JOHNSTECH_QFN_50S(`$1',`$2',`$3', `32', `5', `310')
+T11,39
+PKG_ACY100PPKG_AXIAL_LAY(`$1', `$2', `$3', 100, 1)
+T26,42
+Description_geda_SOJ24_450`Small outline J-leaded package (450 mil)'
+T28,31
+Description_geda_DIN41651_50`Header connector with latches'
+T21,11
+Description_27512_dilEPROM 64Kx8
+F8,8
+maketempmaketemp
+T16,16
+PinList_uA79L15C`Out',`In',`Com'
+T17,105
+PinList_74682_dil`/P>Q',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`/P=Q',`Vcc'
+T17,103
+PinList_74645_dil`DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/EN',`Vcc'
+T16,3
+Param2_74687_dil300
+T16,2
+Param1_74192_dil16
+T16,2
+Param1_74155_dil16
+T28,31
+Description_geda_DIN41651_14`Header connector with latches'
+T20,38
+Description_7474_dil`2 D-type pos-edge FF w. preset/clear'
+T21,59
+Description_74598_dil`8bit shift register w. input register/parallel 3-state IO'
+T20,20
+Description_7437_dil`4 dual-NAND buffer'
+T15,8
+PinList_LED_3MM`-', `+'
+T17,119
+PinList_74467_dil`/1G',`1A1',`1Y1',`1A2',`1Y2',`1A3',`1Y3',`1A4',`1Y4',`Gnd',`2Y1',`2A1',`2Y2',`2A2',`2Y3',`2A3',`2Y4',`2A4',`/2G',`Vcc'
+T22,2
+Param1_DIN41_651_24lay24
+T16,2
+Param1_74384_dil16
+T15,2
+Param1_7432_dil14
+T21,54
+PKG_JOHNSTECH_QFN32_7PKG_JOHNSTECH_QFN_65(`$1',`$2',`$3', `32', `7', `470')
+T16,40
+PKG_DIN41651_40SPKG_DIN41_651STAND(`$1', `$2', `$3', 40)
+T8,74
+PKG_1825PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 680,  160, 400, 610, 730, 160, 680)
+T26,42
+Description_geda_SOJ38_450`Small outline J-leaded package (450 mil)'
+T27,28
+Description_geda_LQFP144_20`Square Quad-side flat pack'
+T17,30
+Description_BC307PNP general purpose transistor
+T25,33
+Description_AT90S1300_dilAVR Enhanced RISC microcontroller
+T17,115
+PinList_74696_dil`U-/D',`CCK',`A',`B',`C',`D',`/ENP',`/CClr',`RCK',`Gnd',`R-/C',`/G',`/Load',`/ENT',`Qd',`Qc',`Qb',`Qa',`/RCO',`Vcc'
+T26,2
+Param2_smd_EIA_B_capacitor90
+T23,2
+Param1_generic18smd_dil18
+T16,2
+Param1_74169_dil16
+T28,31
+Description_geda_DIN41651_16`Header connector with latches'
+T15,21
+PinList_uA7924C`Com',`In',`Out',`In'
+T15,2
+Param1_7483_dil16
+T15,2
+Param1_7446_dil16
+T15,2
+Param1_7409_dil14
+T13,39
+PKG_HEADER2_1PKG_CONNECTOR_DIL(`$1', `$2', `$3',  1)
+T20,26
+Description_uA78L02C+2V 0.1A voltage regulator
+T20,9
+Description_menu_qfp`generic'
+F7,7
+includeinclude
+T19,3
+Param2_RTC62421_dil300
+T24,3
+Param1_generic_diode_800800
+T13,38
+PKG_HEADER2_2PKG_CONNECTOR(`$1', `$2', `$3',  1, 2)
+T20,26
+Description_uA79M05C-5V 0.5A voltage regulator
+T15,2
+Param1_SUBD_25M25
+T24,2
+Param1_DIN41_651_18stand18
+T15,2
+Param1_7497_dil16
+T13,41
+PKG_LQFP128_RPKG_LQFP_50(`$1',`$2',`$3',`128',`0',`0')
+T20,3
+Param2_generic40_dil600
+T18,3
+Param2_MAX233A_dil300
+T35,3
+Param1_generic_capacitor_radial_600600
+T16,1
+Param1_TL071_dil8
+T20,26
+Description_uA78L06C+6V 0.1A voltage regulator
+T16,173
+PinList_6551_dil`Vss',`CS0',`/CS1',`/Reset',`RxC',`XTLI',`XTLO',`/RTS',`/CTS',`TxD',`/DTR',`RxD',`RS0',`RS1',`Vcc',`/DCD',`/DSR',`D0',`D1',`D2',`D3',`D4',`D5',`D6',`D7',`/Irq',`Phi2',`R-/W'
+T19,3
+Param2_PIC16C71_dil300
+T15,3
+Param2_2114_dil300
+T9,67
+PKG_SO16WCOMMON_SMT_DIL_MIL(`$1',`$2',`$3', 16, 20000, 80000, 50000, 280000)
+T10,36
+PKG_ACY600PKG_AXIAL_LAY(`$1', `$2', `$3', 600)
+T28,9
+Description_generic20smd_dil`generic'
+T16,3
+Param2_74140_dil300
+T16,2
+Param1_TL085_dil14
+T10,35
+PKG_PLCC44PKG_PLCC(`$1', `$2', `$3', 44, 150)
+T16,619
+GENERIC_PL_POWERdefine(`pin1X', `eval((`$6' - (`$4' - 1) * `$5')/2)')
+Element(0x00 "$1" "`$2'" "$3" eval(`$6'+60) 50 3 100 0x00)
+(
+       forloop(`i', 1, `$4',
+               `PIN(eval(pin1X + (i-1)*`$5'), ifelse(eval(i % 2 == 0), 0, eval(`$8'+`$11'), `$8'), `$9', `$10', i)
+       ')
+       ElementLine(0 0 0 `$7' 20)
+       ElementLine(0 `$7' `$6' `$7' 20)
+       ElementLine(`$6' `$7' `$6' 0 20)
+       ElementLine(`$6' 0 0 0 20)
+       ElementLine(0 50 `$6' 50 10)
+       ElementLine(eval(`$6'/2 - 75) 0 eval(`$6'/2 - 75) 50 10)
+       ElementLine(eval(`$6'/2 + 75) 0 eval(`$6'/2 + 75) 50 10)
+       Mark(pin1X eval(`$7'+`$10'))
+ )
+T22,29
+Description_geda_DB25F`DSUB connector, female/male'
+T13,62
+PKG_SOJ22_400COMMON_SMT_DIL_MIL(`$1',`$2',`$3',22,23622,86614,50000,291339)
+T13,74
+PKG_CAPC4532LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 330,  140, 380, 540, 370, 160, 330)
+T21,40
+Description_74280_dil`9bit odd/even parity generator/checker'
+T21,39
+Description_74243_dil`4 bus tranceiver w. inverting outputs'
+T17,99
+PinList_74112_dil`1Clk',`1K',`1J',`/1Pre',`1Q',`/1Q',`/2Q',`Gnd',`2Q',`/2Pre',`2J',`2K',`2Clk',`/2Clr',`/1Clr',`Vcc'
+T19,3
+Param2_PIC17C42_dil600
+T16,3
+Param2_74191_dil300
+T16,3
+Param2_74154_dil300
+T15,3
+Param2_2764_dil600
+T14,39
+PKG_HEADER58_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 29)
+T15,40
+PKG_DIN41651_10PKG_DIN41_651LAY(  `$1', `$2', `$3', 10)
+T13,74
+PKG_CAPC4532MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 350,  180, 420, 700, 450, 160, 350)
+T25,39
+Description_geda_TQFN48_7`Square Quad Flat Nolead (QFN) package'
+T24,16
+Description_PIC16C84_dilmicro controller
+T4,114
+args
+	ifelse($#, 0, , $#, 1,`define(`arg'cnt,`$1')',
+	`define(`arg'cnt,`$1') define(`cnt',incr(cnt)) args(shift($@))')
+T15,3
+Param2_7421_dil300
+T16,2
+Param1_74221_dil16
+T13,62
+PKG_SOJ36_400COMMON_SMT_DIL_MIL(`$1',`$2',`$3',36,23622,86614,50000,291339)
+T11,41
+PKG_QFP64_RPKG_QFP_100(`$1',`$2',`$3', `64',`0',`0')
+T16,2284
+PKG_PQFP52_10X10Element(0x00 "$1" "`$2'" "$3" 250 200 0 150 0x00)
+(
+	Pad(0 129 80 129 16 "1" 0x00000101)
+	Pad(0 155 80 155 16 "2" 0x00000001)
+	Pad(0 180 80 180 16 "3" 0x00000001)
+	Pad(0 206 80 206 16 "4" 0x00000001)
+	Pad(0 232 80 232 16 "5" 0x00000001)
+	Pad(0 257 80 257 16 "6" 0x00000001)
+	Pad(0 283 80 283 16 "7" 0x00000001)
+	Pad(0 308 80 308 16 "8" 0x00000001)
+	Pad(0 334 80 334 16 "9" 0x00000001)
+	Pad(0 359 80 359 16 "10" 0x00000001)
+	Pad(0 385 80 385 16 "11" 0x00000001)
+	Pad(0 411 80 411 16 "12" 0x00000001)
+	Pad(0 436 80 436 16 "13" 0x00000001)
+
+	Pad(129 565 129 485 16 "14" 0x00000001)
+	Pad(155 565 155 485 16 "15" 0x00000001)
+	Pad(180 565 180 485 16 "16" 0x00000001)
+	Pad(206 565 206 485 16 "17" 0x00000001)
+	Pad(232 565 232 485 16 "18" 0x00000001)
+	Pad(257 565 257 485 16 "19" 0x00000001)
+	Pad(283 565 283 485 16 "20" 0x00000001)
+	Pad(308 565 308 485 16 "21" 0x00000001)
+	Pad(334 565 334 485 16 "22" 0x00000001)
+	Pad(359 565 359 485 16 "23" 0x00000001)
+	Pad(385 565 385 485 16 "24" 0x00000001)
+	Pad(411 565 411 485 16 "25" 0x00000001)
+	Pad(436 565 436 485 16 "26" 0x00000001)
+
+	Pad(485 436 565 436 16 "27" 0x00000001)
+	Pad(485 411 565 411 16 "28" 0x00000001)
+	Pad(485 385 565 385 16 "29" 0x00000001)
+	Pad(485 359 565 359 16 "30" 0x00000001)
+	Pad(485 334 565 334 16 "31" 0x00000001)
+	Pad(485 308 565 308 16 "32" 0x00000001)
+	Pad(485 283 565 283 16 "33" 0x00000001)
+	Pad(485 257 565 257 16 "34" 0x00000001)
+	Pad(485 232 565 232 16 "35" 0x00000001)
+	Pad(485 206 565 206 16 "36" 0x00000001)
+	Pad(485 180 565 180 16 "37" 0x00000001)
+	Pad(485 155 565 155 16 "38" 0x00000001)
+	Pad(485 129 565 129 16 "39" 0x00000001)
+
+	Pad(436 0 436 80 16 "40" 0x00000001)
+	Pad(411 0 411 80 16 "41" 0x00000001)
+	Pad(385 0 385 80 16 "42" 0x00000001)
+	Pad(359 0 359 80 16 "43" 0x00000001)
+	Pad(334 0 334 80 16 "44" 0x00000001)
+	Pad(308 0 308 80 16 "45" 0x00000001)
+	Pad(283 0 283 80 16 "46" 0x00000001)
+	Pad(257 0 257 80 16 "47" 0x00000001)
+	Pad(232 0 232 80 16 "48" 0x00000001)
+	Pad(206 0 206 80 16 "49" 0x00000001)
+	Pad(180 0 180 80 16 "50" 0x00000001)
+	Pad(155 0 155 80 16 "51" 0x00000001)
+	Pad(129 0 129 80 16 "52" 0x00000001)
+
+	ElementLine( 135 129 436 129 20)
+	ElementLine( 129 135 129 436 20)
+	ElementLine( 129 436 436 436 20)
+	ElementLine( 436 436 436 129 20)
+	ElementLine( 129 135 135 129 20)
+
+	Mark(0 0)
+)
+T10,35
+PKG_PLCC84PKG_PLCC(`$1', `$2', `$3', 84, 150)
+T14,38
+PKG_HEADER58_2PKG_CONNECTOR(`$1', `$2', `$3', 29, 2)
+T13,74
+PKG_CAPC4532NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 340,  160, 400, 610, 390, 160, 340)
+T20,27
+Description_uA78M20C+20V 0.5A voltage regulator
+T26,42
+Description_geda_SOJ26_350`Small outline J-leaded package (350 mil)'
+T24,47
+Description_geda_PLCC20X`Plastic leadless chip carrier with pin socket'
+T21,33
+Description_74627_dil`2 voltage controlled oscillator'
+T21,41
+Description_74294_dil`programmable divider/timer (2 power 15)'
+T21,35
+Description_74257_dil`4 2-to-1 selectors/demultiplexors'
+T17,86
+PinList_74163_dil`/Clr',`Clk',`A',`B',`C',`D',`ENP',`Gnd',`/Load',`ENT',`Qd',`Qc',`Qb',`Qa',`RCO',`Vcc'
+T17,71
+PinList_74126_dil`1G',`1A',`1Y',`2G',`2A',`2Y',`Gnd',`3Y',`3A',`3G',`4Y',`4A',`4G',`Vcc'
+T16,3
+Param2_74575_dil300
+T16,3
+Param2_74538_dil300
+T9,46
+PKG_SOD80PKG_SMT_2PAD_EIA(    `$1', `$2', `$3', 37, 16)
+T27,37
+Description_geda_HEADER12_1`Header connector, DIP pin numbering'
+T21,50
+Description_74449_dil`4 bus tranceiver w. individual direction control'
+T18,117
+PinList_uA747C_dil`1 In-',`1 In+',`1 OfsN2',`Vcc-',`2 OfsN2',`2 In+',`2 In-',`2 OfsN1',`2 Vcc+',`2 Out',`NC',`1 Out',`1 Vcc+',`1 OfsN1'
+T17,103
+PinList_74355_dil`D7',`D6',`D5',`D4',`D3',`D2',`D1',`D0',`/DC',`Gnd',`/SC',`S2',`S1',`S0',`/G1',`/G2',`G3',`W',`Y',`Vcc'
+T16,124
+PinList_4016_dil`A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/Cs',`A10',`/Oe',`/W',`A9',`A8',`Vcc'
+T15,3
+Param2_7472_dil300
+T16,2
+Param1_74642_dil20
+T13,41
+PKG_TQFP80_12PKG_QFP_50(`$1',`$2',`$3', `80',`12',`0')
+T15,40
+PKG_DIN41651_50PKG_DIN41_651LAY(  `$1', `$2', `$3', 50)
+T27,28
+Description_geda_TQFP144_28`Square Quad-side flat pack'
+T22,40
+Description_geda_SO18M`Small outline package, medium (200mil)'
+T27,42
+Description_geda_HEADER12_2`Header connector, ribbon cable numbering'
+T17,76
+PinList_74177_dil`/Load',`Qc',`C',`A',`Qa',`Clk2',`Gnd',`Clk1',`Qb',`B',`D',`Qd',`/Clr',`Vcc'
+T21,77
+PKG_JOHNSTECH_QFN_50SPKG_GENERIC_JOHNSTECH7248_QFN(`$1',`$2',`$3',`$4',`$5', `50',`36',`50', `$6')
+T15,40
+PKG_DIN41651_14PKG_DIN41_651LAY(  `$1', `$2', `$3', 14)
+T20,27
+Description_uA78M24C+24V 0.5A voltage regulator
+T22,40
+Description_geda_SO18N`Small outline package, narrow (150mil)'
+T21,38
+Description_geda_1806`Standard SMT resistor, capacitor etc'
+T17,149
+PinList_27512_dil`A15',`A12',`A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/Cs',`A10',`/Oe',`A11',`A9',`A8',`A13',`A14',`Vcc'
+T20,3
+Param2_AT90S4434_dil300
+T15,3
+Param2_7486_dil300
+T15,3
+Param2_7449_dil300
+T20,2
+Param1_PEB2086N_plcc44
+T16,2
+Param1_74693_dil20
+T13,41
+PKG_TQFP80_14PKG_QFP_65(`$1',`$2',`$3', `80',`14',`0')
+T14,39
+PKG_HEADER62_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 31)
+T40,18
+Description_generic_capacitor_radial_300`capacitor_radial'
+T23,64
+Description_geda_RCY250`Bottom lead non-polar circular component (typically capacitor)'
+T27,39
+Description_geda_QFN36_6_EP`Square Quad Flat Nolead (QFN) package'
+T22,29
+Description_geda_DB25M`DSUB connector, female/male'
+T17,139
+PinList_74598_dil`A-Qa',`B-Qb',`C-Qc',`D-Qd',`E-Qe',`F-Qf',`G-Qg',`H-Qh',`/SRLoad',`Gnd',`Qh+',`/SRClr',`SRCK',`/SRCKEn',`RCK',`/G',`Ser1',`Ser0',`DS',`Vcc'
+T16,3
+Param2_TL070_dil300
+T16,2
+Param1_81C17_dil20
+T14,38
+PKG_HEADER62_2PKG_CONNECTOR(`$1', `$2', `$3', 31, 2)
+T11,44
+PKG_EIA7343PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 73, 43)
+T15,40
+PKG_DIN41651_16PKG_DIN41_651LAY(  `$1', `$2', `$3', 16)
+T29,31
+Description_geda_DIN41651_10S`Header connector with latches'
+T17,2
+Param1_uA747C_dil14
+T13,62
+PKG_SOJ40_350COMMON_SMT_DIL_MIL(`$1',`$2',`$3',40,23622,86614,50000,244094)
+T24,47
+Description_geda_PLCC28X`Plastic leadless chip carrier with pin socket'
+T16,22
+PinList_uA78M15C`In',`Com',`Out',`Com'
+T20,3
+Param2_generic80_qfp150
+T16,3
+Param2_TL084_dil300
+T24,2
+Param1_DIN41_651_26stand26
+T14,72
+PKG_MULTIWATT8GENERIC_PL_POWER(`$1', `$2', `$3',  8, 100, 800, 200, 115, 90, 60,   0) 
+T22,14
+Description_PC_V24_25PPC V24 25-pins
+T14,271
+PKG_TO126STANDElement(0x00 "$1" "`$2'" "$3" 60 170 0 100 0x00)
+(
+	PIN(110, 100, 80, 52, 1)
+	PIN(200, 100, 80, 52, 2)
+	PIN(290, 100, 80, 52, 3)
+
+	ElementLine(50 50 350 50 20)
+	ElementLine(350 50 350 150 20)
+	ElementLine(350 150 50 150 20)
+	ElementLine(50 150 50 50 20)
+
+	Mark(100 100)
+)
+T9,46
+PKG_SOD87PKG_SMT_2PAD_EIA(    `$1', `$2', `$3', 37, 21)
+T29,31
+Description_geda_DIN41651_14S`Header connector with latches'
+T10,63
+PKG_QFN_50PKG_GENERIC_QFN(`$1',`$2',`$3',`$4',`$5', `50',`28',`60', `$6')
+T22,38
+Description_geda_SO14W`Small outline package, wide (300mil)'
+T16,127
+PinList_2716_dil`n/c',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/CeP',`A10',`/Oe',`Vpp',`A9',`A8',`Vcc'
+T13,62
+PKG_SOJ24_300COMMON_SMT_DIL_MIL(`$1',`$2',`$3',24,23622,86614,50000,196850)
+T21,55
+PKG_JOHNSTECH_QFN56_8PKG_JOHNSTECH_QFN_50S(`$1',`$2',`$3', `56', `8', `665')
+T27,24
+Description_DIN41_651_64layDIN41.651 laying 64 pins
+T16,71
+PinList_7410_dil`A1',`B1',`A2',`B2',`C2',`Y2',`Gnd',`Y3',`A3',`B3',`C3',`Y1',`C1',`Vcc'
+T24,49
+Description_geda_TSSOP10`Thin shrink small outline package, narrow (3mm)'
+T28,27
+Description_PCI5V_AVE_HEIGHTPCI 5V Array Average Height
+T21,39
+Description_74323_dil`8bit universal shift/storage register'
+T16,3
+Param2_74641_dil300
+T16,3
+Param2_74604_dil300
+T14,41
+PKG_TQFP208_28PKG_QFP_50(`$1',`$2',`$3',`208',`28',`0')
+T8,30
+PKG_TO92PKG_TO92BASE(`$1', `$2', `$3')
+T8,30
+PKG_TO18PKG_TO18BASE(`$1', `$2', `$3')
+T13,62
+PKG_SOJ38_300COMMON_SMT_DIL_MIL(`$1',`$2',`$3',38,23622,86614,50000,196850)
+T7,401
+PKG_SILdefine(`MAXY', `eval(`$4' * 100 -50)')
+Element(0x00 "$1" "`$2'" "$3" 160 10 3 100 0x00)
+(
+	forloop(`i', 1, $4,
+		`PIN(50, eval(i * 100 -50), 60, 28, i)
+	')
+	ElementLine(  0 50   0 MAXY 20)
+	ElementLine(100 50 100 MAXY 20)
+	ElementArc(50  50 50 50 180 180 20)
+	ElementArc(50 MAXY 50 50   0 180 20)
+	forloop(`i', 1, eval($4 /2 -1),
+		`ElementLine(0 eval(i * 200) 100 eval(i * 200) 10)
+	')
+	Mark(50 50)
+)
+T15,4504
+PKG_GENERIC_QFN
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	define(`LRPINS',  `eval($4 / 4)')
+	# number of pins on top/bottom sides
+        define(`TBPINS', `eval(`$4' / 2 - LRPINS)')
+	# pin pitch (1/1000 mil)
+	define(`PITCH',`eval(`$6'*100000/254)')
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	define(`LRYMAX', `eval((LRPINS-1)*PITCH/2)')
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	define(`TBXMAX', `eval((TBPINS-1)*PITCH/2)')
+	# total horizontal package width (1/1000 mil)
+	define(`LRWIDTHMM', `ifelse(0,`$5',`787',`eval($5)')')
+	define(`LRWIDTH', `ifelse(0,`$5',`787',`eval(`$5'*10000000/254)')')
+	# total vertical package width (1/1000 mil)
+	define(`TBWIDTH',`ifelse(0,`$5',`551',`eval(`$5'*10000000/254)')')
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	define(`EXTOUT', eval(25*100000/254))
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	define(`EXTIN', eval(5*100000/254))
+	# pad length/width (1/1000 mil)
+	define(`PADLENGTH', `eval(`$8'*100000/254)')
+	define(`PADWIDTH', `eval(`$7'*100000/254)')
+	# pad width (mil/100)
+	define(`PADWIDTHMIL100', `eval(PADWIDTH/10)')
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	define(`LRXMAX',`eval((LRWIDTH/2 + EXTOUT - PADWIDTH/2)/10)')
+	define(`LRXMIN',`eval((LRWIDTH/2 -PADLENGTH - EXTIN + PADWIDTH/2)/10)')
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	define(`TBYMAX',`eval((TBWIDTH/2 + EXTOUT - PADWIDTH/2)/10)')
+	define(`TBYMIN',`eval((TBWIDTH/2 -PADLENGTH - EXTIN + PADWIDTH/2)/10)')
+
+	# silkscreen width (mils/100)
+	define(`SILKW', 1000)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	define(`SILKEXT', `eval(EXTOUT + SILKW*10/2 + 5*1000)')
+	# upper right corner for silk screen (mil/100)
+	define(`SILKX', `eval((LRWIDTH/2 + SILKEXT )/10)')
+	define(`SILKY', `eval((TBWIDTH/2 + SILKEXT )/10)')
+	# refdes text size (mil/100)
+	define(`TEXTSIZE', 100)
+	# x,y coordinates for refdes label (mil/100)
+	define(`TEXTX', -SILKX)
+	define(`TEXTY', `eval(-SILKY - 1000 - TEXTSIZE/2)')
+	# square exposed paddle size (mil/100)
+	define(`EPSIZE', `eval(`$9'*10000/254)')
+
+   # pad clearance to polygons (1/100 mil)
+   define(`PADCLEAR', `2000')
+
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   define(`PADMASK', `eval(2*150 + PADWIDTHMIL100)')
+
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+   define(`EPMASK', `eval(2*200 + EPSIZE)')
+
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "$1" "`$2'" "$3" 0 0 TEXTX TEXTY 0 TEXTSIZE 0x00000000]
+(
+
+
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+
+# left row
+define(`CURPIN', 1)
+define(`idx',0)
+forloop(`i', 1, LRPINS,
+	`define(`Y', `eval((-LRYMAX + PITCH*idx)/10)')'
+	`Pad[-LRXMAX  Y  -LRXMIN  Y  PADWIDTHMIL100  PADCLEAR PADMASK "CURPIN" "CURPIN"  0x00000100]'
+	`define(`CURPIN', incr(CURPIN))'
+	`define(`idx',incr(idx))'
+)
+
+# bottom row
+define(`idx',0)
+forloop(`i', 1, TBPINS,
+	`define(`X', `eval((-TBXMAX + PITCH*idx)/10)')'
+	`Pad[X  TBYMAX  X  TBYMIN  PADWIDTHMIL100 PADCLEAR PADMASK "CURPIN" "CURPIN"  0x00000900]'
+	`define(`CURPIN', incr(CURPIN))'
+	`define(`idx',incr(idx))'
+)
+
+# right row
+define(`idx',0)
+forloop(`i', 1, LRPINS,
+	`define(`Y', `eval(( LRYMAX - PITCH*idx)/10)')'
+	`Pad[LRXMAX  Y  LRXMIN  Y  PADWIDTHMIL100  PADCLEAR PADMASK "CURPIN" "CURPIN"  0x00000100]'
+	`define(`CURPIN', incr(CURPIN))'
+	`define(`idx',incr(idx))'
+)
+
+# top row
+define(`idx',0)
+forloop(`i', 1, TBPINS,
+	`define(`X', `eval((TBXMAX - PITCH*idx)/10)')'
+	`Pad[X  -TBYMAX  X  -TBYMIN  PADWIDTHMIL100 PADCLEAR PADMASK "CURPIN" "CURPIN" 0x00000900]'
+	`define(`CURPIN', incr(CURPIN))'
+	`define(`idx',incr(idx))'
+)
+
+# Exposed paddle (if this is an exposed paddle part)
+ifelse(1, eval(EPSIZE>0), 
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 EPSIZE 0 EPMASK "CURPIN" "CURPIN" 0x00000100]
+	define(`CURPIN', incr(CURPIN))
+)
+
+# Silk screen around package
+ElementLine[ SILKX  SILKY  SILKX -SILKY SILKW]
+ElementLine[ SILKX -SILKY -SILKX -SILKY SILKW]
+ElementLine[-SILKX -SILKY -SILKX  SILKY SILKW]
+ElementLine[-SILKX  SILKY  SILKX  SILKY SILKW]
+
+# Pin 1 indicator
+ElementLine[-SILKX -SILKY eval(-SILKX - 1500) eval(-SILKY - 1500) SILKW]
+
+)
+T22,38
+Description_geda_SO18W`Small outline package, wide (300mil)'
+T25,35
+Description_geda_MTA100_2`MTA Connector, (0.100 inch pitch)'
+T21,28
+Description_74182_dil`look-ahead carry generator'
+T21,24
+Description_74145_dil`BCD to decimal decoder'
+T16,71
+PinList_7424_dil`1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`4Y',`4A',`4B',`Vcc'
+T12,42
+PKG_TQFN12_4PKG_QFN_80(`$1',`$2',`$3', `12', `4', `0')
+T29,15
+Description_smd_resistor_1206`chip_resistor'
+T25,35
+Description_geda_MTA100_3`MTA Connector, (0.100 inch pitch)'
+T23,10
+Description_geda_HC51UH`Crystals'
+T21,19
+Description_74374_dil`8 edge FF 3-state'
+T17,71
+PinList_74280_dil`G',`H',`NC',`I',`SumEven',`SumOdd',`Gnd',`A',`B',`C',`D',`E',`F',`Vcc'
+T17,74
+PinList_74243_dil`/Gab',`NC',`A1',`A2',`A3',`A4',`Gnd',`B4',`B3',`B2',`B1',`NC',`Gba',`Vcc'
+T23,2
+Param2_smd_resistor_60330
+T16,3
+Param2_74285_dil300
+T16,3
+Param2_74248_dil300
+T15,2
+Param1_L297_dil20
+T16,2
+Param1_74160_dil16
+T16,2
+Param1_74123_dil16
+T9,37
+PKG_TO126PKG_TO126LAY(       `$1', `$2', `$3')
+T15,3643
+PKG_GENERIC_QFPdefine(`QUARTER',  `ifelse(0,`$5',`eval($4 * 3 / 10)',`eval($4 / 4)')')
+        define(`QUARTER2', `eval(`$4' / 2 - QUARTER)')
+	define(`OFFSET', `eval((QUARTER +1) /2)')
+	define(`WIDTH', `ifelse(0,`$5',`78740',`eval(`$5'*1000000/254)')')
+	define(`WIDTH2',`ifelse(0,`$5',`55118',`eval(`$5'*1000000/254)')')
+	define(`PITCH',`eval(`$6'*100000/254)')
+	define(`PINREACH',  `eval(((QUARTER-1)*PITCH/10)/2)')
+	define(`PINREACH2', `eval(((QUARTER2-1)*PITCH/10)/2)')
+	define(`HALFWIDTH', `eval(WIDTH / 2)')
+	define(`HALFWIDTH2', `eval(WIDTH2 / 2)')
+	define(`NUMPINS', `$4')
+	define(`PADTHICKNESS',`eval(`$7'*10000/254)')
+	define(`PADMINOFFSET',`eval(`$8'*100+PADTHICKNESS/2)')
+	define(`PADMAXOFFSET',`eval(`$9'*100-PADTHICKNESS/2)')
+	define(`PIN1INMIDDLE',`$10')
+	define(`CUTSIZE',`3300')
+	define(`EDGECUT',`ifelse(1,eval(PIN1INMIDDLE),`HALFWIDTH',`eval(HALFWIDTH-CUTSIZE)')')
+	define(`EDGECUT2',`ifelse(1,eval(PIN1INMIDDLE),`HALFWIDTH2',`eval(HALFWIDTH2-CUTSIZE)')')
+	define(`STARTPIN',`ifelse(1,eval(PIN1INMIDDLE),`eval(((QUARTER+1)/2)+1)',`1')')
+	define(`CIRCLECENTRE',`eval(-EDGECUT)')
+	define(`CIRCLECENTRE2',`ifelse(1,eval(PIN1INMIDDLE),`0',`eval(-EDGECUT2)')')
+	define(`PADMASK', `eval(2*150 + PADTHICKNESS)')
+	define(`PADCLEAR', `3000')
+	define(`EPCLEAR', `500')
+	define(`EPSIZE', `eval(`$11'*10000/254)')
+	define(`EPMASK', `eval(2*200 + EPSIZE)')
+	define(`SILKW', `800')
+	define(`SLX', `eval(-HALFWIDTH2 + SILKW/2)')
+	define(`SRX', `eval( HALFWIDTH2 - SILKW/2)')
+	define(`SUY', `eval(-HALFWIDTH  + SILKW/2)')
+	define(`SLY', `eval( HALFWIDTH  - SILKW/2)')
+
+
+Element[0x00000000 "$1" "`$2'" "$3" 0 0 -2000 -6000 0 100 0x00000000]
+(
+
+	# left row
+define(`QFPPIN',`STARTPIN')
+define(`idx',0)
+define(`PADIN',`eval(-HALFWIDTH2-PADMINOFFSET)')
+define(`PADOUT',`eval(-HALFWIDTH2-PADMAXOFFSET)')
+forloop(`i', 1, QUARTER,
+	`define(`Y', `eval(-PINREACH+((PITCH*idx)/10))')'
+	`Pad[PADOUT  Y  PADIN  Y  PADTHICKNESS  PADCLEAR PADMASK "QFPPIN" "QFPPIN"  0x00000100]'
+	`define(`QFPPIN', incr(QFPPIN))'
+	`define(`idx',incr(idx))'
+)
+
+	# bottom row
+define(`idx',0)
+define(`PADIN',`eval(HALFWIDTH+PADMINOFFSET)')
+define(`PADOUT',`eval(HALFWIDTH+PADMAXOFFSET)')
+forloop(`i', 1, QUARTER2,
+	`define(`X', `eval(-PINREACH2+((PITCH*idx)/10))')'
+	`Pad[X PADOUT  X  PADIN  PADTHICKNESS  PADCLEAR PADMASK "QFPPIN" "QFPPIN"  0x00000900]'
+	`define(`QFPPIN', incr(QFPPIN))'
+	`define(`idx',incr(idx))'
+)
+
+	# right row
+define(`idx',0)
+define(`PADIN',`eval(HALFWIDTH2+PADMINOFFSET)')
+define(`PADOUT',`eval(HALFWIDTH2+PADMAXOFFSET)')
+forloop(`i', 1, QUARTER,
+	`define(`Y', `eval(PINREACH-((PITCH*idx)/10))')'
+	`Pad[PADOUT  Y  PADIN  Y  PADTHICKNESS  PADCLEAR PADMASK "QFPPIN" "QFPPIN"  0x00000100]'
+	`define(`QFPPIN', incr(QFPPIN))'
+	`define(`idx',incr(idx))'
+)
+
+	# top row
+define(`idx',0)
+define(`PADIN',`eval(-HALFWIDTH-PADMINOFFSET)')
+define(`PADOUT',`eval(-HALFWIDTH-PADMAXOFFSET)')
+forloop(`i', 1, QUARTER2,
+	`define(`X',`eval(PINREACH2-((PITCH*idx)/10))')'
+	`Pad[X PADOUT  X  PADIN  PADTHICKNESS  PADCLEAR PADMASK "QFPPIN" "QFPPIN"  0x00000900]'
+	`define(`QFPPIN', incr(QFPPIN))'
+	`ifelse(eval(QFPPIN > NUMPINS), 1, `define(`QFPPIN', 1)')'
+	`define(`idx',incr(idx))'
+)
+
+	# exposed paddle (if this is an exposed paddle part) 
+ifelse(1, eval(EPSIZE>0), 
+	`Pad[0 0 0 0 EPSIZE EPCLEAR EPMASK "QFPPIN" "QFPPIN" 0x00000100]'
+	`define(`QFPPIN', incr(QFPPIN))'
+)
+
+	# top
+	ElementLine[-EDGECUT2 SUY SRX SUY SILKW]
+	# right
+	ElementLine[SRX SUY SRX SLY SILKW]
+	# bottom
+	ElementLine[SRX SLY SLX SLY SILKW]
+	# left
+	ElementLine[SLX SLY SLX -EDGECUT SILKW]
+	# angled corner
+	ElementLine[SLX -EDGECUT -EDGECUT2 SUY SILKW]
+
+	ElementArc[CIRCLECENTRE2 CIRCLECENTRE 1000 1000 0 360 SILKW]
+
+)
+T19,41
+PKG_CANDK_ES01MSABEPKG_CANDK_ES_SMT_SWITCH(`$1', `$2', `$3')
+T25,35
+Description_geda_MTA100_4`MTA Connector, (0.100 inch pitch)'
+T20,17
+Description_7442_dil`4-to-10 decoder'
+T21,50
+Description_74196_dil`presettable decade counter/latch (divide by 2/5)'
+T21,20
+Description_74159_dil`4-to-16 decoder OC'
+T20,16
+Description_7405_dil`6 inverters OC'
+T20,311
+PinList_MC68008_plcc`A2',`A3',`A4',`A5',`A6',`A7',`A8',`A9',`A10',`A11',`A12',`A13',`A21',`A14',`Vcc',`A15',`Gnd',`A16',`A17',`A18',`A19',`A20',`D7',`D6',`D5',`D4',`D3',`D2',`D1',`D0',`/As',`/Ds',`R/W',`/Dtack',`/Bg',`/BgAck',`/Br',`Clk',`Gnd',`/Halt',`/Reset',`E',`/Vpa',`/Berr',`/Ipl1',`/Ipl2',`/Ipl0',`Fc2',`Fc1',`Fc0',`A0',`A1'
+T16,91
+PinList_7475_dil`/1Q',`1D',`2D',`3C-4C',`Vcc',`3D',`4D',`/4Q',`4Q',`3Q',`/3Q',`Gnd',`1C-2C',`/2Q',`2Q',`1Q'
+T16,71
+PinList_7438_dil`1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`4Y',`4A',`4B',`Vcc'
+T20,3
+Param1_MOLEX_025_120120
+T16,2
+Param1_74352_dil16
+T15,2
+Param1_7400_dil14
+T10,46
+PKG_SOT23DPKG_SMT_TRANSISTOR2( `$1', `$2', `$3', 20, 21)
+T24,53
+Description_geda_TSSOP14`Thin shrink small outline package, standard (4.4mm)'
+T25,35
+Description_geda_MTA100_5`MTA Connector, (0.100 inch pitch)'
+T23,62
+Description_geda_ACY800`Axial non-polar component (typically resistor or capacitor),'
+T23,3
+Description_MC68881_pgaFPU
+T27,24
+Description_DIN41_651_20layDIN41.651 laying 20 pins
+T17,105
+PinList_74627_dil`1Osc-Vcc',`1FC',`1CX1',`1CX2',`1Osc-Gnd',`1Y',`Gnd',`2Y',`2Osc-Gnd',`2CX2',`2CX1',`2FC',`2Osc-Vcc',`Vcc'
+T17,82
+PinList_74294_dil`B',`A',`Tp',`Clk1',`Clk2',`NC',`Q',`Gnd',`NC',`NC',`/Clr',`NC',`NC',`D',`C',`Vcc'
+T17,83
+PinList_74257_dil`/A-B',`1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3B',`3A',`4Y',`4B',`4A',`/G',`Vcc'
+T16,3
+Param2_74669_dil300
+T16,3
+Param2_74299_dil300
+T16,2
+Param1_74174_dil16
+T16,2
+Param1_74137_dil16
+T13,74
+PKG_CAPC3225LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 260,  110, 280, 400, 290,  90, 260)
+T32,12
+Description_generic_smd_chip_402smd chip 402
+T25,35
+Description_geda_MTA100_6`MTA Connector, (0.100 inch pitch)'
+T20,30
+Description_7493_dil`4bit binary counter w. clear'
+T20,28
+Description_7419_dil`6 inverter Schmitt trigger'
+T17,93
+PinList_74449_dil`/GBA',`A1',`Dir2',`A2',`A3',`Dir3',`A4',`Gnd',`B4',`Dir4',`B3',`B2',`Dir1',`B1',`/GAB',`Vcc'
+T14,15
+PinList_2N3055`E',`B',`C',`C'
+T16,2
+Param1_74366_dil16
+T15,2
+Param1_7414_dil14
+T10,38
+PKG_RCY700PKG_RADIAL_CAN(`$1', `$2', `$3', 1400)
+T13,74
+PKG_CAPC3225MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 280,  150, 320, 560, 380, 100, 280)
+T20,27
+Description_uA79L15C-15V 0.1A voltage regulator
+T24,53
+Description_geda_TSSOP16`Thin shrink small outline package, standard (4.4mm)'
+T25,35
+Description_geda_MTA100_7`MTA Connector, (0.100 inch pitch)'
+T26,28
+Description_geda_LQFP64_10`Square Quad-side flat pack'
+T25,6
+Description_PEB2086N_plccISAC-S
+T20,3
+Param1_MOLEX_025_160160
+T16,2
+Param1_74595_dil16
+T10,46
+PKG_SOD110PKG_SMT_DIODE(       `$1', `$2', `$3', 21, 14)
+T13,74
+PKG_CAPC3225NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 270,  130, 300, 470, 320, 100, 270)
+T25,35
+Description_geda_MTA100_8`MTA Connector, (0.100 inch pitch)'
+T15,2
+Param1_7465_dil14
+T15,2
+Param1_7428_dil14
+T9,46
+PKG_SOT89PKG_SMT_TRANSISTOR4X(`$1', `$2', `$3', 31, 31)
+T13,74
+PKG_RESC4532LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 330,  140, 380, 540, 370, 160, 330)
+T14,42
+PKG_LQFP100_10PKG_LQFP_40(`$1',`$2',`$3',`100',`10',`0')
+T28,39
+Description_geda_TQFN56_8_EP`Square Quad Flat Nolead (QFN) package'
+T27,39
+Description_geda_QFN12_4_EP`Square Quad Flat Nolead (QFN) package'
+T25,35
+Description_geda_MTA100_9`MTA Connector, (0.100 inch pitch)'
+T24,2
+Param1_DIN41_651_34stand34
+T13,74
+PKG_RESC4532MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 350,  180, 420, 700, 450, 160, 350)
+T33,13
+Description_generic_smd_chip_1210smd chip 1210
+T24,49
+Description_geda_TSSOP56`Thin shrink small outline package, wide (6.1mm)'
+T27,37
+Description_geda_HEADER36_1`Header connector, DIP pin numbering'
+T27,37
+Description_cts_CTS_743C_04`CTS 743C Series Chip Resistor Array'
+T21,38
+Description_TL075_dilQuad JFET input operational amplifiers
+T20,2
+Param1_generic20_dil20
+T12,55
+PKG_TSSOP48NCOMMON_SMT_DIL_MM(`$1',`$2',`$3', 48, 25, 150, 40, 440)
+T13,62
+PKG_SOJ20_450COMMON_SMT_DIL_MIL(`$1',`$2',`$3',20,23622,86614,50000,346457)
+T13,74
+PKG_RESC4532NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 340,  160, 400, 610, 390, 160, 340)
+T26,28
+Description_geda_LQFP64_14`Square Quad-side flat pack'
+T27,42
+Description_geda_HEADER36_2`Header connector, ribbon cable numbering'
+T20,2
+Param2_smd_diode_80550
+T16,3
+Param2_L297A_dil300
+T24,3
+Param1_generic_diode_300300
+T13,62
+PKG_SOJ34_450COMMON_SMT_DIL_MIL(`$1',`$2',`$3',34,23622,86614,50000,346457)
+T14,42
+PKG_LQFP100_14PKG_LQFP_50(`$1',`$2',`$3',`100',`14',`0')
+T11,37
+PKG_ACY1600PKG_AXIAL_LAY(`$1', `$2', `$3', 1600)
+T22,24
+Description_geda_SOT23`SMT transistor, 3 pins'
+T23,34
+Description_geda_MSOP10`Mini small outline package, .5mm'
+T15,21
+PinList_uA7952C`Com',`In',`Out',`In'
+T15,21
+PinList_uA7915C`Com',`In',`Out',`In'
+T16,3
+Param2_74122_dil300
+T15,3
+Param2_2732_dil600
+T20,2
+Param1_generic28_zip28
+T39,50
+Description_johnstech_JOHNSTECH_QFN24_4`Johnstech QFN Socket, Series 1MM (724812-724839)'
+T27,37
+Description_cts_CTS_743C_08`CTS 743C Series Chip Resistor Array'
+T17,8
+Description_BS240P-MOSFET
+T21,36
+Description_74440_dil`4 tridirectional bus tranceiver OC'
+T20,20
+Description_6551_dilACIA for 65xx series
+T19,2
+Param1_MOLEX_025_3030
+T14,41
+PKG_TQFP100_12PKG_QFP_40(`$1',`$2',`$3',`100',`12',`0')
+T11,42
+PKG_SSOP64WPKG_SSO(  `$1', `$2', `$3', 64, 545, 3150)
+T10,72
+PKG_QFP_40PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `40',`25',`20', `80',`0',`$6')
+T11,44
+PKG_EIA6032PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 60, 32)
+T10,36
+PKG_ACY100PKG_AXIAL_LAY(`$1', `$2', `$3', 100)
+T22,24
+Description_geda_SOT25`SMT transistor, 5 pins'
+T27,37
+Description_geda_HEADER40_1`Header connector, DIP pin numbering'
+T16,21
+PinList_uA79M20C`Com',`In',`Out',`In'
+T17,3
+Param2_BT484_plcc150
+T16,3
+Param2_74580_dil300
+T16,3
+Param2_74173_dil300
+T16,3
+Param2_74136_dil300
+T39,17
+Description_generic_capacitor_axial_800`capacitor_axial'
+T22,24
+Description_geda_SOT26`SMT transistor, 6 pins'
+T21,59
+Description_geda_SME3`Surface mount electrolytic capacitor, number is dia in mm'
+T27,42
+Description_geda_HEADER40_2`Header connector, ribbon cable numbering'
+T18,25
+Description_2N3055high-power NPN transistor
+F11,11
+__program____program__
+T17,124
+PinList_74323_dil`S0',`/G1',`/G2',`G-Qg',`E-Qe',`C-Qc',`A-Qa',`Qa+',`/Clr',`Gnd',`SR',`Clk',`B-Qb',`D-Qd',`F-Qf',`H-Qh',`Qh+',`SL',`S1',`Vcc'
+T15,3
+Param2_7440_dil300
+T16,3
+Param2_74365_dil300
+T15,3
+Param2_7403_dil300
+T16,2
+Param1_74240_dil20
+T15,2
+Param1_6116_dil24
+T14,41
+PKG_TQFP100_14PKG_QFP_50(`$1',`$2',`$3',`100',`14',`0')
+T13,62
+PKG_SOJ18_400COMMON_SMT_DIL_MIL(`$1',`$2',`$3',18,23622,86614,50000,291339)
+T11,38
+PKG_RCY1000PKG_RADIAL_CAN(`$1', `$2', `$3', 2000)
+T21,59
+Description_geda_SME4`Surface mount electrolytic capacitor, number is dia in mm'
+T24,28
+Description_MOLEX_025_40Molex .025 pitch 40 pin plug
+T21,47
+Description_74683_dil`8bit magnitute comperator OC w. input pull-up'
+T21,35
+Description_74646_dil`8 bus tranceiver/register 3-state'
+T21,11
+Description_74276_dil`4 J-/K FF'
+T17,95
+PinList_74182_dil`/G1',`/P1',`/G0',`/P0',`/G3',`/P3',`/P',`Gnd',`Cn+Z',`/G',`Cn+Y',`Cn+X',`Cn',`/G2',`/P2',`Vcc'
+T17,67
+PinList_74145_dil`0',`1',`2',`3',`4',`5',`6',`Gnd',`7',`8',`9',`D',`C',`B',`A',`Vcc'
+T16,3
+Param2_74594_dil300
+T19,2
+Param1_MOLEX_025_7070
+T10,72
+PKG_QFP_80PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `80',`40',`20', `80',`0',`$6')
+T14,39
+PKG_HEADER16_1PKG_CONNECTOR_DIL(`$1', `$2', `$3',  8)
+T21,12
+Description_geda_TO39`Transistor'
+T21,59
+Description_geda_SME5`Surface mount electrolytic capacitor, number is dia in mm'
+T25,29
+Description_MOLEX_025_120Molex .025 pitch 120 pin plug
+T27,24
+Description_DIN41_651_18layDIN41.651 laying 18 pins
+T21,55
+Description_74468_dil`8 inverting buffer 3-state w. seperate enable signals'
+T16,21
+PinList_uA79M24C`Com',`In',`Out',`In'
+T24,13
+PinList_PCI5V_MIN_HEIGHTPinList_PCI5V
+T17,101
+PinList_74374_dil`/OC',`1Q',`1D',`2D',`2Q',`3Q',`3D',`4D',`4Q',`Gnd',`C',`5Q',`5D',`6D',`6Q',`7Q',`7D',`8D',`8Q',`Vcc'
+T15,3
+Param2_7491_dil300
+T15,3
+Param2_7454_dil300
+T16,3
+Param2_74379_dil300
+T22,1
+Param1_generic8smd_dil8
+T16,2
+Param1_74624_dil14
+T9,42
+PKG_MSOP8PKG_SSO(   `$1', `$2', `$3', 8, 199, 2559)
+T14,38
+PKG_HEADER16_2PKG_CONNECTOR(`$1', `$2', `$3',  8, 2)
+T21,59
+Description_geda_SME6`Surface mount electrolytic capacitor, number is dia in mm'
+T23,45
+Description_geda_DIP20M`Dual in-line package, medium wide (400 mil)'
+T21,57
+Description_74697_dil`4bit synchronous binary counter w. direct clear 3-state'
+T17,76
+PinList_74196_dil`/Load',`Qc',`C',`A',`Qa',`Clk2',`Gnd',`Clk1',`Qb',`B',`D',`Qd',`/Clr',`Vcc'
+T17,109
+PinList_74159_dil`0',`1',`2',`3',`4',`5',`6',`7',`8',`9',`10',`Gnd',`11',`12',`13',`14',`15',`/G1',`/G2',`D',`C',`B',`A',`Vcc'
+T16,2
+Param1_74446_dil16
+T10,46
+PKG_SOT143PKG_SMT_TRANSISTOR4( `$1', `$2', `$3', 19, 21)
+T10,341
+PKG_R_AJ_HElement(0x00 "$1" "`$2'" "$3" 100 325 0 100 0x00)
+(
+        PIN(50, 450, 80, 30, 1)
+        PIN(250, 450, 80, 30, 3)
+        PIN(150, 50, 80, 30, 2)
+	ElementLine(0 150 0 500 20)
+	ElementLine(0 500 300 500 20)
+	ElementLine(300 500 300 150 20)
+	ElementArc(150 150 100 100 0 360 10)
+	ElementArc(150 150 150 150 0 -180 20)
+        Mark(50 450)
+)
+T11,40
+PKG_RCY150PPKG_RADIAL_CAN(`$1', `$2', `$3', 300, 1)
+T39,26
+Description_smd_capacitor_polarized_603`chip_capacitor_polarized'
+T21,24
+Description_geda_SIP1`Single in line package'
+T25,28
+Description_geda_LQFP24_4`Square Quad-side flat pack'
+T24,28
+Description_MOLEX_025_80Molex .025 pitch 80 pin plug
+T20,17
+Description_4016_dil`Static RAM 2Kx8'
+T15,3
+Param2_7468_dil300
+T26,3
+Param1_smd_EIA_C_capacitor240
+T16,2
+Param1_74638_dil20
+T21,59
+Description_geda_SME8`Surface mount electrolytic capacitor, number is dia in mm'
+T21,24
+Description_geda_SIP2`Single in line package'
+T25,29
+Description_MOLEX_025_160Molex .025 pitch 160 pin plug
+T21,495
+PinList_MC68HC11_plcc`Vss',`MdB_StB',`MdA_/LIR',`StA_/AS',`E',`StB_R/W',`EXTAL',`XTAL',`PC0_AD0',`PC1_AD1',`PC2_AD2',`PC3_AD3',`PC4_AD4',`PC5_AD5',`PC6_AD6',`PC7_AD7',`/RESET',`/XIRQ',`/IRQ',`PD0_RxD',`PD1_Txd',`PD2_MISO',`PD3_MOSI',`PD4_SCK',`PD5_/SS',`Vdd',`PA7_OCAI',`PA6_OC2',`PA5_OC3',`PA4_OC4',`PA3_OCIC',`PA2_IC1',`PA1_IC2',`PA0_IC3',`PB7_A15',`PB6_A14',`PB5_A13',`PB4_A12',`PB3_A11',`PB2_A10',`PB1_A9',`PB0_A8',`PE0_AN0',`PE4_AN4',`PE1_AN1',`PE5_AN5',`PE2_AN2',`PE6_AN6',`PE3_AN3',`PE7_AN7',`VRef_l',`VRef_h'
+T20,2
+Param1_AT90S8535_dil40
+T21,24
+Description_geda_SIP3`Single in line package'
+T27,39
+Description_geda_QFN20_4_EP`Square Quad Flat Nolead (QFN) package'
+T23,45
+Description_geda_DIP24M`Dual in-line package, medium wide (400 mil)'
+T29,26
+Description_DIN41_651_16standDIN41.651 standing 16 pins
+T13,21
+PinList_LM337`Adj',`In',`Out',`In'
+T16,2
+Param1_74689_dil20
+T15,45
+PKG_TQFN56_8_EPPKG_QFN_50S(`$1',`$2',`$3', `56', `8', `665')
+T13,62
+PKG_SOJ22_350COMMON_SMT_DIL_MIL(`$1',`$2',`$3',22,23622,86614,50000,244094)
+T14,44
+PKG_QFN44_7_EPPKG_QFN_50(`$1',`$2',`$3', `44', `7', `470')
+T14,39
+PKG_HEADER20_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 10)
+T13,74
+PKG_CAPC4564LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 670,  140, 380, 540, 700, 160, 670)
+T21,25
+Description_geda_ZIP9`Zig-zag in-line package'
+T21,24
+Description_geda_SIP4`Single in line package'
+T24,33
+Description_geda_JUMPER1`Jumper, i.e. single row headers'
+T23,40
+Description_geda_DIP24N`Dual in-line package, narrow (300 mil)'
+T22,18
+Description_BT484_plcccolor lookup table
+T17,3
+Param2_MAX222_dil300
+T12,42
+PKG_TQFN36_6PKG_QFN_50(`$1',`$2',`$3', `36', `6', `0')
+T14,38
+PKG_HEADER20_2PKG_CONNECTOR(`$1', `$2', `$3', 10, 2)
+T13,74
+PKG_CAPC4564MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 690,  180, 420, 700, 790, 160, 690)
+T25,9
+Description_generic20_dil`generic'
+T20,38
+Description_geda_US8`Ultra (Micro?) Small outline package'
+T21,24
+Description_geda_SIP5`Single in line package'
+T24,33
+Description_geda_JUMPER2`Jumper, i.e. single row headers'
+T13,62
+PKG_SOJ36_350COMMON_SMT_DIL_MIL(`$1',`$2',`$3',36,23622,86614,50000,244094)
+T13,74
+PKG_CAPC4564NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 680,  160, 400, 610, 730, 160, 680)
+T20,27
+Description_uA78M15C+15V 0.5A voltage regulator
+T21,24
+Description_geda_SIP6`Single in line package'
+T24,47
+Description_geda_PLCC52X`Plastic leadless chip carrier with pin socket'
+T24,33
+Description_geda_JUMPER3`Jumper, i.e. single row headers'
+T23,45
+Description_geda_DIP28M`Dual in-line package, medium wide (400 mil)'
+T21,10
+Description_43256_dilSRAM 32Kx8
+T17,97
+PinList_TL075_dil`In1-',`In1+',`Out1',`Out2',`In2+',`In2-',`Vcc-',`In3-',`In3+',`Out3',`Vcc+',`Out4',`In4+',`In4-'
+T17,3
+Param2_MAX680_dil300
+T12,43
+PKG_QFN68_10PKG_QFN_50(`$1',`$2',`$3', `68', `10', `0')
+T10,37
+PKG_ALF500PKG_DIODE_LAY(`$1', `$2', `$3',  500)
+T21,24
+Description_geda_SIP7`Single in line package'
+T23,64
+Description_geda_RCY900`Bottom lead non-polar circular component (typically capacitor)'
+T24,33
+Description_geda_JUMPER4`Jumper, i.e. single row headers'
+T23,40
+Description_geda_DIP28N`Dual in-line package, narrow (300 mil)'
+T23,3
+Description_MC68000_dilCPU
+T20,121
+PinList_PIC16C84_dil`RA2',`RA3',`RA4/T0CKI',`/MCLR',`VSS',`RB0/INT',`RB1',`RB2',`RB3',`RB4',`RB5',`RB6',`RB7',`VDD',`OSC2',`OSC1',`RA0',`RA1'
+T16,1
+Param1_MTA_156_22
+T10,153
+PKG_SM0805Element(0x00 "$1" "`$2'" "$3" 0 100 0 100 0x00)
+(
+	Pad(100  100  100  100 50 "1" 0x00000100)
+	Pad(100  180  100  180 50 "2" 0x00000100)
+
+	Mark(100 100)
+)
+T13,74
+PKG_RESC3225LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 260,  110, 280, 400, 290,  90, 260)
+T9,34
+PKG_DIP14PKG_N(`$1', `$2', `$3',  14,  300)
+T25,9
+Description_generic28_zip`generic'
+T21,24
+Description_geda_SIP8`Single in line package'
+T24,33
+Description_geda_JUMPER5`Jumper, i.e. single row headers'
+T24,12
+Description_SMA_verticalvertical SMA
+T21,43
+Description_74520_dil`8bit identity comperator w. input pull-up'
+T21,18
+Description_74150_dil`1-of-16 selector'
+T21,24
+Description_74113_dil`2 JK edge FF w. preset'
+T10,37
+PKG_TO220SPKG_TO220LAY_WIDE(  `$1', `$2', `$3')
+T13,74
+PKG_RESC3225MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 280,  150, 320, 560, 380, 100, 280)
+T13,33
+PKG_MTA100_10PKG_MTA_100(`$1', `$2', `$3', 10)
+T21,24
+Description_geda_SIP9`Single in line package'
+T24,33
+Description_geda_JUMPER6`Jumper, i.e. single row headers'
+T20,12
+Description_2716_dil`EPROM 2Kx8'
+T16,22
+PinList_uA78M06C`In',`Com',`Out',`Com'
+T18,58
+PinList_TLC271_dil`OfsN1',`In-',`In+',`Gnd',`OfsN2',`Out',`Vdd',`BiasSelect'
+T16,3
+Param2_74623_dil300
+T16,3
+Param2_74290_dil300
+T16,3
+Param2_74253_dil300
+T12,43
+PKG_TQFN40_6PKG_QFN_50S(`$1',`$2',`$3', `40', `6', `0')
+T13,74
+PKG_RESC3225NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 270,  130, 300, 470, 320, 100, 270)
+T13,33
+PKG_MTA100_11PKG_MTA_100(`$1', `$2', `$3', 11)
+T9,34
+PKG_DIP16PKG_N(`$1', `$2', `$3',  16,  300)
+T29,9
+Description_generic28smdw_dil`generic'
+T24,39
+Description_geda_QFN12_4`Square Quad Flat Nolead (QFN) package'
+T24,33
+Description_geda_JUMPER7`Jumper, i.e. single row headers'
+T21,34
+Description_74164_dil`8bit parallel-out shift register'
+T20,15
+Description_7410_dil`3 triple-NAND'
+T17,105
+PinList_74440_dil`/CS',`B1',`C1',`C2',`B2',`B3',`C3',`C4',`B4',`Gnd',`S0',`S1',`A4',`A3',`A2',`A1',`/GA',`/GB',`/GC',`Vcc'
+T16,71
+PinList_7406_dil`1A',`1Y',`2A',`2Y',`3A',`3Y',`Gnd',`4Y',`4A',`5Y',`5A',`6Y',`6A',`Vcc'
+T14,1
+Param1_SUBD_9F9
+T16,2
+Param1_74320_dil16
+T16,45
+PKG_TQFN68_10_EPPKG_QFN_50(`$1',`$2',`$3', `68', `10', `770')
+T13,41
+PKG_QFP144_28PKG_QFP_65(`$1',`$2',`$3',`144',`28',`0')
+T13,33
+PKG_MTA100_12PKG_MTA_100(`$1', `$2', `$3', 12)
+T24,33
+Description_geda_JUMPER8`Jumper, i.e. single row headers'
+T25,46
+Description_geda_ACY1500P`Axial polar component (typically capacitor),'
+T21,50
+Description_74393_dil`2 4bit binary counter w. individual clocks/clear'
+T21,66
+Description_74356_dil`8-to-1 data selector/multiplexor/register edge-triggered 3-state'
+T16,3
+Param2_74674_dil300
+T16,3
+Param2_74637_dil300
+T13,33
+PKG_MTA100_13PKG_MTA_100(`$1', `$2', `$3', 13)
+T9,34
+PKG_DIP18PKG_N(`$1', `$2', `$3',  18,  300)
+T42,32
+Description_minicircuits_MINICIRCUITS_KK81`Mini-Circuits KK Style Package'
+T24,33
+Description_geda_JUMPER9`Jumper, i.e. single row headers'
+T22,40
+Description_MAX222_dilhigh-speed dual RS232 driver w. shutdown
+T20,29
+Description_7424_dil`4 dual-NAND Schmitt trigger'
+T21,37
+Description_74178_dil`4bit parallel-access shift register'
+F7,7
+mkstempmkstemp
+T16,46
+PinList_7457_dil`ClkB',`Vcc',`Qa',`Gnd',`ClkA',`Clr',`Qb',`Qc'
+T10,37
+PKG_TO220WPKG_TO220STAND(     `$1', `$2', `$3')
+T13,33
+PKG_MTA100_14PKG_MTA_100(`$1', `$2', `$3', 14)
+T25,28
+Description_geda_QFP64_14`Square Quad-side flat pack'
+T25,10
+Description_geda_HC49U_3H`Crystals'
+T17,105
+PinList_74683_dil`/P>Q',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`/P=Q',`Vcc'
+T17,126
+PinList_74646_dil`CAB',`SAB',`DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/G',`SBA',`CBA',`Vcc'
+T17,117
+PinList_74276_dil`/Clr',`1J',`1Clk',`/1K',`1Q',`2Q',`/2K',`2Clk',`2J',`Gnd',`/Pre',`3J',`3Clk',`/3K',`3Q',`4Q',`/4K',`4Clk',`4J',`Vcc'
+T16,3
+Param2_74688_dil300
+T17,1
+Param1_TLC271_dil8
+T16,2
+Param1_74193_dil16
+T16,2
+Param1_74156_dil16
+T10,153
+PKG_SM1206Element(0x00 "$1" "`$2'" "$3" 0 100 0 100 0x00)
+(
+	Pad(100  100  100  100 60 "1" 0x00000100)
+	Pad(100  230  100  230 60 "2" 0x00000100)
+
+	Mark(100 100)
+)
+T13,33
+PKG_MTA100_15PKG_MTA_100(`$1', `$2', `$3', 15)
+T17,49
+PKG_DIN41612C64MSPKG_DIN41_612MALE_SMALL(  `$1', `$2', `$3', `ac')
+T22,23
+Description_MAX680_dil+-10V voltage converter
+T20,40
+Description_7475_dil`4bit bi-stable latch w. compl. outputs'
+T21,40
+Description_74599_dil`8bit shift register w. output latch OC'
+T20,23
+Description_7438_dil`4 dual-NAND buffer OC'
+T19,128
+PinList_MAX233A_dil`T2in',`T1in',`R1out',`R1in',`T1out',`Gnd',`Vcc',`C1+',`Gnd',`C2-',`C2+',`V-',`C1-',`V+',`C2+',`C2-',`V-',`T2out',`R2in',`R2out'
+T17,119
+PinList_74468_dil`/1G',`1A1',`1Y1',`1A2',`1Y2',`1A3',`1Y3',`1A4',`1Y4',`Gnd',`2Y1',`2A1',`2Y2',`2A2',`2Y3',`2A3',`2Y4',`2A4',`/2G',`Vcc'
+T22,2
+Param1_DIN41_651_34lay34
+T15,2
+Param1_7470_dil14
+T16,2
+Param1_74385_dil20
+T16,2
+Param1_74348_dil16
+T15,2
+Param1_7433_dil14
+T10,282
+PKG_R_AJ_VElement(0x00 "$1" "`$2'" "$3" 100 45 0 100 0x00)
+(
+        PIN(50, 50, 80, 30, 1)
+        PIN(250, 50, 80, 30, 3)
+        PIN(150, 0, 80, 30, 2)
+	ElementLine(0 0 0 100 20)
+	ElementLine(0 0 300 0 20)
+	ElementLine(300 0 300 100 20)
+	ElementLine(0 100 300 100 20)
+        Mark(50 50)
+)
+T26,42
+Description_geda_SOJ32_400`Small outline J-leaded package (400 mil)'
+T27,37
+Description_geda_HEADER64_1`Header connector, DIP pin numbering'
+T26,37
+Description_geda_HEADER2_1`Header connector, DIP pin numbering'
+T23,62
+Description_geda_ACY300`Axial non-polar component (typically resistor or capacitor),'
+T17,115
+PinList_74697_dil`U-/D',`CCK',`A',`B',`C',`D',`/ENP',`/CClr',`RCK',`Gnd',`R-/C',`/G',`/Load',`/ENT',`Qd',`Qc',`Qb',`Qa',`/RCO',`Vcc'
+T34,3
+Param1_generic_capacitor_axial_800800
+T27,42
+Description_geda_HEADER64_2`Header connector, ribbon cable numbering'
+T26,42
+Description_geda_HEADER2_2`Header connector, ribbon cable numbering'
+T21,39
+Description_TL080_dilSingle JFET input operational amplifier
+T29,26
+Description_DIN41_651_24standDIN41.651 standing 24 pins
+T25,33
+Description_AT90S8535_dilAVR Enhanced RISC microcontroller
+T24,2
+Param1_DIN41_651_50stand50
+T15,2
+Param1_7447_dil16
+T16,2
+Param1_74399_dil16
+T10,37
+PKG_RCY200PKG_RADIAL_CAN(`$1', `$2', `$3', 400)
+T39,50
+Description_johnstech_JOHNSTECH_QFN48_7`Johnstech QFN Socket, Series 1MM (724812-724839)'
+T27,28
+Description_geda_LQFP128_14`Square Quad-side flat pack'
+T14,1
+Param1_SUBD_9M9
+T28,39
+Description_geda_TQFN40_6_EP`Square Quad Flat Nolead (QFN) package'
+T14,44
+PKG_QFN20_5_EPPKG_QFN_65(`$1',`$2',`$3', `20', `5', `310')
+T13,74
+PKG_CAPC3216LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 170,  110, 280, 400, 200,  90, 170)
+T28,9
+Description_generic16smd_dil`generic'
+T24,15
+Description_RTC62421_dilreal-time clock
+T34,2
+Param1_smd_capacitor_polarized_60360
+T16,1
+Param1_TL072_dil8
+T11,55
+PKG_TSSOP32COMMON_SMT_DIL_MM(`$1',`$2',`$3', 32, 33, 150, 65, 610)
+T13,74
+PKG_CAPC3216MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 190,  150, 320, 560, 290, 100, 190)
+T21,915
+PKG_AMPHENOL_ARFX1229define(`PAD_SIZE', `100')
+	define(`HOLE_SIZE', `67')
+	define(`CPAD_SIZE', `100')
+	define(`CHOLE_SIZE', `67')
+	define(`PAD_SPACE', `200')
+	define(`CENTER', `eval(PAD_SPACE/2)')
+	define(`SILK', `70')
+	define(`XMIN', `eval(-1*SILK)')
+	define(`XMAX', `eval(PAD_SPACE+SILK)')
+	define(`YMIN', `eval(-1*SILK)')
+	define(`YMAX', `eval(PAD_SPACE+SILK)')
+Element(0x00 "$1" "`$2'" "$3" eval(XMIN+20) eval(YMAX+20) 0 100 0x00)
+(
+
+	Pin(CENTER     CENTER     CPAD_SIZE  CHOLE_SIZE  "1" 0x01)
+ 	Pin(0          0          PAD_SIZE   HOLE_SIZE   "2" 0x01)
+ 	Pin(0          PAD_SPACE  PAD_SIZE   HOLE_SIZE   "3" 0x01)
+ 	Pin(PAD_SPACE  0          PAD_SIZE   HOLE_SIZE   "4" 0x01)
+ 	Pin(PAD_SPACE  PAD_SPACE  PAD_SIZE   HOLE_SIZE   "5" 0x01)
+
+	# silk screen
+	# ends
+	ElementLine(XMIN YMIN XMIN YMAX 10)
+	ElementLine(XMAX YMAX XMAX YMIN 10)
+	ElementLine(XMIN YMIN XMAX YMIN 10)
+	ElementLine(XMAX YMAX XMIN YMAX 10)
+	Mark(CENTER CENTER)
+)
+T38,16
+Description_generic_resistor_axial_800`resistor_axial'
+T20,2
+Param1_generic16_dil16
+T19,2
+Param1_PIC16C54_dil18
+T13,62
+PKG_SOJ16_450COMMON_SMT_DIL_MIL(`$1',`$2',`$3',16,23622,86614,50000,346457)
+T12,41
+PKG_RCY1200PPKG_RADIAL_CAN(`$1', `$2', `$3', 2400, 1)
+T13,74
+PKG_CAPC3216NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 180,  130, 300, 470, 230, 100, 180)
+T27,28
+Description_geda_TQFP128_14`Square Quad-side flat pack'
+T23,45
+Description_geda_SDIP18`Shrink dual in-line package, wide (300 mil)'
+T26,38
+Description_geda_CAPC4532L`Standard SMT resistor, capacitor etc'
+T17,18
+Description_BC160bipolar transistor
+F6,6
+ifelseifelse
+T17,149
+PinList_43256_dil`A14',`A12',`A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`GND',`D3',`D4',`D5',`D6',`D7',`/CS',`A10',`/OE',`A11',`A9',`A8',`A13',`/WE',`Vcc'
+T20,3
+Param2_generic18_dil300
+T28,9
+Description_generic28smd_dil`generic'
+T22,38
+Description_geda_DIP32`Dual in-line package, wide (600 mil)'
+T26,38
+Description_geda_CAPC4532M`Standard SMT resistor, capacitor etc'
+T24,62
+Description_geda_ACY1400`Axial non-polar component (typically resistor or capacitor),'
+T24,16
+Description_PIC16C71_dilmicro controller
+T21,61
+Description_74422_dil`retriggerable monostable multivibrator w. internal resistor'
+T33,3
+Param1_generic_resistor_axial_600600
+T14,39
+PKG_HEADER44_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 22)
+T12,40
+PKG_ACY1100PPKG_AXIAL_LAY(`$1', `$2', `$3', 1100, 1)
+T11,37
+PKG_ACY1100PKG_AXIAL_LAY(`$1', `$2', `$3', 1100)
+T23,12
+Description_geda_TO126S`Transistor'
+T25,28
+Description_geda_LQFP48_7`Square Quad-side flat pack'
+T26,38
+Description_geda_CAPC4532N`Standard SMT resistor, capacitor etc'
+T21,38
+Description_geda_0402`Standard SMT resistor, capacitor etc'
+T21,72
+Description_74651_dil`8 inverting bus tranceiver/register 3-state A-output, 3-state B-output'
+T21,25
+Description_74244_dil`8 buffer/driver 3-state'
+T17,105
+PinList_74520_dil`/OEN',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`/P=Q',`Vcc'
+T17,122
+PinList_74150_dil`E7',`E6',`E5',`E4',`E3',`E2',`E1',`E0',`/G',`W',`D',`Gnd',`C',`B',`A',`E15',`E14',`E13',`E12',`E11',`E10',`E9',`E8',`Vcc'
+T17,83
+PinList_74113_dil`1Clk',`1K',`1J',`/1Pre',`1Q',`/1Q',`Gnd',`/2Q',`2Q',`/2Pre',`2J',`2K',`2Clk',`Vcc'
+T16,3
+Param2_74192_dil300
+T16,3
+Param2_74155_dil300
+T14,45
+PKG_QFN16_3_EPPKG_QFN_50S(`$1',`$2',`$3', `16', `3', `150')
+T14,38
+PKG_HEADER44_2PKG_CONNECTOR(`$1', `$2', `$3', 22, 2)
+T21,1382
+COMMON_SMT_DUALINLINEdefine(`pinCOUNT', `$4')
+	define(`pinS100',  `$6')
+	define(`padY',    `$7')
+	define(`addTIN',  `eval(padY / 5)')
+	define(`maxX',    `eval($5 + 2*addTIN)')
+	define(`padX',    `eval($8 + 2*addTIN)')
+	define(`maxY',    `eval((pinCOUNT/2 * pinS100) / 100)')
+	define(`lowX1',   `eval(padY/2)')
+	define(`highX1',  `eval(padX-padY)')
+	define(`lowX2',   `eval(maxX - (padX-padY))')
+	define(`highX2',  `eval(maxX - padY/2)')
+	define(`centerX', `eval(maxX / 2)')
+Element(0x00 "$1" "`$2'" "$3" eval(centerX + 20) 50 3 100 0x00)
+(
+	forloop(`i', 1, eval(pinCOUNT/2),
+		`PAD(lowX1, eval((i*pinS100 - pinS100/2)/100),
+		    highX1, eval((i*pinS100 - pinS100/2)/100), padY, i)
+	')
+	forloop(`i', 1, eval(pinCOUNT/2),
+		`PAD(lowX2, eval(maxY - (i*pinS100 - pinS100/2)/100),
+		    highX2, eval(maxY - (i*pinS100 - pinS100/2)/100), padY, eval(i + pinCOUNT/2))
+	')
+	define(`smaxX', `eval(maxX+rSILK)')
+	define(`smaxY', `eval(maxY+rSILK)')
+	define(`rSh', `eval(-rSILK)')
+	define(`radW', `eval($5/3)')
+	define(`radP', `eval(pinS100/100)')
+	define(`rad', `ifelse(1,eval(radW<radP),radW,radP)')
+	ElementLine(rSh rSh eval(centerX - rad) rSh rSILK)
+	ElementArc(centerX rSh rad rad 0 180 rSILK)
+	ElementLine(eval(centerX + rad) rSh smaxX rSh rSILK)
+	ElementLine(smaxX rSh smaxX smaxY rSILK)
+	ElementLine(smaxX smaxY rSh smaxY rSILK)
+	ElementLine(rSh smaxY rSh rSh rSILK)
+	Mark(eval(padX/2) eval(pinS100/200))
+)
+T17,3
+Param2_uA747C_dil300
+T16,3
+Param2_74384_dil300
+T15,3
+Param2_7422_dil300
+T27,2
+Param1_DIN41_612_ac64femaleac
+T13,74
+PKG_RESC4564LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 670,  140, 380, 540, 700, 160, 670)
+T11,41
+PKG_RCY800PPKG_RADIAL_CAN(`$1', `$2', `$3', 1600, 1)
+T20,27
+Description_uA79M20C-20V 0.5A voltage regulator
+T26,42
+Description_geda_SOJ20_300`Small outline J-leaded package (300 mil)'
+T24,16
+Description_PIC17C42_dilmicro controller
+T21,63
+Description_74628_dil`voltage controlled oscillator w. enable and complement output'
+T21,41
+Description_74295_dil`4bit left/right-shift registers 3-state'
+T21,56
+Description_74258_dil`4 2-to-1 selectors/demultiplexors w. inverting outputs'
+T14,16
+PinList_MJE340`E',`C',`B', `C'
+T17,72
+PinList_74164_dil`A',`B',`Qa',`Qb',`Qc',`Qd',`Gnd',`Clk',`/Clr',`Qe',`Qf',`Qg',`Qh',`Vcc'
+T26,2
+Param2_smd_EIA_C_capacitor90
+T16,3
+Param2_74169_dil300
+T13,74
+PKG_RESC4564MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 690,  180, 420, 700, 790, 160, 690)
+T11,39
+PKG_ACY900PPKG_AXIAL_LAY(`$1', `$2', `$3', 900, 1)
+T19,26
+Description_uA7908C-8V 1.5A voltage regulator
+T39,17
+Description_generic_capacitor_axial_300`capacitor_axial'
+T22,38
+Description_geda_DIP36`Dual in-line package, wide (600 mil)'
+T23,32
+Description_geda_ALF700`Axial diode (pin 1 is cathode)'
+T15,21
+PinList_uA7906C`Com',`In',`Out',`In'
+T17,87
+PinList_74393_dil`1Clk',`1Clr',`1Qa',`1Qb',`1Qc',`1Qd',`Gnd',`2Qd',`2Qc',`2Qb',`2Qa',`2Clr',`2Clk',`Vcc'
+T17,103
+PinList_74356_dil`D7',`D6',`D5',`D4',`D3',`D2',`D1',`D0',`Clk',`Gnd',`/SC',`S2',`S1',`S0',`/G1',`/G2',`G3',`W',`Y',`Vcc'
+T15,3
+Param2_7473_dil300
+T16,2
+Param1_74606_dil28
+T16,2
+Param1_74273_dil20
+T13,74
+PKG_RESC4564NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 680,  160, 400, 610, 730, 160, 680)
+T23,12
+Description_geda_TO126W`Transistor'
+T24,43
+Description_geda_SSOP48W`Shrink small outline package, 25mil, wide'
+T26,42
+Description_geda_SOJ34_300`Small outline J-leaded package (300 mil)'
+T17,74
+PinList_74178_dil`B',`A',`SER',`Qa',`Clk',`Qb',`Gnd',`Qc',`Load',`Qd',`Shift',`D',`C',`Vcc'
+T16,2
+Param1_74465_dil20
+T16,40
+PKG_DIN41651_26SPKG_DIN41_651STAND(`$1', `$2', `$3', 26)
+T20,27
+Description_uA79M24C-24V 0.5A voltage regulator
+T10,42
+PKG_SSOP20PKG_SSO(  `$1', `$2', `$3', 20, 260, 2559)
+T13,140
+PKG_SOT23_CEL
+	define(`WX', 40)
+	define(`WY', 32)
+	define(`DX', 95)
+	define(`DY', 78)
+	define(`OX', 46)
+	define(`OY', 114)
+	PKG_BASE_SOT(`$1',`$2',`$3')
+
+T16,94
+PKG_SMT_2PAD_EIACOMMON_SMT_2PAD_MIL(`$1', `$2', `$3',
+		  `eval(($4*1000)/254)', `eval(($5*1000)/254)', 20, 1)
+T11,37
+PKG_ALF1000PKG_DIODE_LAY(`$1', `$2', `$3', 1000)
+T24,60
+Description_geda_RCY500P`Bottom lead polar circular component (typically capacitor)'
+T21,38
+Description_geda_1210`Standard SMT resistor, capacitor etc'
+T17,94
+PinList_74599_dil`Qb',`Qc',`Qd',`Qe',`Qf',`Qg',`Qh',`Gnd',`Qh+',`/SRClr',`/SRCK',`RCK',`/RClr',`SER',`Qa',`Vcc'
+T16,3
+Param2_TL071_dil300
+T11,46
+PKG_SOT323DPKG_SMT_TRANSISTOR2( `$1', `$2', `$3', 13, 18)
+T11,40
+PKG_RCY100PPKG_RADIAL_CAN(`$1', `$2', `$3', 200, 1)
+T13,39
+PKG_HEADER8_1PKG_CONNECTOR_DIL(`$1', `$2', `$3',  4)
+T23,17
+Description_r_025_sil_4`2xR-array 0.25W'
+T24,46
+Description_geda_ACY600P`Axial polar component (typically capacitor),'
+T23,56
+Description_MAX233A_dilhigh-speed dual RS232 driver without external components
+T16,16
+PinList_uA78L12C`In',`Com',`Out'
+T18,3
+Param1_crystal_300300
+T13,38
+PKG_HEADER8_2PKG_CONNECTOR(`$1', `$2', `$3',  4, 2)
+T11,39
+PKG_ACY200PPKG_AXIAL_LAY(`$1', `$2', `$3', 200, 1)
+T24,39
+Description_geda_QFN36_6`Square Quad Flat Nolead (QFN) package'
+T16,21
+PinList_uA79M15C`Com',`In',`Out',`In'
+T17,55
+PinList_TL080_dil`N1Comp',`In-',`In+',`Vcc-',`OfsN2',`Out',`Vcc+',`Comp'
+T21,333
+PinList_MAB8031AH_dil`P1.0',`P1.1',`P1.2',`P1.3',`P1.4',`P1.5',`P1.6',`P1.7',`RST',`RxD/P3.0',`TxD/P3.1',`/INT0/P3.2',`/INT1/P3.3',`T0/P3.4',`T1/P3.5',`/WR/P3.6',`/RD/P3.7',`Xtal2',`Xtal1',`Uss',`P2.0/A8',`P2.1/A9',`P2.2/A10',`P2.3/A11',`P2.4/A12',`P2.5/A13',`P2.6/A14',`P2.7/A15',`/PSEN',`ALE',`/EA',`AD7',`AD6',`AD5',`AD4',`AD3',`AD2',`AD1',`AD0',`Ucc'
+T27,150
+PinList_DIN41_612_abc96maleforloop(`i', 1, 32, `define(`P_'i, `a'i)')
+	forloop(`i', 1, 32, `define(`P_'eval(i +32), `b'i)')
+	forloop(`i', 1, 32, `define(`P_'eval(i +64), `c'i)')
+T20,3
+Param2_generic44_qfp150
+T16,3
+Param2_TL085_dil300
+T24,2
+Param1_smd_capacitor_80580
+T15,45
+PKG_TQFN40_6_EPPKG_QFN_50S(`$1',`$2',`$3', `40', `6', `410')
+T15,4344
+PKG_MC68030_pgaElement(0x00 "$1" "`$2'" "$3" 450 650 0 100 0x00)
+	(
+	Pin(50 50 50 20 "/BR" 0x201)
+	Pin(150 50 50 20 "A0" 0x01)
+	Pin(250 50 50 20 "A30" 0x01)
+	Pin(350 50 50 20 "A28" 0x01)
+	Pin(450 50 50 20 "A26" 0x01)
+	Pin(550 50 50 20 "A24" 0x01)
+	Pin(650 50 50 20 "A23" 0x01)
+	Pin(750 50 50 20 "A21" 0x01)
+	Pin(850 50 50 20 "A19" 0x01)
+	Pin(950 50 50 20 "A17" 0x01)
+	Pin(1050 50 50 20 "A15" 0x01)
+	Pin(1150 50 50 20 "A13" 0x01)
+	Pin(1250 50 50 20 "A10" 0x01)
+	Pin(50 150 50 20 "/RMC" 0x01)
+	Pin(150 150 50 20 "/BG" 0x01)
+	Pin(250 150 50 20 "A31" 0x01)
+	Pin(350 150 50 20 "A29" 0x01)
+	Pin(450 150 50 20 "A27" 0x01)
+	Pin(550 150 50 20 "A25" 0x01)
+	Pin(650 150 50 20 "A22" 0x01)
+	Pin(750 150 50 20 "A20" 0x01)
+	Pin(850 150 50 20 "A16" 0x01)
+	Pin(950 150 50 20 "A14" 0x01)
+	Pin(1050 150 50 20 "A12" 0x01)
+	Pin(1150 150 50 20 "A8" 0x01)
+	Pin(1250 150 50 20 "A7" 0x01)
+	Pin(50 250 50 20 "FC1" 0x01)
+	Pin(150 250 50 20 "/CIOUT" 0x01)
+	Pin(250 250 50 20 "/BGACK" 0x01)
+	Pin(350 250 50 20 "A1" 0x01)
+	Pin(450 250 50 20 "GND" 0x01)
+	Pin(550 250 50 20 "VCC" 0x01)
+	Pin(650 250 50 20 "GND" 0x01)
+	Pin(750 250 50 20 "A18" 0x01)
+	Pin(850 250 50 20 "GND" 0x01)
+	Pin(950 250 50 20 "A11" 0x01)
+	Pin(1050 250 50 20 "A9" 0x01)
+	Pin(1150 250 50 20 "A5" 0x01)
+	Pin(1250 250 50 20 "A4" 0x01)
+	Pin(50 350 50 20 "FC2" 0x01)
+	Pin(150 350 50 20 "FC0" 0x01)
+	Pin(250 350 50 20 "/OCS" 0x01)
+	Pin(350 350 50 20 "VCC" 0x01)
+	Pin(450 350 50 20 "NC" 0x01)
+	Pin(950 350 50 20 "VCC" 0x01)
+	Pin(1050 350 50 20 "A6" 0x01)
+	Pin(1150 350 50 20 "A3" 0x01)
+	Pin(1250 350 50 20 "A2" 0x01)
+	Pin(50 450 50 20 "CLK" 0x01)
+	Pin(150 450 50 20 "/AVEC" 0x01)
+	Pin(250 450 50 20 "GND" 0x01)
+	Pin(1050 450 50 20 "GND" 0x01)
+	Pin(1150 450 50 20 "NC" 0x01)
+	Pin(1250 450 50 20 "/IPEND" 0x01)
+	Pin(50 550 50 20 "/DSACK0" 0x01)
+	Pin(150 550 50 20 "VCC" 0x01)
+	Pin(250 550 50 20 "GND" 0x01)
+	Pin(350 550 50 20 "NC" 0x01)
+	Pin(950 550 50 20 "NC" 0x01)
+	Pin(1050 550 50 20 "VCC" 0x01)
+	Pin(1150 550 50 20 "/RESET" 0x01)
+	Pin(1250 550 50 20 "/MMUDIS" 0x01)
+	Pin(50 650 50 20 "/STERM" 0x01)
+	Pin(150 650 50 20 "/DSACK1" 0x01)
+	Pin(250 650 50 20 "GND" 0x01)
+	Pin(1050 650 50 20 "GND" 0x01)
+	Pin(1150 650 50 20 "/IPL2" 0x01)
+	Pin(1250 650 50 20 "/IPL1" 0x01)
+	Pin(50 750 50 20 "/BERR" 0x01)
+	Pin(150 750 50 20 "/HALT" 0x01)
+	Pin(250 750 50 20 "VCC" 0x01)
+	Pin(1050 750 50 20 "VCC" 0x01)
+	Pin(1150 750 50 20 "/CDIS" 0x01)
+	Pin(1250 750 50 20 "/IPL0" 0x01)
+	Pin(50 850 50 20 "/CBACK" 0x01)
+	Pin(150 850 50 20 "/AS" 0x01)
+	Pin(250 850 50 20 "GND" 0x01)
+	Pin(1050 850 50 20 "GND" 0x01)
+	Pin(1150 850 50 20 "/STATUS" 0x01)
+	Pin(1250 850 50 20 "/REFILL" 0x01)
+	Pin(50 950 50 20 "/CBREQ" 0x01)
+	Pin(150 950 50 20 "/DS" 0x01)
+	Pin(250 950 50 20 "SIZ1" 0x01)
+	Pin(350 950 50 20 "VCC" 0x01)
+	Pin(450 950 50 20 "NC" 0x01)
+	Pin(950 950 50 20 "VCC" 0x01)
+	Pin(1050 950 50 20 "D5" 0x01)
+	Pin(1150 950 50 20 "D1" 0x01)
+	Pin(1250 950 50 20 "D0" 0x01)
+	Pin(50 1050 50 20 "/CIIN" 0x01)
+	Pin(150 1050 50 20 "SIZ0" 0x01)
+	Pin(250 1050 50 20 "R/W" 0x01)
+	Pin(350 1050 50 20 "D30" 0x01)
+	Pin(450 1050 50 20 "GND" 0x01)
+	Pin(550 1050 50 20 "VCC" 0x01)
+	Pin(650 1050 50 20 "GND" 0x01)
+	Pin(750 1050 50 20 "GND" 0x01)
+	Pin(850 1050 50 20 "GND" 0x01)
+	Pin(950 1050 50 20 "D10" 0x01)
+	Pin(1050 1050 50 20 "D7" 0x01)
+	Pin(1150 1050 50 20 "D4" 0x01)
+	Pin(1250 1050 50 20 "D2" 0x01)
+	Pin(50 1150 50 20 "/DBEN" 0x01)
+	Pin(150 1150 50 20 "/ECS" 0x01)
+	Pin(250 1150 50 20 "D29" 0x01)
+	Pin(350 1150 50 20 "D27" 0x01)
+	Pin(450 1150 50 20 "D24" 0x01)
+	Pin(550 1150 50 20 "D22" 0x01)
+	Pin(650 1150 50 20 "D20" 0x01)
+	Pin(750 1150 50 20 "D17" 0x01)
+	Pin(850 1150 50 20 "D14" 0x01)
+	Pin(950 1150 50 20 "D12" 0x01)
+	Pin(1050 1150 50 20 "D9" 0x01)
+	Pin(1150 1150 50 20 "D6" 0x01)
+	Pin(1250 1150 50 20 "D3" 0x01)
+	Pin(50 1250 50 20 "D31" 0x01)
+	Pin(150 1250 50 20 "D28" 0x01)
+	Pin(250 1250 50 20 "D26" 0x01)
+	Pin(350 1250 50 20 "D25" 0x01)
+	Pin(450 1250 50 20 "D23" 0x01)
+	Pin(550 1250 50 20 "D21" 0x01)
+	Pin(650 1250 50 20 "D19" 0x01)
+	Pin(750 1250 50 20 "D18" 0x01)
+	Pin(850 1250 50 20 "D16" 0x01)
+	Pin(950 1250 50 20 "D15" 0x01)
+	Pin(1050 1250 50 20 "D13" 0x01)
+	Pin(1150 1250 50 20 "D11" 0x01)
+	Pin(1250 1250 50 20 "D8" 0x01)
+	ElementLine(30 0 1300 0 20)
+	ElementLine(1300 0 1300 1300 20)
+	ElementLine(1300 1300 0 1300 20)
+	ElementLine(0 1300 0 30 20)
+	ElementLine(0 30 30 0 20)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+	)
+
+T22,43
+Description_uA747C_dilDual general purpose operational amplifiers
+T23,17
+Description_r_025_sil_6`3xR-array 0.25W'
+T11,43
+PKG_TSOP32APKG_TSOP(  `$1', `$2', `$3', 32, 795, 2000)
+T10,42
+PKG_SSOP24PKG_SSO(  `$1', `$2', `$3', 24, 323, 2559)
+T13,62
+PKG_SOJ18_350COMMON_SMT_DIL_MIL(`$1',`$2',`$3',18,23622,86614,50000,244094)
+T26,3
+Param1_DIN41_612_abc96maleabc
+T11,43
+PKG_TSOP32BPKG_TSOP(  `$1', `$2', `$3', 32, 559, 2000)
+T23,17
+Description_r_025_sil_8`4xR-array 0.25W'
+T25,9
+Description_generic16_dil`generic'
+T27,29
+Description_geda_MULTIWATT8`Power IC, as in MULTIWATT15'
+T16,3
+Param2_74221_dil300
+T10,1859
+PKG_QFP132Element(0x00 "$1" "`$2'" "$3" 250 200 0 150 0x00)
+(
+	forloop(`i', 1, 17,
+		`define(`XPOS', eval(625 -i*25))'
+		`PAD(XPOS, 40, XPOS, 90, 15, i)
+	')
+	forloop(`i', 1, 16,
+		`define(`XPOS', eval(1025 -i*25))'
+		`PAD(XPOS, 40, XPOS, 90, 15, eval(i+116))
+	')
+	forloop(`i', 1, 33,
+		`define(`YPOS', eval(175 +i*25))'
+		`PAD(30, YPOS, 80, YPOS, 15, i)
+	')
+	forloop(`i', 1, 33,
+		`define(`XPOS', eval(175 +i*25))'
+		`PAD(XPOS, 1160, XPOS, 1110, 15, eval(i+50))
+	')
+	forloop(`i', 1, 33,
+		`define(`YPOS', eval(1025 -i*25))'
+		`PAD(1120, YPOS, 1170, YPOS, 15, i)
+	')
+
+	# Markierung pin 1
+	ElementArc(600 150 10 10 0 360 5)
+
+	# Nase links oben (PIN 17/18)
+	ElementLine( 125 175  75 150 20)
+	ElementLine(  75 150  75 125 20)
+	ElementLine(  75 125 125  75 20)
+	ElementLine( 125  75 150  75 20)
+	ElementLine( 150  75 175 125 20)
+
+	# Verbindungsline zur Ecke rechts oben
+	ElementLine( 175  125 1025 125 20)
+
+	# Nase rechts oben (PIN 116/117)
+	ElementLine(1025 125 1050  75 20)
+	ElementLine(1050  75 1075  75 20)
+	ElementLine(1075  75 1125 125 20) 
+	ElementLine(1125 125 1125 150 20)
+	ElementLine(1125 150 1075 175 20)
+
+	# Verbindungsline zur Ecke rechts unten
+	ElementLine(1075 175  1075 1025 20)
+
+	# Nase rechts unten (PIN 83/84)
+	ElementLine(1075 1025 1125 1050 20)
+	ElementLine(1125 1050 1125 1075 20)
+	ElementLine(1125 1075 1075 1125 20)
+	ElementLine(1075 1125 1050 1125 20)
+	ElementLine(1050 1125 1025 1075 20)
+
+	# Verbindungsline zur Ecke links unten 
+	ElementLine(1025 1075  175 1075 20)
+
+	# Nase links unten (PIN 50/51)
+	ElementLine( 175 1075 150 1125 20)
+	ElementLine( 150 1125 125 1125 20)
+	ElementLine( 125 1125  75 1075 20)
+	ElementLine(  75 1075  75 1050 20)
+	ElementLine(  75 1050 125 1025 20)
+
+	# Verbindungsline zur Ecke links oben
+	ElementLine( 125 1025 125 175 20)
+
+	# Markierung so anordnen, dass Pinanchse im 25-MIL-Raster zu liegen kommt
+	Mark(200 200)
+)
+T9,139
+PKG_NEC19
+	define(`WX', 24)
+	define(`WY', 24)
+	define(`DX', 50)
+	define(`DY', 40)
+	define(`OX', 18)
+	define(`OY', 62)
+	PKG_BASE_SOT(`$1',`$2',`$3')
+
+T17,50
+PKG_DIN41612C96FSPKG_DIN41_612FEMALE_SMALL(`$1', `$2', `$3', `abc')
+T18,20
+Description_MJE340bipolar-N transistor
+T21,29
+Description_74132_dil`4 dual NAND Schmitt trigger'
+T21,160
+PinList_AT90S1300_dil`/Reset',`PD0',`PD1',`XTAL2',`XTAL1',`PD2/INT0',`PD3',`PD4/T0',`PD5',`Gnd' ,`PD6',`PB0/AIN0',`PB1/AIN1',`PB2',`PB3',`PB4',`PB5/MOSI',`PB6/MISO',`PB7/S CK',`Vcc'
+T16,71
+PinList_7411_dil`A1',`B1',`A2',`B2',`C2',`Y2',`Gnd',`Y3',`A3',`B3',`C3',`Y1',`C1',`Vcc'
+T34,2
+Param2_smd_capacitor_polarized_60330
+T11,69
+PKG_EMI0805COMMON_SMT_3PAD_MIL(  `$1', `$2', `$3', 32, 24,  79,  75, 24, 10, 10)
+T23,64
+Description_geda_RCY400`Bottom lead non-polar circular component (typically capacitor)'
+T24,39
+Description_geda_QFN40_6`Square Quad Flat Nolead (QFN) package'
+T16,3
+Param2_74642_dil300
+T10,42
+PKG_SSOP28PKG_SSO(  `$1', `$2', `$3', 28, 323, 2559)
+T12,41
+PKG_QFP128_RPKG_QFP_50L(`$1',`$2',`$3',`128',`0',`0')
+T21,48
+Description_74590_dil`8bit binary counter w. output register 3-state'
+T21,26
+Description_74183_dil`2 carry-save full adders'
+T21,36
+Description_74109_dil`2 J-/K pos-edge FF w. preset/clear'
+T17,83
+PinList_74422_dil`A1',`A2',`B1',`B2',`/Clr',`/Q',`Gnd',`Q',`Rint',`NC',`Cext',`NC',`Rext-Cext',`Vcc'
+T16,71
+PinList_7425_dil`1A',`1B',`1G',`1C',`1D',`1Y',`Gnd',`2Y',`2A',`2B',`2G',`2C',`2D',`Vcc'
+T11,910
+PKG_MTA_100
+        define(`PITCH', `100')
+        define(`NPINS', `eval($4)')
+        define(`SILKW', `10')
+        define(`SILKXOFS', `75')
+        define(`SILKYOFS', `115')
+        define(`SILKX1', `-SILKXOFS')
+        define(`SILKX2', `eval((NPINS-1)*PITCH + SILKXOFS)')
+        define(`SILKY1', `-SILKYOFS')
+        define(`SILKY2', `SILKYOFS')
+        define(`SILKY3', `eval(SILKYOFS+2*SILKW)')
+
+Element(0x00 "$1" "`$2'" "$3" 0  140 0 150 0x00)
+(
+        forloop(`i', 1, `$4',
+                `PIN(eval((i-1)*100), 0, 60, 38, `i')
+        ')
+        define(`X1',-78)
+        define(`X2', `eval(`$4'*100-78)')
+        ElementLine(SILKX1  SILKY1 SILKX2 SILKY1 SILKW) 
+        ElementLine(SILKX2  SILKY1 SILKX2 SILKY3 SILKW) 
+        ElementLine(SILKX2  SILKY2 SILKX1 SILKY2 SILKW) 
+        ElementLine(SILKX1  SILKY3 SILKX1 SILKY1 SILKW) 
+
+        ElementLine(SILKX2  SILKY3 SILKX1 SILKY3 SILKW) 
+
+        Mark(0 0)
+)
+T20,26
+Description_uA78M06C+6V 0.5A voltage regulator
+T26,42
+Description_geda_SOJ30_450`Small outline J-leaded package (450 mil)'
+T21,21
+Description_74375_dil`4bit bistable latch'
+T17,127
+PinList_74651_dil`CAB',`SAB',`GAB',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/GBA',`SA',`CBA',`Vcc'
+T17,119
+PinList_74244_dil`/1G',`1A1',`2Y4',`1A2',`2Y3',`1A3',`2Y2',`1A4',`2Y1',`Gnd',`2A1',`1Y4',`2A2',`1Y3',`2A3',`1Y2',`2A4',`1Y1',`/2G',`Vcc'
+T16,3
+Param2_74693_dil300
+T16,2
+Param1_74161_dil16
+T16,2
+Param1_74124_dil16
+T8,67
+PKG_SO28COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 28, 20000, 80000, 50000, 280000)
+T13,42
+PKG_LQFP52_10PKG_LQFP_65(`$1',`$2',`$3', `52',`10',`0')
+T27,37
+Description_geda_HEADER18_1`Header connector, DIP pin numbering'
+T26,38
+Description_geda_CAPC3225L`Standard SMT resistor, capacitor etc'
+T21,50
+Description_74197_dil`presettable binary counter/latch (divide by 2/8)'
+T20,29
+Description_7406_dil`6 inverters OC high-voltage'
+T16,99
+PinList_7476_dil`1Clk',`/1Pre',`/1Clr',`1J',`Vcc',`2Clk',`/2Pre',`/2Clr',`2J',`/2Q',`2Q',`2K',`Gnd',`/1Q',`1Q',`1K'
+T16,71
+PinList_7439_dil`1Y',`1A',`1B',`2Y',`2A',`2B',`Gnd',`3A',`3B',`3Y',`4A',`4B',`4Y',`Vcc'
+T16,3
+Param2_81C17_dil300
+T16,2
+Param1_74390_dil16
+T16,2
+Param1_74353_dil16
+T15,2
+Param1_7401_dil14
+T13,74
+PKG_RESC3216LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 170,  110, 280, 400, 200,  90, 170)
+T26,42
+Description_geda_SOJ44_450`Small outline J-leaded package (450 mil)'
+T27,42
+Description_geda_HEADER18_2`Header connector, ribbon cable numbering'
+T26,38
+Description_geda_CAPC3225M`Standard SMT resistor, capacitor etc'
+T17,83
+PinList_74628_dil`Osc-Gnd',`RNG',`CX1',`CX2',`/EN',`Y',`Gnd',`Z',`Vcc',`NC',`RX',`RX',`FC',`Osc-Vcc'
+T17,73
+PinList_74295_dil`Ser',`A',`B',`C',`D',`LD-/SH',`Gnd',`OC',`Clk',`Qd',`Qc',`Qb',`Qa',`Vcc'
+T17,83
+PinList_74258_dil`/A-B',`1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3B',`3A',`4Y',`4B',`4A',`/G',`Vcc'
+T16,2
+Param1_74175_dil16
+T16,2
+Param1_74138_dil16
+T13,74
+PKG_RESC3216MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 190,  150, 320, 560, 290, 100, 190)
+T25,53
+Description_geda_TSSOP56N`Thin shrink small outline package, standard (4.4mm)'
+T24,47
+Description_geda_PLCC84X`Plastic leadless chip carrier with pin socket'
+T26,38
+Description_geda_CAPC3225N`Standard SMT resistor, capacitor etc'
+T20,19
+Description_7457_dil`frequency divider'
+T16,2
+Param1_74367_dil16
+T15,2
+Param1_7415_dil14
+T13,74
+PKG_RESC3216NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 180,  130, 300, 470, 230, 100, 180)
+T8,296
+PKG_R025Element(0x00 "$1" "`$2'" "$3" 120 30 0 100 0x00)
+(
+	PIN(0, 50, 68, 38, 1)
+	PIN(400, 50, 68, 38, 2)
+	ElementLine(100 0 300 0 20)
+	ElementLine(300 0 300 100 20)
+	ElementLine(300 100 100 100 20)
+	ElementLine(100 100 100 0 20)
+	ElementLine(0 50 100 50 20)
+	ElementLine(300 50 400 50 20)
+	Mark(0 50)
+)
+T11,69
+PKG_EMI1206COMMON_SMT_3PAD_MIL(  `$1', `$2', `$3', 32, 28, 126,  79, 39, 10, 10)
+T26,42
+Description_geda_SOJ14_400`Small outline J-leaded package (400 mil)'
+T29,26
+Description_DIN41_651_40standDIN41.651 standing 40 pins
+T16,2
+Param1_74596_dil16
+T13,41
+PKG_TQFP44_10PKG_QFP_80(`$1',`$2',`$3', `44',`10',`0')
+T21,24
+Description_geda_SC90`SMT transistor, 3 pins'
+T17,509
+PKG_CONNECTOR_DILdefine(`MAXY', `eval(`$4' * 100)')
+	define(`MAXX', `200')
+Element(0x00 "$1" "`$2'" "$3" eval(MAXX + 60) 0 3 100 0x00)
+(
+	forloop(`row', 1, eval(`$4'),
+		`PIN(50, eval(row * 100 -50), 60, 38, eval(row))
+	')
+	forloop(`row', 1, eval(`$4'),
+		`PIN(150, eval(($4 + 1 - row) * 100 -50), 60, 38, eval($4 + row))
+	')
+	ElementLine(0 0 0 MAXY 10)
+	ElementLine(0 MAXY MAXX MAXY 10)
+	ElementLine(MAXX MAXY MAXX 0 10)
+	ElementLine(MAXX 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
+T19,27
+Description_uA7810C+10V 1.5A voltage regulator
+T26,42
+Description_geda_SOJ28_400`Small outline J-leaded package (400 mil)'
+T23,31
+Description_geda_PLCC20`Plastic leadless chip carrier'
+T27,37
+Description_geda_HEADER22_1`Header connector, DIP pin numbering'
+T6,2
+rSILK220
+T34,3
+Param1_generic_capacitor_axial_300300
+T11,41
+PKG_QFP32_7PKG_QFP_80(`$1',`$2',`$3', `32', `7',`0')
+T17,44
+PKG_LQFP128_14_EPPKG_LQFP_40(`$1',`$2',`$3',`128',`14',`970')
+T27,42
+Description_geda_HEADER22_2`Header connector, ribbon cable numbering'
+T27,37
+Description_cts_CTS_744C_04`CTS 744C Series Chip Resistor Array'
+T6,2
+rSILK330
+T9,44
+PKG_SME10PKG_SMT_2PAD_EIA(  `$1', `$2', `$3',104,104)
+T22,10
+Description_geda_HC51U`Crystals'
+T30,31
+Description_geda_DIN41612C96MS`DIN connector, 96 pin housing'
+T15,22
+PinList_uA7812C`In',`Com',`Out',`Com'
+T13,11
+PinList_BC635`E',`B',`C'
+T19,3
+Param2_PIC16C54_dil300
+T13,11
+PinList_BC636`E',`B',`C'
+T16,3
+Param2_74160_dil300
+T16,3
+Param2_74123_dil300
+T9,28
+PKG_ZIP40PKG_SD(`$1', `$2', `$3', 40)
+T15,61
+PKG_CTS_745X_10COMMON_SMT_DIL_MIL(`$1',`$2',`$3',10,32000,51000,50000,67000)
+T38,16
+Description_generic_resistor_axial_300`resistor_axial'
+T27,37
+Description_cts_CTS_744C_08`CTS 744C Series Chip Resistor Array'
+T21,46
+Description_74441_dil`4 tridirectional inverting bus tranceiver OC'
+T16,3
+Param2_74352_dil300
+T13,62
+PKG_SOJ42_400COMMON_SMT_DIL_MIL(`$1',`$2',`$3',42,23622,86614,50000,291339)
+T9,67
+PKG_SO22MCOMMON_SMT_DIL_MIL(`$1',`$2',`$3', 22, 20000, 85000, 50000, 170000)
+T19,27
+Description_uA7818C+18V 1.5A voltage regulator
+T26,42
+Description_geda_SOJ32_350`Small outline J-leaded package (350 mil)'
+T21,38
+Description_geda_SO44`Small outline package, wide (525mil)'
+T21,30
+Description_74670_dil`4-by-4 register file 3-state'
+T17,71
+PinList_74132_dil`1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`4Y',`4A',`4B',`Vcc'
+T16,3
+Param2_74174_dil300
+T16,3
+Param2_74137_dil300
+T23,2
+Param1_generic24smd_dil24
+T22,2
+Param1_DIN41_651_16lay16
+T11,72
+PKG_QFP_50LPKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `50',`28',`20',`100',`0',`$6')
+T13,74
+PKG_INDC2012LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 140,  110, 160, 280, 170,   0,   0)
+T9,41
+PKG_DB37FPKG_SUBD_FEMALE_LAY(`$1', `$2', `$3', 37)
+T16,3
+Param2_74366_dil300
+T15,3
+Param2_7404_dil300
+T16,2
+Param1_74241_dil20
+T10,37
+PKG_RCY150PKG_RADIAL_CAN(`$1', `$2', `$3', 300)
+T13,74
+PKG_INDC2012MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 160,  150, 200, 440, 260,   0,   0)
+T13,74
+PKG_CAPC1005LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  55,   40,  90, 150,  80,   0,   0)
+T23,31
+Description_geda_PLCC28`Plastic leadless chip carrier'
+T21,27
+Description_74684_dil`8bit magnitute comperator'
+T21,30
+Description_74647_dil`8 bus tranceiver/register OC'
+T17,92
+PinList_74590_dil`Qb',`Qc',`Qd',`Qe',`Qf',`Qg',`Qh',`Gnd',`/RCO',`/CClr',`CCK',`/CCKEn',`RCK',`/G',`Qa',`Vcc'
+T17,83
+PinList_74183_dil`1A',`NC',`1B',`1Cn',`1Cn+1',`1Sum',`Gnd',`2Sum',`NC',`2Cn+1',`2Cn',`2B',`2A',`Vcc'
+T17,101
+PinList_74109_dil`/1Clr',`1J',`/1K',`1Clk',`/1Pre',`1Q',`/1Q',`Gnd',`/2Q',`2Q',`/2Pre',`2Clk',`/2K',`2J',`/2Clr',`Vcc'
+T16,3
+Param2_74595_dil300
+T9,58
+PKG_UM1_3PKG_CRYSTAL_V(`$1', `$2', `$3',  74, 311, 126,  60, 32, 3)
+T13,74
+PKG_INDC2012NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 150,  130, 180, 350, 200,   0,   0)
+T5,40
+PKG_DCOMMON_D_DW(`$1', `$2', `$3', `$4', 244)
+T13,74
+PKG_CAPC1005MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  75,   60, 100, 200, 120,   0,   0)
+T29,9
+Description_generic24smdw_dil`generic'
+T15,293
+PinList_z80_dil`A11', `A12', `A13', `A14', `A15', `theta', `D3',  `D4',  `D5',  `D6', `+5v', `D2',  `D7',  `D0',  `D1', `/INT', `/NMI', `/HALT', `/MREQ', `/IORQ', `/RD',  `/WR',  `/BUSAK', `/WAIT', `/BUSRQ', `/RESET', `/M1', `/RFSH', `GND', `A0', `A1',  `A2', `A3', `A4', `A5', `A6',  `A7', `A8', `A9', `A10'
+T17,91
+PinList_74375_dil`1D',`/1Q',`1Q',`1C-2C',`2Q',`/2Q',`2D',`Gnd',`3D',`/3Q',`3Q',`3C-4C',`4Q',`/4Q',`4D',`Vcc'
+T15,3
+Param2_7492_dil300
+T15,3
+Param2_7455_dil300
+T15,3
+Param2_7418_dil300
+T23,2
+Param1_smd_resistor_60360
+T28,4
+Param1_generic_smd_chip_12101210
+T16,2
+Param1_74625_dil16
+T16,2
+Param1_74292_dil16
+T11,43
+PKG_QFN24_4PKG_QFN_50S(`$1',`$2',`$3', `24', `4', `0')
+T13,74
+PKG_CAPC1005NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  65,   50,  90, 170, 100,   0,   0)
+T26,42
+Description_geda_SOJ16_300`Small outline J-leaded package (300 mil)'
+T17,76
+PinList_74197_dil`/Load',`Qc',`C',`A',`Qa',`Clk2',`Gnd',`Clk1',`Qb',`B',`D',`Qd',`/Clr',`Vcc'
+T12,604
+PKG_SMA_VERTdefine(`BASEX', 0)
+	define(`BASEY', 0)
+Element(0x00 "$1" "`$2'" "$3" BASEX eval(BASEY+150) 3 100 0x00)
+(
+	define(`X1', `eval(BASEX-160)')
+	define(`Y1', `eval(BASEY-160)')
+	define(`X2', `eval(BASEX+160)')
+	define(`Y2', `eval(BASEY+160)')
+	ElementLine(X1 Y1 X2 Y1 10)
+	ElementLine(X2 Y1 X2 Y2 10)
+	ElementLine(X2 Y2 X1 Y2 10)
+	ElementLine(X1 Y2 X1 Y1 10)
+	PIN(     BASEX     ,      BASEY     , 80, 30, 1)
+	PIN(eval(BASEX-100), eval(BASEY+100), 80, 30, 2)
+	PIN(eval(BASEX-100), eval(BASEY-100), 80, 30, 3)
+	PIN(eval(BASEX+100), eval(BASEY+100), 80, 30, 4)
+	PIN(eval(BASEX+100), eval(BASEY-100), 80, 30, 5)
+)
+T12,814
+PKG_OVEN_OSCElement(0x00 "$1" "`$2'" "$3" 580 280 0 100 0x00)
+(
+	Pin(320 320 150 35 "NC" 0x01)
+	Pin(320 1000 150 35 "VCC" 0x01)
+	Pin(320 1680 150 35 "CLK" 0x01)
+	Pin(1680 320 150 35 "+12V" 0x01)
+	Pin(1680 1680 150 35 "GND" 0x01)
+
+	ElementLine(2020 1125 2020 875 10)
+	ElementLine(2100 875 2020 875 10)
+	ElementLine(2100 975 2100 875 10)
+	ElementLine(2075 975 2100 975 10)
+	ElementLine(2075 1025 2075 975 10)
+	ElementLine(2100 1025 2075 1025 10)
+	ElementLine(2100 1125 2100 1025 10)
+	ElementLine(2100 1125 2020 1125 10)
+
+	ElementLine(2000 320 2000 1680 10)
+	ElementLine(320 0 1680 0 10)
+	ElementLine(0 1680 0 320 10)
+	ElementLine(1680 2000 320 2000 10)
+
+	ElementArc(320 320 320 320 270 90 10)
+	ElementArc(320 1680 320 320 0 90 10)
+	ElementArc(1680 320 320 320 180 90 10)
+	ElementArc(1680 1680 320 320 90 90 10)
+
+	Mark(320 320)
+)
+T16,43
+PKG_DIN41612C64FPKG_DIN41_612FEMALE(`$1', `$2', `$3', `ac')
+T23,31
+Description_geda_PLCC68`Plastic leadless chip carrier'
+T21,13
+Description_27256_dil`EPROM 32Kx8'
+T15,3
+Param2_7469_dil300
+T16,2
+Param1_74639_dil20
+T26,38
+Description_geda_CAPC4564L`Standard SMT resistor, capacitor etc'
+T20,111
+PinList_RTC62421_dil`Std.P',`/Cs0',`Ale',`A0',`A1',`A2',`A3',`/Read',`Gnd',`/Write',`D3',`D2',`D1',`D0',`Cs1',`(Vdd)',`(Vdd)',`Vdd'
+T16,40
+PKG_DIN41651_50SPKG_DIN41_651STAND(`$1', `$2', `$3', 50)
+T26,38
+Description_geda_CAPC4564M`Standard SMT resistor, capacitor etc'
+T9,41
+PKG_DB37MPKG_SUBD_MALE_LAY(  `$1', `$2', `$3', 37)
+T26,38
+Description_geda_CAPC4564N`Standard SMT resistor, capacitor etc'
+T13,42
+PKG_LQFP80_12PKG_LQFP_50(`$1',`$2',`$3', `80',`12',`0')
+T5,50
+PKG_JPKG_DIL(`$1', `$2', `$3', `$4', `$5', 100, 60, 28)
+T20,27
+Description_uA78L12C+12V 0.1A voltage regulator
+T20,141
+PinList_PIC16C71_dil`RA2/AIN2',`RA3/AIN3',`RA4/T0CKI',`/MCLR',`VSS',`RB0/INT',`RB1',`RB2',`RB3',`RB4',`RB5',`RB6',`RB7',`VDD',`OSC2',`OSC1',`RA0/AIN0',`RA1/AIN1'
+T19,1
+Param1_oscillator_11
+T13,62
+PKG_SOJ30_300COMMON_SMT_DIL_MIL(`$1',`$2',`$3',30,23622,86614,50000,196850)
+T22,49
+PKG_PCI5V_SMALL_HEIGHTPKG_PCIPINARRAY(`$1', `$2', `$3', 2063,49,100,11)
+T20,27
+Description_uA79M15C-15V 0.5A voltage regulator
+T27,39
+Description_geda_QFN44_7_EP`Square Quad Flat Nolead (QFN) package'
+T19,1
+Param1_oscillator_22
+T14,516
+PKG_TO220STANDElement(0x00 "$1" "`$2'" "$3" 0 10 0 100 0x00)
+(
+	PIN(100, 200, 90, 60, 1)
+	PIN(200, 200, 90, 60, 2)
+	PIN(300, 200, 90, 60, 3)
+
+	# Gehaeuse
+	ElementLine(  0  80 400  80 20)
+	ElementLine(400  80 400 260 20)
+	ElementLine(400 260   0 260 20) 
+	ElementLine(  0 260   0  80 20) 
+
+	# Kuehlfahne icl. Bohrung
+	ElementLine(  0  80 400  80 20)
+	ElementLine(400  80 400 140 20)
+	ElementLine(400 140   0 140 20)
+	ElementLine(  0 140   0  80 20)
+
+	ElementLine(130 80 130 140 10)
+	ElementLine(270 80 270 140 10)
+
+	Mark(100 200)
+)
+T13,42
+PKG_LQFP80_14PKG_LQFP_65(`$1',`$2',`$3', `80',`14',`0')
+T40,50
+Description_johnstech_JOHNSTECH_QFN68_10`Johnstech QFN Socket, Series 1MM (724812-724839)'
+T26,2204
+COMMON_SMT_TRANSISTORX_MILdefine(`spaceX',   `$4')
+	define(`spaceY',   `$5')
+	define(`padY',     `eval((spaceY * $6) / 100)')
+	define(`padX',     `ifelse(eval(len(`$7') >= 5), 1,
+			       `eval((spaceX * 21) / 100)',
+			       `eval((spaceX * 31) / 100)'
+			     )')
+	define(`addFRAME', `eval(padY / 5)')
+	define(`maxX',     `eval(2*addFRAME+spaceX+padX)')
+	define(`maxY',     `eval(2*addFRAME+spaceY+padY)')
+	define(`centerX',  `eval(maxX / 2)')
+	define(`centerY1', `eval(addFRAME + padY/2)')
+	define(`centerX1', `eval(addFRAME + padX/2)')
+	define(`deltaY',   `eval((padY-padX)/2)')
+	define(`silkW',    `ifelse(eval(spaceY >= 50), 1, 10, eval(spaceY/5))')
+	define(`indeX',    `0')
+
+Element(0x00 "$1" "`$2'" "$3" eval(maxX+20) 0 3 100 0x00)
+(
+	ElementLine(0 0 0 maxY silkW)
+	ElementLine(0 maxY maxX maxY silkW)
+	ElementLine(maxX maxY maxX 0 silkW)
+	ElementLine(maxX 0 0 0 silkW)
+
+	# 1st pin on pin side
+	Pad(centerX1 eval(centerY1+spaceY-deltaY)
+	    centerX1 eval(centerY1+spaceY+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	define(`indeX',incr(indeX))
+
+	ifelse(eval(len(`$7') == 4), 1,
+	  `Pad(centerX eval(centerY1+spaceY-deltaY)
+	       centerX eval(centerY1+spaceY+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	   define(`indeX',incr(indeX))
+	 ')
+	ifelse(eval(len(`$7') == 5), 1,
+	  `Pad(eval(centerX1+spaceX/3) eval(centerY1+spaceY-deltaY)
+	       eval(centerX1+spaceX/3) eval(centerY1+spaceY+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	   define(`indeX',incr(indeX))
+	   Pad(eval(centerX1+2*spaceX/3) eval(centerY1+spaceY-deltaY)
+	       eval(centerX1+2*spaceX/3) eval(centerY1+spaceY+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	   define(`indeX',incr(indeX))
+	 ')
+
+	# last pin on pin side
+	Pad(eval(centerX1+spaceX) eval(centerY1+spaceY-deltaY)
+	    eval(centerX1+spaceX) eval(centerY1+spaceY+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	define(`indeX',incr(indeX))
+
+	# extra wide pin on opposite side
+	Pad(eval(centerX+spaceX/4) centerY1
+	    eval(centerX-spaceX/4) centerY1
+			   padY "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+
+	Mark(centerX1 eval(centerY1+spaceY))
+)
+T17,3
+Param2_TLC271_dil300
+T16,3
+Param2_74240_dil300
+T20,2
+Param1_generic20_zif20
+T13,62
+PKG_SOJ44_300COMMON_SMT_DIL_MIL(`$1',`$2',`$3',44,23622,86614,50000,196850)
+T19,1144
+PKG_DIN41_612FEMALEdefine(`MAXX', 420)
+	define(`MAXX1', `eval(MAXX -170)')
+	define(`MAXX2', `eval(MAXX -40)')
+Element(0x00 "$1" "`$2'" "$3" 50 100 3 200 0x00)
+(
+	# Reihe a
+	ifelse(index(`$4', `a'), `-1', ,
+		forloop(`i', 1, 32, `PIN(200, eval(300 + 100 *i), 60, 30, i)
+	'))
+
+	# Reihe b
+	ifelse(index(`$4', `b'), `-1', ,
+		forloop(`i', 1, 32, `PIN(300, eval(300 + 100 *i), 60, 30, eval(32 + i))
+	'))
+
+	# Reihe c
+	ifelse(index(`$4', `c'), `-1', , `define(`MAXX', 520)'
+		forloop(`i', 1, 32, `PIN(400, eval(300 + 100 *i), 60, 30, eval(64 + i))
+	'))
+
+	# Befestigungsbohrung
+	Pin(290  180 120 80 "M1" 0x01)
+	Pin(290 3720 120 80 "M2" 0x01)
+
+	# Aeussere Begrenzung
+	ElementLine( 80  80 MAXX   80 20)
+	ElementLine(MAXX  80 MAXX 3820 20)
+	ElementLine(MAXX 3820 80 3820 20)
+	ElementLine( 80 3820 80   80 20)
+
+	# Innere Begrenzung
+	ElementLine(120  320 MAXX1  320 10)
+	ElementLine(MAXX1  320 MAXX1  360 10)
+	ElementLine(MAXX1  360 MAXX2  360 10)
+	ElementLine(MAXX2  360 MAXX2 3540 10)
+	ElementLine(MAXX2 3540 MAXX1 3540 10)
+	ElementLine(MAXX1 3540 MAXX1 3580 10)
+	ElementLine(MAXX1 3580 120 3580 10)
+	ElementLine(120 3580 120  320 10)
+
+	# Markierung: Pin 1a
+	Mark(200 400)
+)
+T16,43
+PKG_DIN41612C64MPKG_DIN41_612MALE(  `$1', `$2', `$3', `ac')
+T22,25
+Description_geda_ZIP20`Zig-zag in-line package'
+T24,50
+Description_geda_EMI0603`3-Pin SMT EMI Filter based on standard SMT sizes'
+T21,26
+Description_74521_dil`8bit identity comperator'
+T21,17
+Description_74151_dil`1-of-8 selector'
+T21,43
+Description_74114_dil`2 JK edge FF w. preset and common Clr/Clk'
+T20,379
+PinList_PIC17C42_dil`VDD',`RC0/AD0',`RC1/AD1',`RC2/AD2',`RC3/AD3',`RC4/AD4',`RC5/AD5',`RC6/AD6',`RC7/AD7',`VSS',`RB0/CAP1',`RB1/CAP2',`RB2/PWM1',`RB3/PWM2',`RB4/TCLK12',`RB5/TCLK3',`RB6',`RB7',`OSC1',`OSC2',`RA5/TX/CK',`RA4/RX/DT',`RA3',`RA2',`RA1/T0CKI',`RA0/INT',`TEST',`RE2/WR',`RE1/OE',`RE0/ALE',`VSS',`/MCLR',`RD7/AD15',`RD6/AD14',`RD5/AD13',`RD4/AD12',`RD3/AD11',`RD2/AD10',`RD1/AD9',`RD0/AD8'
+T21,277
+PinList_PEB2086N_plcc`AD4',`AD5',`AD6',`AD7',`SDAR',`A1',`SDAX/SDS1',`SCA/SDS2',`RST',`A5',`Vssd',`DCL',`FSC1',`FSC2',`M1',`X2',`A4',`A3',`NC',`X1',`M0',`CP/BCL',`/INT',`Vssa',`XTAL2',`XTAL1',`SR2',`SR1',`NC',`NC',`Vdd',`SX1',`SX2',`IDP0',`IDP1',`ALE',`/CS',`/WR',`/RD',`A0',`AD0',`AD1',`AD2',`AD3'
+T16,62
+PinList_7430_dil`A',`B',`C',`D',`E',`F',`Gnd',`Y',`NC',`NC',`G',`H',`NC',`Vcc'
+T19,1
+Param1_oscillator_44
+T10,34
+PKG_SDIP42PKG_NS(`$1', `$2', `$3', 42,  600)
+T5,50
+PKG_NPKG_DIL(`$1', `$2', `$3', `$4', `$5', 100, 60, 28)
+T10,36
+PKG_ACY700PKG_AXIAL_LAY(`$1', `$2', `$3', 700)
+T23,10
+Description_geda_UM1_3H`Crystals'
+T22,40
+Description_geda_SO20M`Small outline package, medium (200mil)'
+T27,37
+Description_geda_HEADER46_1`Header connector, DIP pin numbering'
+T16,21
+PinList_uA79M06C`Com',`In',`Out',`In'
+T18,53
+PinList_TLC272_dil`Out1',`In1-',`In1+',`Gnd',`In2+',`In2-',`Out2',`Vdd'
+T16,3
+Param2_74624_dil300
+T19,1
+Param1_oscillator_55
+T15,61
+PKG_CTS_745C_10COMMON_SMT_DIL_MIL(`$1',`$2',`$3',10,32000,51000,50000,67000)
+T22,40
+Description_geda_SO20N`Small outline package, narrow (150mil)'
+T27,42
+Description_geda_HEADER46_2`Header connector, ribbon cable numbering'
+T21,35
+Description_74165_dil`parallel-load 8bit shift register'
+T21,16
+Description_74128_dil`4 line drivers'
+T20,14
+Description_7411_dil`3 triple-AND'
+T17,105
+PinList_74441_dil`/CS',`B1',`C1',`C2',`B2',`B3',`C3',`C4',`B4',`Gnd',`S0',`S1',`A4',`A3',`A2',`A1',`/GA',`/GB',`/GC',`Vcc'
+T16,71
+PinList_7407_dil`1A',`1Y',`2A',`2Y',`3A',`3Y',`Gnd',`4Y',`4A',`5Y',`5A',`6Y',`6A',`Vcc'
+T16,3
+Param2_74446_dil300
+T16,2
+Param1_74321_dil16
+T5,50
+PKG_PPKG_DIL(`$1', `$2', `$3', `$4', `$5', 100, 60, 28)
+T22,24
+Description_geda_SIP10`Single in line package'
+T17,83
+PinList_74670_dil`D2',`D3',`D4',`Rb',`Ra',`Q4',`Q3',`Gnd',`Q2',`Q1',`/Gr',`/Gw',`Wb',`Wa',`D1',`Vcc'
+T16,3
+Param2_74638_dil300
+T26,3
+Param1_smd_EIA_D_capacitor280
+T16,2
+Param1_74180_dil14
+T16,2
+Param1_74143_dil24
+T19,41
+PKG_CANDK_ES03MSABEPKG_CANDK_ES_SMT_SWITCH(`$1', `$2', `$3')
+T22,25
+Description_geda_ZIP24`Zig-zag in-line package'
+T22,40
+Description_geda_SO24M`Small outline package, medium (200mil)'
+T22,24
+Description_geda_SIP11`Single in line package'
+T20,22
+Description_7425_dil`2 quad-NOR w. strobe'
+T16,74
+PinList_7495_dil`Ser',`A',`B',`C',`D',`Mode',`Gnd',`Clk2',`Clk1',`Qd',`Qc',`Qb',`Qa',`Vcc'
+T19,1
+Param1_oscillator_88
+T15,2
+Param1_7420_dil14
+T12,38
+PKG_JUMPER20PKG_CONNECTOR(`$1', `$2', `$3', 20, 1)
+T25,39
+Description_geda_TQFN16_3`Square Quad Flat Nolead (QFN) package'
+T26,42
+Description_geda_SOJ26_450`Small outline J-leaded package (450 mil)'
+T22,24
+Description_geda_SIP12`Single in line package'
+T27,37
+Description_cts_CTS_742C_16`CTS 742C Series Chip Resistor Array'
+T17,105
+PinList_74684_dil`/P>Q',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`/P=Q',`Vcc'
+T17,126
+PinList_74647_dil`CAB',`SAB',`DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/G',`SBA',`CBA',`Vcc'
+T16,3
+Param2_74689_dil300
+T17,1
+Param1_TLC272_dil8
+T16,2
+Param1_74194_dil16
+T16,2
+Param1_74157_dil16
+T12,38
+PKG_JUMPER21PKG_CONNECTOR(`$1', `$2', `$3', 21, 1)
+T25,39
+Description_geda_TQFN16_4`Square Quad Flat Nolead (QFN) package'
+T22,24
+Description_geda_SIP13`Single in line package'
+T27,37
+Description_geda_HEADER50_1`Header connector, DIP pin numbering'
+T20,25
+Description_7476_dil`2 JK FF w. preset/clear'
+T20,23
+Description_7439_dil`4 dual-NAND buffer OC'
+T16,2
+Param1_74386_dil14
+T15,45
+PKG_QFN68_10_EPPKG_QFN_50(`$1',`$2',`$3', `68', `10', `770')
+T12,38
+PKG_JUMPER22PKG_CONNECTOR(`$1', `$2', `$3', 22, 1)
+T25,39
+Description_geda_TQFN16_5`Square Quad Flat Nolead (QFN) package'
+T27,42
+Description_geda_HEADER50_2`Header connector, ribbon cable numbering'
+T22,51
+Description_TLC271_dilSingle programmable low power operational amplifier
+T14,16
+PinList_BUK453`G',`D',`S', `D'
+T12,38
+PKG_JUMPER23PKG_CONNECTOR(`$1', `$2', `$3', 23, 1)
+T7,1241
+PKG_DIL
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have $6,$7,$8 args
+
+        ifelse("`$6'","",
+                `define(`PINSPACE', `100')'
+        ,
+                `define(`PINSPACE', eval(`$6'))'
+        )      
+        ifelse("`$7'","",
+                `define(`PADSIZE', `60')'
+        ,
+                `define(`PADSIZE', `$7')'
+        )      
+        ifelse("`$8'","",
+                `define(`DRILLSIZE', `28')'
+        ,
+                `define(`DRILLSIZE', `$8')'
+        )      
+	define(`MAXY', `eval(`$4' / 2 * PINSPACE)')
+	define(`MAXX', `eval(`$5' + 100)')
+	define(`CENTERX', `eval(MAXX / 2)')
+	define(`MARKY', `eval(PINSPACE / 2)')
+Element(0x00 "$1" "`$2'" "$3" eval(CENTERX + 20) 100 3 100 0x00)
+(
+	forloop(`i', 1, eval($4 / 2),
+		`PIN(50, eval((2*i-1) * PINSPACE/2), 
+			eval(PADSIZE), eval(DRILLSIZE), i)
+	')
+	forloop(`i', 1, eval($4 / 2),
+		`PIN(eval(MAXX -50), eval(MAXY - (2*i-1) * PINSPACE/2), 
+			eval(PADSIZE), eval(DRILLSIZE), eval(i + $4/2))
+	')
+	ElementLine(0 0 0 MAXY 10)
+	ElementLine(0 MAXY MAXX MAXY 10)
+	ElementLine(MAXX MAXY MAXX 0 10)
+	ElementLine(0 0 eval(CENTERX - 50) 0 10)
+	ElementLine(eval(CENTERX + 50) 0 MAXX 0 10)
+	ElementArc(CENTERX 0 50 50 0 180 10)
+	Mark(50 MARKY)
+)
+T22,25
+Description_geda_ZIP28`Zig-zag in-line package'
+T21,39
+Description_TL081_dilSingle JFET input operational amplifier
+T18,153
+PinList_DS1225_dil`n/c', `A12', `A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/Ce',`A10',`/Oe',`A11',`A9',`A8',`n/c', `/We', `Vcc'
+T17,154
+PinList_27256_dil`Vpp', `A12', `A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/Cs',`A10',`/Oe',`A11',`A9',`A8', `A13', `A14', `Vcc'
+T15,2
+Param1_7485_dil16
+T15,2
+Param1_7448_dil16
+T12,38
+PKG_JUMPER24PKG_CONNECTOR(`$1', `$2', `$3', 24, 1)
+T14,39
+PKG_HEADER26_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 13)
+T8,74
+PKG_0201PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  40,   40,  60, 130,  80,   0,   0)
+T40,18
+Description_generic_capacitor_radial_400`capacitor_radial'
+T23,64
+Description_geda_RCY350`Bottom lead non-polar circular component (typically capacitor)'
+T26,38
+Description_geda_CAPC3216L`Standard SMT resistor, capacitor etc'
+T20,2
+Param1_generic20_zip20
+T12,38
+PKG_JUMPER25PKG_CONNECTOR(`$1', `$2', `$3', 25, 1)
+T14,38
+PKG_HEADER26_2PKG_CONNECTOR(`$1', `$2', `$3', 13, 2)
+T29,31
+Description_geda_DIN41651_20S`Header connector with latches'
+T26,38
+Description_geda_CAPC3216M`Standard SMT resistor, capacitor etc'
+T14,3
+Param2_z80_dil600
+T20,2
+Param1_oscillator_1010
+T20,2
+Param1_generic40_dil40
+T13,62
+PKG_SOJ40_450COMMON_SMT_DIL_MIL(`$1',`$2',`$3',40,23622,86614,50000,346457)
+T13,74
+PKG_RESC1005LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  55,   35,  90, 150,  80,   0,   0)
+T11,40
+PKG_RCY250PPKG_RADIAL_CAN(`$1', `$2', `$3', 500, 1)
+T12,38
+PKG_JUMPER26PKG_CONNECTOR(`$1', `$2', `$3', 26, 1)
+T25,39
+Description_geda_TQFN20_4`Square Quad Flat Nolead (QFN) package'
+T22,38
+Description_geda_SO20W`Small outline package, wide (300mil)'
+T26,38
+Description_geda_CAPC3216N`Standard SMT resistor, capacitor etc'
+T19,2
+Param1_MC68008_plcc52
+T13,74
+PKG_RESC1005MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  75,   55, 110, 200, 120,   0,   0)
+T9,25
+PKG_OSC14PKG_OSC(`$1', `$2', `$3')
+T25,39
+Description_geda_TQFN20_5`Square Quad Flat Nolead (QFN) package'
+T16,3
+Param2_74320_dil300
+T20,2
+Param1_oscillator_1212
+T19,2
+Param1_PIC16C55_dil28
+T17,2
+Param1_DS1225_dil28
+T9,37
+PKG_TO220PKG_TO220LAY(       `$1', `$2', `$3')
+T13,74
+PKG_RESC1005NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  65,   45, 100, 170, 100,   0,   0)
+T6,40
+PKG_DWCOMMON_D_DW(`$1', `$2', `$3', `$4', 419)
+T25,9
+Description_generic20_zif`generic'
+T27,39
+Description_geda_QFN20_5_EP`Square Quad Flat Nolead (QFN) package'
+T32,24
+Description_DIN41_612_ac64femaleDIN41.612 row a+c female
+T11,43
+PKG_QFN48_7PKG_QFN_50S(`$1',`$2',`$3', `48', `7', `0')
+T14,39
+PKG_HEADER30_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 15)
+T22,38
+Description_geda_SO24W`Small outline package, wide (300mil)'
+T24,5
+Description_MC68681_plccDUART
+T21,33
+Description_7451S_dil`2 AND-OR inverters (2x2 inputs)'
+T21,40
+Description_74423_dil`retriggerable monostable multivibrator'
+T13,62
+PKG_SOJ24_400COMMON_SMT_DIL_MIL(`$1',`$2',`$3',24,23622,86614,50000,291339)
+T14,38
+PKG_HEADER30_2PKG_CONNECTOR(`$1', `$2', `$3', 15, 2)
+T28,39
+Description_geda_TQFN32_7_EP`Square Quad Flat Nolead (QFN) package'
+T26,42
+Description_geda_SOJ14_350`Small outline J-leaded package (350 mil)'
+T21,62
+Description_74652_dil`8 bus tranceiver/register 3-state A-output, 3-state B-output'
+T21,26
+Description_74245_dil`8 bus tranceiver 3-state'
+T17,105
+PinList_74521_dil`/OEN',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`/P=Q',`Vcc'
+T17,76
+PinList_74151_dil`D3',`D2',`D1',`D0',`Y',`W',`/G',`Gnd',`C',`B',`A',`D7',`D6',`D5',`D4',`Vcc'
+T17,82
+PinList_74114_dil`/Clr',`1K',`1J',`/1Pre',`1Q',`/1Q',`Gnd',`/2Q',`2Q',`/2Pre',`2J',`2K',`Clk',`Vcc'
+T16,3
+Param2_74193_dil300
+T16,3
+Param2_74156_dil300
+T21,55
+PKG_JOHNSTECH_QFN24_4PKG_JOHNSTECH_QFN_50S(`$1',`$2',`$3', `24', `4', `210')
+T21,40
+Description_geda_SO8M`Small outline package, medium (200mil)'
+T17,35
+Description_LM337-1.2 to -37V 1.5A voltage regulator
+T16,3
+Param2_74385_dil300
+T16,3
+Param2_74348_dil300
+T15,3
+Param2_7423_dil300
+T20,2
+Param1_oscillator_1616
+T16,2
+Param1_74630_dil28
+T16,2
+Param1_74260_dil14
+T13,62
+PKG_SOJ38_400COMMON_SMT_DIL_MIL(`$1',`$2',`$3',38,23622,86614,50000,291339)
+T19,26
+Description_uA7805C+5V 1.5A voltage regulator
+T25,16
+Description_geda_TO220ACS`diode in TO220'
+T26,42
+Description_geda_SOJ28_350`Small outline J-leaded package (350 mil)'
+T22,39
+Description_geda_SO28W`Small outline package, wider (325mil)'
+T18,8
+Description_BUK453N-MOSFET
+T21,35
+Description_74629_dil`2 controlled oscillator w. enable'
+T21,26
+Description_74259_dil`8bit addressable latches'
+T17,85
+PinList_74165_dil`SH-/LD',`Clk',`E',`F',`G',`H',`/Qh',`Gnd',`Qh',`SER',`A',`B',`C',`D',`Clk_Inh',`Vcc'
+T17,71
+PinList_74128_dil`1Y',`1A',`1B',`2Y',`2A',`2B',`Gnd',`3A',`3B',`3Y',`4A',`4B',`4Y',`Vcc'
+T6,308
+PKG_TP
+	define(`DRILL', `$4')
+	define(`SILK',  `eval($5/2)')
+	define(`PADDIA', `eval(DRILL + 20)')
+	define(`SILKW', `10')
+Element(0x00 "$1" "`$2'" "$3" -20 eval(-SILK - 60) 0 100 0x00)
+(
+	Pin( 0 0 PADDIA DRILL "1" "1" 0x0)
+	ElementArc(0 0 SILK SILK 0 360 SILKW)
+	
+	# Mark at the common centroid
+        Mark(0 0)
+)
+T10,34
+PKG_DIP14MPKG_N(`$1', `$2', `$3',  14,  400)
+T27,39
+Description_geda_QFN16_3_EP`Square Quad Flat Nolead (QFN) package'
+T13,11
+PinList_BC546`E',`B',`C'
+T15,3
+Param2_7474_dil300
+T16,3
+Param2_74399_dil300
+T15,3
+Param2_7437_dil300
+T16,2
+Param1_74681_dil20
+T16,2
+Param1_74644_dil20
+T16,2
+Param1_74607_dil28
+T20,49
+PKG_PCI5V_MIN_HEIGHTPKG_PCIPINARRAY(`$1', `$2', `$3', 1420,49,100,11)
+T11,58
+PKG_HC49U_3PKG_CRYSTAL_V(`$1', `$2', `$3',  96, 435, 183,  60, 32, 3)
+T13,11
+PinList_BC547`E',`B',`C'
+T20,2
+Param1_AT90S4434_dil28
+T16,2
+Param1_74466_dil20
+T9,71
+PKG_TO264GENERIC_PL_POWER(`$1', `$2', `$3',  3, 219, 800, 210, 130,100, 60,   0)
+T3,74
+PADPad($1 $2 $3 $4 $5 ifdef(`P_$6', "P_$6", "$6") ifelse($6, 1, 0x00, 0x100))
+T28,39
+Description_geda_TQFN28_5_EP`Square Quad Flat Nolead (QFN) package'
+T26,37
+Description_geda_HEADER8_1`Header connector, DIP pin numbering'
+T23,62
+Description_geda_ACY900`Axial non-polar component (typically resistor or capacitor),'
+T33,26
+Description_DIN41_612_abc96femaleDIN41.612 row a+b+c female
+T13,11
+PinList_BC548`E',`B',`C'
+T12,42
+PKG_LQFP64_7PKG_LQFP_40(`$1',`$2',`$3', `64', `7',`0')
+T13,74
+PKG_INDC1608LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  90,   65, 120, 200, 120,   0,   0)
+T10,34
+PKG_DIP18MPKG_N(`$1', `$2', `$3',  18,  400)
+T29,7
+Description_generic_diode_800`diode'
+T26,42
+Description_geda_HEADER8_2`Header connector, ribbon cable numbering'
+T25,46
+Description_geda_ACY1600P`Axial polar component (typically capacitor),'
+T16,3
+Param2_TL072_dil300
+T10,38
+PKG_RCY800PKG_RADIAL_CAN(`$1', `$2', `$3', 1600)
+T13,74
+PKG_INDC1608MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 110,   85, 140, 270, 150,   0,   0)
+T22,45
+Description_geda_SSOP8`Shrink small outline package, .65mm, narrow'
+T28,31
+Description_geda_DIN41651_20`Header connector with latches'
+T29,26
+Description_DIN41_651_18standDIN41.651 standing 18 pins
+T16,16
+PinList_uA79L12C`Out',`In',`Com'
+T20,2
+Param1_generic80_qfp80
+T13,62
+PKG_SOJ42_350COMMON_SMT_DIL_MIL(`$1',`$2',`$3',42,23622,86614,50000,244094)
+T13,74
+PKG_INDC1608NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 100,   75, 130, 230, 130,   0,   0)
+T12,12
+GETNUMARRAYSeval(($#)/2)
+T25,9
+Description_generic20_zip`generic'
+T15,22
+PinList_uA7885C`In',`Com',`Out',`Com'
+T17,52
+PinList_TL081_dil`OfsN1',`In-',`In+',`Vcc-',`OfsN2',`Out',`Vcc+',`NC'
+T25,12
+Description_oscillator_10`oscillator'
+T25,9
+Description_generic40_dil`generic'
+T27,28
+Description_geda_TQFP304_40`Square Quad-side flat pack'
+T27,28
+Description_geda_TQFP120_28`Square Quad-side flat pack'
+T25,60
+Description_geda_RCY1000P`Bottom lead polar circular component (typically capacitor)'
+T20,47
+PKG_PANASONIC_EXBV4VCOMMON_SMT_DIL_MM(`$1',`$2',`$3',4,43,70,80,80)
+T28,31
+Description_geda_DIN41651_60`Header connector with latches'
+T17,1374
+PKG_DIN41_612MALEdefine(`XPOS', `eval(300 + 100 * i)')
+	define(`MINY', 300)
+Element(0x00 "$1" "`$2'" "$3" 520 550 0 200 0x00)
+(
+	# Reihe a
+	ifelse(index(`$4', `a'), `-1', ,
+		forloop(`i', 1, 32, `PIN(eval(3600 - 100 *i), 300, 60, 30, i)
+	'))
+
+	# Reihe b
+	ifelse(index(`$4', `b'), `-1', , `define(`MINY', 200)'
+		forloop(`i', 1, 32, `PIN(eval(3600 - 100 *i), 200, 60, 30, eval(32 + i))
+	'))
+
+	# Reihe c
+	ifelse(index(`$4', `c'), `-1', , `define(`MINY', 100)'
+		forloop(`i', 1, 32, `PIN(eval(3600 - 100 *i), 100, 60, 30, eval(64 + i))
+	'))
+    # Rueckseite Kontaktstifte
+	forloop(`i', 1, 32, `ElementLine(XPOS MINY XPOS 375 40)
+	')
+
+	# Befestigungsbohrung
+	Pin( 200 400 120 80 "M1" 0x01)
+	Pin(3700 400 120 80 "M2" 0x01)
+
+	# Begrenzung M1
+	ElementLine( 100  300  320  300 20)
+	ElementLine( 320  300  320  395 20)
+	ElementLine( 320  395  320  620 10)
+	ElementLine( 320  620  200  620 10)
+	ElementLine( 200  620  100  620 20)
+	ElementLine( 100  620  100  300 20)
+
+	# Begrenzung M2
+	ElementLine(3580  300 3800  300 20)
+	ElementLine(3800  300 3800  620 20)
+	ElementLine(3800  620 3700  620 20)
+	ElementLine(3700  620 3580  620 10)
+	ElementLine(3580  620 3580  395 10)
+	ElementLine(3580  395 3580  300 20)
+
+	# Kante Pins
+	ElementLine( 320  395 3580  395 20)
+
+	# Kanten Stifte
+	ElementLine( 200 620  200 800 20)
+	ElementLine( 200 800 3700 800 20)
+	ElementLine(3700 800 3700 620 20)
+
+	Mark(3500 300)
+)
+T25,12
+Description_oscillator_12`oscillator'
+T21,38
+Description_geda_SO8W`Small outline package, wide (300mil)'
+T24,3
+Param1_generic_diode_400400
+T13,62
+PKG_SOJ26_300COMMON_SMT_DIL_MIL(`$1',`$2',`$3',26,23622,86614,50000,196850)
+T21,35
+Description_74540_dil`8 inverting buffer/driver 3-state'
+T21,26
+Description_74170_dil`4-by-4 register files OC'
+T21,15
+Description_74133_dil`13 input NAND'
+T16,71
+PinList_7412_dil`A1',`B1',`A2',`B2',`C2',`Y2',`Gnd',`Y3',`A3',`B3',`C3',`Y1',`C1',`Vcc'
+T26,3
+Param2_smd_EIA_D_capacitor100
+T20,47
+PKG_PANASONIC_EXBV8VCOMMON_SMT_DIL_MM(`$1',`$2',`$3',8,43,70,80,80)
+T16,44
+PKG_DIN41612C96FPKG_DIN41_612FEMALE(`$1', `$2', `$3', `abc')
+T28,31
+Description_geda_DIN41651_26`Header connector with latches'
+T21,372
+PinList_AT90S8535_dil`PB0/T0',`PB1/T1',`PB2/AIN0',`PB3/AIN1',`PB4//SS',`PB5/MOSI',`PB6/MISO',`PB7/SCK',`/Reset',`Vcc',`Gnd',`XTAL2',`XTAL1',`PD0/RxD',`PD1/TxD',`PD2/INT0', `PD3/INT1',`PD4/OC1B',`PD5/OC1A',`PD6/ICP',`PD7/OC2',`PC0',`PC1',`PC2',`PC3',`PC4',`PC5',`PC6/TOSC1',`PC7/TOSC2',`AVcc',`AGnd',`AREF',`PA7/ADC7',`PA6/ADC6',`PA5/ADC5',`PA4/ADC4',`PA3/ADC3',`PA2/ADC2',`PA1/ADC1',`PA0/ADC0'
+T16,3
+Param2_74606_dil300
+T16,3
+Param2_74273_dil300
+T35,3
+Param1_generic_capacitor_radial_200200
+T20,2
+Param1_generic16_zif16
+T16,2
+Param1_74111_dil16
+T15,2
+Param1_6801_dil40
+T15,44
+PKG_TQFN32_7_EPPKG_QFN_65(`$1',`$2',`$3', `32', `7', `470')
+T26,28
+Description_geda_QFP160_28`Square Quad-side flat pack'
+T28,31
+Description_geda_DIN41651_64`Header connector with latches'
+T21,43
+Description_74591_dil`8bit binary counter w. output register OC'
+T20,12
+Description_7430_dil`octal-NAND'
+T21,17
+Description_74147_dil`10-to-4 encoder'
+T17,71
+PinList_7451S_dil`1A',`2A',`2B',`2C',`2D',`2Y',`Gnd',`1Y',`1C',`1D',`NC',`NC',`1B',`Vcc'
+T17,111
+PinList_74423_dil`1A',`1B',`/1Clr',`/1Q',`2Q',`2Cext',`2Rext-Cext',`Gnd',`2A',`2B',`/2Clr',`/2Q',`1Q',`1Cext',`1Rext-Cext',`Vcc'
+T16,71
+PinList_7426_dil`1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`4Y',`4A',`4B',`Vcc'
+T16,3
+Param2_74465_dil300
+T10,36
+PKG_ACY200PKG_AXIAL_LAY(`$1', `$2', `$3', 200)
+T20,26
+Description_uA79M06C-6V 0.5A voltage regulator
+T25,12
+Description_oscillator_16`oscillator'
+T21,9
+Description_74376_dil`4 JK FF'
+T17,127
+PinList_74652_dil`CAB',`SAB',`GAB',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/GBA',`SA',`CBA',`Vcc'
+T17,102
+PinList_74245_dil`Dir',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/G',`Vcc'
+T16,2
+Param1_74162_dil16
+T16,2
+Param1_74125_dil14
+T24,16
+Description_geda_TO247_2`diode in TO220'
+T21,21
+Description_74198_dil`8bit shift register'
+T20,14
+Description_7407_dil`6 buffers OC'
+T16,2
+Param1_74354_dil20
+T15,2
+Param1_7402_dil14
+T11,38
+PKG_RCY1100PKG_RADIAL_CAN(`$1', `$2', `$3', 2200)
+T10,35
+PKG_PLCC52PKG_PLCC(`$1', `$2', `$3', 52, 150)
+T27,24
+Description_DIN41_651_40layDIN41.651 laying 40 pins
+F5,5
+shiftshift
+T17,109
+PinList_74629_dil`2FC',`1FC',`1RNG',`1CX1',`1CX2',`/1EN',`1Y',`Osc-Gnd',`Gnd',`2Y',`/2EN',`2CX1',`2CX2',`2RNG',`Osc-Vcc',`Vcc'
+T17,82
+PinList_74259_dil`S0',`S1',`S2',`Q0',`Q1',`Q2',`Q3',`Gnd',`Q4',`Q5',`Q6',`Q7',`D',`/G',`/Clr',`Vcc'
+T18,1
+Param1_connector105
+T16,2
+Param1_74176_dil14
+T16,2
+Param1_74139_dil16
+T14,39
+PKG_HEADER54_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 27)
+T12,40
+PKG_ACY1200PPKG_AXIAL_LAY(`$1', `$2', `$3', 1200, 1)
+T25,39
+Description_geda_TQFN44_7`Square Quad Flat Nolead (QFN) package'
+T25,33
+Description_AT90S4434_dilAVR Enhanced RISC microcontroller
+T20,37
+Description_7495_dil`4bit parallel-access shift register'
+T18,153
+PinList_DS1230_dil`A14', `A12', `A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/Ce',`A10',`/Oe',`A11',`A9',`A8',`A13', `/We', `Vcc'
+T19,2
+Param1_WD33C93A_dil40
+T15,2
+Param1_7490_dil14
+T15,2
+Param1_7453_dil14
+T16,2
+Param1_74368_dil16
+T15,2
+Param1_7416_dil14
+T15,44
+PKG_TQFN28_5_EPPKG_QFN_50(`$1',`$2',`$3', `28', `5', `325')
+T14,44
+PKG_QFN16_4_EPPKG_QFN_65(`$1',`$2',`$3', `16', `4', `210')
+T22,55
+PKG_JOHNSTECH_QFN68_10PKG_JOHNSTECH_QFN_50(`$1',`$2',`$3', `68', `10', `770')
+T8,2736
+PKG_ISA8Element(0x00 "$1" "`$2'" "$3" 4000 0 0 100 0x00)
+(
+    # Pins, entspr. Anschl. auf Loetseite (b31..b1)
+	Pin( 200 3850 60 35 "Gnd (b31)" 0x01)
+	Pin( 300 3850 60 35 "Osc" 0x01)
+	Pin( 400 3850 60 35 "+5V" 0x01)
+	Pin( 500 3850 60 35 "BALE" 0x01)
+	Pin( 600 3850 60 35 "TC" 0x01)
+	Pin( 700 3850 60 35 "/DAck2" 0x01)
+	Pin( 800 3850 60 35 "IRq3" 0x01)
+	Pin( 900 3850 60 35 "IRq4" 0x01)
+	Pin(1000 3850 60 35 "IRq5" 0x01)
+	Pin(1100 3850 60 35 "IRq6" 0x01)
+	Pin(1200 3850 60 35 "IRq7" 0x01)
+	Pin(1300 3850 60 35 "Clock" 0x01)
+	Pin(1400 3850 60 35 "/Ref" 0x01)
+	Pin(1500 3850 60 35 "DRq1" 0x01)
+	Pin(1600 3850 60 35 "/DAck1" 0x01)
+	Pin(1700 3850 60 35 "DRq3" 0x01)
+	Pin(1800 3850 60 35 "/DAck3" 0x01)
+	Pin(1900 3850 60 35 "/IOR" 0x01)
+	Pin(2000 3850 60 35 "/IOW" 0x01)
+	Pin(2100 3850 60 35 "/SMEMR" 0x01)
+	Pin(2200 3850 60 35 "/SMEMW" 0x01)
+	Pin(2300 3850 60 35 "Gnd" 0x01)
+	Pin(2400 3850 60 35 "+12V" 0x01)
+	Pin(2500 3850 60 35 "/0WS" 0x01)
+	Pin(2600 3850 60 35 "-12V" 0x01)
+	Pin(2700 3850 60 35 "DRq2" 0x01)
+	Pin(2800 3850 60 35 "-5V" 0x01)
+	Pin(2900 3850 60 35 "IEQ2" 0x01)
+	Pin(3000 3850 60 35 "+5V" 0x01)
+	Pin(3100 3850 60 35 "ResDrv" 0x01)
+	Pin(3200 3850 60 35 "Gnd (b1)" 0x01)
+
+      # Pins, entspr. Anschl. auf Bestueckseite
+	Pin( 200 3950 60 35 "SA0 (a31)" 0x01)
+	Pin( 300 3950 60 35 "SA1" 0x01)
+	Pin( 400 3950 60 35 "SA2" 0x01)
+	Pin( 500 3950 60 35 "SA3" 0x01)
+	Pin( 600 3950 60 35 "SA4" 0x01)
+	Pin( 700 3950 60 35 "SA5" 0x01)
+	Pin( 800 3950 60 35 "SA6" 0x01)
+	Pin( 900 3950 60 35 "SA7" 0x01)
+	Pin(1000 3950 60 35 "SA8" 0x01)
+	Pin(1100 3950 60 35 "SA9" 0x01)
+	Pin(1200 3950 60 35 "SA10" 0x01)
+	Pin(1300 3950 60 35 "SA11" 0x01)
+	Pin(1400 3950 60 35 "SA12" 0x01)
+	Pin(1500 3950 60 35 "SA13" 0x01)
+	Pin(1600 3950 60 35 "SA14" 0x01)
+	Pin(1700 3950 60 35 "SA15" 0x01)
+	Pin(1800 3950 60 35 "SA16" 0x01)
+	Pin(1900 3950 60 35 "SA17" 0x01)
+	Pin(2000 3950 60 35 "SA18" 0x01)
+	Pin(2100 3950 60 35 "SA19" 0x01)
+	Pin(2200 3950 60 35 "AEN" 0x01)
+	Pin(2300 3950 60 35 "IOChRdy" 0x01)
+	Pin(2400 3950 60 35 "SD0" 0x01)
+	Pin(2500 3950 60 35 "SD1" 0x01)
+	Pin(2600 3950 60 35 "SD2" 0x01)
+	Pin(2700 3950 60 35 "SD3" 0x01)
+	Pin(2800 3950 60 35 "SD4" 0x01)
+	Pin(2900 3950 60 35 "SD5" 0x01)
+	Pin(3000 3950 60 35 "SD6" 0x01)
+	Pin(3100 3950 60 35 "SD7" 0x01)
+	Pin(3200 3950 60 35 "/IOChCk (a1)" 0x01)
+
+      # Umrahmung
+	ElementLine(   0  100  100  100 2)
+	ElementLine( 100    0  100  100 2)
+	ElementLine( 100  100 4250  100 5)
+	ElementLine(4250  100 4250 3810 5)
+	ElementLine(4250 3810 3620 3810 5)
+	ElementLine(3620 3810 3620 3510 5)
+	ElementLine(3620 3510 3300 3510 5)
+	ElementLine(3300 3510 3300 3810 5)
+	ElementLine(3300 3810  100 3810 5)
+	ElementLine( 100 3810  100 3510 5)
+	ElementLine( 100 3510    0 3510 2)
+
+      # Markierung == Pin B1
+	Mark(3200 3850)
+)
+T14,38
+PKG_HEADER54_2PKG_CONNECTOR(`$1', `$2', `$3', 27, 2)
+T18,1
+Param1_connector124
+T16,2
+Param1_74597_dil16
+T11,41
+PKG_RCY900PPKG_RADIAL_CAN(`$1', `$2', `$3', 1800, 1)
+T16,44
+PKG_DIN41612C96MPKG_DIN41_612MALE(  `$1', `$2', `$3', `abc')
+T21,22
+Description_sot_nec19`NEC SOT-NE19 package'
+T29,26
+Description_DIN41_651_26standDIN41.651 standing 26 pins
+T18,2
+Param1_connector5025
+T20,47
+PKG_PANASONIC_EXB14VCOMMON_SMT_DIL_MM(`$1',`$2',`$3',4,30,30,50,30)
+T15,40
+PKG_DIN41651_20PKG_DIN41_651LAY(  `$1', `$2', `$3', 20)
+T3,71
+PINPin($1 $2 $3 $4 ifdef(`P_$5', "P_$5", "$5") ifelse($5, 1, 0x101, 0x01))
+T25,9
+Description_generic80_qfp`generic'
+T22,16
+Description_geda_TO247`diode in TO220'
+T18,1
+Param1_connector147
+T23,43
+PKG_AMP_MICTOR_767054_1COMMON_AMP_MICTOR_767054(`$1',`$2',`$3',38)
+T26,38
+Description_geda_RESC2012L`Standard SMT resistor, capacitor etc'
+T24,67
+COMMON_AMP_MICTOR_767054COMMON_AMP_MICTOR_MIL(`$1',`$2',`$3',`$4',17000,50000,25000,278000)
+T20,2
+Param1_smd_diode_80580
+T18,1
+Param1_connector155
+T17,2
+Param1_DS1230_dil28
+T13,62
+PKG_SOJ22_450COMMON_SMT_DIL_MIL(`$1',`$2',`$3',22,23622,86614,50000,346457)
+T21,55
+PKG_JOHNSTECH_QFN48_7PKG_JOHNSTECH_QFN_50S(`$1',`$2',`$3', `48', `7', `560')
+T13,465
+PKG_CONNECTORdefine(`MAXY', `eval(`$4' * 100)')
+	define(`MAXX', `eval(`$5' * 100)')
+Element(0x00 "$1" "`$2'" "$3" eval(MAXX + 60) 0 3 100 0x00)
+(
+	forloop(`row', 1, $4, `forloop(`col', 1, $5,
+		`PIN(eval(col * 100 -50), eval(row * 100 -50), 60, 38, eval((row-1)*$5+col))
+	') ')
+	ElementLine(0 0 0 MAXY 10)
+	ElementLine(0 MAXY MAXX MAXY 10)
+	ElementLine(MAXX MAXY MAXX 0 10)
+	ElementLine(MAXX 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
+T23,43
+PKG_AMP_MICTOR_767054_2COMMON_AMP_MICTOR_767054(`$1',`$2',`$3',76)
+T26,38
+Description_geda_RESC2012M`Standard SMT resistor, capacitor etc'
+T20,20
+Description_SUBD_15FSUB-D female 15 pins
+T14,23
+PinList_TL431C`Cathode',`Anode',`Ref'
+T29,150
+PinList_DIN41_612_abc96femaleforloop(`i', 1, 32, `define(`P_'i, `a'i)')
+	forloop(`i', 1, 32, `define(`P_'eval(i +32), `b'i)')
+	forloop(`i', 1, 32, `define(`P_'eval(i +64), `c'i)')
+T20,3
+Param2_generic24_dil300
+T19,3
+Param2_MC68008_plcc150
+T18,1
+Param1_connector168
+T18,2
+Param1_GAL16V8_dil20
+T15,40
+PKG_DIN41651_60PKG_DIN41_651LAY(  `$1', `$2', `$3', 60)
+T23,44
+PKG_AMP_MICTOR_767054_3COMMON_AMP_MICTOR_767054(`$1',`$2',`$3',114)
+T26,38
+Description_geda_RESC2012N`Standard SMT resistor, capacitor etc'
+T24,60
+Description_geda_RCY600P`Bottom lead polar circular component (typically capacitor)'
+T19,3
+Param2_PIC16C55_dil600
+T19,2
+Param1_PIC16C74_dil40
+T13,62
+PKG_SOJ36_450COMMON_SMT_DIL_MIL(`$1',`$2',`$3',36,23622,86614,50000,346457)
+T11,40
+PKG_RCY200PPKG_RADIAL_CAN(`$1', `$2', `$3', 400, 1)
+T23,44
+PKG_AMP_MICTOR_767054_4COMMON_AMP_MICTOR_767054(`$1',`$2',`$3',152)
+T27,28
+Description_geda_TQFP240_32`Square Quad-side flat pack'
+T24,46
+Description_geda_ACY700P`Axial polar component (typically capacitor),'
+T21,37
+Description_74620_dil`8 inverting bus tranceivers 3-state'
+T7,63
+forlooppushdef(`$1', `$2')_forloop(`$1', `$2', `$3', `$4')popdef(`$1')
+T16,22
+PinList_uA78M12C`In',`Com',`Out',`Com'
+T16,3
+Param2_74161_dil300
+T16,3
+Param2_74124_dil300
+T18,1
+Param1_connector186
+T11,37
+PKG_TO220SWPKG_TO220STAND_WIDE(`$1', `$2', `$3')
+T11,42
+PKG_PLCC32XPKG_PLCC_SOCKET(`$1', `$2', `$3', 32, 150)
+T15,61
+PKG_CTS_746X_10COMMON_SMT_DIL_MIL(`$1',`$2',`$3',10,14000,32000,25000,28000)
+T23,44
+PKG_AMP_MICTOR_767054_5COMMON_AMP_MICTOR_767054(`$1',`$2',`$3',190)
+T10,37
+PKG_ALF600PKG_DIODE_LAY(`$1', `$2', `$3',  600)
+T11,39
+PKG_ACY300PPKG_AXIAL_LAY(`$1', `$2', `$3', 300, 1)
+T30,16
+Description_smd_capacitor_1206`chip_capacitor'
+T26,38
+Description_geda_INDC2012L`Standard SMT resistor, capacitor etc'
+T24,16
+Description_PIC16C54_dilmicro controller
+T21,41
+Description_74442_dil`4 tridirectional bus tranceiver 3-state'
+T16,3
+Param2_74390_dil300
+T16,3
+Param2_74353_dil300
+T14,42
+PKG_LQFP120_16PKG_LQFP_50(`$1',`$2',`$3',`120',`16',`0')
+T15,40
+PKG_DIN41651_26PKG_DIN41_651LAY(  `$1', `$2', `$3', 26)
+T23,44
+PKG_AMP_MICTOR_767054_6COMMON_AMP_MICTOR_767054(`$1',`$2',`$3',228)
+T25,9
+Description_generic16_zif`generic'
+T26,38
+Description_geda_INDC2012M`Standard SMT resistor, capacitor etc'
+T26,38
+Description_geda_CAPC1005L`Standard SMT resistor, capacitor etc'
+T21,61
+Description_74671_dil`4bit universal shift register/latch 3-state w. direct clear'
+T17,103
+PinList_74540_dil`/G1',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`Y8',`Y7',`Y6',`Y5',`Y4',`Y3',`Y2',`Y1',`/G2',`Vcc'
+T17,83
+PinList_74170_dil`D2',`D3',`D4',`Rb',`Ra',`Q4',`Q3',`Gnd',`Q2',`Q1',`/Gr',`/Gw',`Wb',`Wa',`D1',`Vcc'
+T17,67
+PinList_74133_dil`A',`B',`C',`D',`E',`F',`G',`Gnd',`Y',`H',`I',`J',`K',`L',`M',`Vcc'
+T16,3
+Param2_74175_dil300
+T16,3
+Param2_74138_dil300
+T22,2
+Param1_DIN41_651_26lay26
+T9,46
+PKG_DO214PKG_SMT_DIODE(       `$1', `$2', `$3', 77, 33)
+T15,40
+PKG_DIN41651_64PKG_DIN41_651LAY(  `$1', `$2', `$3', 64)
+T23,44
+PKG_AMP_MICTOR_767054_7COMMON_AMP_MICTOR_767054(`$1',`$2',`$3',266)
+T25,53
+Description_geda_TSSOP38N`Thin shrink small outline package, standard (4.4mm)'
+T26,38
+Description_geda_INDC2012N`Standard SMT resistor, capacitor etc'
+T26,38
+Description_geda_CAPC1005M`Standard SMT resistor, capacitor etc'
+F6,6
+sysvalsysval
+T15,3
+Param2_7442_dil300
+T16,3
+Param2_74367_dil300
+T15,3
+Param2_7405_dil300
+T16,2
+Param1_74242_dil14
+T26,42
+Description_geda_SOJ40_300`Small outline J-leaded package (300 mil)'
+T26,38
+Description_geda_CAPC1005N`Standard SMT resistor, capacitor etc'
+T19,19
+Description_SUBD_9FSUB-D female 9 pins
+T21,30
+Description_74685_dil`8bit magnitute comperator OC'
+T21,45
+Description_74648_dil`8 inverting bus tranceiver/register 3-state'
+T21,36
+Description_74278_dil`4bit cascadable priority registers'
+T17,92
+PinList_74591_dil`Qb',`Qc',`Qd',`Qe',`Qf',`Qg',`Qh',`Gnd',`/RCO',`/CClr',`CCK',`/CCKEn',`RCK',`/G',`Qa',`Vcc'
+T17,68
+PinList_74147_dil`4',`5',`6',`7',`8',`C',`B',`Gnd',`A',`9',`1',`2',`3',`D',`NC',`Vcc'
+T16,3
+Param2_74596_dil300
+T20,18
+Description_SUBD_15MSUB-D male 15 pins
+T17,88
+PinList_74376_dil`/Clr',`1J',`/1K',`1Q',`2Q',`/2K',`2J',`Gnd',`Clk',`3J',`/3K',`3Q',`4Q',`/4K',`4J',`Vcc'
+T15,3
+Param2_7493_dil300
+T15,3
+Param2_7419_dil300
+T16,2
+Param1_74626_dil16
+T16,2
+Param1_74293_dil14
+T21,56
+Description_74699_dil`4bit synchronous binary counter w. sync. clear 3-state'
+F8,8
+__line____line__
+T17,122
+PinList_74198_dil`S0',`SPSer',`A',`Qa',`B',`Qb',`C',`Qc',`D',`Qd',`Clk',`Gnd',`/Clr',`Qe',`E',`Qf',`F',`Qg',`G',`Qh',`H',`SLSer',`S1',`Vcc'
+T14,45
+PKG_QFN24_4_EPPKG_QFN_50S(`$1',`$2',`$3', `24', `4', `210')
+T11,69
+PKG_EMI1806COMMON_SMT_3PAD_MIL(  `$1', `$2', `$3', 39, 39, 177, 102, 59, 10, 10)
+T9,74
+PKG_01005PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  26,   25,  41,  81,  33,   0,   0)
+T19,17
+Description_sot_323`SOT-323 package'
+T26,39
+Description_geda_TQFN68_10`Square Quad Flat Nolead (QFN) package'
+T24,53
+Description_geda_TSSOP20`Thin shrink small outline package, standard (4.4mm)'
+T18,36
+Description_TL431CAdjustable precision shunt regulator
+T29,26
+Description_DIN41_651_34standDIN41.651 standing 34 pins
+T19,402
+PKG_TO126STAND_WIDEElement(0x00 "$1" "`$2'" "$3" 270 170 0 100 0x00)
+(
+	PIN(110, 100, 80, 52, 1)
+	PIN(200, 200, 80, 52, 2)
+	PIN(290, 100, 80, 52, 3)
+
+	# Gehaeuse
+	ElementLine(200 200 200 150 30)
+	ElementLine( 50  50 350  50 20)
+	ElementLine(350  50 350 150 20)
+	ElementLine(350 150  50 150 20)
+	ElementLine( 50 150  50  50 20) 
+
+	# Bohrung
+	ElementLine(150 50 150 150 10)
+	ElementLine(250 50 250 150 10)
+
+	Mark(100 100)
+)
+T12,41
+PKG_QFP52_10PKG_QFP_65(`$1',`$2',`$3', `52',`10',`0')
+T25,78
+PKG_NICHICON_WT_CAP_3_5p4PKG_NICHICON_WT_CAP(`$1', `$2', `$3',
+	`80', `170', `80', `350', `350', `590')
+T27,37
+Description_geda_HEADER28_1`Header connector, DIP pin numbering'
+T23,62
+Description_geda_ACY400`Axial non-polar component (typically resistor or capacitor),'
+T13,62
+PKG_SOJ24_350COMMON_SMT_DIL_MIL(`$1',`$2',`$3',24,23622,86614,50000,244094)
+T9,41
+PKG_DB15FPKG_SUBD_FEMALE_LAY(`$1', `$2', `$3', 15)
+T29,7
+Description_generic_diode_300`diode'
+T27,42
+Description_geda_HEADER28_2`Header connector, ribbon cable numbering'
+T10,37
+PKG_RCY300PKG_RADIAL_CAN(`$1', `$2', `$3', 600)
+T10,63
+PKG_QFN_65PKG_GENERIC_QFN(`$1',`$2',`$3',`$4',`$5', `65',`37',`60', `$6')
+T14,42
+PKG_LQFP144_20PKG_LQFP_50(`$1',`$2',`$3',`144',`20',`0')
+T20,27
+Description_uA79L12C-12V 0.1A voltage regulator
+T25,12
+Description_smd_diode_805`chip_diode'
+T19,17
+Description_SUBD_9MSUB-D male 9 pins
+T20,267
+PinList_MC68681_plcc`NC',`RS1',`IP3',`RS2',`IP1',`RS3',`RS4',`IP0',`R-/W',`/DTAck',`RxD1',`NC',`TxD1',`OP1',`OP3',`OP5',`OP7',`D1',`D3',`D5',`D7',`Gnd',`NC',`/Irq',`D6',`D4',`D2',`D0',`OP6',`OP4',`OP2',`OP0',`TxD0',`NC',`RxD0',`X1-Clk',`X2',`/Reset',`/CS',`IP2',`/IAck',`IP5',`IP4',`Vcc'
+T20,3
+Param2_AT90S2313_dil300
+T13,62
+PKG_SOJ38_350COMMON_SMT_DIL_MIL(`$1',`$2',`$3',38,23622,86614,50000,244094)
+T24,53
+Description_geda_TSSOP24`Thin shrink small outline package, standard (4.4mm)'
+T23,16
+Description_MC68332_qfpmicro controller
+T16,71
+PKG_TO220ACSTANDGENERIC_PL_POWER(`$1', `$2', `$3',  2, 200, 400, 180, 100, 80, 40,   0)
+T24,81
+PKG_NICHICON_WT_CAP_8_10PKG_NICHICON_WT_CAP(`$1', `$2', `$3',
+	`110', `310', `310', `850', `850', `1050')
+T8,67
+PKG_MPAKCOMMON_SMT_TRANSISTORX_MIL(`$1', `$2', `$3', 150, 437, 20, `12345')
+T11,562
+PKG_BNC_LAYdefine(`BASEX', 200)
+	define(`BASEY', -200)
+Element(0x00 "$1" "`$2'" "$3" BASEX eval(BASEY+200) 3 100 0x00)
+(
+	define(`X1', `eval(BASEX-260)')
+	define(`Y1', `eval(BASEY-90)')
+	define(`X2', `eval(BASEX+290)')
+	define(`Y2', `eval(BASEY+490)')
+	ElementLine(X1 Y1 X2 Y1 10)
+	ElementLine(X2 Y1 X2 Y2 10)
+	ElementLine(X2 Y2 X1 Y2 10)
+	ElementLine(X1 Y2 X1 Y1 10)
+	PIN(eval(BASEX-200), eval(BASEY+200), 60, 35, 1)
+	PIN(eval(BASEX-200), eval(BASEY+100), 60, 35, 2)
+	PIN(eval(BASEX),     eval(BASEY),     100, 81, m1)
+	PIN(eval(BASEX),     eval(BASEY+400), 100, 81, m2)
+)
+T39,50
+Description_johnstech_JOHNSTECH_QFN16_4`Johnstech QFN Socket, Series 1MM (724812-724839)'
+T17,3
+Param2_TLC272_dil300
+T16,3
+Param2_74241_dil300
+T15,3
+Param2_6551_dil600
+T27,3
+Param1_generic_smd_chip_805805
+T11,37
+PKG_TO126SWPKG_TO126STAND_WIDE(`$1', `$2', `$3')
+T19,27
+Description_uA7910C-10V 1.5A voltage regulator
+T39,50
+Description_johnstech_JOHNSTECH_QFN16_5`Johnstech QFN Socket, Series 1MM (724812-724839)'
+T27,37
+Description_geda_HEADER32_1`Header connector, DIP pin numbering'
+T21,46
+Description_74522_dil`8bit identity comperator OC w. input pull-up'
+F6,6
+m4wrapm4wrap
+T16,81
+PinList_7431_dil`1A',`1Y',`2A',`2Y',`3A',`3B',`3Y',`Gnd',`4Y',`4A',`4B',`5Y',`5A',`6Y',`6A',`Vcc'
+T15,2
+Param1_2114_dil18
+T24,49
+Description_geda_TSSOP64`Thin shrink small outline package, wide (6.1mm)'
+T27,42
+Description_geda_HEADER32_2`Header connector, ribbon cable numbering'
+T21,44
+Description_74381_dil`ALU function generator w. look-ahead carry'
+T17,104
+PinList_74620_dil`GAB',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/GBA',`Vcc'
+T16,3
+Param2_74625_dil300
+T16,3
+Param2_74292_dil300
+T14,2
+Param1_LED_3MM60
+T24,53
+Description_geda_TSSOP28`Thin shrink small outline package, standard (4.4mm)'
+T24,62
+Description_geda_ACY1500`Axial non-polar component (typically resistor or capacitor),'
+T21,36
+Description_74573_dil`8 D-type transparent latch 3-state'
+T21,35
+Description_74166_dil`parallel-load 8bit shift register'
+T20,18
+Description_7412_dil`3 triple-NAND OC'
+T16,67
+PinList_7445_dil`0',`1',`2',`3',`4',`5',`6',`Gnd',`7',`8',`9',`D',`C',`B',`A',`Vcc'
+T17,105
+PinList_74442_dil`/CS',`B1',`C1',`C2',`B2',`B3',`C3',`C4',`B4',`Gnd',`S0',`S1',`A4',`A3',`A2',`A1',`/GA',`/GB',`/GC',`Vcc'
+T16,71
+PinList_7408_dil`1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`4Y',`4A',`4B',`Vcc'
+T16,2
+Param1_74322_dil20
+T9,41
+PKG_DB15MPKG_SUBD_MALE_LAY(  `$1', `$2', `$3', 15)
+T11,37
+PKG_ACY1200PKG_AXIAL_LAY(`$1', `$2', `$3', 1200)
+T23,49
+Description_geda_TSSOP8`Thin shrink small outline package, narrow (3mm)'
+T21,40
+Description_74395_dil`4bit cascadable shift register 3-state'
+T15,21
+PinList_uA7912C`Com',`In',`Out',`In'
+T17,114
+PinList_74671_dil`Ser-R',`SRCK',`A',`B',`C',`D',`Ser-L',`/SRClr',`RCK',`Gnd',`R-/S',`/G',`S1',`S0',`Qd',`Qc',`Qb',`Qa',`CASC',`Vcc'
+T16,3
+Param2_74639_dil300
+T16,2
+Param1_74181_dil24
+T16,2
+Param1_74107_dil14
+T15,2
+Param1_2764_dil28
+T10,46
+PKG_SOD123PKG_SMT_DIODE(       `$1', `$2', `$3', 40, 15)
+T7,1358
+PKG_BGAdefine(`XBLOCK', `$4')
+	define(`YBLOCK', `$5')
+	define(`PITCH', `50')
+	define(`DIAMETER', `25')
+	define(`NUMPINS', `eval(4*(XBLOCK-4)*YBLOCK)')
+Element(0x00 "$1" "`$2'" "$3" 100 0 0 100 0x00)
+(
+	forloop(`i', 0, eval(XBLOCK-1),
+		`forloop(`j', 0, eval(YBLOCK-1),
+			`PAD(eval(i*PITCH), eval(j*PITCH), eval(i*PITCH), eval(j*PITCH), DIAMETER, 1)'
+			`PAD(eval((XBLOCK+YBLOCK-j-1)*PITCH), eval(i*PITCH), eval((XBLOCK+YBLOCK-j-1)*PITCH), eval(i*PITCH), DIAMETER, 1)'
+			`PAD(eval((XBLOCK+YBLOCK-i-1)*PITCH), eval((XBLOCK+YBLOCK-j-1)*PITCH), eval((XBLOCK+YBLOCK-i-1)*PITCH), eval((XBLOCK+YBLOCK-j-1)*PITCH), DIAMETER, 1)'
+			`PAD(eval(j*PITCH), eval((XBLOCK+YBLOCK-i-1)*PITCH), eval(j*PITCH), eval((XBLOCK+YBLOCK-i-1)*PITCH), DIAMETER, 1)'
+		)'
+	)
+	ElementLine(eval(-PITCH/2) eval(-1*PITCH) eval((XBLOCK+YBLOCK)*PITCH) eval(-1*PITCH) 10)
+	ElementLine(eval((XBLOCK+YBLOCK)*PITCH) eval(-1*PITCH) eval((XBLOCK+YBLOCK)*PITCH) eval((XBLOCK+YBLOCK)*PITCH) 10)
+	ElementLine(eval(-1*PITCH) eval((XBLOCK+YBLOCK)*PITCH) eval((XBLOCK+YBLOCK)*PITCH) eval((XBLOCK+YBLOCK)*PITCH) 10)
+	ElementLine(eval(-1*PITCH) eval(-PITCH/2) eval(-1*PITCH) eval((XBLOCK+YBLOCK)*PITCH) 10)
+	ElementLine(eval(-PITCH/2) eval(-PITCH) eval(-PITCH/2) eval(-PITCH/2) 10)
+	ElementLine(eval(-PITCH) eval(-PITCH/2) eval(-PITCH/2) eval(-PITCH/2) 10)
+	Mark(eval((YBLOCK+1)*PITCH) eval((YBLOCK+1)*PITCH))
+)
+T39,50
+Description_johnstech_JOHNSTECH_QFN20_4`Johnstech QFN Socket, Series 1MM (724812-724839)'
+T20,26
+Description_7426_dil`4 dual NAND high-voltage'
+T16,81
+PinList_7496_dil`Clk',`A',`B',`C',`Vcc',`D',`E',`Pre',`Ser',`Qe',`Qd',`Gnd',`Qc',`Qb',`Qa',`/Clr'
+T21,3
+Param1_smd_diode_1206120
+T16,2
+Param1_74373_dil20
+T15,2
+Param1_7421_dil14
+T29,7643
+PKG_GENERIC_JOHNSTECH7248_QFN
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	define(`LRPINS',  `eval($4 / 4)')
+	# number of pins on top/bottom sides
+        define(`TBPINS', `eval(`$4' / 2 - LRPINS)')
+	# pin pitch (1/1000 mil)
+	define(`PITCH',`eval(`$6'*100000/254)')
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	define(`LRYMAX', `eval((LRPINS-1)*PITCH/2)')
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	define(`TBXMAX', `eval((TBPINS-1)*PITCH/2)')
+	# total horizontal package width (1/1000 mil)
+	define(`LRWIDTHMM', `ifelse(0,`$5',`787',`eval($5)')')
+	define(`LRWIDTH', `ifelse(0,`$5',`787',`eval(`$5'*10000000/254)')')
+	# total vertical package width (1/1000 mil)
+	define(`TBWIDTHMM', `ifelse(0,`$5',`551',`eval($5)')')
+	define(`TBWIDTH',`ifelse(0,`$5',`551',`eval(`$5'*10000000/254)')')
+	# how much pads extend beyond the package edge (1/1000 mil) (the 75 is 0.75 mm)
+	define(`EXTOUT', eval(75*100000/254))
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	define(`EXTIN', eval(5*100000/254))
+	# pad length/width (1/1000 mil)
+	define(`PADLENGTH', `eval(`$8'*100000/254)')
+	define(`PADWIDTH', `eval(`$7'*100000/254)')
+	# pad width (mil/100)
+	define(`PADWIDTHMIL100', `eval(PADWIDTH/10)')
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	define(`LRXMAX',`eval((LRWIDTH/2 + EXTOUT - PADWIDTH/2)/10)')
+	define(`LRXMIN',`eval((LRWIDTH/2 -PADLENGTH - EXTIN + PADWIDTH/2)/10)')
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	define(`TBYMAX',`eval((TBWIDTH/2 + EXTOUT - PADWIDTH/2)/10)')
+	define(`TBYMIN',`eval((TBWIDTH/2 -PADLENGTH - EXTIN + PADWIDTH/2)/10)')
+
+	# pad size and drill size (mil/100) for the mounting holes
+	define(`MOUNTPAD', 7700)
+	define(`MOUNTDRILL', 2000)
+	# soldermask relief size for mounting holes (mil/100) 
+	define(`MOUNTMASK', `eval(MOUNTPAD + 1000)')
+
+	# silkscreen width (mils/100)
+	define(`SILKW', 1000)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	define(`SILKEXT', `eval(200*100000/254 + SILKW*10/2 + 5*1000)')
+	# upper right corner for silk screen (mil/100)
+	define(`SILKX', `eval((LRWIDTH/2 + SILKEXT )/10)')
+	define(`SILKY', `eval((TBWIDTH/2 + SILKEXT )/10)')
+	# refdes text size (mil/100)
+	define(`TEXTSIZE', 100)
+	# x,y coordinates for refdes label (mil/100)
+	define(`TEXTX', -SILKX)
+	define(`TEXTY', `eval(-SILKY - 1000 - TEXTSIZE/2)')
+	# square exposed paddle size (mil/100)
+	define(`EPSIZE', `eval(`$9'*10000/254)')
+
+	# location of mounting holes (mil/100)
+	define(`MOUNTX', `eval((LRWIDTH/2 + 39370)/10)')
+	define(`MOUNTY', `eval((TBWIDTH/2 + 39370)/10)')
+
+	# latch silkscreen width (mils/100)
+	define(`LSILKW', 100)
+	# points for latch silk on the left/right sides of the part (mil/100)
+	define(`LATCHLRYMIN', `eval((-TBWIDTH/2 - 25*100000/254 )/10)')
+	define(`LATCHLRYMAX', `eval(( TBWIDTH/2 + 25*100000/254 )/10)')
+	define(`LATCHLRXMIN', SILKX)
+	define(`LATCHLRXMAX', `eval(( LRWIDTH/2 + 400*100000/254 )/10)')
+	# points for latch silk on the top/bottom sides of the part (mil/100)
+	define(`LATCHTBXMIN', `eval((-LRWIDTH/2 - 25*100000/254 )/10)')
+	define(`LATCHTBXMAX', `eval(( LRWIDTH/2 + 25*100000/254 )/10)')
+	define(`LATCHTBYMIN', SILKY)
+	define(`LATCHTBYMAX', `eval(( TBWIDTH/2 + 400*100000/254 )/10)')
+
+	# points for silk showing where the exposed paddle contacts are (mil/100)
+	define(`CONTL', 100)
+	ifelse(1, eval(TBWIDTHMM>4), define(`CONTL', 200))
+	ifelse(1, eval(TBWIDTHMM>5), define(`CONTL', 300))
+
+	# spacing between rows of EP contacts in 1/100 mm.
+	define(`CONTS', 0)
+	ifelse(1, eval(TBWIDTHMM>5), define(`CONTS', `eval(TBWIDTHMM*100 - 430)'))
+
+	define(`EPY', `eval((CONTL*100000/254)/10)')
+	define(`EPXMIN', `eval(((CONTS/2 - 20/2)*100000/254)/10)')
+	define(`EPXMAX', `eval(((CONTS/2 + 20/2)*100000/254)/10)')
+
+	# soldermask opening (mil/100)
+	define(`MASKSIZE', `eval((400*100000/254 + TBWIDTH)/10)')
+
+
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "$1" "`$2'" "$3" 0 0 TEXTX TEXTY 0 TEXTSIZE 0x00000000]
+(
+
+# left row
+define(`CURPIN', 1)
+define(`idx',0)
+forloop(`i', 1, LRPINS,
+	`define(`Y', `eval((-LRYMAX + PITCH*idx)/10)')'
+	`Pad[-LRXMAX  Y  -LRXMIN  Y  PADWIDTHMIL100  0 0 "CURPIN" "CURPIN"  0x00000000]'
+	`define(`CURPIN', incr(CURPIN))'
+	`define(`idx',incr(idx))'
+)
+
+# bottom row
+define(`idx',0)
+forloop(`i', 1, TBPINS,
+	`define(`X', `eval((-TBXMAX + PITCH*idx)/10)')'
+	`Pad[X  TBYMAX  X  TBYMIN  PADWIDTHMIL100 0 0 "CURPIN" "CURPIN"  0x00000800]'
+	`define(`CURPIN', incr(CURPIN))'
+	`define(`idx',incr(idx))'
+)
+
+# right row
+define(`idx',0)
+forloop(`i', 1, LRPINS,
+	`define(`Y', `eval(( LRYMAX - PITCH*idx)/10)')'
+	`Pad[LRXMAX  Y  LRXMIN  Y  PADWIDTHMIL100  0 0 "CURPIN" "CURPIN"  0x00000000]'
+	`define(`CURPIN', incr(CURPIN))'
+	`define(`idx',incr(idx))'
+)
+
+# top row
+define(`idx',0)
+forloop(`i', 1, TBPINS,
+	`define(`X', `eval((TBXMAX - PITCH*idx)/10)')'
+	`Pad[X  -TBYMAX  X  -TBYMIN  PADWIDTHMIL100 0 0 "CURPIN" "CURPIN" 0x00000800]'
+	`define(`CURPIN', incr(CURPIN))'
+	`define(`idx',incr(idx))'
+)
+
+# Exposed paddle.  Note that this pad also sets the soldermask
+# relief for the entire part.
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+Pad[0 0 0 0 EPSIZE 0 MASKSIZE "CURPIN" "CURPIN" 0x00000100]
+define(`CURPIN', incr(CURPIN))
+# Mounting pins
+
+# Pin(x, y, thickness, clearance, mask, drilling hole, name,
+#     number, flags 
+Pin[ MOUNTX MOUNTY MOUNTPAD 1000 MOUNTMASK MOUNTDRILL "Mount1" "CURPIN" 0x0]
+define(`CURPIN', incr(CURPIN))
+Pin[ -MOUNTX MOUNTY MOUNTPAD 1000 MOUNTMASK MOUNTDRILL "Mount2" "CURPIN" 0x0]
+define(`CURPIN', incr(CURPIN))
+Pin[ -MOUNTX -MOUNTY MOUNTPAD 1000 MOUNTMASK MOUNTDRILL "Mount3" "CURPIN" 0x0]
+define(`CURPIN', incr(CURPIN))
+Pin[ MOUNTX -MOUNTY MOUNTPAD 1000 MOUNTMASK MOUNTDRILL "Mount4" "CURPIN" 0x0]
+
+# Silk screen around package
+ElementLine[ SILKX  SILKY  SILKX -SILKY SILKW]
+ElementLine[ SILKX -SILKY -SILKX -SILKY SILKW]
+ElementLine[-SILKX -SILKY -SILKX  SILKY SILKW]
+ElementLine[-SILKX  SILKY  SILKX  SILKY SILKW]
+
+# Pin 1 indicator
+ElementLine[-SILKX -SILKY eval(-SILKX - 1500) eval(-SILKY - 1500) SILKW]
+
+# Silk showing latch area
+
+# top
+ElementLine[ LATCHTBXMIN -LATCHTBYMIN LATCHTBXMIN -LATCHTBYMAX LSILKW ]
+ElementLine[ LATCHTBXMIN -LATCHTBYMAX LATCHTBXMAX -LATCHTBYMAX LSILKW ]
+ElementLine[ LATCHTBXMAX -LATCHTBYMIN LATCHTBXMAX -LATCHTBYMAX LSILKW ]
+
+# bottom
+ElementLine[ LATCHTBXMIN LATCHTBYMIN LATCHTBXMIN LATCHTBYMAX LSILKW ]
+ElementLine[ LATCHTBXMIN LATCHTBYMAX LATCHTBXMAX LATCHTBYMAX LSILKW ]
+ElementLine[ LATCHTBXMAX LATCHTBYMIN LATCHTBXMAX LATCHTBYMAX LSILKW ]
+
+# left
+ElementLine[ -LATCHLRXMIN LATCHLRYMAX -LATCHLRXMAX LATCHLRYMAX LSILKW ]
+ElementLine[ -LATCHLRXMAX LATCHLRYMAX -LATCHLRXMAX LATCHLRYMIN LSILKW ]
+ElementLine[ -LATCHLRXMIN LATCHLRYMIN -LATCHLRXMAX LATCHLRYMIN LSILKW ]
+
+# right
+ElementLine[ LATCHLRXMIN LATCHLRYMAX LATCHLRXMAX LATCHLRYMAX LSILKW ]
+ElementLine[ LATCHLRXMAX LATCHLRYMAX LATCHLRXMAX LATCHLRYMIN LSILKW ]
+ElementLine[ LATCHLRXMIN LATCHLRYMIN LATCHLRXMAX LATCHLRYMIN LSILKW ]
+
+# Silk showing area for exposed paddle socket contacts
+ElementLine[ EPXMIN -EPY EPXMIN  EPY LSILKW ]
+ElementLine[ EPXMAX -EPY EPXMAX  EPY LSILKW ]
+ElementLine[ EPXMIN  EPY EPXMAX  EPY LSILKW ]
+ElementLine[ EPXMIN -EPY EPXMAX -EPY LSILKW ]
+
+# packages with width >= 6.0 mm have 2 rows of contacts
+ifelse(1, eval(TBWIDTHMM>5), 
+ElementLine[ -EPXMIN -EPY -EPXMIN  EPY LSILKW ]
+ElementLine[ -EPXMAX -EPY -EPXMAX  EPY LSILKW ]
+ElementLine[ -EPXMIN  EPY -EPXMAX  EPY LSILKW ]
+ElementLine[ -EPXMIN -EPY -EPXMAX -EPY LSILKW ]
+)
+
+)
+T39,50
+Description_johnstech_JOHNSTECH_QFN20_5`Johnstech QFN Socket, Series 1MM (724812-724839)'
+T26,42
+Description_geda_SOJ20_400`Small outline J-leaded package (400 mil)'
+T19,2008
+COMMON_SMT_3PAD_MIL
+	define(`PADW', `$4')
+	define(`PADL', `$5')
+	define(`PADS', `$6')
+	define(`PADW2',`$7')
+	define(`PADL2',`$8')
+	define(`SLKW', `$9')
+	define(`SLKL', `$10')
+
+	# silk screen width (mils)
+	define(`SILKW', `10')
+	
+	# silk screen bounding box
+	define(`XMIN', `eval( -PADS/2 - PADL/2 - SLKL - SILKW/2)')	
+	define(`XMAX', `eval(  PADS/2 + PADL/2 + SLKL + SILKW/2)')
+	define(`YMIN', `eval(-PADW2/2 - SLKW - SILKW/2)')	
+	define(`YMAX', `eval( PADW2/2 + SLKW + SILKW/2)')
+	define(`SKIP_SILK', `$11')
+
+		
+Element(0x00 "$1" "`$2'" "$3" eval(XMIN+20) eval(YMAX+20) 0 100 0x00)
+(
+	ifelse(0, eval(PADW>PADL),
+	# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(eval(-1*(   PADS + PADL - PADW)/2) 0 
+            eval((-1*PADS + PADL - PADW)/2) 0 eval(PADW) "1" 0x100)
+	Pad(eval(-1*(-1*PADS + PADL - PADW)/2) 0 
+            eval((   PADS + PADL - PADW)/2) 0 eval(PADW) "3" 0x100)
+        ,
+	# Pads which have the perpendicular pad dimension greater
+	# than or equal to the parallel pad dimension 
+ 	Pad(eval(-1*PADS/2) eval(-1*(PADW - PADL)/2) 
+            eval(-1*PADS/2)  eval((PADW - PADL)/2) eval(PADL) "1" 0x100)
+ 	Pad(eval(   PADS/2) eval(-1*(PADW - PADL)/2) 
+            eval(   PADS/2)  eval((PADW - PADL)/2) eval(PADL) "3" 0x100)
+	)
+
+	ifelse(0, eval(PADW2>PADL2),
+	# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(eval((-PADL2 + PADW2)/2) 0 
+            eval(( PADL2 - PADW2)/2) 0 PADW2 "2" 0x100)
+        ,
+	# Pads which have the perpendicular pad dimension greater
+	# than or equal to the parallel pad dimension 
+ 	Pad(0 eval((-PADW2 + PADL2)/2) 
+            0 eval(( PADW2 - PADL2)/2) PADL2 "2" 0x100)
+	)
+
+	# silk screen
+	# ends
+	ElementLine(XMIN YMIN XMIN YMAX SILKW)
+	ElementLine(XMAX YMAX XMAX YMIN SILKW)
+	# sides
+ifelse(SKIP_SILK,"no",
+	#skip side silk
+	,
+	ElementLine(XMIN YMIN XMAX YMIN SILKW)
+	ElementLine(XMAX YMAX XMIN YMAX SILKW)
+)
+	# Mark the common centroid of the part
+	Mark(0 0)
+)
+T17,105
+PinList_74685_dil`/P>Q',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`/P=Q',`Vcc'
+T17,126
+PinList_74648_dil`CAB',`SAB',`DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/G',`SBA',`CBA',`Vcc'
+T17,73
+PinList_74278_dil`Strb',`D3',`D4',`P0',`P1',`Y4',`Gnd',`Y3',`Y2',`Y1',`NC',`D1',`D2',`Vcc'
+T15,3
+Param2_4016_dil600
+T16,2
+Param1_74195_dil16
+T16,2
+Param1_74158_dil16
+T19,27
+Description_uA7918C-18V 1.5A voltage regulator
+T39,17
+Description_generic_capacitor_axial_400`capacitor_axial'
+T23,32
+Description_geda_ALF800`Axial diode (pin 1 is cathode)'
+T17,20
+Description_BC635bipolar-N transistor
+T19,3
+Param2_WD33C93A_dil600
+T17,3
+Param2_DS1225_dil600
+T15,2
+Param1_7472_dil14
+T11,72
+PKG_LQFP_40PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `40',`25', `5', `50',`0',`$6')
+T26,42
+Description_geda_SOJ34_400`Small outline J-leaded package (400 mil)'
+T22,37
+Description_TLC272_dilDual precision operational amplifiers
+T17,20
+Description_BC636bipolar-P transistor
+T17,115
+PinList_74699_dil`U-/D',`CCK',`A',`B',`C',`D',`/ENP',`/CClr',`RCK',`Gnd',`R-/C',`/G',`/Load',`/ENT',`Qd',`Qc',`Qb',`Qa',`/RCO',`Vcc'
+T19,2
+Param1_MOLEX_025_4040
+T12,42
+PKG_TQFN28_5PKG_QFN_50(`$1',`$2',`$3', `28', `5', `0')
+T10,72
+PKG_QFP_50PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `50',`28',`20', `80',`0',`$6')
+T13,41
+PKG_QFP304_40PKG_QFP_50(`$1',`$2',`$3',`304',`40',`0')
+T13,41
+PKG_QFP120_28PKG_QFP_80(`$1',`$2',`$3',`120',`28',`0')
+T14,39
+PKG_HEADER12_1PKG_CONNECTOR_DIL(`$1', `$2', `$3',  6)
+T25,15
+Description_isa_eight_bit`isa_eight_bit'
+T21,38
+Description_geda_LED3`LED, size in mm (pin 1 is +, 2 is -)'
+T21,38
+Description_TL082_dilDual JFET input operational amplifiers
+T15,2
+Param1_7486_dil14
+T15,2
+Param1_7449_dil14
+T14,41
+PKG_TQFP144_28PKG_QFP_65(`$1',`$2',`$3',`144',`28',`0')
+T14,38
+PKG_HEADER12_2PKG_CONNECTOR(`$1', `$2', `$3',  6, 2)
+T27,79
+PKG_NICHICON_WT_CAP_6p3_5p4PKG_NICHICON_WT_CAP(`$1', `$2', `$3',
+	`80', `260', `220', `680', `680', `590')
+T11,72
+PKG_LQFP_80PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `80',`40', `5', `50',`0',`$6')
+T21,38
+Description_geda_LED5`LED, size in mm (pin 1 is +, 2 is -)'
+T28,23
+Description_PCI5V_MIN_HEIGHTPCI 5V Array Min Height
+T24,28
+Description_MOLEX_025_50Molex .025 pitch 50 pin plug
+T19,2
+Param1_MOLEX_025_8080
+T10,36
+PKG_ACY150PKG_AXIAL_LAY(`$1', `$2', `$3', 150)
+T16,2
+Param1_TL074_dil14
+T22,2
+Param1_DIN41_651_10lay10
+T10,46
+PKG_SC70_3PKG_SMT_TRANSISTOR3( `$1', `$2', `$3', 13, 18)
+T42,56
+Description_nichicon_NICHICON_WT_CAP_3_5p4`Nichicon WT series SMT Aluminum Electrolytic Capacitor'
+T19,3
+Param2_PIC16C74_dil600
+T16,3
+Param2_74321_dil300
+T20,2
+Param1_generic18_dil18
+T12,43
+PKG_TQFN32_5PKG_QFN_50S(`$1',`$2',`$3', `32', `5', `0')
+T13,62
+PKG_SOJ18_450COMMON_SMT_DIL_MIL(`$1',`$2',`$3',18,23622,86614,50000,346457)
+T10,46
+PKG_SC70_4PKG_SMT_TRANSISTOR4( `$1', `$2', `$3', 13, 18)
+T13,42
+PKG_LQFP44_10PKG_LQFP_80(`$1',`$2',`$3', `44',`10',`0')
+T26,28
+Description_geda_QFP208_28`Square Quad-side flat pack'
+T24,28
+Description_MOLEX_025_90Molex .025 pitch 90 pin plug
+T16,3
+Param2_74180_dil300
+T16,3
+Param2_74143_dil300
+T15,3
+Param2_2716_dil600
+T10,46
+PKG_SC70_5PKG_SMT_TRANSISTOR5A(`$1', `$2', `$3', 13, 18)
+T27,79
+PKG_NICHICON_WT_CAP_6p3_5p8PKG_NICHICON_WT_CAP(`$1', `$2', `$3',
+	`80', `260', `220', `680', `680', `630')
+T22,13
+Description_DS1225_dil`NVSRAM 8Kx8'
+T27,24
+Description_DIN41_651_22layDIN41.651 laying 22 pins
+T18,1
+Param2_connector102
+T15,3
+Param2_7410_dil300
+T12,42
+PKG_TQFN32_7PKG_QFN_65(`$1',`$2',`$3', `32', `7', `0')
+T10,46
+PKG_SC70_6PKG_SMT_TRANSISTOR6( `$1', `$2', `$3', 13, 18)
+T20,27
+Description_uA78M12C+12V 0.5A voltage regulator
+T26,38
+Description_geda_RESC1608L`Standard SMT resistor, capacitor etc'
+T21,74
+Description_74690_dil`4bit synchronous decade counter w. direct clear, output register 3-state'
+T21,67
+Description_74653_dil`8 inverting bus tranceiver/register OC A-output, 3-state B-output'
+T21,39
+Description_74283_dil`4bit binary full adders w. fast carry'
+T6,2
+rHOLE124
+T17,105
+PinList_74522_dil`/OEN',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`/P=Q',`Vcc'
+T16,3
+Param2_74194_dil300
+T16,3
+Param2_74157_dil300
+T18,2
+Param1_MC68681_dil40
+T9,34
+PKG_DIP20PKG_N(`$1', `$2', `$3',  20,  300)
+T26,38
+Description_geda_RESC1608M`Standard SMT resistor, capacitor etc'
+T23,64
+Description_geda_RCY500`Bottom lead non-polar circular component (typically capacitor)'
+T33,24
+Description_candk_CANDK_ES01MSABE`C&K ES Series Switches'
+T6,2
+rHOLE228
+T17,101
+PinList_74381_dil`A1',`B1',`A0',`B0',`S0',`S1',`S2',`F0',`F1',`Gnd',`F2',`F3',`/G',`/P',`Cn',`B3',`A3',`B2',`A2',`Vcc'
+T18,1
+Param2_connector123
+T16,3
+Param2_74386_dil300
+T15,3
+Param2_7424_dil300
+T16,2
+Param1_74631_dil28
+T16,2
+Param1_74261_dil16
+T12,41
+PKG_QFP80_14PKG_QFP_65(`$1',`$2',`$3', `80',`14',`0')
+T26,42
+Description_geda_SOJ22_300`Small outline J-leaded package (300 mil)'
+T26,38
+Description_geda_RESC1608N`Standard SMT resistor, capacitor etc'
+T21,21
+Description_74297_dil`digital PLL filters'
+T6,2
+rHOLE350
+T17,102
+PinList_74573_dil`/Oe',`1D',`2D',`3D',`4D',`5D',`6D',`7D',`8D',`Gnd',`Le',`8Q',`7Q',`6Q',`5Q',`4Q',`3Q',`2Q',`1Q',`Vcc'
+T17,86
+PinList_74166_dil`SER',`A',`B',`C',`D',`Clk_Inh',`Clk',`Gnd',`/Clr',`E',`F',`G',`Qh',`H',`SH-/LD',`Vcc'
+T18,1
+Param2_connector502
+T16,2
+Param1_74490_dil16
+T9,34
+PKG_DIP22PKG_N(`$1', `$2', `$3',  22,  300)
+T6,2
+rHOLE480
+T17,87
+PinList_74395_dil`/Clr',`Ser',`A',`B',`C',`D',`Ld-/Sh',`Gnd',`/OC',`Clk',`Qd+',`Qd',`Qc',`Qb',`Qa',`Vcc'
+T18,1
+Param2_connector142
+T15,3
+Param2_7475_dil300
+T15,3
+Param2_7438_dil300
+T16,2
+Param1_74682_dil20
+T16,2
+Param1_74645_dil20
+T13,74
+PKG_INDC0402LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  26,   15,  31,  56,  28,   0,   0)
+T26,42
+Description_geda_SOJ36_300`Small outline J-leaded package (300 mil)'
+T26,38
+Description_geda_INDC1608L`Standard SMT resistor, capacitor etc'
+T27,37
+Description_geda_HEADER56_1`Header connector, DIP pin numbering'
+T18,1
+Param2_connector153
+T16,2
+Param1_74467_dil20
+T13,74
+PKG_INDC0402MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  36,   35,  51, 106,  38,   0,   0)
+T9,34
+PKG_DIP24PKG_N(`$1', `$2', `$3',  24,  600)
+T17,49
+PKG_DIN41612C64FSPKG_DIN41_612FEMALE_SMALL(`$1', `$2', `$3', `ac')
+T26,38
+Description_geda_INDC1608M`Standard SMT resistor, capacitor etc'
+T27,42
+Description_geda_HEADER56_2`Header connector, ribbon cable numbering'
+T25,21
+Description_cy7c64603_qfp`USB Microcontroller'
+T29,26
+Description_DIN41_651_50standDIN41.651 standing 50 pins
+T18,1
+Param2_connector162
+T18,3
+Param2_GAL16V8_dil300
+T16,2
+Param1_74696_dil20
+T13,74
+PKG_INDC0402NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  26,   25,  41,  81,  33,   0,   0)
+T26,38
+Description_geda_INDC1608N`Standard SMT resistor, capacitor etc'
+T11,44
+PKG_EIA3528PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 35, 28)
+T18,1
+Param2_connector183
+T21,2
+Param1_generic68_plcc68
+T20,2
+Param1_generic44_qfp44
+T9,34
+PKG_DIP64PKG_N(`$1', `$2', `$3',  64,  900)
+T21,39
+PKG_AMPHENOL_ARFX1230PKG_AMPHENOL_ARFX1229(`$1', `$2', `$3')
+T23,30
+Description_geda_SOD323`SMT diode (pin 1 is cathode)'
+T17,55
+PinList_TL082_dil`Out1',`In1-',`In1+',`Vcc-',`In2+',`In2-',`Out2',`Vcc+'
+T7,384
+PKG_ZIFdefine(`NUMPINS', `$4')
+	define(`CENTER', eval(NUMPINS*19))
+Element(0x00 "$1" "`$2'" "$3" 100 CENTER 0 100 0x00)
+(
+
+define(`X', 0)
+define(`count', 1)
+forloop(`i', 1, NUMPINS,
+	`PAD(X, 12, X, 97, 24, count)' `define(`count', incr(count))'
+	`define(`X', eval(X+39))'
+)
+PAD(-124, -41, -124, -151, 82, eval(NUMPINS+1))
+PAD(eval(X+124-39), -41, eval(X+124-39), -151, 82, eval(NUMPINS+2))
+)
+T13,41
+PKG_QFP240_32PKG_QFP_50(`$1',`$2',`$3',`240',`32',`0')
+T9,34
+PKG_DIP28PKG_N(`$1', `$2', `$3',  28,  600)
+T21,39
+PKG_AMPHENOL_ARFX1231PKG_AMPHENOL_ARFX1229(`$1', `$2', `$3')
+T27,37
+Description_geda_HEADER60_1`Header connector, DIP pin numbering'
+T20,112
+PinList_PIC16C54_dil`RA2',`RA3',`RTCC',`/MCLR',`VSS',`RB0',`RB1',`RB2',`RB3',`RB4',`RB5',`RB6',`RB7',`VDD',`OSC2',`OSC1',`RA0',`RA1'
+T34,3
+Param1_generic_capacitor_axial_400400
+T11,42
+PKG_PLCC68XPKG_PLCC_SOCKET(`$1', `$2', `$3', 68, 150)
+T21,39
+PKG_AMPHENOL_ARFX1232PKG_AMPHENOL_ARFX1229(`$1', `$2', `$3')
+T23,45
+Description_geda_SDIP20`Shrink dual in-line package, wide (300 mil)'
+T27,42
+Description_geda_HEADER60_2`Header connector, ribbon cable numbering'
+T21,29
+Description_74120_dil`2 pulse synchronizer/driver'
+T21,11
+Description_44251_zipVRAM 256Kx4
+F7,7
+esyscmdesyscmd
+T21,2
+Param1_AT90S8535_plcc44
+T8,74
+PKG_0805PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 150,  130, 180, 350, 200,  20, 140)
+T39,50
+Description_johnstech_JOHNSTECH_QFN44_7`Johnstech QFN Socket, Series 1MM (724812-724839)'
+T25,9
+Description_generic18_dil`generic'
+T13,11
+PinList_BC327`E',`B',`C'
+T16,3
+Param2_74630_dil300
+T16,3
+Param2_74260_dil300
+T12,41
+PKG_QFP100_RPKG_QFP_65L(`$1',`$2',`$3',`100',`0',`0')
+T14,39
+PKG_HEADER36_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 18)
+T19,27
+Description_uA7824C+24V 1.5A voltage regulator
+T23,45
+Description_geda_SDIP22`Shrink dual in-line package, wide (300 mil)'
+T21,25
+Description_74541_dil`8 buffer/driver 3-state'
+T21,22
+Description_74171_dil`4 D-type FF w. clear'
+T21,23
+Description_74134_dil`12 input NAND 3-state'
+T16,72
+PinList_7450_dil`1A',`2A',`2B',`2C',`2D',`2Y',`Gnd',`1Y',`1C',`1D',`1X',`1/X',`1B',`Vcc'
+T16,71
+PinList_7413_dil`1A',`1B',`NC',`1C',`1D',`1Y',`Gnd',`2Y',`2A',`2B',`NC',`2C',`2D',`Vcc'
+T18,2
+Param1_MAX232A_dil16
+T14,38
+PKG_HEADER36_2PKG_CONNECTOR(`$1', `$2', `$3', 18, 2)
+T11,2471
+PKG_GEN_QFP
+	define(`PX', `eval((PITCH*(XPADS-1)+127)/254)')
+	define(`PY', `eval((PITCH*(YPADS-1)+127)/254)')
+	define(`PHW', `eval(PAD_WIDTH/2)')
+Element(0x00 "$1" "`$2'" "$3" 100 0 0 100 0x00)
+(
+	define(`count', 1)
+
+	# left row, going down
+	define(`X_OUTER', PHW)
+	define(`X_INNER', eval(PAD_LENGTH-PHW))
+	define(`Y0', `eval((Y_LENGTH-PY)/2)')
+	forloop(`i', ISTART, YPADS,
+		`define(`Y', eval(Y0+(PITCH*(i-1)+127)/254) )'
+		`PAD(X_OUTER, Y, X_INNER, Y, PAD_WIDTH, count)'
+		`define(`count',incr(count))'
+	)
+
+	# bottom row, going right
+	ifelse(XPADS,0,,`
+	define(`Y_OUTER', eval(Y_LENGTH-PHW))
+	define(`Y_INNER', eval(Y_LENGTH+PHW-PAD_LENGTH))
+	define(`X0', `eval((X_LENGTH-PX)/2)')
+	forloop(`i', 1, XPADS,
+		`define(`X', eval(X0+(PITCH*(i-1)+127)/254) )'
+		`PAD(X, Y_OUTER, X, Y_INNER, PAD_WIDTH, count)'
+		`define(`count',incr(count))'
+	)')
+
+	# right row, going up
+	define(`X_OUTER', eval(X_LENGTH-PHW))
+	define(`X_INNER', eval(X_LENGTH+PHW-PAD_LENGTH))
+	define(`Y0', `eval((Y_LENGTH+PY)/2)')
+	forloop(`i', 1, YPADS,
+		`define(`Y', eval(Y0-(PITCH*(i-1)+127)/254) )'
+		`PAD(X_OUTER, Y, X_INNER, Y, PAD_WIDTH, count)'
+		`define(`count',incr(count))'
+	)
+
+	# top row, going left
+	ifelse(XPADS,0,,`
+	define(`Y_OUTER', PHW)
+	define(`Y_INNER', eval(PAD_LENGTH+PHW-PAD_WIDTH))
+	define(`X0', `eval((X_LENGTH+PX)/2)')
+	forloop(`i', 1, XPADS,
+		`define(`X', eval(X0-(PITCH*(i-1)+127)/254) )'
+		`PAD(X, Y_OUTER, X, Y_INNER, PAD_WIDTH, count)'
+		`define(`count',incr(count))'
+	)')
+
+	# left row, going down again, maybe
+	define(`X_OUTER', PHW)
+	define(`X_INNER', eval(PAD_LENGTH-PHW))
+	define(`Y0', `eval((Y_LENGTH-PY)/2)')
+	ifelse(ISTART,1,,`forloop(`i', 1, eval(ISTART-1),
+		`define(`Y', eval(Y0+(PITCH*(i-1)+127)/254) )'
+		`PAD(X_OUTER, Y, X_INNER, Y, PAD_WIDTH, count)'
+		`define(`count',incr(count))'
+	)')
+
+	define(`NOSMUDGE', 10)
+	define(`SSOX', eval(NOSMUDGE+PAD_LENGTH))
+	define(`SSOY', ifelse(XPADS,0,0,eval(NOSMUDGE+PAD_LENGTH)))
+	define(`PPX', eval(X_LENGTH-SSOX))
+	define(`PPY', eval(Y_LENGTH-SSOY))
+	ElementLine(SSOX SSOY PPX  SSOY 8)
+	ElementLine(PPX  SSOY PPX  PPY  8)
+	ElementLine(PPX  PPY  SSOX PPY  8)
+	ElementLine(SSOX PPY  SSOX SSOY 8)
+
+	# Pin 1 Indicator
+	define(`Y1', ifelse(ISTART,1,`eval(SSOY+40)',
+	                             `eval(Y0+(PITCH*(ISTART-1)+127)/254)'))
+	ElementArc(eval(SSOX+40) Y1 20 20 0 360 10)
+
+	# Moderately useful place for the Mark.  This way,
+	# if the pins can line up with the grid, they do.
+	Mark(eval((X_LENGTH-PX)/2) eval((Y_LENGTH-PY)/2))
+)
+T26,28
+Description_geda_QFP100_14`Square Quad-side flat pack'
+T16,3
+Param2_74681_dil300
+T16,3
+Param2_74644_dil300
+T16,3
+Param2_74607_dil300
+T35,3
+Param1_smd_capacitor_polarized_1206120
+T28,3
+Param1_DIN41_612_abc96femaleabc
+T16,2
+Param1_74112_dil16
+T15,2
+Param1_2732_dil24
+T11,40
+PKG_RCY350PPKG_RADIAL_CAN(`$1', `$2', `$3', 700, 1)
+T38,16
+Description_generic_resistor_axial_400`resistor_axial'
+T23,45
+Description_geda_SDIP24`Shrink dual in-line package, wide (300 mil)'
+T21,28
+Description_74592_dil`8bit counter w. load/clear'
+T21,46
+Description_74518_dil`8bit identity comperator OC w. input pull-up'
+T20,16
+Description_7431_dil`delay elements'
+T21,16
+Description_74148_dil`8-to-3 encoder'
+T16,59
+PinList_7464_dil`A',`E',`F',`G',`H',`I',`Gnd',`Y',`J',`K',`B',`C',`D',`Vcc'
+T16,71
+PinList_7427_dil`1A',`1B',`2A',`2B',`2C',`2Y',`Gnd',`3Y',`3A',`3B',`3C',`1Y',`1C',`Vcc'
+T16,3
+Param2_74466_dil300
+T26,42
+Description_geda_SOJ32_450`Small outline J-leaded package (450 mil)'
+T21,28
+Description_74377_dil`8 FF w. single rail output'
+T7,2
+rHOLE2c40
+T18,13
+PinList_R_adjust_H`1', `c', `2'
+T26,13
+PinList_PCI5V_SMALL_HEIGHTPinList_PCI5V
+T17,113
+PinList_74690_dil`/CClr',`CCK',`A',`B',`C',`D',`ENP',`/RClr',`RCK',`Gnd',`R-/C',`/G',`/Load',`ENT',`Qd',`Qc',`Qb',`Qa',`RCO',`Vcc'
+T17,127
+PinList_74653_dil`CAB',`SAB',`GAB',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/GBA',`SA',`CBA',`Vcc'
+T17,89
+PinList_74283_dil`Sum2',`B2',`A2',`Sum1',`A1',`B1',`C0',`Gnd',`C4',`Sum4',`B4',`A4',`Sum3',`A3',`B3',`Vcc'
+T16,2
+Param1_74163_dil16
+T16,2
+Param1_74126_dil14
+T13,42
+PKG_LQFP72_10PKG_LQFP_50(`$1',`$2',`$3', `72',`10',`0')
+T23,1374
+PKG_DIN41_612MALE_SMALLdefine(`XPOS', `eval(300 + 100 * i)')
+	define(`MINY', 300)
+Element(0x00 "$1" "`$2'" "$3" 520 550 0 200 0x00)
+(
+	# Reihe a
+	ifelse(index(`$4', `a'), `-1', ,
+		forloop(`i', 1, 16, `PIN(eval(2000 - 100 *i), 300, 60, 30, i)
+	'))
+
+	# Reihe b
+	ifelse(index(`$4', `b'), `-1', , `define(`MINY', 200)'
+		forloop(`i', 1, 16, `PIN(eval(2000 - 100 *i), 200, 60, 30, eval(16 + i))
+	'))
+
+	# Reihe c
+	ifelse(index(`$4', `c'), `-1', , `define(`MINY', 100)'
+		forloop(`i', 1, 16, `PIN(eval(2000 - 100 *i), 100, 60, 30, eval(32 + i))
+	'))
+    # Rueckseite Kontaktstifte
+	forloop(`i', 1, 16, `ElementLine(XPOS MINY XPOS 375 40)
+	')
+
+	# Befestigungsbohrung
+	Pin( 200 400 120 80 "M1" 0x01)
+	Pin(2100 400 120 80 "M2" 0x01)
+
+	# Begrenzung M1
+	ElementLine( 100  300  320  300 20)
+	ElementLine( 320  300  320  395 20)
+	ElementLine( 320  395  320  620 10)
+	ElementLine( 320  620  200  620 10)
+	ElementLine( 200  620  100  620 20)
+	ElementLine( 100  620  100  300 20)
+
+	# Begrenzung M2
+	ElementLine(1980  300 2200  300 20)
+	ElementLine(2200  300 2200  620 20)
+	ElementLine(2200  620 2100  620 20)
+	ElementLine(2100  620 1980  620 10)
+	ElementLine(1980  620 1980  395 10)
+	ElementLine(1980  395 1980  300 20)
+
+	# Kante Pins
+	ElementLine( 320  395 1980  395 20)
+
+	# Kanten Stifte
+	ElementLine( 200 620  200 800 20)
+	ElementLine( 200 800 2100 800 20)
+	ElementLine(2100 800 2100 620 20)
+
+	Mark(1900 300)
+)
+T12,213
+PKG_208_LQFPdefine(`PITCH', 5000)
+	define(`PAD_LENGTH', 60)
+	define(`PAD_WIDTH', 10)
+	define(`XPADS', 52)
+	define(`YPADS', 52)
+	define(`X_LENGTH', 1220)
+	define(`Y_LENGTH', 1220)
+	define(`ISTART', 1)
+	PKG_GEN_QFP($1, $2, $3)
+
+T21,10
+Description_geda_UM1H`Crystals'
+T21,10
+Description_geda_HC49`Crystals'
+T24,62
+Description_geda_ACY1000`Axial non-polar component (typically resistor or capacitor),'
+T20,31
+Description_7445_dil`BCD to decimal decoder/driver'
+T21,55
+Description_74199_dil`8bit shift register w. parallel input/output/JK-input'
+T20,12
+Description_7408_dil`4 dual-AND'
+T20,130
+COMMON_AMP_MICTOR_MMCOMMON_AMP_MICTOR_MIL(`$1',`$2',`$3',`$4',
+	eval($5*100000/254),eval($6*100000/254),eval($7*100000/254),eval($8*100000/254), `$9')
+T11,116
+QueryObjectifdef(`PinList_$1', `DefinePinList(PinList_$1)')
+$3 ifdef(`Param1_$1', `Param1_$1') ifdef(`Param2_$1', `Param2_$1')
+
+T16,82
+PinList_7478_dil`Clk',`/1Pre',`1J',`Vcc',`/Clr',`/2Pre',`2K',`2Q',`/2Q',`2J',`Gnd',`/1Q',`1Q',`1K'
+T17,3
+Param2_DS1230_dil600
+T15,2
+Param1_7440_dil14
+T16,2
+Param1_74355_dil20
+T15,2
+Param1_7403_dil14
+T10,37
+PKG_RCY250PKG_RADIAL_CAN(`$1', `$2', `$3', 500)
+T11,72
+PKG_QFP_100PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5',`100',`50',`20',`100',`0',`$6')
+T14,39
+PKG_HEADER40_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 20)
+T8,41
+PKG_DB9FPKG_SUBD_FEMALE_LAY(`$1', `$2', `$3',  9)
+T8,74
+PKG_1206PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 190,  130, 300, 490, 240, 120, 190)
+T25,33
+Description_geda_JUMPER10`Jumper, i.e. single row headers'
+T22,38
+Description_geda_DIP40`Dual in-line package, wide (600 mil)'
+T30,31
+Description_geda_DIN41612C64MS`DIN connector, 96 pin housing'
+T27,24
+Description_DIN41_651_50layDIN41.651 laying 50 pins
+T17,125
+PinList_74297_dil`B',`A',`ENCTR',`K-Clk',`I-D-Clk',`d-/U',`I-D-Out',`Gnd',`Phase-A1',`Phase-B',`XORPD-Out',`ECPD-Out',`Pahse-A2',`D',`C',`Vcc'
+T16,2
+Param1_74177_dil14
+T11,55
+PKG_TSSOP80COMMON_SMT_DIL_MM(`$1',`$2',`$3', 80, 25, 150, 40, 610)
+T9,57
+PKG_TSSOPCOMMON_SMT_DUALINLINE(`$1',`$2',`$3',`$4',260,2600,14,40)
+T14,38
+PKG_HEADER40_2PKG_CONNECTOR(`$1', `$2', `$3', 20, 2)
+T11,46
+PKG_DO214ABPKG_SMT_DIODE(       `$1', `$2', `$3', 79, 34)
+T25,33
+Description_geda_JUMPER11`Jumper, i.e. single row headers'
+T20,21
+Description_7496_dil`5bit shift register'
+T24,2
+Param1_DIN41_651_10stand10
+T15,2
+Param1_7491_dil14
+T15,2
+Param1_7454_dil14
+T16,2
+Param1_27512_dil28
+T26,42
+Description_geda_SOJ16_400`Small outline J-leaded package (400 mil)'
+T24,39
+Description_geda_QFN28_5`Square Quad Flat Nolead (QFN) package'
+T25,33
+Description_geda_JUMPER12`Jumper, i.e. single row headers'
+T22,38
+Description_geda_DIP42`Dual in-line package, wide (600 mil)'
+T24,46
+Description_geda_ACY150P`Axial polar component (typically capacitor),'
+T16,2
+Param1_74598_dil20
+T7,58
+PKG_UM1PKG_CRYSTAL_V(`$1', `$2', `$3', 148, 311, 126,  60, 32, 2)
+T13,41
+PKG_TQFP64_10PKG_QFP_50(`$1',`$2',`$3', `64',`10',`0')
+T12,43
+PKG_TQFN56_8PKG_QFN_50S(`$1',`$2',`$3', `56', `8', `0')
+T19,26
+Description_uA7905C-5V 1.5A voltage regulator
+T29,16
+Description_smd_capacitor_805`chip_capacitor'
+T25,33
+Description_geda_JUMPER13`Jumper, i.e. single row headers'
+T23,32
+Description_geda_ALF300`Axial diode (pin 1 is cathode)'
+T21,40
+Description_Z8536_dilCIO counter/timer with parallel I/O unit
+T18,2
+Param1_I82077_plcc68
+T15,2
+Param1_7468_dil16
+T25,9
+Description_generic44_qfp`generic'
+T27,39
+Description_geda_QFN16_4_EP`Square Quad Flat Nolead (QFN) package'
+T25,33
+Description_geda_JUMPER14`Jumper, i.e. single row headers'
+T22,38
+Description_geda_DIP44`Dual in-line package, wide (600 mil)'
+T15,8
+PinList_LED_5MM`-', `+'
+T20,2
+Param1_generic40_zip40
+T16,40
+PKG_DIN41651_60SPKG_DIN41_651STAND(`$1', `$2', `$3', 60)
+T27,28
+Description_geda_TQFP128_28`Square Quad-side flat pack'
+T25,33
+Description_geda_JUMPER15`Jumper, i.e. single row headers'
+T14,16
+PinList_MJE350`E',`C',`B', `C'
+T19,2
+Param1_PIC16C61_dil18
+T11,55
+PKG_TSSOP48COMMON_SMT_DIL_MM(`$1',`$2',`$3', 48, 30, 150, 50, 610)
+T25,33
+Description_geda_JUMPER16`Jumper, i.e. single row headers'
+T19,165
+PinList_GAL20V8_dil`CLK/I1',`I2',`I3',`I4',`I5',`I6',`I7',`I8',`I9',`I10',`I11',`Gnd',`I12/OE',`I13',`I/O/Qh',`I/O/Qg',`I/O/Qf',`I/O/Qe',`I/O/Qd',`I/O/Qc',`I/O/Qb',`I/O/Qa',`I14',`Vcc'
+T16,3
+Param2_74111_dil300
+T25,2
+Param1_DIN41_612_ab64maleab
+T13,41
+PKG_TQFP64_14PKG_QFP_80(`$1',`$2',`$3', `64',`14',`0')
+T13,39
+PKG_HEADER4_1PKG_CONNECTOR_DIL(`$1', `$2', `$3',  2)
+T8,41
+PKG_DB9MPKG_SUBD_MALE_LAY(  `$1', `$2', `$3',  9)
+T44,56
+Description_nichicon_NICHICON_WT_CAP_6p3_5p4`Nichicon WT series SMT Aluminum Electrolytic Capacitor'
+T24,39
+Description_geda_QFN32_5`Square Quad Flat Nolead (QFN) package'
+T25,33
+Description_geda_JUMPER17`Jumper, i.e. single row headers'
+T22,14
+Description_DS1230_dil`NVSRAM 32Kx8'
+T17,20
+Description_BC546bipolar-N transistor
+T11,42
+PKG_SSOP56WPKG_SSO(  `$1', `$2', `$3', 56, 420, 2500)
+T13,62
+PKG_SOJ30_400COMMON_SMT_DIL_MIL(`$1',`$2',`$3',30,23622,86614,50000,291339)
+T9,67
+PKG_SO32WCOMMON_SMT_DIL_MIL(`$1',`$2',`$3', 32, 20000, 80000, 50000, 430000)
+T13,38
+PKG_HEADER4_2PKG_CONNECTOR(`$1', `$2', `$3',  2, 2)
+T16,40
+PKG_DIN41651_64SPKG_DIN41_651STAND(`$1', `$2', `$3', 64)
+T26,42
+Description_geda_SOJ20_350`Small outline J-leaded package (350 mil)'
+T25,33
+Description_geda_JUMPER18`Jumper, i.e. single row headers'
+T22,38
+Description_geda_DIP48`Dual in-line package, wide (600 mil)'
+T17,20
+Description_BC547bipolar-N transistor
+T21,22
+Description_74621_dil`8 bus tranceivers OC'
+T21,35
+Description_74251_dil`data selector/multiplexor 3-state'
+T16,22
+PinList_uA79M12C`Com',`In',`Out',`=CC'
+T17,93
+PinList_74120_dil`1M',`/1S1',`/1S2',`/1R',`1C',`1Y',`/1Y',`Gnd',`/2Y',`2Y',`2C',`/2R',`/2S1',`/2S2',`2M',`Vcc'
+T17,166
+PinList_44251_zip`DSF',`DQ2',`DQ3',`/SE',`SDQ2',`SDQ3',`Vss',`SC',`SDQ0',`SDQ1',`/TRG',`DQ0',`DQ1',`/W',`NC-Gnd',`/RAS',`A8',`A6',`A5',`A4',`Vcc',`A7',`A3',`A2',`A1',`A0',`QSF',`/CAS'
+T35,2
+Param2_smd_capacitor_polarized_120660
+T16,3
+Param2_74162_dil300
+T16,3
+Param2_74125_dil300
+T10,58
+PKG_HC51UHPKG_CRYSTAL_H(`$1', `$2', `$3', 485, 757, 775,  80, 40, 2)
+T24,39
+Description_geda_QFN32_7`Square Quad Flat Nolead (QFN) package'
+T25,33
+Description_geda_JUMPER19`Jumper, i.e. single row headers'
+T24,16
+Description_PIC16C55_dilmicro controller
+T17,20
+Description_BC548bipolar-N transistor
+T21,51
+Description_74443_dil`4 tridirectional inverting bus tranceiver 3-state'
+T16,3
+Param2_74354_dil300
+T13,62
+PKG_SOJ44_400COMMON_SMT_DIL_MIL(`$1',`$2',`$3',44,23622,86614,50000,291339)
+T26,42
+Description_geda_SOJ34_350`Small outline J-leaded package (350 mil)'
+T25,60
+Description_geda_RCY1100P`Bottom lead polar circular component (typically capacitor)'
+T21,60
+Description_74672_dil`4bit universal shift register/latch 3-state w. sync. clear'
+T21,30
+Description_74265_dil`4 complementary output gates'
+F4,4
+incrincr
+T17,103
+PinList_74541_dil`/G1',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`Y8',`Y7',`Y6',`Y5',`Y4',`Y3',`Y2',`Y1',`/G2',`Vcc'
+T17,88
+PinList_74171_dil`/1Q',`/2Q',`2Q',`2D',`3D',`3Q',`/3Q',`Gnd',`/4Q',`4Q',`4D',`Clk',`/Clr',`1D',`1Q',`Vcc'
+T17,69
+PinList_74134_dil`A',`B',`C',`D',`E',`F',`G',`Gnd',`Y',`H',`I',`J',`K',`L',`/OC',`Vcc'
+T16,3
+Param2_74176_dil300
+T16,3
+Param2_74139_dil300
+T8,58
+PKG_TSOPCOMMON_SMT_DUALINLINE(`$1',`$2',`$3',`$4',`$5',`$6',12,40)
+T10,36
+PKG_ACY800PKG_AXIAL_LAY(`$1', `$2', `$3', 800)
+T44,56
+Description_nichicon_NICHICON_WT_CAP_6p3_5p8`Nichicon WT series SMT Aluminum Electrolytic Capacitor'
+T23,28
+Description_geda_TSOP28`Thin small outline package'
+T16,3
+Param2_74368_dil300
+T15,3
+Param2_7406_dil300
+T16,2
+Param1_74280_dil14
+T16,2
+Param1_74243_dil14
+T38,42
+Description_panasonic_PANASONIC_EXBV4V`Panasonic EXB Series Chip Resistor Array'
+T28,9
+Description_generic18smd_dil`generic'
+T25,46
+Description_geda_ACY1000P`Axial polar component (typically capacitor),'
+T21,37
+Description_74686_dil`8bit magnitute comperator w. enable'
+T21,40
+Description_74649_dil`8 inverting bus tranceiver/register OC'
+T21,17
+Description_74279_dil`4 /S-/R latches'
+T18,13
+PinList_R_adjust_V`1', `c', `2'
+T17,87
+PinList_74592_dil`B',`C',`D',`E',`F',`G',`H',`Gnd',`/Rc0',`/Clr',`Clk',`/ClkEn',`RClk',`/Load',`A',`Vcc'
+T17,104
+PinList_74518_dil`/OEN',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`P=Q',`Vcc'
+T17,76
+PinList_74148_dil`4',`5',`6',`7',`/Ei',`A2',`A1',`Gnd',`A0',`0',`1',`2',`3',`/Gs',`/Eo',`Vcc'
+T16,3
+Param2_74597_dil300
+T8,67
+PKG_SO32COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 32, 20000, 80000, 50000, 280000)
+T17,102
+PinList_74377_dil`/G',`1Q',`1D',`2D',`2Q',`3Q',`3D',`4D',`4Q',`Gnd',`Clk',`5Q',`5D',`6D',`6Q',`7Q',`7D',`8D',`8Q',`Vcc'
+T15,3
+Param2_7457_dil300
+T16,2
+Param1_74627_dil14
+T16,2
+Param1_74294_dil16
+T16,2
+Param1_74257_dil16
+T43,32
+Description_minicircuits_MINICIRCUITS_CD636`Mini-Circuits CD Style Package'
+T26,42
+Description_geda_SOJ18_300`Small outline J-leaded package (300 mil)'
+T23,36
+Description_geda_QSOP16`Quarter size small outline package'
+T17,123
+PinList_74199_dil`/K',`J',`A',`Qa',`B',`Qb',`C',`Qc',`D',`Qd',`ClkInh',`Gnd',`Clk',`/Clr',`Qe',`E',`Qf',`F',`Qg',`G',`Qh',`H',`SH-/LD',`Vcc'
+T27,2
+Param1_DIN41_612_ab64femaleab
+T16,2
+Param1_74449_dil16
+T38,42
+Description_panasonic_PANASONIC_EXBV8V`Panasonic EXB Series Chip Resistor Array'
+T43,32
+Description_minicircuits_MINICIRCUITS_CD637`Mini-Circuits CD Style Package'
+T23,45
+Description_geda_DIP16M`Dual in-line package, medium wide (400 mil)'
+T18,20
+Description_MJE350bipolar-P transistor
+T14,76
+PKG_SMD_SIMPLEdefine(`SMD_OUTLINE_EXTRA', `')
+	PKG_SMD_BASE(`$1', `$2', `$3', `$4', `$5')
+
+T27,28
+Description_geda_LQFP112_20`Square Quad-side flat pack'
+T27,37
+Description_geda_HEADER14_1`Header connector, DIP pin numbering'
+T21,2
+Param1_generic84_plcc84
+T25,79
+PKG_NICHICON_WT_CAP_4_5p4PKG_NICHICON_WT_CAP(`$1', `$2', `$3',
+	`80', `200', `100', `450', `450', `590')
+T16,88
+PKG_BOURNS_3224GPKG_BOURNS_GENERIC_POT(`$1',`$2',`$3',
+	`127', `127', `200', `127', `520', `230', `480')
+T27,39
+Description_geda_QFN24_4_EP`Square Quad Flat Nolead (QFN) package'
+T27,42
+Description_geda_HEADER14_2`Header connector, ribbon cable numbering'
+F6,6
+divertdivert
+T14,45
+PKG_QFN48_7_EPPKG_QFN_50S(`$1',`$2',`$3', `48', `7', `560')
+T25,9
+Description_generic40_zip`generic'
+T24,47
+Description_geda_PLCC44X`Plastic leadless chip carrier with pin socket'
+F3,3
+dnldnl
+T17,236
+PinList_Z8536_dil`D4',`D5',`D6',`D7',`/RD',`/WR',`Gnd',`PB0',`PB1',`PB2',`PB3',`PB4',`PB5',`PB6',`PB7',`PCLK',`IEI',`IEO',`PC0',`PC1',`PC2',`PC3',`/Vcc',`/INT',`/INTACK',`PA7',`PA6',`PA5',`PA4',`PA3',`PA2',`PA1',`PA0',`A0',`A1',`/CE',`D0',`D1',`D2',`D3'
+T15,312
+PinList_SCSI_SE`Gnd',`/DB0',`Gnd',`/DB1',`Gnd',`/DB2',`Gnd',`/DB3',`Gnd',`/DB4',`Gnd',`/DB5',`Gnd',`/DB6',`Gnd',`/DB7',`Gnd',`/DBP',`Gnd',`NC',`Gnd',`NC',`Gnd',`NC',`NC',`TermPwr',`Gnd',`NC',`Gnd',`NC',`Gnd',`/Atn',`Gnd',`NC',`Gnd',`/Bsy',`Gnd',`/Ack',`Gnd',`/Rst',`Gnd',`/Msg',`Gnd',`/Sel',`Gnd',`/CD',`Gnd',`/Req',`Gnd',`/IO'
+T16,125
+PinList_2532_dil`A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`A11',`A10',`/Oe',`Vpp',`A9',`A8',`Vcc'
+T12,1252
+PKG_TO220LAYElement(0x00 "$1" "`$2'" "$3" 50 570 1 100 0x00)
+(
+
+# I have been unable to locate the JEDEC drawing.  However, refering
+# to  http://www.zetex.com/3.0/pdf/TO220.pdf which claims to be JEDEC
+# compliant, I see that the pins are rectangular with dimensions:
+#
+# 15-40 mils X 16-20 mils which gives a diagonal of
+# 21.9 to 44.7 mils
+#
+# The pin pitch is 90 to 110 mils.
+#
+# The mounting hole is 139 to 160 mils diameter
+	PIN(100, 800, 90, 60, 1)
+	PIN(200, 800, 90, 60, 2)
+	PIN(300, 800, 90, 60, 3)
+
+	# Befestigungsbohrung
+	PIN(200, 130, 150, 130, 4)
+
+	# Anschlussdraehte
+	ElementLine(100 800 100 620 30)
+	ElementLine(200 800 200 620 30)
+	ElementLine(300 800 300 620 30)
+
+	# Gehaeuse
+	ElementLine(  0 620 400 620 20)
+	ElementLine(400 620 400 245 20)
+	ElementLine(400 245   0 245 20)
+	ElementLine(  0 245   0 620 20)
+
+	# Kuehlfahne mit Kerben
+	ElementLine(  0 245 400 245 20)
+	ElementLine(400 245 400 120 20)
+	ElementLine(400 120 385 120 20)
+	ElementLine(385 120 385  50 20)
+	ElementLine(385  50 400  50 20)
+	ElementLine(400  50 400  10 20)
+	ElementLine(400  10   0  10 20)
+	ElementLine(  0  10   0  50 20)
+	ElementLine(  0  50  15  50 20)
+	ElementLine( 15  50  15 120 20)
+	ElementLine( 15 120   0 120 20)
+	ElementLine(  0 120   0 245 20)
+
+	Mark(200 800)
+)
+T10,43
+PKG_MSOP10PKG_TSOP(  `$1', `$2', `$3', 10, 199, 1969)
+T14,39
+PKG_HEADER64_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 32)
+T12,40
+PKG_ACY1300PPKG_AXIAL_LAY(`$1', `$2', `$3', 1300, 1)
+T40,18
+Description_generic_capacitor_radial_500`capacitor_radial'
+T28,39
+Description_geda_TQFN36_6_EP`Square Quad Flat Nolead (QFN) package'
+T22,26
+Description_NANOENGINEBright Star nanoEngine SBC
+T21,2
+Param2_smd_diode_120660
+T24,2
+Param2_smd_capacitor_60330
+T18,3
+Param2_MC68681_dil600
+T13,62
+PKG_SOJ32_300COMMON_SMT_DIL_MIL(`$1',`$2',`$3',32,23622,86614,50000,196850)
+T14,44
+PKG_QFN16_5_EPPKG_QFN_80(`$1',`$2',`$3', `16', `5', `310')
+T14,38
+PKG_HEADER64_2PKG_CONNECTOR(`$1', `$2', `$3', 32, 2)
+T16,88
+PKG_BOURNS_3224JPKG_BOURNS_GENERIC_POT(`$1',`$2',`$3',
+	`130', `200', `200', `200', `400', `230', `480')
+T14,42
+PKG_LQFP128_14PKG_LQFP_40(`$1',`$2',`$3',`128',`14',`0')
+T30,31
+Description_geda_DIN41612C96FS`DIN connector, 96 pin housing'
+T21,268
+PinList_AT90S4434_dil`/Reset',`PD0/RxD',`PD1/TxD',`PD2/INT0',`PD3/INT1',`PD4/T0',`Vcc',`Gnd',`XTAL1',`XTAL2',`PD5/T1',`PD6/AIN0',`PD7/AIN1',`PB0/ICP',`PB1/OC1',`PB2//SS', `PB3/MOSI',`PB4/MISO',`PB5/SCK',`AVcc',`AREF',`AGnd',`PC0/ADC0',`PC1/ADC1',`PC2/ADC2',`PC3/ADC3',`PC4/ADC4',`PC5/ADC5'
+T16,3
+Param2_74242_dil300
+T26,28
+Description_geda_LQFP48_12`Square Quad-side flat pack'
+T23,23
+Description_GAL20V8_dilgeneric PAL replacement
+T21,37
+Description_74190_dil`syncronous 4bit BCD up/down counter'
+T21,20
+Description_74153_dil`2 4-to-1 selectors'
+T21,25
+Description_74116_dil`2 4bit lacthes w. clear'
+T16,71
+PinList_7432_dil`A1',`B1',`Y1',`A2',`B2',`Y2',`Gnd',`Y3',`A3',`B3',`Y4',`A4',`B4',`Vcc'
+T38,42
+Description_panasonic_PANASONIC_EXB14V`Panasonic EXB Series Chip Resistor Array'
+T23,10
+Description_geda_HC49UH`Crystals'
+T29,31
+Description_geda_DIN41651_34S`Header connector with latches'
+T21,49
+Description_74382_dil`ALU function generator w. overflow/ripple-carry'
+T18,95
+PinList_TLC274_dil`Out1',`In1-',`In1+',`Vdd',`In2+',`In2-',`Out2',`Out3',`In3-',`In3+',`Gnd',`In4+',`In4-',`Out4'
+T17,104
+PinList_74621_dil`GAB',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/GBA',`Vcc'
+T17,76
+PinList_74251_dil`D3',`D2',`D1',`D0',`Y',`W',`/G',`Gnd',`C',`B',`A',`D7',`D6',`D5',`D4',`Vcc'
+T16,3
+Param2_74626_dil300
+T16,3
+Param2_74293_dil300
+T21,26
+Description_74574_dil`8 D-type edge FF 3-state'
+T20,33
+Description_7450_dil`2 AND-OR inverters (2x2 inputs)'
+T21,35
+Description_74167_dil`syncronous decade rate multiplier'
+T20,35
+Description_7413_dil`2 quad-input NAND Schmitt trigger'
+T16,89
+PinList_7483_dil`A4',`Sum3',`A3',`B3',`Vcc',`Sum2',`B2',`A2',`Sum1',`A1',`B1',`Gnd',`C0',`C4',`Sum4',`B4'
+T16,79
+PinList_7446_dil`B',`C',`/LT',`/BI-/RBO',`/RBI',`D',`A',`Gnd',`e',`d',`c',`b',`a',`g',`f',`Vcc'
+T17,105
+PinList_74443_dil`/CS',`B1',`C1',`C2',`B2',`B3',`C3',`C4',`B4',`Gnd',`S0',`S1',`A4',`A3',`A2',`A1',`/GA',`/GB',`/GC',`Vcc'
+T16,71
+PinList_7409_dil`1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`4Y',`4A',`4B',`Vcc'
+T16,2
+Param1_74323_dil20
+T14,42
+PKG_TQFP128_14PKG_LQFP_40(`$1',`$2',`$3',`128',`14',`0')
+T11,43
+PKG_QFN16_3PKG_QFN_50S(`$1',`$2',`$3', `16', `3', `0')
+T10,34
+PKG_DIP20MPKG_N(`$1', `$2', `$3',  20,  400)
+T26,42
+Description_geda_SOJ14_450`Small outline J-leaded package (450 mil)'
+T24,60
+Description_geda_RCY700P`Bottom lead polar circular component (typically capacitor)'
+T21,27
+Description_LM324_dilQuad operational amplifiers
+T21,20
+Description_74396_dil`8 storage register'
+T17,114
+PinList_74672_dil`Ser-R',`SRCK',`A',`B',`C',`D',`Ser-L',`/SRClr',`RCK',`Gnd',`R-/S',`/G',`S1',`S0',`Qd',`Qc',`Qb',`Qa',`CASC',`Vcc'
+T17,81
+PinList_74265_dil`1A',`1W',`1Y',`2A',`2B',`2W',`2Y',`Gnd',`3Y',`3W',`3A',`3B',`4Y',`4W',`4A',`Vcc'
+T16,2
+Param1_74182_dil16
+T16,2
+Param1_74145_dil16
+T11,40
+PKG_RCY300PPKG_RADIAL_CAN(`$1', `$2', `$3', 600, 1)
+T11,42
+PKG_QFN16_4PKG_QFN_65(`$1',`$2',`$3', `16', `4', `0')
+T13,74
+PKG_CAPC0603LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  30,   30,  50, 100,  60,   0,   0)
+T23,31
+Description_geda_PLCC32`Plastic leadless chip carrier'
+T24,46
+Description_geda_ACY800P`Axial polar component (typically capacitor),'
+T33,24
+Description_DIN41_612_abc48male_sDIN41.612 row a+b+c male
+T20,34
+Description_7464_dil`AND-OR inverter (4-2-3-2 inputs)'
+T20,14
+Description_7427_dil`3 triple-NOR'
+T13,11
+PinList_BC237`E',`B',`C'
+T16,95
+PinList_7497_dil`B1',`B4',`B5',`B0',`Z',`Y',`ENout',`Gnd',`Clk',`StrB',`ENin',`Unity/CAS',`Clr',`B2',`B3',`Vcc'
+T16,2
+Param1_74374_dil20
+T15,2
+Param1_7422_dil14
+T12,397
+PKG_TO92BASEElement(0x00 "$1" "`$2'" "$3" 60 70 0 100 0x00)
+(
+
+# The JEDEC drawing shows a pin diameter of 16-21 mils
+#
+#
+#         _______
+# TO92:  | 1 2 3 |   <-- bottom view
+#         \_____/
+#       
+# The pin to pin spacing is 100 mils.
+	PIN(250, 200, 72, 42, 1)
+	PIN(150, 200, 72, 42, 2)
+	PIN(50, 200, 72, 42, 3)
+
+	ElementArc(150 200 100 100 315 270 10)
+	ElementLine( 80 130 220 130 10)
+
+	Mark(50 200)
+)
+T12,1145
+PKG_TO18BASEElement["" "$1" "`$2'" "$3" 10300 11100 6000 7000 0 100 ""]
+(
+
+# The JEDEC drawing shows a pin diameter of 16-21 mils
+#
+#
+#         ___x_
+#        /     \
+# TO18:  |3   1|     <-- bottom view (supposed to be a circle)
+#        \  2  /
+#          ---
+#       
+# NOTE:  some vendors, ST for example, number the pins
+# differently.  Here we follow the JEDEC drawing.
+#
+# the pins are arranged along a 100 mil diameter
+# circle.  The can outline is 178 to 195 mils
+# for the top of the can and 209 to 230 mils
+# for the bottom edge of the can
+#
+        Pin[0 -5000 5500 3000 6100 3500 "1" "1" ""]
+        Pin[-5000 0 5500 3000 6100 3500 "2" "2" ""]
+        Pin[0 5000 5500 3000 6100 3500 "3" "3" ""]
+# x, y, width, height, start angle, delta angle, thickness
+        ElementArc [0 0 9800 9800 0 360 1000]
+# tab is 28 to 48 mils long, 36 to 46 wide
+# and comes off at an angle of 45 deg clockwise from
+# pin 1 when looking at the top of the board
+        ElementLine [6700 -7900 9400 -10600 1000]
+        ElementLine [7300 -7300 10000 -10000 1000]
+        ElementLine [7900 -6700 10600 -9400 1000]
+        ElementLine [9400 -10600 10600 -9400 1000]
+)
+T11,42
+PKG_QFN16_5PKG_QFN_80(`$1',`$2',`$3', `16', `5', `0')
+T11,343
+PKG_MTA_156
+Element(0x00 "$1" "`$2'" "$3" 0  140 0 150 0x00)
+(
+	forloop(`i', 1, `$4',
+		`PIN(eval((i-1)*156), 0, 100, 70, `i')
+	')
+	define(`X1',-78)
+	define(`X2', `eval(`$4'*156-78)')
+	ElementLine(X1  120 X2  120 10) 
+	ElementLine(X2  120 X2 -180 10) 
+	ElementLine(X2 -180 X1 -180 10) 
+	ElementLine(X2  -80 X1  -80 10) 
+	ElementLine(X1 -180 X1  120 10)
+)
+T13,74
+PKG_CAPC0603MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  50,   50,  80, 160,  90,   0,   0)
+T11,39
+PKG_ACY400PPKG_AXIAL_LAY(`$1', `$2', `$3', 400, 1)
+T19,27
+Description_uA7815C+15V 1.5A voltage regulator
+T26,42
+Description_geda_SOJ28_450`Small outline J-leaded package (450 mil)'
+T21,40
+Description_geda_SO14`Small outline package, narrow (150mil)'
+F8,8
+undivertundivert
+T17,127
+PinList_74686_dil`/P>Q',`/G1',`P0',`Q0',`P1',`Q1',`NC',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`NC',`P7',`Q7',`/P=Q',`/G2',`Vcc'
+T17,126
+PinList_74649_dil`CAB',`SAB',`DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/G',`SBA',`CBA',`Vcc'
+T17,95
+PinList_74279_dil`/1R',`/1S1',`/1S2',`1Q',`/2R',`/2S',`2Q',`Gnd',`3Q',`/3R',`/3S1',`/3S2',`4Q',`/4R',`/4S',`Vcc'
+T17,2
+Param1_TLC274_dil14
+T16,2
+Param1_74196_dil14
+T16,2
+Param1_74159_dil24
+T9,28
+PKG_ZIP12PKG_SD(`$1', `$2', `$3', 12)
+T10,34
+PKG_DIP24MPKG_N(`$1', `$2', `$3',  24,  400)
+T13,74
+PKG_CAPC0603NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  40,   40,  60, 130,  80,   0,   0)
+T20,38
+Description_7478_dil`2 JK FF w. preset and common Clk/Clr'
+T22,2
+Param1_DIN41_651_64lay64
+T15,2
+Param1_7473_dil14
+T10,34
+PKG_DIP24NPKG_N(`$1', `$2', `$3',  24,  300)
+T43,32
+Description_minicircuits_MINICIRCUITS_CB518`Mini-Circuits CB Style Package'
+T23,24
+Description_geda_SOT223`SMT transistor, 4 pins'
+T21,40
+Description_geda_SO16`Small outline package, narrow (150mil)'
+T24,39
+Description_geda_QFN56_8`Square Quad Flat Nolead (QFN) package'
+T23,37
+Description_geda_TANT_A`Tantalum SMT capacitor (pin 1 is +)'
+T24,20
+Description_WD33C93A_dilSE-SCSI-I controller
+T21,38
+Description_TL083_dilDual JFET input operational amplifiers
+T23,2
+Param2_smd_resistor_80550
+T11,42
+PKG_QFN20_4PKG_QFN_50(`$1',`$2',`$3', `20', `4', `0')
+T10,34
+PKG_DIP28MPKG_N(`$1', `$2', `$3',  28,  400)
+T23,37
+Description_geda_TANT_B`Tantalum SMT capacitor (pin 1 is +)'
+T30,28
+Description_geda_LQFP128_14_EP`Square Quad-side flat pack'
+T24,46
+Description_geda_ACY100P`Axial polar component (typically capacitor),'
+T18,3
+Param2_MAX232A_dil300
+T9,28
+PKG_ZIP16PKG_SD(`$1', `$2', `$3', 16)
+T10,38
+PKG_RCY900PKG_RADIAL_CAN(`$1', `$2', `$3', 1800)
+T11,42
+PKG_QFN20_5PKG_QFN_65(`$1',`$2',`$3', `20', `5', `0')
+T10,34
+PKG_DIP28NPKG_N(`$1', `$2', `$3',  28,  300)
+T32,12
+Description_generic_smd_chip_603smd chip 603
+T23,37
+Description_geda_TANT_C`Tantalum SMT capacitor (pin 1 is +)'
+T22,45
+Description_geda_DIP8M`Dual in-line package, medium wide (400 mil)'
+T19,3
+Param2_PIC16C61_dil300
+T15,44
+PKG_TQFN36_6_EPPKG_QFN_50(`$1',`$2',`$3', `36', `6', `370')
+T13,62
+PKG_SOJ42_450COMMON_SMT_DIL_MIL(`$1',`$2',`$3',42,23622,86614,50000,346457)
+T16,88
+PKG_BOURNS_3224WPKG_BOURNS_GENERIC_POT(`$1',`$2',`$3',
+	`130', `160', `200', `160', `290', `254', `480')
+T24,29
+Description_r_025_csil_4`4xR-array 0.25W, common pin'
+T23,37
+Description_geda_TANT_D`Tantalum SMT capacitor (pin 1 is +)'
+F8,8
+sincludesinclude
+F6,6
+definedefine
+T16,2
+Param1_TL075_dil14
+T22,2
+Param1_DIN41_651_20lay20
+T9,28
+PKG_ZIP18PKG_SD(`$1', `$2', `$3', 18)
+T12,42
+PKG_LQFP32_5PKG_LQFP_50(`$1',`$2',`$3', `32', `5',`0')
+T16,40
+PKG_DIN41651_10SPKG_DIN41_651STAND(`$1', `$2', `$3', 10)
+T16,88
+PKG_BOURNS_3224XPKG_BOURNS_GENERIC_POT(`$1',`$2',`$3',
+	`132', `190', `200', `190', `510', `254', `480')
+T42,56
+Description_nichicon_NICHICON_WT_CAP_4_5p4`Nichicon WT series SMT Aluminum Electrolytic Capacitor'
+T28,39
+Description_geda_TQFN12_4_EP`Square Quad Flat Nolead (QFN) package'
+T26,29
+Description_geda_PENTAWATT`Power IC, as in MULTIWATT15'
+T16,3
+Param2_74322_dil300
+T24,29
+Description_r_025_csil_6`6xR-array 0.25W, common pin'
+T26,38
+Description_geda_RESC0402L`Standard SMT resistor, capacitor etc'
+T27,37
+Description_geda_HEADER38_1`Header connector, DIP pin numbering'
+T21,45
+Description_74640_dil`8 bus tranceiver 3-state w. inverting logic'
+T16,3
+Param2_74181_dil300
+T16,3
+Param2_74107_dil300
+T12,42
+PKG_LQFP32_7PKG_LQFP_80(`$1',`$2',`$3', `32', `7',`0')
+T24,29
+Description_r_025_csil_7`7xR-array 0.25W, common pin'
+T26,38
+Description_geda_RESC0402M`Standard SMT resistor, capacitor etc'
+T27,42
+Description_geda_HEADER38_2`Header connector, ribbon cable numbering'
+T24,16
+Description_PIC16C74_dilmicro controller
+T11,691
+COMMON_D_DWdefine(`MAXY', `eval(`$4' / 2 * 50)')
+	define(`MAXX', `$5')
+	define(`XLOW', `50')
+	define(`XHIGH', `eval(MAXX - 50)')
+	define(`CENTERX', `eval(MAXX / 2)')
+Element(0x00 "$1" "`$2'" "$3" eval(CENTERX + 20) 50 3 100 0x00)
+(
+	forloop(`i', 1, eval($4 / 2),
+		`PAD(0, eval(i * 50 -25), XLOW, eval(i * 50 -25), 20, i)
+	')
+	forloop(`i', 1, eval($4 / 2),
+		`PAD(XHIGH, eval(MAXY - i * 50 +25), MAXX, eval(MAXY - i * 50 +25), 20, eval(i + $4/2))
+	')
+	ElementLine(XLOW 0 XLOW MAXY 10)
+	ElementLine(XLOW MAXY XHIGH MAXY 10)
+	ElementLine(XHIGH MAXY XHIGH 0 10)
+	ElementLine(XLOW 0 eval(CENTERX - 25) 0 10)
+	ElementLine(eval(CENTERX + 25) 0 XHIGH 0 10)
+	ElementArc(CENTERX 0 25 25 0 180 10)
+	Mark(25 25)
+)
+T16,3
+Param2_74373_dil300
+T15,3
+Param2_7411_dil300
+T24,3
+Param1_generic_diode_500500
+T13,62
+PKG_SOJ26_400COMMON_SMT_DIL_MIL(`$1',`$2',`$3',26,23622,86614,50000,291339)
+T8,34
+PKG_DIP6PKG_N(`$1', `$2', `$3',   6,  300)
+T16,40
+PKG_DIN41651_14SPKG_DIN41_651STAND(`$1', `$2', `$3', 14)
+T20,27
+Description_uA79M12C-12V 0.5A voltage regulator
+T24,29
+Description_r_025_csil_8`8xR-array 0.25W, common pin'
+T26,42
+Description_geda_SOJ16_350`Small outline J-leaded package (350 mil)'
+T26,38
+Description_geda_RESC0402N`Standard SMT resistor, capacitor etc'
+T21,74
+Description_74691_dil`4bit synchronous binary counter w. direct clear, output register 3-state'
+T21,36
+Description_74247_dil`BCD to 7-segment decoder/driver OC'
+T17,93
+PinList_74190_dil`B',`Qb',`Qa',`/CTEN',`D-/U',`Qc',`Qd',`Gnd',`D',`C',`/Load',`Max-Min',`/RCO',`Clk',`A',`Vcc'
+T17,89
+PinList_74153_dil`/1G',`B',`1C3',`1C2',`1C1',`1C0',`1Y',`Gnd',`2Y',`2C0',`2C1',`2C2',`2C3',`A',`/2G',`Vcc'
+T17,151
+PinList_74116_dil`/1Clr',`/1C1',`/1C2',`1D1',`1Q1',`1D2',`1Q2',`1D3',`1Q3',`1D4',`1Q4',`Gnd',`/2Clr',`/2C1',`/2C2',`2D1',`2Q1',`2D2',`2Q2',`2D3',`2Q3',`2D4',`2Q4',`Vcc'
+T21,3
+Param2_generic68_plcc150
+T14,1
+Param2_SCSI_SE2
+T16,3
+Param2_74195_dil300
+T16,3
+Param2_74158_dil300
+T16,2
+Param1_74440_dil20
+T18,69
+PinList_uA709C_dil`FreqCompB',`In-',`In+',`Vcc-',`OutFreqComp',`Out',`Vcc+',`FreqCompA'
+T17,104
+PinList_74382_dil`A1',`B1',`A0',`B0',`S0',`S1',`S2',`F0',`F1',`Gnd',`F2',`F3',`Ovr',`Cn+4',`Cn',`B3',`A3',`B2',`A2',`Vcc'
+T15,3
+Param2_7425_dil300
+T35,3
+Param1_generic_capacitor_radial_300300
+T8,34
+PKG_DIP8PKG_N(`$1', `$2', `$3',   8,  300)
+T26,38
+Description_geda_INDC0402L`Standard SMT resistor, capacitor etc'
+T21,41
+Description_74668_dil`4bit synchronous decade up/down counter'
+T21,38
+Description_74298_dil`4 dual-input multiplexors w. storage'
+T17,103
+PinList_74574_dil`/Oe',`1D',`2D',`3D',`4D',`5D',`6D',`7D',`8D',`Gnd',`Clk',`8Q',`7Q',`6Q',`5Q',`4Q',`3Q',`2Q',`1Q',`Vcc'
+T17,101
+PinList_74167_dil`NC',`B2',`B3',`Set-to-9',`Z',`Y',`ENout',`Gnd',`Clk',`StrB',`ENin',`Unity-CAS',`Clr',`Bo',`B1',`Vcc'
+T18,3
+Param2_I82077_plcc150
+T11,55
+PKG_TSSOP8WCOMMON_SMT_DIL_MM(`$1',`$2',`$3',  8, 33, 150, 65, 440)
+T10,36
+PKG_ACY300PKG_AXIAL_LAY(`$1', `$2', `$3', 300)
+T26,38
+Description_geda_INDC0402M`Standard SMT resistor, capacitor etc'
+T27,37
+Description_geda_HEADER42_1`Header connector, DIP pin numbering'
+T17,95
+PinList_LM324_dil`Out1',`In1-',`In1+',`Vcc',`In2+',`In2-',`Out2',`Out3',`In3-',`In3+',`Gnd',`In4+',`In4-',`Out4'
+T17,90
+PinList_74396_dil`2Q1',`1Q1',`D1',`2Q2',`1Q2',`D2',`Clk',`Gnd',`D3',`1Q3',`2Q3',`D4',`1Q4',`2Q4',`/G',`Vcc'
+T21,3
+Param2_AT90S8535_plcc150
+T15,3
+Param2_7476_dil300
+T15,3
+Param2_7439_dil300
+T23,2
+Param1_generic14smd_dil14
+T16,2
+Param1_74683_dil20
+T16,2
+Param1_74646_dil24
+T16,2
+Param1_74276_dil20
+T22,63
+PKG_MINICIRCUITS_CD636COMMON_SMT_DIL_MIL(`$1',`$2',`$3',6,65000,100000,100000,100000)
+T43,32
+Description_minicircuits_MINICIRCUITS_CD541`Mini-Circuits CD Style Package'
+T26,38
+Description_geda_INDC0402N`Standard SMT resistor, capacitor etc'
+T27,42
+Description_geda_HEADER42_2`Header connector, ribbon cable numbering'
+T16,2
+Param1_74468_dil20
+T11,38
+PKG_RCY1200PKG_RADIAL_CAN(`$1', `$2', `$3', 2400)
+T22,63
+PKG_MINICIRCUITS_CD637COMMON_SMT_DIL_MIL(`$1',`$2',`$3',6,65000,100000,100000,100000)
+T43,32
+Description_minicircuits_MINICIRCUITS_CD542`Mini-Circuits CD Style Package'
+T29,150
+PinList_DIN41_612_abc48femaleforloop(`i', 1, 16, `define(`P_'i, `a'i)')
+	forloop(`i', 1, 16, `define(`P_'eval(i +16), `b'i)')
+	forloop(`i', 1, 16, `define(`P_'eval(i +32), `c'i)')
+T17,1
+Param1_uA709C_dil8
+T21,2
+Param1_generic24w_dil24
+T16,2
+Param1_74697_dil20
+T13,62
+PKG_SOJ30_350COMMON_SMT_DIL_MIL(`$1',`$2',`$3',30,23622,86614,50000,244094)
+T13,41
+PKG_QFP128_28PKG_QFP_80(`$1',`$2',`$3',`128',`28',`0')
+T20,77
+PKG_JOHNSTECH_QFN_40PKG_GENERIC_JOHNSTECH7248_QFN(`$1',`$2',`$3',`$4',`$5', `40',`36',`50', `$6')
+T14,39
+PKG_HEADER18_1PKG_CONNECTOR_DIL(`$1', `$2', `$3',  9)
+T8,47
+PKG_2706PKG_SMT_2PAD_MIL(  `$1', `$2', `$3', 270,   60)
+T24,33
+Description_geda_QFP64_R`Rectangular Quad-side flat pack'
+F8,8
+undefineundefine
+T27,150
+PinList_DIN41_612_abc48maleforloop(`i', 1, 16, `define(`P_'i, `a'i)')
+	forloop(`i', 1, 16, `define(`P_'eval(i +16), `b'i)')
+	forloop(`i', 1, 16, `define(`P_'eval(i +32), `c'i)')
+T16,3
+Param2_TL074_dil300
+T21,73
+PKG_MINICIRCUITS_KK81COMMON_SMT_DIL_MIL(`$1',`$2',`$3',6,50000,126000,100000,354000,"reverse")
+T14,38
+PKG_HEADER18_2PKG_CONNECTOR(`$1', `$2', `$3',  9, 2)
+T13,62
+PKG_SOJ44_350COMMON_SMT_DIL_MIL(`$1',`$2',`$3',44,23622,86614,50000,244094)
+T25,39
+Description_geda_TQFN12_4`Square Quad Flat Nolead (QFN) package'
+T16,16
+PinList_uA78L08C`In',`Com',`Out'
+T17,115
+PinList_TL083_dil`1 In-',`1 In+',`1 OfsN2',`Vcc-',`2 OfsN2',`2 In+', `2 In-', `2 OfsN1',`Vcc+',`2 Out',`NC',`1 Out',`Vcc+',`1 OfsN1'
+T26,3
+Param1_DIN41_612_abc48maleabc
+T10,34
+PKG_SDIP18PKG_NS(`$1', `$2', `$3', 18,  300)
+T14,45
+PKG_QFN32_5_EPPKG_QFN_50S(`$1',`$2',`$3', `32', `5', `310')
+T20,47
+PKG_PANASONIC_EXB24VCOMMON_SMT_DIL_MM(`$1',`$2',`$3',4,38,48,65,50)
+T20,77
+PKG_JOHNSTECH_QFN_80PKG_GENERIC_JOHNSTECH7248_QFN(`$1',`$2',`$3',`$4',`$5', `80',`36',`50', `$6')
+T21,38
+Description_geda_US14`Ultra (Micro?) Small outline package'
+T20,170
+PinList_PIC16C55_dil`RTCC',`VDD',`nc',`VSS',`nc',`RA0',`RA1',`RA2',`RA3',`RB0',`RB1',`RB2',`RB3',`RB4',`RB5',`RB6',`RB7',`RC0',`RC1',`RC2',`RC3',`RC4',`RC5',`RC6',`RC7',`OSC2',`OSC1',`/MCLR'
+T16,143
+PinList_L297_dil`Sync',`Gnd',`Home',`A',`/Inh1',`B',`C',`/Inh2',`D',`Enable',`Control',`Vs',`Sens2',`Sens1',`Vref',`Osc',`CW/CCW',`/Clock',`Half/Full',`/Reset'
+T24,2
+Param2_smd_resistor_120660
+T22,2
+Param1_DIN41_651_18lay18
+T13,62
+PKG_SOJ14_300COMMON_SMT_DIL_MIL(`$1',`$2',`$3',14,23622,86614,50000,196850)
+T13,74
+PKG_RESC0603LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  30,   30,  50, 100,  60,   0,   0)
+T8,2914
+PKG_PLCCdefine(`NUMPINS', `$4')
+	ifelse(eval(NUMPINS == 32),1,`define(`QUARTER',7)',`define(`QUARTER', `eval($4 /4)')')
+	define(`OFFSET', `eval((QUARTER +1) /2)')
+	define(`WIDTH', `eval((QUARTER-1) *50 +2*75)')
+	ifelse(eval(NUMPINS == 32),1,`define(`SIDE',`eval((NUMPINS-2*QUARTER)/2)')', `define(`SIDE',QUARTER)')
+	define(`HEIGHT', `eval((SIDE-1)* 50 + 2*75)')
+	define(`CENTER', `eval(WIDTH / 2)')
+	define(`PUSHOUT', 20)    # was 15
+	define(`PUSHIN', 40)     # was 50
+Element(0x00 "$1" "`$2'" "$3" 100 CENTER 0 100 0x00)
+(
+	# top left half
+define(`X', CENTER)
+define(`Y', 0)
+define(`count', 1)
+forloop(`i', 1, OFFSET,
+	`PAD(X, eval(Y-PUSHOUT), X, eval(Y+PUSHIN), 20, count)' `define(`count', incr(count))'
+	`define(`X', eval(X-50))'
+	)
+
+
+	# left row
+define(`X', 0)
+define(`Y', 75)
+define(`count', `eval(OFFSET+1)')
+forloop(`i', 1, SIDE,
+	`PAD(eval(X-PUSHOUT), Y, eval(X+PUSHIN), Y, 20, count)' `define(`count', incr(count))'
+	`define(`Y', eval(Y+50))'
+	)
+
+	# bottom row
+define(`X', 75)
+define(`Y', HEIGHT)
+forloop(`i', 1, QUARTER,
+	`PAD(X, eval(Y+PUSHOUT), X, eval(Y-PUSHIN), 20, count)' `define(`count', incr(count))'
+	`define(`X', eval(X+50))'
+)
+
+	# right row
+define(`X', WIDTH)
+define(`Y', eval(HEIGHT-75))
+forloop(`i', 1, SIDE,
+	`PAD(eval(X+PUSHOUT), Y, eval(X-PUSHIN), Y, 20, count)' `define(`count', incr(count))'
+	`define(`Y', eval(Y-50))'
+)
+
+	# top right row
+define(`X', eval(WIDTH-75))
+define(`Y', 0)
+forloop(`i', 1, eval(OFFSET-1),
+	`PAD(X, eval(Y-PUSHOUT), X, eval(Y+PUSHIN), 20, count)' `define(`count', incr(count))'
+	`ifelse(eval(count > NUMPINS), 1, `define(`count', 1)')'
+	`define(`X', eval(X-50))'
+)
+
+#	ElementLine(50 0 WIDTH 0 20)
+#	ElementLine(WIDTH 0 WIDTH WIDTH 20)
+#	ElementLine(WIDTH WIDTH 0 WIDTH 20)
+#	ElementLine(0 WIDTH 0 50 20)
+#	ElementLine(0 50 50 0 20)
+
+# Modified by Thomas Olson to eliminate silkscreen blobbing over pads.
+# Approach one: eliminate ElementLine transgression over pads. leave corners
+# only.
+
+define(`OLWIDTH', eval(WIDTH-50))
+define(`OLHEIGHT', eval(HEIGHT-50))
+	
+	ElementLine(OLWIDTH 0 WIDTH 0 10)
+	ElementLine(WIDTH 0 WIDTH 50 10)
+	ElementLine(WIDTH OLHEIGHT WIDTH HEIGHT 10)
+	ElementLine(WIDTH HEIGHT OLWIDTH HEIGHT 10)
+	ElementLine(50 HEIGHT 0 HEIGHT 10)
+	ElementLine(0 HEIGHT 0 OLHEIGHT 10)
+	ElementLine(0 50 50 0 10)
+
+# Approach two: move outline to edge of pads.
+# The outline should be 15 off. But since the pad algorithm
+# is not making the square pads correctly I give it a total of 30
+# to clear the pads.
+
+# Try 40 mils, and parameterize it.  1/12/00 LRD
+define(`NOSMUDGE', 40)
+define(`OLWIDTH', eval(WIDTH+NOSMUDGE))
+define(`OLHEIGHT', eval(HEIGHT+NOSMUDGE))
+
+	ElementLine(50 -NOSMUDGE OLWIDTH -NOSMUDGE 10)
+	ElementLine(OLWIDTH -NOSMUDGE OLWIDTH OLHEIGHT 10)
+	ElementLine(OLWIDTH OLHEIGHT -NOSMUDGE OLHEIGHT 10)
+	ElementLine(-NOSMUDGE OLHEIGHT -NOSMUDGE 50 10)
+	ElementLine(-NOSMUDGE 50 50 -NOSMUDGE 10)
+
+	ElementArc(CENTER 100 20 20 0 360 10)
+
+	Mark(0 0)
+)
+T39,26
+Description_smd_capacitor_polarized_805`chip_capacitor_polarized'
+T28,39
+Description_geda_TQFN20_4_EP`Square Quad Flat Nolead (QFN) package'
+T23,18
+Description_connector10connector 2x5 pins
+T21,51
+Description_74121_dil`monostable multivibrator w. Schmitt trigger input'
+T20,12
+Description_2532_dil`EPROM 4Kx8'
+T16,71
+PinList_7400_dil`1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3B',`3A',`4Y',`4B',`4A',`Vcc'
+T15,44
+PKG_TQFN12_4_EPPKG_QFN_80(`$1',`$2',`$3', `12', `4', `210')
+T10,37
+PKG_TO126SPKG_TO126LAY_WIDE(  `$1', `$2', `$3')
+T13,74
+PKG_RESC0603MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  50,   50,  80, 160,  90,   0,   0)
+T13,72
+PKG_HEPTAWATTGENERIC_PL_POWER(`$1', `$2', `$3',  7,  50, 409, 189, 110, 90, 60, 200) 
+T14,39
+PKG_HEADER22_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 11)
+T21,38
+Description_geda_US16`Ultra (Micro?) Small outline package'
+T24,37
+Description_geda_EIA7343`Tantalum SMT capacitor (pin 1 is +)'
+T20,20
+Description_SUBD_25FSUB-D female 25 pins
+T16,3
+Param2_74631_dil300
+T16,3
+Param2_74261_dil300
+T16,2
+Param1_43256_dil28
+T17,893
+PKG_TO220LAY_WIDEElement(0x00 "$1" "`$2'" "$3" 50 570 1 100 0x00)
+(
+	PIN(100, 800, 90, 60, 1)
+	PIN(200, 900, 90, 60, 2)
+	PIN(300, 800, 90, 60, 3)
+		  
+	# Befestigungsbohrung  
+	PIN(200, 130, 150, 130, 4)
+
+	# Anschlussdraehte  
+	ElementLine(100 800 100 620 30)
+	ElementLine(200 900 200 620 30)
+	ElementLine(300 800 300 620 30)
+
+	# Gehaeuse
+	ElementLine(  0 620 400 620 20)
+	ElementLine(400 620 400 245 20)
+	ElementLine(400 245   0 245 20)
+	ElementLine(  0 245   0 620 20)
+
+	# Kuehlfahne mit Kerben
+	ElementLine(  0 245 400 245 20)
+	ElementLine(400 245 400 120 20)
+	ElementLine(400 120 385 120 20)
+	ElementLine(385 120 385  50 20)
+	ElementLine(385  50 400  50 20)
+	ElementLine(400  50 400  10 20)
+	ElementLine(400  10   0  10 20)
+	ElementLine(  0  10   0  50 20)
+	ElementLine(  0  50  15  50 20)
+	ElementLine( 15  50  15 120 20)
+	ElementLine( 15 120   0 120 20)
+	ElementLine(  0 120   0 245 20)
+
+	Mark(200 800)
+)
+T13,62
+PKG_SOJ28_300COMMON_SMT_DIL_MIL(`$1',`$2',`$3',28,23622,86614,50000,196850)
+T13,74
+PKG_RESC0603NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  40,   40,  60, 130,  80,   0,   0)
+T20,47
+PKG_PANASONIC_EXB28VCOMMON_SMT_DIL_MM(`$1',`$2',`$3',8,25,50,50,40)
+T14,38
+PKG_HEADER22_2PKG_CONNECTOR(`$1', `$2', `$3', 11, 2)
+T9,58
+PKG_HC49UPKG_CRYSTAL_V(`$1', `$2', `$3', 192, 435, 183,  60, 32, 2)
+T23,18
+Description_connector12connector 3x4 pins
+T21,43
+Description_74172_dil`16bit multiple-port register file 3-state'
+T21,17
+Description_74135_dil`4 dual-XOR-XNOR'
+T16,71
+PinList_7414_dil`1A',`1Y',`2A',`2Y',`3A',`3Y',`Gnd',`4Y',`4A',`5Y',`5A',`6Y',`6A',`Vcc'
+T16,3
+Param2_74490_dil300
+T21,54
+PKG_JOHNSTECH_QFN16_4PKG_JOHNSTECH_QFN_65(`$1',`$2',`$3', `16', `4', `210')
+T23,19
+Description_connector50connector 2x25 pins
+T17,103
+PinList_74640_dil`DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/EN',`Vcc'
+T16,3
+Param2_74682_dil300
+T16,3
+Param2_74645_dil300
+T16,2
+Param1_74520_dil20
+T16,2
+Param1_74150_dil24
+T16,2
+Param1_74113_dil14
+T21,54
+PKG_JOHNSTECH_QFN16_5PKG_JOHNSTECH_QFN_80(`$1',`$2',`$3', `16', `5', `310')
+T8,344
+PKG_CSILdefine(`MAXY', `eval(`$4' * 100 -50)')
+Element(0x00 "$1" "`$2'" "$3" 160 10 3 100 0x00)
+(
+	forloop(`i', 1, $4,
+		`PIN(50, eval(i * 100 -50), 60, 28, i)
+	')
+	ElementLine(  0 50   0 MAXY 20)
+	ElementLine(100 50 100 MAXY 20)
+	ElementLine(  0 100 100 100 10)
+	ElementArc(50  50 50 50 180 180 20)
+	ElementArc(50 MAXY 50 50   0 180 20)
+	Mark(50 50)
+)
+T10,37
+PKG_ALF700PKG_DIODE_LAY(`$1', `$2', `$3',  700)
+T23,18
+Description_connector14connector 2x7 pins
+T21,50
+Description_74593_dil`8bit binary counter w. load/clear and 3-state IO'
+T21,29
+Description_74519_dil`8bit identity comperator OC'
+T20,11
+Description_7432_dil`4 dual-OR'
+T13,11
+PinList_BC140`E',`B',`C'
+T16,59
+PinList_7465_dil`A',`E',`F',`G',`H',`I',`Gnd',`Y',`J',`K',`B',`C',`D',`Vcc'
+T16,71
+PinList_7428_dil`1Y',`1A',`1B',`2Y',`2A',`2B',`Gnd',`3A',`3B',`3Y',`4A',`4B',`4Y',`Vcc'
+T16,3
+Param2_74467_dil300
+T10,37
+PKG_TO126WPKG_TO126STAND(     `$1', `$2', `$3')
+T23,18
+Description_connector15connector 3x5 pins
+T21,28
+Description_74378_dil`6 FF w. single rail output'
+F6,6
+regexpregexp
+F9,9
+debugfiledebugfile
+T17,113
+PinList_74691_dil`/CClr',`CCK',`A',`B',`C',`D',`ENP',`/RClr',`RCK',`Gnd',`R-/C',`/G',`/Load',`ENT',`Qd',`Qc',`Qb',`Qa',`RCO',`Vcc'
+T17,79
+PinList_74247_dil`B',`C',`/LT',`/BI-/RBO',`/RBI',`D',`A',`Gnd',`e',`d',`c',`b',`a',`g',`f',`Vcc'
+T16,3
+Param2_74696_dil300
+T20,2
+Param1_oscillator_2020
+T16,2
+Param1_74164_dil14
+T12,41
+PKG_QFP44_10PKG_QFP_80(`$1',`$2',`$3', `44',`10',`0')
+T11,42
+PKG_QFN44_7PKG_QFN_50(`$1',`$2',`$3', `44', `7', `0')
+T25,53
+Description_geda_TSSOP48N`Thin shrink small outline package, standard (4.4mm)'
+T23,18
+Description_connector16connector 2x8 pins
+T20,33
+Description_7483_dil`4bit binary adder w. fast carry'
+T20,28
+Description_7446_dil`BCD to 7-segment driver OC'
+T20,15
+Description_7409_dil`4 dual-AND OC'
+T19,2
+Param1_MC68681_plcc44
+T16,2
+Param1_74393_dil14
+T16,2
+Param1_74356_dil20
+T15,2
+Param1_7404_dil14
+T13,74
+PKG_INDC4532LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 330,  140, 380, 540, 370, 160, 330)
+T26,42
+Description_geda_SOJ40_400`Small outline J-leaded package (400 mil)'
+T21,13
+Description_27128_dil`EPROM 16Kx8'
+T13,11
+PinList_BC550`E',`B',`C'
+T22,396
+PinList_AT90S8535_plcc`Gnd',`PB0/T0',`PB1/T1',`PB2/AIN0',`PB3/AIN1',`PB4//SS',`PB5/MOSI',`PB6/MISO',`PB7/SCK',`/Reset',`Vcc',`Gnd',`XTAL2',`XTAL1',`PD0/RxD',`PD1/TxD',`PD2/INT0', `PD3/INT1',`PD4/OC1B',`PD5/OC1A',`PD6/ICP',`PD7/OC2',`Vcc',`Gnd',`PC0',`PC1',`PC2',`PC3',`PC4',`PC5',`PC6/TOSC1',`PC7/TOSC2',`AVcc',`AGnd',`AREF',`PA7/ADC7',`PA6/ADC6',`PA5/ADC5',`PA4/ADC4',`PA3/ADC3',`PA2/ADC2',`PA1/ADC1',`PA0/ADC0',`Vcc'
+T17,89
+PinList_74668_dil`U-/D',`Clk',`A',`B',`C',`D',`/ENP',`Gnd',`/Load',`/ENT',`Qd',`Qc',`Qb',`Qa',`/RCO',`Vcc'
+T17,82
+PinList_74298_dil`B2',`A2',`A1',`B1',`C2',`D2',`D1',`Gnd',`C1',`WS',`Clk',`Qd',`Qc',`Qb',`Qa',`Vcc'
+T16,2
+Param1_74178_dil14
+T21,54
+PKG_JOHNSTECH_QFN20_4PKG_JOHNSTECH_QFN_50(`$1',`$2',`$3', `20', `4', `210')
+T13,74
+PKG_INDC4532MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 350,  180, 420, 700, 450, 160, 350)
+T23,18
+Description_connector18connector 3x6 pins
+T20,18
+Description_SUBD_25MSUB-D male 25 pins
+T20,40
+Description_7497_dil`syncronous 6bit binary rate multiplier'
+T15,2
+Param1_7492_dil14
+T15,2
+Param1_7455_dil14
+T15,2
+Param1_7418_dil14
+T22,62
+PKG_MINICIRCUITS_CB518COMMON_SMT_DIL_MIL(`$1',`$2',`$3',10,30000,90000,50000,110000)
+T21,54
+PKG_JOHNSTECH_QFN20_5PKG_JOHNSTECH_QFN_65(`$1',`$2',`$3', `20', `5', `310')
+T13,74
+PKG_INDC4532NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 340,  160, 400, 610, 390, 160, 340)
+T20,2
+Param1_oscillator_2424
+T16,2
+Param1_74599_dil16
+T13,545
+PKG_CONN_JTAGElement(0x00 "$1" "`$2'" "$3" 0 0 0 100 0x00)
+(
+	Pin(100 100 60 28 "1" "1" 0x00000101)
+	Pin(100 200 60 28 "2" "2" 0x00000001)
+	Pin(100 300 60 28 "3" "3" 0x00000001)
+	Pin(100 400 60 28 "4" "4" 0x00000001)
+	Pin(100 500 60 28 "5" "5" 0x00000001)
+	Pin(100 600 60 28 "6" "6" 0x00000001)
+	Pin(100 700 60 28 "7" "7" 0x00000001)
+	Pin(100 800 60 28 "8" "8" 0x00000001)
+
+	ElementLine(   0   0 200   0 20)
+	ElementLine(   0 150 200 150 10)
+	ElementLine( 200   0 200 900 20)
+	ElementLine( 200 900   0 900 20)
+	ElementLine(   0 900   0   0 20)
+
+	Mark (0 0)
+)
+T13,11
+PinList_BC516`E',`B',`C'
+T15,2
+Param1_7469_dil16
+T22,9
+Description_R_adjust_Htrimmer H
+T13,11
+PinList_BC517`E',`B',`C'
+T16,1
+Param1_TL080_dil8
+T25,1144
+PKG_DIN41_612FEMALE_SMALLdefine(`MAXX', 420)
+	define(`MAXX1', `eval(MAXX -170)')
+	define(`MAXX2', `eval(MAXX -40)')
+Element(0x00 "$1" "`$2'" "$3" 50 100 3 200 0x00)
+(
+	# Reihe a
+	ifelse(index(`$4', `a'), `-1', ,
+		forloop(`i', 1, 16, `PIN(200, eval(300 + 100 *i), 60, 30, i)
+	'))
+
+	# Reihe b
+	ifelse(index(`$4', `b'), `-1', ,
+		forloop(`i', 1, 16, `PIN(300, eval(300 + 100 *i), 60, 30, eval(16 + i))
+	'))
+
+	# Reihe c
+	ifelse(index(`$4', `c'), `-1', , `define(`MAXX', 520)'
+		forloop(`i', 1, 16, `PIN(400, eval(300 + 100 *i), 60, 30, eval(32 + i))
+	'))
+
+	# Befestigungsbohrung
+	Pin(290  180 120 80 "M1" 0x01)
+	Pin(290 2120 120 80 "M2" 0x01)
+
+	# Aeussere Begrenzung
+	ElementLine( 80  80 MAXX   80 20)
+	ElementLine(MAXX  80 MAXX 2220 20)
+	ElementLine(MAXX 2220 80 2220 20)
+	ElementLine( 80 2220 80   80 20)
+
+	# Innere Begrenzung
+	ElementLine(120  320 MAXX1  320 10)
+	ElementLine(MAXX1  320 MAXX1  360 10)
+	ElementLine(MAXX1  360 MAXX2  360 10)
+	ElementLine(MAXX2  360 MAXX2 1940 10)
+	ElementLine(MAXX2 1940 MAXX1 1940 10)
+	ElementLine(MAXX1 1940 MAXX1 1980 10)
+	ElementLine(MAXX1 1980 120 1980 10)
+	ElementLine(120 1980 120  320 10)
+
+	# Markierung: Pin 1a
+	Mark(200 400)
+)
+T19,26
+Description_uA7806C+6V 1.5A voltage regulator
+T26,37
+Description_geda_HEADER4_1`Header connector, DIP pin numbering'
+T23,62
+Description_geda_ACY500`Axial non-polar component (typically resistor or capacitor),'
+T21,37
+Description_7451L_dil`2 AND-OR inverters (2x2,2x3 inputs)'
+T16,125
+PinList_6116_dil`A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/Cs',`A10',`/Oe',`/We',`A9',`A8',`Vcc'
+T20,2
+Param1_generic24_dil24
+T18,2
+Param1_MC68000_dil64
+T13,62
+PKG_SOJ24_450COMMON_SMT_DIL_MIL(`$1',`$2',`$3',24,23622,86614,50000,346457)
+T9,41
+PKG_DB25FPKG_SUBD_FEMALE_LAY(`$1', `$2', `$3', 25)
+T29,7
+Description_generic_diode_400`diode'
+T26,42
+Description_geda_HEADER4_2`Header connector, ribbon cable numbering'
+T27,37
+Description_cts_CTS_745X_10`CTS 745X Series Chip Resistor Array'
+T13,11
+PinList_BS170`D',`G',`S'
+T13,11
+PinList_BC556`E',`B',`C'
+T16,3
+Param2_74112_dil300
+T15,44
+PKG_TQFN20_4_EPPKG_QFN_50(`$1',`$2',`$3', `20', `4', `210')
+T10,37
+PKG_RCY400PKG_RADIAL_CAN(`$1', `$2', `$3', 800)
+T20,49
+PKG_PANASONIC_EXB2HVCOMMON_SMT_DIL_MM(`$1',`$2',`$3',16,25,50,50,100)
+T12,106
+CreateObjectifdef(`PinList_$1', `DefinePinList(PinList_$1)')
+	PKG_$3(`Description_$1', ,``$2'', Param1_$1, Param2_$1)
+
+T13,11
+PinList_BC557`E',`B',`C'
+T13,62
+PKG_SOJ38_450COMMON_SMT_DIL_MIL(`$1',`$2',`$3',38,23622,86614,50000,346457)
+T30,22
+Description_DIN41_612_ab64maleDIN41.612 row a+b male
+T15,22
+PinList_uA7808C`In',`Com',`Out',`Com'
+T14,16
+PinList_IRF830`G',`D',`S', `D'
+T13,11
+PinList_BC558`E',`B',`C'
+T17,80
+PinList_74121_dil`/Q',`NC',`A1',`A2',`B',`Q',`Gnd',`NC',`Rint',`Cext',`Rext-Cext',`NC',`NC',`Vcc'
+T14,11
+PinList_2N3904`E',`B',`C'
+T16,3
+Param2_74163_dil300
+T16,3
+Param2_74126_dil300
+T14,2
+Param1_z80_dil40
+T6,51
+PKG_USCOMMON_SMT_DIL_MM(`$1',`$2',`$3',`$4',30,70,50,200)
+T21,56
+Description_74444_dil`4 tridirectional true/inverting bus tranceiver 3-state'
+F7,7
+builtinbuiltin
+T21,3
+Param2_generic84_plcc150
+T16,3
+Param2_74355_dil300
+T15,3
+Param2_7430_dil300
+T31,24
+Description_DIN41_612_abc96maleDIN41.612 row a+b+c male
+T21,44
+Description_74673_dil`16bit shift register w. 16bit parallel out'
+T21,50
+Description_74636_dil`8bit parallel error detection/correction 3-state'
+T21,15
+Description_74266_dil`4 dual-XOR OC'
+T17,153
+PinList_74172_dil`1W1',`1W0',`/1Gw',`1DB',`2DB',`Clk',`1R2',`1R1',`1R0',`1Qb',`2Qb',`Gnd',`2Qa',`1Qa',`/1Gr',`/2Gr',`2W-R0',`2W-R1',`2W-R2',`/2Gw',`2Da',`1Da',`1W2',`Vcc'
+T17,87
+PinList_74135_dil`1A',`1B',`1Y',`1C-2C',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`3c-4c',`4Y',`4A',`4B',`Vcc'
+T14,11
+PinList_2N3906`E',`B',`C'
+T16,3
+Param2_74177_dil300
+T16,2
+Param1_74422_dil14
+T9,67
+PKG_SO18MCOMMON_SMT_DIL_MIL(`$1',`$2',`$3', 18, 20000, 85000, 50000, 170000)
+T26,28
+Description_geda_TQFP52_10`Square Quad-side flat pack'
+T33,24
+Description_candk_CANDK_ES03MSABE`C&K ES Series Switches'
+T19,7
+Description_LED_3MMLED 3mm
+T32,24
+Description_DIN41_612_ab64femaleDIN41.612 row a+b female
+T15,3
+Param2_7407_dil300
+T16,3
+Param2_27512_dil600
+T34,2
+Param1_smd_capacitor_polarized_80580
+T16,2
+Param1_74651_dil24
+T16,2
+Param1_74244_dil20
+T9,67
+PKG_SO18NCOMMON_SMT_DIL_MIL(`$1',`$2',`$3', 18, 20000, 85000, 50000, 120000)
+T25,12
+Description_oscillator_20`oscillator'
+T25,39
+Description_geda_TQFN36_6`Square Quad Flat Nolead (QFN) package'
+T26,42
+Description_geda_SOJ42_300`Small outline J-leaded package (300 mil)'
+T24,62
+Description_geda_ACY1600`Axial non-polar component (typically resistor or capacitor),'
+T21,40
+Description_74687_dil`8bit magnitute comperator OC w. enable'
+T17,138
+PinList_74593_dil`A-Qa',`B-Qb',`C-Qc',`D-Qd',`E-Qe',`F-Qf',`G-Qf',`H-Qh',`/CLoad',`Gnd',`/RCO',`/CClr',`CCK',`/CCKEn',`CCKEn',`RCK',`/RCKEn',`/G',`G',`Vcc'
+T17,104
+PinList_74519_dil`/OEN',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`P=Q',`Vcc'
+T16,3
+Param2_74598_dil300
+T33,3
+Param1_generic_resistor_axial_800800
+T13,311
+PKG_SMD_POLARdefine(`SMD_OUTLINE_EXTRA',
+		`
+		# crude plus sign
+		# ElementLine(      X1     eval(Y2L+20)       X1    eval(Y2L+70) 8)
+		# ElementLine( eval(X1-25) eval(Y2L+45) eval(X1+25) eval(Y2L+45) 8)
+		define(`XBAR', `eval(X1L+10)')
+		ElementLine( XBAR Y1L XBAR Y2L 8 )
+
+	')
+	PKG_SMD_BASE(`$1', `$2', `$3', `$4', `$5')
+
+T14,39
+PKG_HEADER46_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 23)
+T9,41
+PKG_DB25MPKG_SUBD_MALE_LAY(  `$1', `$2', `$3', 25)
+T11,37
+PKG_ACY1300PKG_AXIAL_LAY(`$1', `$2', `$3', 1300)
+T8,74
+PKG_1806PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 340,  160, 400, 610, 390, 160, 340)
+T19,27
+Description_uA7924C-24V 1.5A voltage regulator
+T20,253
+PinList_WD33C93A_dil`I/O',`/MSG',`GND',`C/D',`/BSY',`/SEL',`CLK',`/DRQ',`/DACK',`INTRQ',`D0',`D1',`D2',`D3',`D4',`D5',`D6',`D7',`A0',`GND',`/CS',`/WE',`/RE',`ALE',`/SDP',`/SD0',`/SD1',`GND',`/SD2',`/SD3',`/SD4',`/SD5',`/SD6',`/SD7',`GND',`/RESET',`/ATN',`/ACK',`/REQ',`Vcc'
+T17,82
+PinList_74378_dil`/G',`1Q',`1D',`2D',`2Q',`3D',`3Q',`Gnd',`Clk',`4Q',`4D',`5Q',`5D',`6D',`6Q',`Vcc'
+T15,3
+Param2_7495_dil300
+T16,2
+Param1_74628_dil14
+T16,2
+Param1_74295_dil14
+T16,2
+Param1_74258_dil16
+T22,63
+PKG_MINICIRCUITS_CD541COMMON_SMT_DIL_MIL(`$1',`$2',`$3',6,65000,100000,100000,100000)
+T14,38
+PKG_HEADER46_2PKG_CONNECTOR(`$1', `$2', `$3', 23, 2)
+T24,44
+Description_geda_SSOP64W`Shrink small outline package, .80mm, wider'
+T25,39
+Description_geda_QFN68_10`Square Quad Flat Nolead (QFN) package'
+T24,37
+Description_geda_EIA6032`Tantalum SMT capacitor (pin 1 is +)'
+T28,31
+Description_geda_DIN41651_34`Header connector with latches'
+T21,38
+Description_geda_0603`Standard SMT resistor, capacitor etc'
+T19,246
+PinList_MC68681_dil`Rs1',`Ip3',`Rs2',`Ip1',`Rs3',`Rs4',`Ip0',`R/W',`/Dtack',`RxDB',`TxDB',`Op1',`Op3',`Op5',`Op7',`D1',`D3',`D5',`D7',`Gnd',`/Irq',`D6',`D4',`D2',`D0',`Op6',`Op4',`Op2',`Op0',`TxDA',`RxDA',`X1/Clk',`X2',`/Reset',`/Cs',`Ip2',`/Iack',`Ip5',`Ip4',`Vcc'
+T10,35
+PKG_PLCC20PKG_PLCC(`$1', `$2', `$3', 20, 150)
+T22,63
+PKG_MINICIRCUITS_CD542COMMON_SMT_DIL_MIL(`$1',`$2',`$3',6,65000,100000,100000,100000)
+T17,20
+Description_BC327bipolar-P transistor
+T17,154
+PinList_27128_dil`Vpp', `A12', `A7',`A6',`A5',`A4',`A3',`A2',`A1',`A0',`D0',`D1',`D2',`Gnd',`D3',`D4',`D5',`D6',`D7',`/Cs',`A10',`/Oe',`A11',`A9',`A8', `A13', `A14', `Vcc'
+T25,83
+PKG_NICHICON_WT_CAP_10_10PKG_NICHICON_WT_CAP(`$1', `$2', `$3',
+	`110', `340', `450', `1050', `1050', `1050')
+T13,553
+PKG_DIODE_LAYdefine(`X1', `eval(`$4' /3)')
+	define(`X2', `eval(`$4' -X1)')
+	define(`Y', `eval(`$4' /2)')
+	define(`DELTA', `eval(X1 /2)')
+	define(`PINSIZE', `ifelse(eval($4 >= 500), 1, 80, 50)')
+Element(0x00 "$1" "`$2'" "$3" eval(X2+20) eval(Y-DELTA) 0 100 0x00)
+(
+	PIN(0, Y, PINSIZE, 20, 1)
+	PIN($4, Y, PINSIZE, 20, 2)
+
+	ElementLine(0 Y X1 Y 10)
+	ElementLine(X2 Y $4 Y 10)
+
+	ElementLine(X1 Y X2 eval(Y-DELTA) 10)
+	ElementLine(X2 eval(Y-DELTA) X2 eval(Y+DELTA) 10)
+	ElementLine(X2 eval(Y+DELTA) X1 Y 10)
+	ElementLine(X1 eval(Y-DELTA) X1 eval(Y+DELTA) 10)
+	Mark(0 Y)
+)
+T25,12
+Description_oscillator_24`oscillator'
+T39,17
+Description_generic_capacitor_axial_500`capacitor_axial'
+T24,64
+Description_geda_RCY1000`Bottom lead non-polar circular component (typically capacitor)'
+T23,32
+Description_geda_ALF900`Axial diode (pin 1 is cathode)'
+T20,28
+PinList_r_025_csil_4`common', `1', `2', `3', `4'
+T25,79
+PKG_NICHICON_WT_CAP_5_5p4PKG_NICHICON_WT_CAP(`$1', `$2', `$3',
+	`80', `230', `130', `550', `550', `590')
+T26,12
+Description_smd_diode_1206`chip_diode'
+T25,39
+Description_geda_TQFN40_6`Square Quad Flat Nolead (QFN) package'
+T13,62
+PKG_SOJ26_350COMMON_SMT_DIL_MIL(`$1',`$2',`$3',26,23622,86614,50000,244094)
+T9,67
+PKG_SO14WCOMMON_SMT_DIL_MIL(`$1',`$2',`$3', 14, 20000, 80000, 50000, 280000)
+T13,74
+PKG_INDC3225LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 260,  110, 280, 400, 290,  90, 260)
+T14,39
+PKG_HEADER50_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 25)
+T22,16
+Description_geda_TO251`diode in TO220'
+T22,9
+Description_R_adjust_Vtrimmer V
+T18,8
+Description_IRF830N-MOSFET
+T27,24
+Description_DIN41_651_14layDIN41.651 laying 14 pins
+T18,30
+Description_2N3904general purpose NPN transistor
+T20,38
+PinList_r_025_csil_6`common', `1', `2', `3', `4', `5', `6'
+T20,2
+Param1_PC_Centronics25
+T20,2
+Param1_AT90S2313_dil20
+T13,74
+PKG_INDC3225MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 280,  150, 320, 560, 380, 100, 280)
+T14,38
+PKG_HEADER50_2PKG_CONNECTOR(`$1', `$2', `$3', 25, 2)
+T25,9
+Description_generic24_dil`generic'
+T24,60
+Description_geda_RCY150P`Bottom lead polar circular component (typically capacitor)'
+T20,43
+PinList_r_025_csil_7`common', `1', `2', `3', `4', `5', `6', `7'
+T20,397
+PinList_PIC16C74_dil`/MCLR',`RA0/AN0',`RA1/AN1',`RA2/AN2',`RA3/AN3',`RA4/T0CKI',`RA5/AN4/SS',`RE0/RD/AN5',`RE1/WR/AN6',`RE2/CS/AN7',`VDD',`VSS',`OSC1',`OSC2',`RC0/T1OSO/T1CKI',`RC1/T0OSI/CCP2',`RC2/CCPI',`RC3/SCK/SCL',`RD0/PSP0',`RD1/PSP1',`RD2/PSP2',`RD3/PSP3',`RC4/SDI/SDA',`RC5/SDO',`RC6/TX/CK',`RC7/RX/DT',`RD4/PSP4',`RD5/PSP5',`RD6/PSP6',`RD7/PSP7',`VSS',`VDD',`RB0/INT',`RB1',`RB2',`RB3',`RB4',`RB5',`RB6',`RB7'
+T7,67
+PKG_SO8COMMON_SMT_DIL_MIL(`$1',`$2',`$3',  8, 20000, 85000, 50000, 120000)
+T13,74
+PKG_INDC3225NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 270,  130, 300, 470, 320, 100, 270)
+T20,26
+Description_uA78L08C+8V 0.1A voltage regulator
+T27,39
+Description_geda_QFN48_7_EP`Square Quad Flat Nolead (QFN) package'
+T21,26
+Description_74140_dil`2 quad-NAND 50Ohm driver'
+T18,30
+Description_2N3906general purpose PNP transistor
+T20,48
+PinList_r_025_csil_8`common', `1', `2', `3', `4', `5', `6', `7', `8'
+T17,71
+PinList_7451L_dil`1A',`2A',`2B',`2C',`2D',`2Y',`Gnd',`1Y',`1D',`1E',`1F',`1B',`1C',`Vcc'
+T18,2
+Param1_connector2010
+T9,67
+PKG_SO18WCOMMON_SMT_DIL_MIL(`$1',`$2',`$3', 18, 20000, 80000, 50000, 280000)
+T27,37
+Description_cts_CTS_745C_10`CTS 745C Series Chip Resistor Array'
+T20,24
+Description_L297_dilstepper-motor controller
+T18,56
+PinList_OPTO_6N136`NC', `A+', `K-', `NC', `Gnd', `Out-Col', `Basis', `Vcc'
+T17,3
+Param2_TLC274_dil300
+T16,3
+Param2_74280_dil300
+T16,3
+Param2_74243_dil300
+T18,2219
+PKG_SMT_2PAD_MM100# grab the input values and convert to 1/100 mil
+       define(`X',     `eval(($4  * 10000)/254)')
+	define(`Y',     `eval(($5  * 10000)/254)')
+	define(`C',     `eval(($6  * 10000)/254)')
+	define(`V1',    `eval(($7  * 10000)/254)')
+	define(`V2',    `eval(($8  * 10000)/254)')
+	define(`R1',    `eval(($9  * 10000)/254)')
+	define(`R2',    `eval(($10 * 10000)/254)')
+	# how much to grow the pads by for soldermask [1/100 mil]
+	define(`maskGrow', 300)
+	# clearance from planes [1/100 mil]
+	define(`clearance', 1000)
+	# silk screen width  [1/100 mil]
+	define(`SILKW', `800')
+	# courtyard silk screen width  [1/100 mil]
+	define(`CYW', `100')
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "$1" "`$2'" "$3" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	ifelse(eval(Y > X), 1,       
+	   `Pad[eval( (-1*C - (Y - X))/2) 0
+		eval( (-1*C + (Y - X))/2) 0
+		X eval(2*clearance) eval(X + 2*maskGrow) "1" "1" "square"]
+	    Pad[eval( (   C - (Y - X))/2) 0
+		eval( (   C + (Y - X))/2) 0
+		X eval(2*clearance) eval(X + 2*maskGrow) "2" "2" "square"]
+	 ',
+	   `Pad[eval( -1*C/2 ) eval(-(X-Y)/2)
+		eval( -1*C/2 ) eval( (X-Y)/2)
+		Y eval(2*clearance) eval(Y + 2*maskGrow) "1" "1" "square"]
+	    Pad[eval(    C/2 ) eval(-(X-Y)/2)
+		eval(    C/2 ) eval( (X-Y)/2)
+		Y eval(2*clearance) eval(Y + 2*maskGrow) "2" "2" "square"]
+	 ')
+
+	ifelse(eval(R1 > 0), 1,
+	   `ElementLine[eval(-1*R1/2) eval(-1*R2/2) eval(R1/2) eval(-1*R2/2) SILKW]
+	    ElementLine[eval(-1*R1/2) eval(   R2/2) eval(R1/2) eval(   R2/2) SILKW]
+	   ',)
+
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+
+)
+T22,16
+Description_geda_TO218`diode in TO220'
+T27,39
+Description_geda_QFN16_5_EP`Square Quad Flat Nolead (QFN) package'
+T21,40
+Description_74191_dil`syncronous 4bit binary up/down counter'
+T21,17
+Description_74154_dil`4-to-16 decoder'
+T20,13
+Description_7400_dil`4 dual-NAND'
+T18,49
+PinList_OPTO_6N137`NC', `A+', `K-', `NC', `Gnd', `Out', `En', `Vcc'
+T16,75
+PinList_7470_dil`NC',`/Clr',`J1',`J2',`/J',`/Q',`Gnd',`Q',`/K',`K1',`K2',`Clk',`/Pre',`Vcc'
+T16,71
+PinList_7433_dil`1Y',`1A',`1B',`2Y',`2A',`2B',`Gnd',`3A',`3B',`3Y',`4A',`4B',`4Y',`Vcc'
+T10,35
+PKG_PLCC28PKG_PLCC(`$1', `$2', `$3', 28, 150)
+T19,42
+PKG_OPTEK_OVSRWACR6PKG_OPTEK_RA_2p8_1p2_0p8(`$1', `$2', `$3')
+T21,54
+PKG_JOHNSTECH_QFN44_7PKG_JOHNSTECH_QFN_50(`$1',`$2',`$3', `44', `7', `470')
+T26,33
+Description_geda_LQFP128_R`Rectangular Quad-side flat pack'
+T16,3
+Param2_74627_dil300
+T16,3
+Param2_74294_dil300
+T16,3
+Param2_74257_dil300
+T16,2
+Param1_74132_dil14
+T26,38
+Description_geda_CAPC0603L`Standard SMT resistor, capacitor etc'
+T21,38
+Description_geda_1008`Standard SMT resistor, capacitor etc'
+T21,41
+Description_74575_dil`8 D-type edge FF 3-state w. sync. clear'
+T21,24
+Description_74538_dil`3-to-8 decoder 3-state'
+T20,28
+Description_7414_dil`6 Schmitt trigger inverter'
+T16,79
+PinList_7447_dil`B',`C',`/LT',`/BI-/RBO',`/RBI',`D',`A',`Gnd',`e',`d',`c',`b',`a',`g',`f',`Vcc'
+T17,105
+PinList_74444_dil`/CS',`B1',`C1',`C2',`B2',`B3',`C3',`C4',`B4',`Gnd',`S0',`S1',`A4',`A3',`A2',`A1',`/GA',`/GB',`/GC',`Vcc'
+T16,3
+Param2_74449_dil300
+T26,38
+Description_geda_CAPC0603M`Standard SMT resistor, capacitor etc'
+T17,153
+PinList_74673_dil`/CS',`SH-Clk',`R-/W',`/StrClr',`Mode-StrClr',`SER/Q15',`Y0',`Y1',`Y2',`Y3',`Y4',`Gnd',`Y5',`Y6',`Y7',`Y8',`Y9',`Y10',`Y11',`Y12',`Y13',`Y14',`Y15',`Vcc'
+T17,116
+PinList_74636_dil`DEF',`DB0',`DB1',`DB2',`DB3',`DB4',`DB5',`DB6',`Db7',`Gnd',`CB4',`NC',`CB3',`CB2',`CB1',`CB0',`S0',`S1',`SEF',`Vcc'
+T17,71
+PinList_74266_dil`1A',`1B',`1Y',`2Y',`2A',`2B',`Gnd',`3A',`3B',`3Y',`4Y',`4A',`4B',`Vcc'
+T17,1
+Param1_OPTO_6N1368
+T16,2
+Param1_74590_dil16
+T16,2
+Param1_74183_dil14
+T16,2
+Param1_74109_dil16
+T14,597
+PKG_RADIAL_CANdefine(`X1', `eval(`$4' /4)')
+	define(`X2', `eval(`$4' -X1)')
+	define(`X3', `eval(`$4' /2)')
+	define(`Y', `eval(`$4' /2)')
+	define(`R', `eval(`$4' /2)')
+	define(`PINSIZE', `ifelse(eval($4 >= 600), 1, 80, 55)')
+	define(`DRILLSIZE', `ifelse(eval($4 >= 600), 1, 50, 30)')
+Element(0x00 "$1" "`$2'" "$3" eval(`$4') 0 0 100 0x00)
+(
+	PIN(X1, Y, 60, DRILLSIZE, 1)
+	PIN(X2, Y, 60, DRILLSIZE, 2)
+	ElementArc(X3 Y R R 0 360 10)
+
+	ifelse( 1, $5,
+	ElementLine(-60 Y            -20 Y 10)
+	ElementLine(-40 `eval(Y-20)' -40 `eval(Y+20)' 10)
+	ElementLine(`eval($4 + 20)' Y `eval($4 + 60)'  Y 10)
+	)
+
+	Mark (X1 Y)
+)
+T10,35
+PKG_PLCC68PKG_PLCC(`$1', `$2', `$3', 68, 150)
+T23,64
+Description_geda_RCY600`Bottom lead non-polar circular component (typically capacitor)'
+T26,38
+Description_geda_CAPC0603N`Standard SMT resistor, capacitor etc'
+T20,37
+Description_7465_dil`AND-OR inverter OC (4-2-3-2 inputs)'
+T20,19
+Description_7428_dil`4 dual-NOR buffer'
+T19,105
+PinList_MAX232A_dil`C1+',`V+',`C1-',`C2+',`C2-',`V-',`T2out',`R2in',`R2out',`T2in',`T1in',`R1out',`R1in',`T1out',`GND',`Vcc'
+T19,3
+Param2_MC68681_plcc150
+T17,1
+Param1_OPTO_6N1378
+T16,2
+Param1_74375_dil16
+T15,2
+Param1_7423_dil16
+T11,46
+PKG_SOD106APKG_SMT_DIODE(       `$1', `$2', `$3', 55, 25)
+T11,44
+PKG_EIA3216PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 32, 16)
+T26,42
+Description_geda_SOJ22_400`Small outline J-leaded package (400 mil)'
+T21,38
+Description_geda_1825`Standard SMT resistor, capacitor etc'
+T17,127
+PinList_74687_dil`/P>Q',`/G1',`P0',`Q0',`P1',`Q1',`NC',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`NC',`P7',`Q7',`/P=Q',`/G2',`Vcc'
+T34,2
+Param2_smd_capacitor_polarized_80550
+T16,2
+Param1_74197_dil14
+T15,40
+PKG_DIN41651_34PKG_DIN41_651LAY(  `$1', `$2', `$3', 34)
+T25,60
+Description_geda_RCY1200P`Bottom lead polar circular component (typically capacitor)'
+T21,49
+Description_TL070_dilSingle low noise JFET input operational amplifier
+F8,8
+__file____file__
+T18,1
+Param1_r_025_sil_44
+T15,2
+Param1_7474_dil14
+T15,2
+Param1_7437_dil14
+T12,550
+PKG_SMD_CHIPdefine(`X1', `eval(eval(`$4' /100)*10)')
+	define(`Y1', `eval(eval(`$4'- X1 *10) *10)')
+# line radius (LR) depicts offset to pads lines and pad "band width"
+	define(`LR', `ifelse(eval(Y1 < 40), 1, eval(Y1/4), 10)')
+Element(0x00 "$1" "`$2'" "$3" 0 0 0 25 0x00)
+(
+        PAD(LR LR LR eval(Y1-LR) eval(LR*2) )
+        PAD(eval(X1-LR) LR eval(X1-LR) eval(Y1-LR) eval(LR*2) )
+
+        ElementLine( 0  0 X1  0 5)
+        ElementLine(X1  0 X1 Y1 5)
+        ElementLine(X1 Y1  0 Y1 5)
+        ElementLine( 0 Y1  0  0 5)
+
+        Mark(eval(X1/2) eval(Y1/2))
+)
+T26,42
+Description_geda_SOJ36_400`Small outline J-leaded package (400 mil)'
+T22,37
+Description_TLC274_dilQuad precision operational amplifiers
+T5,2
+rSILK10
+T14,278
+PKG_NANOENGINEdefine(`MOLEX_EXTRA', `
+		ElementLine(-175 -215 -175 2185 15)
+		ElementLine(-175 2185 1225 2185 15)
+		ElementLine(1225 2185 1225 -215 15)
+		ElementLine(1225 -215 -175 -215 15)
+		Pin(525 -115 125 70 "M5" 0x01)
+		Pin(525 2085 125 70 "M6" 0x01)
+	')
+	PKG_MOLEX_025($1, $2, $3, 160)
+
+T25,46
+Description_geda_ACY1100P`Axial polar component (typically capacitor),'
+T21,38
+Description_TL084_dilQuad JFET input operational amplifiers
+F7,7
+pushdefpushdef
+T18,1
+Param1_r_025_sil_66
+T26,28
+Description_geda_TQFP80_12`Square Quad-side flat pack'
+T5,2
+rPAD150
+T9,46
+PKG_SOT23PKG_SMT_TRANSISTOR3( `$1', `$2', `$3', 20, 21)
+T40,26
+Description_smd_capacitor_polarized_1206`chip_capacitor_polarized'
+T25,23
+Description_PC_CentronicsPC Centronics Connector
+T25,33
+Description_AT90S2313_dilAVR Enhanced RISC microcontroller
+T5,2
+rPAD260
+T18,1
+Param1_r_025_sil_88
+T28,3
+Param1_DIN41_612_abc48femaleabc
+T17,1634
+PKG_SUBD_LAY_BASEdefine(`BASEX', 1000)
+	define(`BASEY', 1000)
+	define(`PY1', `eval(BASEY +270)')
+	define(`PY2', `eval(PY1 +($4-1)/2*108)')
+	define(`OFFSET', `eval(($4+1)/2)')
+	define(`PANEL_DISTANCE', 365)
+Element(0x00 "$1" "`$2'" "$3" eval(BASEX-0) eval(PY2-0) 1 150 0x00)
+(
+	# Gehaeuse (schmaler Kasten incl. Bohrungen)
+	define(`X1', `eval(BASEX-PANEL_DISTANCE)')
+	define(`Y1', `eval(PY1-390)')
+	define(`X2', `eval(BASEX-PANEL_DISTANCE+30)')
+	define(`Y2', `eval(PY2+390)')
+	ElementLine(X1 Y1 X2 Y1 10)
+	ElementLine(X2 Y1 X2 Y2 10)
+	ElementLine(X2 Y2 X1 Y2 10)
+	ElementLine(X1 Y2 X1 Y1 10)
+	ElementLine(X1 eval(Y1+60) X2 eval(Y1+60) 10)
+	ElementLine(X1 eval(Y1+180) X2 eval(Y1+180) 10)
+	ElementLine(X1 eval(Y2-60) X2 eval(Y2-60) 10)
+	ElementLine(X1 eval(Y2-180) X2 eval(Y2-180) 10)
+
+	# Gehaeuse (aeusserer Kasten)
+	# This part of the connector normally hangs off the circuit board,
+	# so it is confusing to actually mark it on the silkscreen
+	# define(`X1', `eval(BASEX-PANEL_DISTANCE-260)')
+	# define(`Y1', `eval(PY1-100)')
+	# define(`X2', `eval(BASEX-PANEL_DISTANCE)')
+	# define(`Y2', `eval(PY2+100)')
+	# ElementLine(X1 Y1 X2 Y1 20)
+	# ElementLine(X2 Y1 X2 Y2 10)
+	# ElementLine(X2 Y2 X1 Y2 20)
+	# ElementLine(X1 Y2 X1 Y1 20)
+
+	# Gehaeuse (innerer Kasten)
+	define(`X1', `eval(BASEX-PANEL_DISTANCE+30)')
+	define(`Y1', `eval(PY1-160)')
+	define(`X2', `eval(BASEX-230)')
+	define(`Y2', `eval(PY2+160)')
+	ElementLine(X1 Y1 X2 Y1 20)
+	ElementLine(X2 Y1 X2 Y2 20)
+	ElementLine(X2 Y2 X1 Y2 20)
+	ElementLine(X1 Y2 X1 Y1 10)
+
+	# Pins
+	SUBD_SUBFUNCTION
+
+	# Befestigungsbohrung
+	Pin(BASEX  BASEY 250 125 "C1" 0x01)
+	Pin(BASEX eval(PY2+270) 250 125 "C2" 0x01)
+
+)
+T42,56
+Description_nichicon_NICHICON_WT_CAP_10_10`Nichicon WT series SMT Aluminum Electrolytic Capacitor'
+T26,28
+Description_geda_TQFP80_14`Square Quad-side flat pack'
+T29,31
+Description_geda_DIN41651_16S`Header connector with latches'
+T5,3
+rPAD380 
+T10,58
+PKG_UM1_3HPKG_CRYSTAL_H(`$1', `$2', `$3',  74, 311, 322,  60, 32, 3)
+T9,46
+PKG_SOT25PKG_SMT_TRANSISTOR5( `$1', `$2', `$3', 20, 21)
+T42,56
+Description_nichicon_NICHICON_WT_CAP_5_5p4`Nichicon WT series SMT Aluminum Electrolytic Capacitor'
+T22,38
+Description_geda_SO16W`Small outline package, wide (300mil)'
+T27,37
+Description_geda_HEADER24_1`Header connector, DIP pin numbering'
+T24,16
+Description_PIC16C61_dilmicro controller
+T20,17
+Description_6116_dil`Static RAM 2Kx8'
+T5,3
+rPAD4120
+T19,428
+PinList_I82077_plcc`WP',`Trk0',`/Dack',`/RD',`/WR',`/CS',`A0',`A1',`Gnd',`A2',`D0',`Gnd',`D1',`D2',`D3',`Gnd',`D4',`Vcc',`D5',`D6',`Gnd',`D7',`Int',`Drq',`TC',`INDX',`IDENT',`DRate0',`DRate1',`DRV2',`DskChg',`Reset',`X1',`X2',`/Invert',`Gnd',`LoFil',`HiFil',`PLL0',`Vcc',`RdData',`NC',`NC',`NC',`AGnd',`AVcc',`NC',`MFM',`DenSel',`Gnd',`HDSel',`We',`WrData',`Gnd',`Step',`Dir',`ME0',`DS0',`Gnd',`Vcc',`ME1',`DS1',`ME2',`DS2',`Gnd',`ME3',`DS3',`Vcc'
+T16,3
+Param2_74323_dil300
+T34,3
+Param1_generic_capacitor_axial_500500
+T9,46
+PKG_SOT26PKG_SMT_TRANSISTOR6( `$1', `$2', `$3', 20, 21)
+T13,42
+PKG_LQFP64_10PKG_LQFP_50(`$1',`$2',`$3', `64',`10',`0')
+T26,9
+Description_generic68_plcc`generic'
+T26,42
+Description_geda_SOJ40_350`Small outline J-leaded package (350 mil)'
+T27,42
+Description_geda_HEADER24_2`Header connector, ribbon cable numbering'
+T21,21
+Description_74641_dil`8 bus tranceiver OC'
+T21,51
+Description_74604_dil`8 2-input maximum speed multiplexed latch 3-state'
+T17,71
+PinList_74140_dil`1A',`1B',`NC',`1C',`1D',`1Y',`Gnd',`2Y',`2A',`2B',`NC',`2C',`2D',`Vcc'
+T21,3
+Param2_generic24w_dil600
+T16,3
+Param2_74182_dil300
+T16,3
+Param2_74145_dil300
+T27,3
+Param1_generic_smd_chip_402402
+T14,41
+PKG_TQFP304_40PKG_QFP_50(`$1',`$2',`$3',`304',`40',`0')
+T14,41
+PKG_TQFP120_28PKG_QFP_80(`$1',`$2',`$3',`120',`28',`0')
+T8,44
+PKG_SME3PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 33, 33)
+T18,16
+Description_sot_23`SOT-23 package'
+T18,52
+PinList_uA741C_dil`OfsN1',`In-',`In+',`Vcc-',`OfsN2',`Out',`Vcc+',`NC'
+T17,3
+Param2_uA709C_dil300
+T16,3
+Param2_74374_dil300
+T15,3
+Param2_7412_dil300
+T20,3
+Param1_MOLEX_025_100100
+T12,41
+PKG_TQFP32_7PKG_QFP_80(`$1',`$2',`$3', `32', `7',`0')
+T8,44
+PKG_SME4PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 43, 43)
+T12,40
+PKG_ACY1400PPKG_AXIAL_LAY(`$1', `$2', `$3', 1400, 1)
+T21,42
+Description_74285_dil`4bit by 4bit parallel binary multipliers'
+T21,51
+Description_74248_dil`BCD to 7-segment decoder/driver w. output pull-up'
+T18,57
+PinList_NE4558_dil`Out1',`Inv1',`NoInv1',`-Us',`NoInv2',`Inv2',`Out2',`+Us'
+T17,93
+PinList_74191_dil`B',`Qb',`Qa',`/CTEN',`D-/U',`Qc',`Qd',`Gnd',`D',`C',`/Load',`Max-Min',`/RCO',`Clk',`A',`Vcc'
+T17,109
+PinList_74154_dil`0',`1',`2',`3',`4',`5',`6',`7',`8',`9',`10',`Gnd',`11',`12',`13',`14',`15',`/G1',`/G2',`D',`C',`B',`A',`Vcc'
+T16,3
+Param2_74196_dil300
+T16,3
+Param2_74159_dil300
+T16,2
+Param1_74441_dil20
+T8,30
+PKG_TO39PKG_TO39BASE(`$1', `$2', `$3')
+T8,44
+PKG_SME5PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 53, 53)
+T11,41
+PKG_QFP80_RPKG_QFP_80L(`$1',`$2',`$3', `80',`0',`0')
+T39,50
+Description_johnstech_JOHNSTECH_QFN12_4`Johnstech QFN Socket, Series 1MM (724812-724839)'
+T24,49
+Description_geda_TSSOP32`Thin shrink small outline package, wide (6.1mm)'
+T26,33
+Description_AT90S8535_plccAVR Enhanced RISC microcontroller
+T15,3
+Param2_7426_dil300
+T16,2
+Param1_74670_dil16
+T8,44
+PKG_SME6PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 66, 66)
+T13,42
+PKG_LQFP64_14PKG_LQFP_80(`$1',`$2',`$3', `64',`14',`0')
+T38,16
+Description_generic_resistor_axial_500`resistor_axial'
+T23,45
+Description_geda_SSOP14`Shrink small outline package, .65mm, narrow'
+T26,42
+Description_geda_SOJ24_300`Small outline J-leaded package (300 mil)'
+T22,30
+Description_geda_SOD80`SMT diode (pin 1 is cathode)'
+T21,41
+Description_74669_dil`4bit synchronous binary up/down counter'
+T21,40
+Description_74299_dil`8bit universal shift/storage registers'
+T17,103
+PinList_74575_dil`/Oe',`1D',`2D',`3D',`4D',`5D',`6D',`7D',`8D',`Gnd',`Clk',`8Q',`7Q',`6Q',`5Q',`4Q',`3Q',`2Q',`1Q',`Vcc'
+T17,104
+PinList_74538_dil`Y2',`Y1',`Y0',`/OE1',`/OE2',`A',`B',`Y5',`Y6',`Gnd',`Y7',`AL',`G1',`G2',`/G3',`/G4',`C',`Y4',`Y3',`Vcc'
+T20,3
+Param1_MOLEX_025_140140
+T8,29
+PKG_SIP1PKG_CSIL(`$1', `$2', `$3', 1)
+T17,1
+Param1_uA741C_dil8
+T16,2
+Param1_74684_dil20
+T16,2
+Param1_74647_dil24
+T8,44
+PKG_SME8PKG_SMT_2PAD_EIA(  `$1', `$2', `$3', 84, 84)
+T8,29
+PKG_SIP2PKG_CSIL(`$1', `$2', `$3', 2)
+T23,45
+Description_geda_SSOP16`Shrink small outline package, .65mm, narrow'
+T26,42
+Description_geda_SOJ38_300`Small outline J-leaded package (300 mil)'
+T24,62
+Description_geda_ACY1100`Axial non-polar component (typically resistor or capacitor),'
+T30,25
+Description_PCI5V_SMALL_HEIGHTPCI 5V Array Small Height
+T18,3
+Param2_MC68000_dil900
+T33,3
+Param1_generic_resistor_axial_300300
+T17,1
+Param1_NE4558_dil8
+T24,2
+Param1_DIN41_651_20stand20
+T8,29
+PKG_SIP3PKG_CSIL(`$1', `$2', `$3', 3)
+T10,37
+PKG_RCY350PKG_RADIAL_CAN(`$1', `$2', `$3', 700)
+T23,28
+Description_MAX232A_dilhigh-speed dual RS232 driver
+F11,11
+changequotechangequote
+T20,3
+Param1_MOLEX_025_180180
+T8,28
+PKG_ZIP9PKG_SD(`$1', `$2', `$3',  9)
+T8,29
+PKG_SIP4PKG_CSIL(`$1', `$2', `$3', 4)
+T15,102
+Molex_025_styledefine(`Description_MOLEX_025_$1', `Molex .025 pitch $1 pin plug')
+	define(`Param1_MOLEX_025_$1', $1)
+
+T24,60
+Description_geda_RCY800P`Bottom lead polar circular component (typically capacitor)'
+T17,55
+PinList_TL070_dil`N1Comp',`In-',`In+',`Vcc-',`OfsN2',`Out',`Vcc+',`Comp'
+T16,3
+Param2_TL075_dil300
+T16,2
+Param1_27256_dil28
+T8,29
+PKG_SIP5PKG_CSIL(`$1', `$2', `$3', 5)
+T11,40
+PKG_RCY400PPKG_RADIAL_CAN(`$1', `$2', `$3', 800, 1)
+T22,44
+Description_uA709C_dilSingle general purpose operational amplifier
+T25,33
+Description_geda_QFP128_R`Rectangular Quad-side flat pack'
+T24,46
+Description_geda_ACY900P`Axial polar component (typically capacitor),'
+T19,2
+Param1_TI34010_plcc68
+T12,740
+PKG_SMD_BASEdefine(`T', `eval(`$4'/4+`$5'/2)')
+	define(`W', `eval(T/2+15)')
+	define(`X1', `0')
+	define(`X2',  ``$4'')
+	define(`Y',  `0')
+	define(`Y1',  `eval(Y-(`$5'-T)/2-5)')
+	define(`Y2',  `eval(Y+(`$5'-T)/2+5)')
+	# Silkscreen box coordinates
+	define(`X1L', `eval(X1-W)')
+	define(`X2L', `eval(X2+W)')
+	define(`Y1L', `eval(Y1-W)')
+	define(`Y2L', `eval(Y2+W)')
+Element(0x00 "$1" "`$2'" "$3" eval(10+T/2) eval(Y2L+15) 0 100 0x00)
+(
+	# PAD(X1, Y1, X1, Y2, T, 1)
+	# PAD(X2, Y1, X2, Y2, T, 2)
+	# Use Pad instead of PAD so both pads come out square
+	Pad(X1 Y1 X1 Y2 T "1" 0x100)
+	Pad(X2 Y1 X2 Y2 T "2" 0x100)
+	ElementLine(X1L Y1L X1L Y2L 8)
+	ElementLine(X1L Y2L X2L Y2L 8)
+	ElementLine(X2L Y2L X2L Y1L 8)
+	ElementLine(X2L Y1L X1L Y1L 8)
+	SMD_OUTLINE_EXTRA
+)
+T8,29
+PKG_SIP6PKG_CSIL(`$1', `$2', `$3', 6)
+T11,39
+PKG_ACY500PPKG_AXIAL_LAY(`$1', `$2', `$3', 500, 1)
+T19,28
+Description_uA7952C-5.2V 1.5A voltage regulator
+T19,27
+Description_uA7915C-15V 1.5A voltage regulator
+T23,32
+Description_geda_ALF400`Axial diode (pin 1 is cathode)'
+T21,24
+Description_L297A_dilstepper-motor controller
+T17,97
+PinList_TL084_dil`Out1',`In1-',`In1+',`Vcc+',`In2+',`In2-',`Out2',`Out3',`In3-',`In3+',`Vcc-',`In4+',`In4-',`Out4'
+T18,105
+PinList_MAX232_dil`C1+',`V+',`C1-',`C2+',`C2-',`V-',`T2out',`R2in',`R2out',`T2in',`T1in',`R1out',`R1in',`T1out',`GND',`Vcc'
+T23,2
+Param1_smd_resistor_80580
+T12,43
+PKG_TQFN24_4PKG_QFN_50S(`$1',`$2',`$3', `24', `4', `0')
+T7,58
+PKG_SSOCOMMON_SMT_DUALINLINE(`$1',`$2',`$3',`$4',`$5',`$6',16,40)
+T8,29
+PKG_SIP7PKG_CSIL(`$1', `$2', `$3', 7)
+T20,10
+Description_geda_UM1`Crystals'
+T22,30
+Description_geda_SOD87`SMT diode (pin 1 is cathode)'
+T26,29
+Description_geda_HEPTAWATT`Power IC, as in MULTIWATT15'
+T25,2
+Param1_DIN41_612_ac64maleac
+T8,29
+PKG_SIP8PKG_CSIL(`$1', `$2', `$3', 8)
+T28,9
+Description_generic24smd_dil`generic'
+T24,32
+Description_geda_ALF1000`Axial diode (pin 1 is cathode)'
+T17,20
+Description_BC237bipolar-N transistor
+T21,62
+Description_74122_dil`retriggerable monostable multivibrator w. internal resistors'
+T18,54
+PinList_MAX690_dil`Vout',`Vcc',`Gnd',`PFI',`/PFO',`WDI',`/RESET',`VBatt'
+T16,71
+PinList_7401_dil`1Y',`1A',`1B',`2Y',`2A',`2B',`Gnd',`3A',`3B',`3Y',`4A',`4B',`4Y',`Vcc'
+T16,3
+Param2_74440_dil300
+T8,29
+PKG_SIP9PKG_CSIL(`$1', `$2', `$3', 9)
+T22,2933
+PKG_BOURNS_GENERIC_POT
+	# pin 1,3 width, length (1/100 mm)
+	define(`W13',  `$4')
+	define(`L13',  `$5')
+
+	# pin 2 width, length (1/100 mm)
+	define(`W2',  `$6')
+	define(`L2',  `$7')
+
+	# spacing from pad center to pad center between 2 and 1,3 (1/100 mm)
+	define(`S12', `$8')
+	# spacing from pad center to pad center between 1 and 3 (1/100 mm)
+	define(`S13', `$9')
+	
+	# package width (1/100 mm)
+	define(`WIDTH', `$10')
+
+	# silkscreen width (mils)
+	define(`SILKW', `10')
+
+	# how much space to leave around the part before the
+	# silk screen (mils)
+	define(`SILKS', `8')
+	# lower right corner for silk screen (mil)
+	ifelse(eval(L2 > L13), 1
+		define(`SILKX', `eval((S12+L2)*50/254 + SILKS + SILKW/2)'),
+		define(`SILKX', `eval((S12+L13)*50/254 + SILKS + SILKW/2)')
+	)
+	define(`SILKY', `eval((WIDTH/2)*100/254 + SILKS + SILKW/2)')
+
+	# refdes text size (mil)
+	define(`TEXTSIZE', 100)
+	# x,y coordinates for refdes label (mil)
+	define(`TEXTX', -SILKX)
+	define(`TEXTY', `eval(-SILKY - 10 - TEXTSIZE/2)')
+
+Element(0x00 "$1" "`$2'" "$3" TEXTX TEXTY 0 TEXTSIZE 0x00)
+(
+
+# pin 1
+ifelse(0, eval(W13>L13),
+	# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(eval( (S12 - L13 + W13)*50/254) eval( S13*50/254) 
+            eval( (S12 + L13 - W13)*50/254) eval( S13*50/254) eval(W13*100/254) "1" 0x100)
+        ,
+	# Pads which have the perpendicular pad dimension greater
+	# than or equal to the parallel pad dimension 
+	Pad(eval( (S12 + L13)*50/254) eval((-S13 - W13 + L13)*50/254)
+            eval( (S12 + L13)*50/254) eval((-S13 + W13 - L13)*50/254) eval(L13*100/254) "1" 0x100)
+	)
+
+# pin 2
+ifelse(0, eval(W2>L2),
+	# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(eval( (-S12 - L2 + W2)*50/254) 0 
+            eval( (-S12 + L2 - W2)*50/254) 0 eval(W2*100/254) "2" 0x100)
+        ,
+	# Pads which have the Y (width) pad dimension greater
+	# than or equal to the X (length) pad dimension 
+	Pad(eval( -S12*50/254) eval((- W2 + L2)*50/254)
+            eval( -S12*50/254) eval((  W2 - L2)*50/254) eval(L2*100/254) "2" 0x100)
+	)
+
+# pin 3
+ifelse(0, eval(W13>L13),
+	# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(eval( (S12 - L13 + W13)*50/254) eval(-S13*50/254) 
+            eval( (S12 + L13 - W13)*50/254) eval(-S13*50/254) eval(W13*100/254) "3" 0x100)
+        ,
+	# Pads which have the perpendicular pad dimension greater
+	# than or equal to the parallel pad dimension 
+	Pad(eval( (S12 + L13)*50/254) eval((-S13 - W13 + L13)*50/254)
+            eval( (S12 + L13)*50/254) eval((-S13 + W13 - L13)*50/254) eval(L13*100/254) "3" 0x100)
+	)
+
+# Silk screen around package
+ElementLine( SILKX  SILKY  SILKX -SILKY SILKW)
+ElementLine( SILKX -SILKY -SILKX -SILKY SILKW)
+ElementLine(-SILKX -SILKY -SILKX  SILKY SILKW)
+ElementLine(-SILKX  SILKY  SILKX  SILKY SILKW)
+
+# Mark at the center of the part
+Mark(0 0)
+)
+T24,30
+Description_geda_SOT323D`SMT diode (pin 1 is cathode)'
+T26,38
+Description_geda_RESC4532L`Standard SMT resistor, capacitor etc'
+T24,60
+Description_geda_RCY100P`Bottom lead polar circular component (typically capacitor)'
+T27,39
+Description_geda_QFN32_5_EP`Square Quad Flat Nolead (QFN) package'
+T23,3
+Description_MC68030_pgaCPU
+T14,45
+PKG_QFN56_8_EPPKG_QFN_50S(`$1',`$2',`$3', `56', `8', `665')
+T11,72
+PKG_LQFP_50PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `50',`28', `5', `50',`0',`$6')
+T13,74
+PKG_INDC2520LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 220,   90, 240, 340, 250,  80, 220)
+T21,12
+Description_geda_TO92`Transistor'
+T21,12
+Description_geda_TO18`Transistor'
+T26,38
+Description_geda_RESC4532M`Standard SMT resistor, capacitor etc'
+T24,46
+Description_geda_ACY200P`Axial polar component (typically capacitor),'
+T24,28
+Description_MOLEX_025_20Molex .025 pitch 20 pin plug
+T21,55
+Description_74580_dil`8 D-type transparent latch 3-state w. inverted output'
+T21,30
+Description_74173_dil`4bit D-type register 3-state'
+T21,15
+Description_74136_dil`4 dual-XOR OC'
+T18,46
+PinList_MAX667_dil`DD',`OUT',`LBI',`GND',`SHDN',`SET',`LBO',`IN'
+T16,71
+PinList_7415_dil`A1',`B1',`A2',`B2',`C2',`Y2',`Gnd',`Y3',`A3',`B3',`C3',`Y1',`C1',`Vcc'
+T19,2
+Param1_MOLEX_025_5050
+T17,2
+Param1_MAX232_dil16
+T13,74
+PKG_INDC3216LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 180,  100, 300, 420, 210, 120, 180)
+T13,74
+PKG_INDC2520MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 240,  130, 280, 500, 340,  80, 240)
+T28,15
+Description_smd_resistor_603`chip_resistor'
+T28,39
+Description_geda_TQFN44_7_EP`Square Quad Flat Nolead (QFN) package'
+T26,42
+Description_geda_SOJ20_450`Small outline J-leaded package (450 mil)'
+T26,38
+Description_geda_RESC4532N`Standard SMT resistor, capacitor etc'
+T25,29
+Description_MOLEX_025_100Molex .025 pitch 100 pin plug
+T23,17
+Description_I82077_plccfloppy controller
+T21,18
+Description_74365_dil`6 bus drivers OC'
+T17,103
+PinList_74641_dil`DIR',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/EN',`Vcc'
+T17,144
+PinList_74604_dil`Clk',`A-/B',`A1',`B1',`A2',`B2',`A3',`B3',`A4',`B4',`Y4',`Y3',`Y2',`Gnd',`Y1',`Y5',`Y6',`Y7',`Y8',`B8',`A8',`B7',`A7',`B6',`A6',`B5',`A5',`Vcc'
+T16,3
+Param2_74683_dil300
+T16,3
+Param2_74646_dil300
+T16,3
+Param2_74276_dil300
+T16,2
+Param1_74521_dil20
+T16,2
+Param1_74151_dil16
+T16,2
+Param1_74114_dil14
+T17,655
+PKG_SUBD_MALE_LAYdefine(`SUBD_SUBFUNCTION',
+		`
+		define(`NOSMUDGE', 40)
+		# First row
+		forloop(`i', 1, eval($4/2),
+			`define(`Y', eval(PY1 +(i-1)*108))
+			PIN(eval(BASEX+56), Y, 60, 35, i)
+			ElementLine(eval(BASEX+56-NOSMUDGE) Y X2 Y 20)
+		')
+
+		# Last pin in first row
+		PIN(eval(BASEX+56), PY2, 60, 35, OFFSET)
+		ElementLine(eval(BASEX+56-NOSMUDGE) PY2 X2 PY2 20)
+
+		# Second row
+		forloop(`i', 1, eval($4/2),
+			`define(`Y', eval(PY1 +(i-1)*108+54))
+			PIN(eval(BASEX-56), Y, 60, 35, eval(i+OFFSET))
+			ElementLine(eval(BASEX-56-NOSMUDGE) Y X2 Y 20)
+		')
+		# Plazierungsmarkierung == PIN 1
+		Mark(eval(BASEX +50) PY1)
+	')
+	PKG_SUBD_LAY_BASE(`$1', `$2', `$3', `$4')
+
+T13,74
+PKG_INDC3216MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 200,  140, 340, 580, 300, 130, 200)
+T13,74
+PKG_INDC2520NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 230,  110, 260, 410, 280,  70, 230)
+T24,28
+Description_geda_TSOP32A`Thin small outline package'
+T21,13
+Description_PC_V24_9PPC V24 9-pins
+T20,42
+Description_7470_dil`AND-gated JK pos-edge-FF w. preset/clear'
+T21,46
+Description_74594_dil`8bit shift register w. buffered output latch'
+T20,22
+Description_7433_dil`4 dual-NOR buffer OC'
+T16,3
+Param2_74468_dil300
+T17,1
+Param1_MAX690_dil8
+T14,41
+PKG_TQFP240_32PKG_QFP_50(`$1',`$2',`$3',`240',`32',`0')
+T13,74
+PKG_INDC3216NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 190,  120, 320, 490, 240, 120, 190)
+T12,436
+PKG_CONN_USBElement(0x00 "$1" "`$2'" "$3" 4140 2050 0 100 0x00)
+(
+	Pin(4140 2050 60 28 "1" "1" 0x00000101)
+	Pin(4040 2050 60 28 "2" "2" 0x00000001)
+	Pin(4040 2130 60 28 "3" "3" 0x00000001)
+	Pin(4140 2130 60 28 "4" "4" 0x00000001)
+	Pin(3850 2240 90 90 "" "5" 0x00000009)
+	Pin(4330 2240 90 90 "" "6" 0x00000009)
+
+	ElementLine( 3850  1900 4330 1900 20)
+	ElementLine( 3850  1900 3850 2150 20)
+	ElementLine( 4330  1900 4330 2150 20)
+
+	Mark (4140 2050)
+)
+T24,28
+Description_geda_TSOP32B`Thin small outline package'
+T22,12
+Description_geda_TO126`Transistor'
+T26,42
+Description_geda_SOJ34_450`Small outline J-leaded package (450 mil)'
+T26,38
+Description_geda_INDC4532L`Standard SMT resistor, capacitor etc'
+T24,28
+Description_MOLEX_025_60Molex .025 pitch 60 pin plug
+T21,28
+Description_74379_dil`4 FF w. double rail output'
+T17,83
+PinList_74285_dil`2C',`2B',`2A',`1D',`1A',`1B',`1C',`Gnd',`Y3',`Y2',`Y1',`Y0',`/GB',`/GA',`2D',`Vcc'
+T17,79
+PinList_74248_dil`B',`C',`/LT',`/BI-/RBO',`/RBI',`D',`A',`Gnd',`e',`d',`c',`b',`a',`g',`f',`Vcc'
+T16,3
+Param2_74697_dil300
+T19,2
+Param1_MOLEX_025_9090
+T16,2
+Param1_74165_dil16
+T16,2
+Param1_74128_dil14
+T10,36
+PKG_ACY900PKG_AXIAL_LAY(`$1', `$2', `$3', 900)
+T26,38
+Description_geda_INDC4532M`Standard SMT resistor, capacitor etc'
+T27,37
+Description_geda_HEADER48_1`Header connector, DIP pin numbering'
+T25,29
+Description_MOLEX_025_140Molex .025 pitch 140 pin plug
+T20,28
+Description_7447_dil`BCD to 7-segment driver OC'
+T20,3
+Param2_AT90S1200_dil300
+T17,1
+Param1_MAX667_dil8
+T15,2
+Param1_7442_dil16
+T15,2
+Param1_7405_dil14
+T26,38
+Description_geda_INDC4532N`Standard SMT resistor, capacitor etc'
+T27,42
+Description_geda_HEADER48_2`Header connector, ribbon cable numbering'
+T24,50
+Description_geda_EMI0805`3-Pin SMT EMI Filter based on standard SMT sizes'
+T23,45
+Description_geda_DIP22M`Dual in-line package, medium wide (400 mil)'
+F9,9
+debugmodedebugmode
+T13,22
+PinList_LM317`Adj',`Out',`In',`Out'
+T17,89
+PinList_74669_dil`U-/D',`Clk',`A',`B',`C',`D',`/ENP',`Gnd',`/Load',`/ENT',`Qd',`Qc',`Qb',`Qa',`/RCO',`Vcc'
+T17,124
+PinList_74299_dil`S0',`/G1',`/G2',`G-Qg',`E-Qe',`C-Qc',`A-Qa',`Qa2',`/Clr',`Gnd',`SR',`Clk',`B-Qb',`D-Qd',`F-Qf',`H-Qh',`Qh2',`SL',`S1',`Vcc'
+T10,72
+PKG_QFP_65PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `65',`40',`20', `80',`0',`$6')
+T23,64
+Description_geda_RCY100`Bottom lead non-polar circular component (typically capacitor)'
+F8,8
+traceofftraceoff
+T11,81
+_DEFPINLISTifelse($#, 0, , $#, 1, `DEFPIN(`$1')',
+	`DEFPIN(`$1')'`
+	_DEFPINLIST(shift($@))')
+T15,2
+Param1_7493_dil14
+T15,2
+Param1_7419_dil14
+T26,42
+Description_geda_SOJ18_400`Small outline J-leaded package (400 mil)'
+T25,29
+Description_MOLEX_025_180Molex .025 pitch 180 pin plug
+T18,1
+Param2_connector202
+T22,24
+Description_geda_SOT89`SMT transistor, 4 pins'
+T11,42
+PKG_PLCC20XPKG_PLCC_SOCKET(`$1', `$2', `$3', 20, 150)
+T31,26
+Description_smd_EIA_A_capacitor`chip_capacitor_polarized'
+T27,37
+Description_geda_HEADER52_1`Header connector, DIP pin numbering'
+T16,3
+Param2_43256_dil600
+T16,1
+Param1_TL081_dil8
+T39,50
+Description_johnstech_JOHNSTECH_QFN36_6`Johnstech QFN Socket, Series 1MM (724812-724839)'
+T27,42
+Description_geda_HEADER52_2`Header connector, ribbon cable numbering'
+T9,34
+PKG_DIP32PKG_N(`$1', `$2', `$3',  32,  600)
+T24,50
+Description_geda_EMI1206`3-Pin SMT EMI Filter based on standard SMT sizes'
+T27,37
+Description_cts_CTS_746X_10`CTS 746X Series Chip Resistor Array'
+T24,28
+Description_MOLEX_025_68Molex .025 pitch 68 pin plug
+T17,143
+PinList_L297A_dil`Sync',`Gnd',`Home',`A',`/Inh1',`B',`C',`/Inh2',`D',`Enable',`Dir-Mem',`Vs',`Sens2',`Sens1',`Vref',`Osc',`CW/CCW',`/Clock',`Half/Full',`/Reset'
+T20,3
+Param2_generic64_dil900
+T16,3
+Param2_74520_dil300
+T16,3
+Param2_74150_dil300
+T16,3
+Param2_74113_dil300
+T14,39
+PKG_HEADER28_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 14)
+T40,18
+Description_generic_capacitor_radial_600`capacitor_radial'
+T26,9
+Description_generic84_plcc`generic'
+T13,62
+PKG_SOJ32_400COMMON_SMT_DIL_MIL(`$1',`$2',`$3',32,23622,86614,50000,291339)
+T14,38
+PKG_HEADER28_2PKG_CONNECTOR(`$1', `$2', `$3', 14, 2)
+T8,74
+PKG_0402PKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  70,   50,  80, 170, 100,   0,   0)
+T26,42
+Description_geda_SOJ22_350`Small outline J-leaded package (350 mil)'
+T29,31
+Description_geda_DIN41651_40S`Header connector with latches'
+T21,27
+Description_74623_dil`8 bus tranceivers 3-state'
+T21,34
+Description_74290_dil`decade counter w. clear/set-to-9'
+T21,39
+Description_74253_dil`2 4-to-1 selector/multiplexor 3-state'
+T17,83
+PinList_74122_dil`A1',`A2',`B1',`B2',`/Clr',`/Q',`Gnd',`Q',`Rint',`NC',`Cext',`NC',`Rext-Cext',`Vcc'
+T16,3
+Param2_74164_dil300
+T24,28
+Description_geda_QFP32_7`Square Quad-side flat pack'
+T16,22
+PinList_uA78M08C`In',`Com',`Out',`Com'
+T16,3
+Param2_74393_dil300
+T16,3
+Param2_74356_dil300
+T15,3
+Param2_7431_dil300
+T15,2
+Param1_6551_dil28
+T15,44
+PKG_TQFN44_7_EPPKG_QFN_50(`$1',`$2',`$3', `44', `7', `470')
+T11,42
+PKG_PLCC28XPKG_PLCC_SOCKET(`$1', `$2', `$3', 28, 150)
+T9,34
+PKG_DIP36PKG_N(`$1', `$2', `$3',  36,  600)
+T39,50
+Description_johnstech_JOHNSTECH_QFN40_6`Johnstech QFN Socket, Series 1MM (724812-724839)'
+T26,42
+Description_geda_SOJ36_350`Small outline J-leaded package (350 mil)'
+T21,43
+Description_74674_dil`16bit shift register w. 16bit parallel in'
+T21,45
+Description_74637_dil`8bit parallel error detection/correction OC'
+T17,102
+PinList_74580_dil`/Oe',`1D',`2D',`3D',`4D',`5D',`6D',`7D',`8D',`Gnd',`Le',`8Q',`7Q',`6Q',`5Q',`4Q',`3Q',`2Q',`1Q',`Vcc'
+T17,83
+PinList_74173_dil`M',`N',`1Q',`2Q',`3Q',`4Q',`Clk',`Gnd',`/G1',`/G2',`4D',`3D',`2D',`1D',`Clr',`Vcc'
+T17,71
+PinList_74136_dil`1A',`1B',`1Y',`2A',`2B',`2Y',`Gnd',`3Y',`3A',`3B',`4Y',`4A',`4B',`Vcc'
+T16,3
+Param2_74178_dil300
+T16,2
+Param1_7451S_dil14
+T16,2
+Param1_74423_dil16
+T38,42
+Description_panasonic_PANASONIC_EXB24V`Panasonic EXB Series Chip Resistor Array'
+T28,39
+Description_geda_TQFN20_5_EP`Square Quad Flat Nolead (QFN) package'
+T18,55
+PinList_uA748C_dil`N1Comp',`In-',`In+',`Vcc-',`OfsN2',`Out',`Vcc+',`Comp'
+T17,83
+PinList_74365_dil`/G1',`1A',`1Y',`2A',`2Y',`3A',`3Y',`Gnd',`4Y',`4A',`5Y',`5A',`6Y',`6A',`/G2',`Vcc'
+T15,3
+Param2_7445_dil300
+T15,3
+Param2_7408_dil300
+T16,2
+Param1_74652_dil24
+T16,2
+Param1_74245_dil20
+T14,39
+PKG_HEADER32_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 16)
+T26,38
+Description_geda_RESC3225L`Standard SMT resistor, capacitor etc'
+T21,26
+Description_74688_dil`8bit identity comperator'
+T17,52
+PinList_PC_V24_9P`DCD',`RxD',`TxD',`DTR',`Gnd',`DSR',`RTS',`CTS',`RI'
+T17,94
+PinList_74594_dil`Qb',`Qc',`Qd',`Qe',`Qf',`Qg',`Qh',`Gnd',`Qh+',`/SRClr',`/SRCK',`RCK',`/RClr',`SER',`Qa',`Vcc'
+T16,3
+Param2_74599_dil300
+T14,38
+PKG_HEADER32_2PKG_CONNECTOR(`$1', `$2', `$3', 16, 2)
+T23,45
+Description_geda_SDIP30`Shrink dual in-line package, wide (400 mil)'
+T26,38
+Description_geda_RESC3225M`Standard SMT resistor, capacitor etc'
+T26,35
+Description_geda_MTA100_10`MTA Connector, (0.100 inch pitch)'
+T22,35
+Description_geda_MSOP8`Mini small outline package, .65mm'
+T29,26
+Description_DIN41_651_10standDIN41.651 standing 10 pins
+T17,86
+PinList_74379_dil`/G',`1Q',`/1Q',`1D',`2D',`/2Q',`2Q',`Gnd',`Clk',`3Q',`/3Q',`3D',`4D',`/4Q',`4Q',`Vcc'
+T15,3
+Param2_7496_dil300
+T16,2
+Param1_74629_dil16
+T16,2
+Param1_74259_dil16
+T12,43
+PKG_TQFN48_7PKG_QFN_50S(`$1',`$2',`$3', `48', `7', `0')
+T8,74
+PKG_1210PKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 270,  130, 300, 470, 320, 100, 270)
+T38,42
+Description_panasonic_PANASONIC_EXB28V`Panasonic EXB Series Chip Resistor Array'
+T26,38
+Description_geda_RESC3225N`Standard SMT resistor, capacitor etc'
+T26,35
+Description_geda_MTA100_11`MTA Connector, (0.100 inch pitch)'
+T30,31
+Description_geda_DIN41612C64FS`DIN connector, 96 pin housing'
+T13,11
+PinList_BC337`E',`B',`C'
+T16,3
+Param2_TL080_dil300
+T11,55
+PKG_TSSOP10COMMON_SMT_DIL_MM(`$1',`$2',`$3', 10, 30, 150, 50, 300)
+T23,45
+Description_geda_SDIP32`Shrink dual in-line package, wide (400 mil)'
+T26,28
+Description_geda_QFP144_28`Square Quad-side flat pack'
+T26,35
+Description_geda_MTA100_12`MTA Connector, (0.100 inch pitch)'
+T27,28
+Description_geda_LQFP176_24`Square Quad-side flat pack'
+T25,2635
+COMMON_SMT_TRANSISTOR_MILdefine(`spaceX',   `$4')                             # 78 for SOT23
+	define(`spaceY',   `$5')                             # 82 for SOT23
+	define(`padY',     `eval((spaceY * $6) / 100)')      # 41 for SOT23
+	define(`padX',     `ifelse(eval(len(`$7') >= 5), 1,
+			       `eval((spaceX * 31) / 100)',
+			       `eval((padY * 85) / 100)'
+			     )')               # 34 for SOT23, 24 for SOT25
+	define(`addFRAME', `eval(padY / 5)')
+	define(`maxX',     `eval(2*addFRAME+spaceX+padX)')
+	define(`maxY',     `eval(2*addFRAME+spaceY+padY)')
+	define(`centerX',  `eval(maxX / 2)')
+	define(`centerY1', `eval(addFRAME + padY/2)')
+	define(`centerX1', `eval(addFRAME + padX/2)')
+	define(`deltaY',   `eval((padY-padX)/2)')
+	define(`silkW',    `ifelse(eval(spaceY >= 50), 1, 10, eval(spaceY/5))')
+	define(`indeX',    `0')
+
+Element(0x00 "$1" "`$2'" "$3" eval(maxX+20) 0 3 100 0x00)
+(
+	ElementLine(0 0 0 maxY silkW)
+	ElementLine(0 maxY maxX maxY silkW)
+	ElementLine(maxX maxY maxX 0 silkW)
+	ElementLine(maxX 0 0 0 silkW)
+
+	# 1st side, 1st pin
+	ifelse(len(`$7'), 4,
+	  `# extra width
+	   Pad(eval(centerX1+deltaY) eval(centerY1+spaceY)
+	       eval(centerX1+2*deltaY) eval(centerY1+spaceY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	 ',
+	  `Pad(centerX1 eval(centerY1+spaceY-deltaY)
+	       centerX1 eval(centerY1+spaceY+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	 ')
+	define(`indeX',incr(indeX))
+
+	# 1st side, 2nd pin
+	ifelse(eval(len(`$7') == 6), 1,
+	  `Pad(centerX eval(centerY1+spaceY-deltaY)
+	       centerX eval(centerY1+spaceY+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	   define(`indeX',incr(indeX))
+	 ')
+
+	# 1st side, 3rd pin
+	Pad(eval(centerX1+spaceX) eval(centerY1+spaceY-deltaY)
+	    eval(centerX1+spaceX) eval(centerY1+spaceY+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	define(`indeX',incr(indeX))
+
+	# 2nd side, 3rd pin
+	ifelse(eval(len(`$7') >= 4), 1,
+	  `Pad(eval(centerX1+spaceX) eval(centerY1-deltaY)
+	       eval(centerX1+spaceX) eval(centerY1+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	   define(`indeX',incr(indeX))
+	 ')
+
+	# 2nd side, 2nd pin
+	ifelse(eval(len(`$7') != 4), 1,
+	  `Pad(centerX eval(centerY1-deltaY)
+	       centerX eval(centerY1+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	   define(`indeX',incr(indeX))
+	 ')
+
+	# 2nd side, 1st pin
+	ifelse(eval(len(`$7') >= 4), 1,
+	  `Pad(centerX1 eval(centerY1-deltaY)
+	       centerX1 eval(centerY1+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	 ')
+
+	Mark(centerX1 eval(centerY1+spaceY))
+)
+T17,1
+Param1_uA748C_dil8
+T15,2
+Param1_4016_dil24
+T12,82
+PL_PCISideA1`TRST*',`+12V',`TMS',`TDI',`+5V',`INTA*',`INTC*',`+5V',`Reserved',`+5V',`Reserved'
+T19,579
+PKG_TO220STAND_WIDEElement(0x00 "$1" "`$2'" "$3" 0 10 0 100 0x00)
+(
+	PIN(100, 200, 90, 60, 1)
+	PIN(200, 300, 90, 60, 2)
+	PIN(300, 200, 90, 60, 3)
+		  
+	# Gehaeuse
+	ElementLine(  0  80 400  80 20)
+	ElementLine(400  80 400 260 20)
+	ElementLine(400 260   0 260 20) 
+	ElementLine(  0 260   0  80 20) 
+			
+	# Kuehlfahne icl. Bohrung
+	ElementLine(  0  80 400  80 20)
+	ElementLine(400  80 400 140 20)
+	ElementLine(400 140   0 140 20)
+	ElementLine(  0 140   0  80 20)
+
+	ElementLine(130 80 130 140 10)
+	ElementLine(270 80 270 140 10)
+		
+	# Anschlussdraht
+	ElementLine(200 300 200 260 30)
+		
+	Mark(100 200)
+)
+T28,39
+Description_geda_TQFN16_3_EP`Square Quad Flat Nolead (QFN) package'
+T26,35
+Description_geda_MTA100_13`MTA Connector, (0.100 inch pitch)'
+T26,38
+Description_geda_INDC3225L`Standard SMT resistor, capacitor etc'
+T24,2
+Param1_DIN41_651_64stand64
+T12,17
+PL_PCISideA2`Ground',`Ground'
+T23,24
+Description_geda_SOT323`SMT transistor, 3 pins'
+T26,35
+Description_geda_MTA100_14`MTA Connector, (0.100 inch pitch)'
+T26,38
+Description_geda_INDC3225M`Standard SMT resistor, capacitor etc'
+T21,3961
+COMMON_AMP_MICTOR_MIL
+	# number of pads
+	define(`NPADS', `$4')
+
+	# number of segments of 38 pins each
+	define(`NSEG', eval(NPADS/38))
+
+	# pad width in 1/1000 mil
+        define(`PADWIDTH', `$5')
+	# pad length in 1/1000 mil
+        define(`PADLENGTH',`$6')
+	# pad pitch 1/1000 mil
+	define(`PITCH',`$7')
+	# seperation between pads on opposite sides 1/1000 mil
+	define(`PADSEP',`$8')
+
+	# X coordinates for the right hand column of pads (mils)
+        define(`X1', `eval( (PADSEP/2 + PADLENGTH - PADWIDTH/2)/1000)')
+        define(`X2', `eval( (PADSEP/2 + PADWIDTH/2)/1000)')
+
+	# silk screen width (mils)
+	define(`SILKW', `10')
+	define(`SILKSEP', `5')
+
+
+	# figure out if we have an even or odd number of pins per side
+	define(`TMP1', eval(NPADS/4))
+	define(`TMP2', eval((4*TMP1 - NPADS) == 0))
+	ifelse(TMP2, 1, `define(`EVEN',"yes")', `define(`EVEN',"no")')
+
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (mils)
+	define(`XMAX', `200')
+	define(`YMAX', `eval(250 + NSEG*250 + 125)')
+
+	define(`REV', `$9')
+
+	ifelse(REV,"reverse",
+		`define(`CURPIN', NPADS)'
+	,
+		`define(`CURPIN', `1')'
+	)	
+Element(0x00 "$1" "`$2'" "$3" -20 -60 0 100 0x00)
+(
+	define(`SEG', `1')
+	define(`YOFS', eval((1-NSEG)*25000/2))
+        forloop(`i', 1, eval(NPADS / 2),
+		`
+		ifelse(eval(i > SEG*19), 1, 
+			`define(`SEG', incr(SEG))
+			define(`YOFS', eval((1-NSEG)*25000/2 + (SEG-1)*25000))',)
+                ifelse(EVEN,"yes",
+		 `Pad(   -X1 eval( (-(NPADS/4)*PITCH - PITCH/2 + i*PITCH + YOFS)/1000) 
+			 -X2 eval( (-(NPADS/4)*PITCH - PITCH/2 + i*PITCH + YOFS)/1000) 
+			eval(PADWIDTH/1000) "CURPIN" "CURPIN" 0x0)',
+		 `Pad(   -X1 eval( (-(NPADS/4)*PITCH - PITCH   + i*PITCH + YOFS)/1000) 
+			 -X2 eval( (-(NPADS/4)*PITCH - PITCH   + i*PITCH + YOFS)/1000) 
+			eval(PADWIDTH/1000) "CURPIN" "CURPIN" 0x0)')
+
+		ifelse(REV,"reverse", 
+			`define(`CURPIN', decr(CURPIN))
+			define(`CURPIN', decr(CURPIN))',
+			`define(`CURPIN', incr(CURPIN))
+			define(`CURPIN', incr(CURPIN))'
+			)
+        ')
+	ifelse(REV,"reverse",
+		`define(`CURPIN', `2')'
+	,
+		`define(`CURPIN', `NPADS')'
+	)	
+
+	define(`SEG', `1')
+	define(`YOFS', eval((NSEG-1)*25000/2))
+        forloop(`i', eval((NPADS / 2) + 1), NPADS,
+		`
+		ifelse(eval(i - NPADS/2 > SEG*19), 1, 
+			`define(`SEG', incr(SEG)) 
+			define(`YOFS', eval((NSEG-1)*25000/2 - (SEG-1)*25000))',)
+                ifelse(EVEN,"yes",
+		 `Pad(   X1 eval( ((NPADS/4)*PITCH + PITCH/2 - (i-NPADS/2)*PITCH + YOFS)/1000) 
+			 X2 eval( ((NPADS/4)*PITCH + PITCH/2 - (i-NPADS/2)*PITCH + YOFS)/1000) 
+			eval(PADWIDTH/1000) "CURPIN" "CURPIN" 0x0)',
+		 `Pad(   X1 eval( ((NPADS/4)*PITCH + PITCH   - (i-NPADS/2)*PITCH + YOFS)/1000) 
+			 X2 eval( ((NPADS/4)*PITCH + PITCH   - (i-NPADS/2)*PITCH + YOFS)/1000) 
+			eval(PADWIDTH/1000) "CURPIN" "CURPIN" 0x0)')
+		ifelse(REV,"reverse", 
+			`define(`CURPIN', incr(CURPIN))
+			define(`CURPIN', incr(CURPIN))',
+			`define(`CURPIN', decr(CURPIN))
+			define(`CURPIN', decr(CURPIN))'
+			)
+        ')
+
+	define(`GNDpad', `60')
+	define(`GNDdrl', `32')
+# now add the center row of grounding pins
+	define(`CURPIN', incr(NPADS))
+	define(`YOFS', `eval(250-NSEG*250)')
+	forloop(`j', 1, NSEG,
+	`forloop(`i', -2, 2,
+		`Pin(0 eval(i*100 + YOFS) GNDpad GNDdrl "GND" "CURPIN" 0x01)
+		define(`CURPIN', incr(CURPIN))'
+	)
+	define(`YOFS', eval(YOFS + 500))'
+	)
+# the latch pins
+	Pin(0 eval(-YOFS - 55) 80 53 "LATCH" "CURPIN" 0x01)
+	define(`CURPIN', incr(CURPIN))
+	Pin(0  eval(YOFS + 55) 80 53 "LATCH" "CURPIN" 0x01)
+	define(`CURPIN', incr(CURPIN))
+# and the orientation pin
+	Pin(0 eval(-YOFS+50) 84 84 "ORIENT" "CURPIN" 0x09)
+
+# and finally the silk screen
+	ElementLine(-XMAX -YMAX -XMAX  YMAX SILKW)
+	ElementLine(-XMAX  YMAX  XMAX  YMAX SILKW)
+	ElementLine( XMAX  YMAX  XMAX -YMAX SILKW)
+	ElementLine(-XMAX -YMAX   -25 -YMAX SILKW)
+	ElementLine( XMAX -YMAX    25 -YMAX SILKW)
+
+	# punt on the arc on small parts as it can cover the pads
+	ifelse(eval((PADSEP-PADLENGTH)/1000 > 50), 1, `ElementArc(0 -YMAX 25 25 0 180 SILKW)', )
+	
+	# Mark at the common centroid
+        Mark(0 0)
+)
+T20,115
+PinList_PIC16C61_dil`RA2',`RA3',`RA4',`/MCLR',`VSS',`RB0/INT',`RB1',`RB2',`RB3',`RB4',`RB5',`RB6',`RB7',`VDD',`OSC2',`OSC1',`RA0',`RA1'
+T19,3
+Param2_TI34010_plcc150
+T12,308
+PL_PCISideA3`3.3Vaux',`RST*',`+5V',`GNT*',`Ground',`PME*',`AD[30]',`+3.3V',`AD[28]',`AD[26]',`Ground',`AD[24]',`IDSEL',`+3.3V',`AD[22]',`AD[20]',`Ground',`AD[18]',`AD[16]',`+3.3V',`FRAME*',`Ground',`TRDY*',`Ground',`STOP*',`+3.3V',`Reserved',`Reserved',`Ground',`PAR',`AD[15]',`+3.3V',`AD[13]',`AD[11]',`Ground',`AD[09]'
+T13,62
+PKG_SOJ20_300COMMON_SMT_DIL_MIL(`$1',`$2',`$3',20,23622,86614,50000,196850)
+T24,39
+Description_geda_QFN24_4`Square Quad Flat Nolead (QFN) package'
+T26,35
+Description_geda_MTA100_15`MTA Connector, (0.100 inch pitch)'
+T26,38
+Description_geda_INDC3225N`Standard SMT resistor, capacitor etc'
+T27,24
+Description_DIN41_651_24layDIN41.651 laying 24 pins
+T17,18
+Description_BC140bipolar transistor
+T12,17
+PL_PCISideA4`Ground',`Ground'
+T11,55
+PKG_TSSOP14COMMON_SMT_DIL_MM(`$1',`$2',`$3', 14, 33, 150, 65, 440)
+T23,3816
+PKG_CANDK_ES_SMT_SWITCH
+	# pad 1,2,3 width (1/100 mil)
+	define(`PADW1',  `3500')
+
+	# pad 1,2,3 length (1/100 mil)
+	define(`PADL1',  `8200')
+
+	# x value for pads 1,3 (1/100 mil)
+	define(`PADX1', `10000')
+	
+	# y value for pads 1,2,3 (1/100 mil)
+	define(`PADY1', `17500')
+	define(`PADY1A', `eval(PADY1 - (PADL1 - PADW1)/2)')
+	define(`PADY1B', `eval(PADY1 + (PADL1 - PADW1)/2)')
+
+
+	# mounting pad width (1/100 mil)
+	define(`PADW2',  `9150')
+
+	# mounting pad length (1/100 mil)
+	define(`PADL2',  `6000')
+
+	# x value for the mounting pads (1/100 mil)
+	define(`PADX2', `21175')
+	define(`PADX2A', `eval(PADX2 - (PADW2 - PADL2)/2)')
+	define(`PADX2B', `eval(PADX2 + (PADW2 - PADL2)/2)')
+	
+	# y value for the mounting pads (1/100 mil)
+	define(`PADY2', `-17500')
+
+	# package width (1/100 mil)
+	define(`PACKW', `39500')
+
+	# package height (1/100 mil)
+	define(`PACKH', `36000')
+
+	# component veritcal height off board (1/100 mil)
+	define(`COMPH', `eval($9*10000/254)')
+
+	# pad width and length
+	define(`PADW', `eval(PINW + 2000)')
+	define(`PADL', `eval(PINL + 2000)')
+
+	# y values for drawing the pad.  
+	# The Y center of the pad is 0.5*(PINL + PINS)
+	# we need a line segment of length PADL - PADW so we have end points:
+	# 0.5*(PINL + PINS) +/- 0.5*(PADL - PADW)
+	define(`PY1', `eval((PINL + PINS + PADL - PADW)/2)')
+	define(`PY2', `eval((PINL + PINS - PADL + PADW)/2)')
+
+	# width of soldermask relief (5 mil on each side)
+	define(`MASKW1', `eval(PADW1 + 1000)')
+	define(`MASKW2', `eval(PADL2 + 1000)')
+
+	# top edge of switch body (1/100 mil)
+	define(`SWTOP', `eval(PADY2 - 5000)')
+
+	# bottom edge of switch body (1/100 mil)
+	define(`SWBOT', `eval(SWTOP + PACKH)')
+
+	# how much the switch extends beyond the body
+	define(`SWEXT', `12100')
+
+	# y value for the far end of the switch
+	define(`SWYMAX', `eval(SWTOP - SWEXT)')
+
+	# silkscreen width (1/100 mils)
+	define(`SILKW', `1000')
+
+	# how much space to leave around the part before the
+	# silk screen (1/100 mils)
+	define(`SILKS', `800')
+
+	# X values for silk on sides and bottom of switch
+	define(`SX1', `eval( (PACKW + 2*SILKS + SILKW)/2)')
+	define(`SX2', `eval( 10000 + PADW1/2 + SILKS + SILKW/2)')
+
+	# bottom edge of the switch body
+	define(`SY1', `eval( SWBOT + SILKS + SILKW/2 )')
+
+	# bottom edge of upper pads
+	define(`SY2', `eval( PADY2 + PADL2/2 + SILKS + SILKW/2)')
+
+	# bottom edge of the lower pads
+	define(`SY3', `eval( PADY1 + PADL1/2 + SILKS + SILKW/2)')
+
+	# top edge of the switch body
+	define(`SY4', `eval( PADY2 - PADL2/2 - SILKS - SILKW/2)')
+
+	# top edge of the switch 
+	define(`SY5', `eval( SWTOP - SILKS - SILKW/2)')
+
+
+# Element [SFlags "Desc" "Name" "Value" MX MY TX TY TDir TScale TSFlags]
+Element[ "" "`$1'" "`$2'" "`$3'" 0 0 0 0 0 100 ""]
+(
+
+# Pad [rX1 rY1 rX2 rY2 Thickness Clearance Mask "Name" "Number" SFlags]
+
+# the signal pads
+Pad[ -PADX1 PADY1A -PADX1 PADY1B PADW1 1000 MASKW1 "1"  "1" "square"]
+Pad[      0 PADY1A      0 PADY1B PADW1 1000 MASKW1 "2"  "2" "square"]
+Pad[  PADX1 PADY1A  PADX1 PADY1B PADW1 1000 MASKW1 "3"  "3" "square"]
+
+# the mounting pads
+Pad[ -PADX2A PADY2 -PADX2B PADY2 PADL2 1000 MASKW2 "4"  "4" "square"]
+Pad[  PADX2A PADY2  PADX2B PADY2 PADL2 1000 MASKW2 "4"  "4" "square"]
+
+# Silk screen around package
+# ElementLine[ x1 y1 x2 y2 width]
+
+# bottom edge
+ElementLine[ SX1 SY1  SX2 SY1 SILKW ]
+ElementLine[-SX1 SY1 -SX2 SY1 SILKW ]
+ElementLine[-SX2 SY1 -SX2 SY3 SILKW ]
+ElementLine[ SX2 SY1  SX2 SY3 SILKW ]
+ElementLine[-SX2 SY3  SX2 SY3 SILKW ]
+
+# left/right
+ElementLine[ SX1 SY1  SX1 SY2 SILKW ]
+ElementLine[-SX1 SY1 -SX1 SY2 SILKW ]
+
+# top edge
+ElementLine[-SX1 SWYMAX  SX1 SWYMAX SILKW ]
+ElementLine[-SX1 SY5     SX1 SY5    SILKW ]
+ElementLine[-SX1 SY4    -SX1 SWYMAX SILKW ]
+ElementLine[ SX1 SY4     SX1 SWYMAX SILKW ]
+
+# cross at top where switch moves
+ElementLine[-SX1 SWYMAX  SX1 SY5    SILKW ]
+ElementLine[-SX1 SY5     SX1 SWYMAX SILKW ]
+
+)
+T23,24
+Description_geda_SOT325`SMT transistor, 5 pins'
+T17,3
+Param2_OPTO_6N136300
+T12,90
+PL_PCISideA5`C/BE[0]*',`+3.3V',`AD[06]',`AD[04]',`Ground',`AD[02]',`AD[00]',`+5V',`REQ64*',`+5V',`+5V'
+T13,62
+PKG_SOJ34_300COMMON_SMT_DIL_MIL(`$1',`$2',`$3',34,23622,86614,50000,196850)
+T15,48
+PKG_CTS_742X_08COMMON_SMT_DIL_MM(`$1',`$2',`$3', 8,50,90,80,90)
+T23,24
+Description_geda_SOT326`SMT transistor, 6 pins'
+T25,33
+Description_geda_JUMPER20`Jumper, i.e. single row headers'
+T16,71
+PinList_7420_dil`1A',`1B',`NC',`1C',`1D',`1Y',`Gnd',`2Y',`2A',`2B',`NC',`2C',`2D',`Vcc'
+T17,3
+Param2_OPTO_6N137300
+T16,3
+Param2_74422_dil300
+T17,1
+Param1_connector21
+T12,285
+PL_PCISideA6`Ground',`C/BE[7]*',`C/BE[5]*',`+5V',`PAR64',`AD[62]',`Ground',`AD[60]',`AD[58]',`Ground',`AD[56]',`AD[54]',`+5V',`AD[52]',`AD[50]',`Ground',`AD[48]',`AD[46]',`Ground',`AD[44]',`AD[42]',`+5V',`AD[40]',`AD[38]',`Ground',`AD[36]',`AD[34]',`Ground',`AD[32]',`Reserved',`Ground',`Reserved'
+T11,55
+PKG_TSSOP16COMMON_SMT_DIL_MM(`$1',`$2',`$3', 16, 33, 150, 65, 440)
+T15,2373
+PKG_MC68881_pgaElement(0x00 "$1" "`$2'" "$3" 350 450 0 100 0x00)
+	(
+	Pin(50 50 50 20 "VCC" 0x201)
+	Pin(150 50 50 20 "GND" 0x01)
+	Pin(250 50 50 20 "D0" 0x01)
+	Pin(350 50 50 20 "D1" 0x01)
+	Pin(450 50 50 20 "D3" 0x01)
+	Pin(550 50 50 20 "D4" 0x01)
+	Pin(650 50 50 20 "D6" 0x01)
+	Pin(750 50 50 20 "D7" 0x01)
+	Pin(850 50 50 20 "D8" 0x01)
+	Pin(950 50 50 20 "GND" 0x01)
+	Pin(50 150 50 20 "VCC" 0x01)
+	Pin(150 150 50 20 "GND" 0x01)
+	Pin(250 150 50 20 "GND" 0x01)
+	Pin(350 150 50 20 "/SENSE" 0x01)
+	Pin(450 150 50 20 "D2" 0x01)
+	Pin(550 150 50 20 "D5" 0x01)
+	Pin(650 150 50 20 "GND" 0x01)
+	Pin(750 150 50 20 "VCC" 0x01)
+	Pin(850 150 50 20 "D10" 0x01)
+	Pin(950 150 50 20 "D11" 0x01)
+	Pin(50 250 50 20 "GND" 0x01)
+	Pin(150 250 50 20 "CLK" 0x01)
+	Pin(250 250 50 20 "GND" 0x01)
+	Pin(750 250 50 20 "D9" 0x01)
+	Pin(850 250 50 20 "D13" 0x01)
+	Pin(950 250 50 20 "D14" 0x01)
+	Pin(50 350 50 20 "/RESET" 0x01)
+	Pin(150 350 50 20 "GND" 0x01)
+	Pin(850 350 50 20 "D12" 0x01)
+	Pin(950 350 50 20 "D15" 0x01)
+	Pin(50 450 50 20 "NC" 0x01)
+	Pin(150 450 50 20 "VCC" 0x01)
+	Pin(850 450 50 20 "VCC" 0x01)
+	Pin(950 450 50 20 "GND" 0x01)
+	Pin(50 550 50 20 "/SIZE" 0x01)
+	Pin(150 550 50 20 "GND" 0x01)
+	Pin(850 550 50 20 "D17" 0x01)
+	Pin(950 550 50 20 "D16" 0x01)
+	Pin(50 650 50 20 "/DS" 0x01)
+	Pin(150 650 50 20 "A4" 0x01)
+	Pin(850 650 50 20 "D20" 0x01)
+	Pin(950 650 50 20 "D18" 0x01)
+	Pin(50 750 50 20 "/AS" 0x01)
+	Pin(150 750 50 20 "A2" 0x01)
+	Pin(250 750 50 20 "A0" 0x01)
+	Pin(750 750 50 20 "VCC" 0x01)
+	Pin(850 750 50 20 "GND" 0x01)
+	Pin(950 750 50 20 "D19" 0x01)
+	Pin(50 850 50 20 "A3" 0x01)
+	Pin(150 850 50 20 "VCC" 0x01)
+	Pin(250 850 50 20 "/CS" 0x01)
+	Pin(350 850 50 20 "/DSACK0" 0x01)
+	Pin(450 850 50 20 "D31" 0x01)
+	Pin(550 850 50 20 "D28" 0x01)
+	Pin(650 850 50 20 "D25" 0x01)
+	Pin(750 850 50 20 "GND" 0x01)
+	Pin(850 850 50 20 "D23" 0x01)
+	Pin(950 850 50 20 "D21" 0x01)
+	Pin(50 950 50 20 "A1" 0x01)
+	Pin(150 950 50 20 "R/W" 0x01)
+	Pin(250 950 50 20 "GND" 0x01)
+	Pin(350 950 50 20 "/DSACK1" 0x01)
+	Pin(450 950 50 20 "D30" 0x01)
+	Pin(550 950 50 20 "D29" 0x01)
+	Pin(650 950 50 20 "D27" 0x01)
+	Pin(750 950 50 20 "D26" 0x01)
+	Pin(850 950 50 20 "D24" 0x01)
+	Pin(950 950 50 20 "D22" 0x01)
+	ElementLine(30 0 1000 0 20)
+	ElementLine(1000 0 1000 1000 20)
+	ElementLine(1000 1000 0 1000 20)
+	ElementLine(0 1000 0 30 20)
+	ElementLine(0 30 30 0 20)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+	)
+
+T24,9
+Description_generic8_dil`generic'
+T25,33
+Description_geda_JUMPER21`Jumper, i.e. single row headers'
+T22,40
+Description_geda_DIP14`Dual in-line package, narrow (300 mil)'
+T17,20
+Description_BC550bipolar-N transistor
+T16,3
+Param2_74651_dil300
+T16,3
+Param2_74244_dil300
+T23,2
+Param1_generic20smd_dil20
+T11,72
+PKG_QFP_65LPKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `65',`40',`20',`100',`0',`$6')
+T16,40
+PKG_DIN41651_20SPKG_DIN41_651STAND(`$1', `$2', `$3', 20)
+T25,33
+Description_geda_JUMPER22`Jumper, i.e. single row headers'
+T21,61
+Description_74192_dil`syncronous 4bit BCD up/down counter w. dual-clock and clear'
+T21,18
+Description_74155_dil`2 2-to-4 decoder'
+T20,16
+Description_7401_dil`4 dual-NAND OC'
+T17,1
+Param1_connector42
+T14,45
+PKG_QFN40_6_EPPKG_QFN_50S(`$1',`$2',`$3', `40', `6', `410')
+T19,26
+Description_uA7906C-6V 1.5A voltage regulator
+T25,33
+Description_geda_JUMPER23`Jumper, i.e. single row headers'
+T22,40
+Description_geda_DIP16`Dual in-line package, narrow (300 mil)'
+T21,41
+Description_74384_dil`8bit by 1bit twos-complement multiplier'
+T17,104
+PinList_74623_dil`GAB',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`Gnd',`B8',`B7',`B6',`B5',`B4',`B3',`B2',`B1',`/GBA',`Vcc'
+T17,85
+PinList_74290_dil`R9(1)',`NC',`R9(2)',`Qc',`Qb',`NC',`Gnd',`Qd',`Qa',`CKA',`CKB',`R0(1)',`R0(2)',`Vcc'
+T17,89
+PinList_74253_dil`/1G',`N',`1C3',`1C2',`1C1',`1C0',`1Y',`Gnd',`2Y',`2C0',`2C1',`2C2',`2C3',`A',`/2G',`Vcc'
+T16,3
+Param2_74628_dil300
+T16,3
+Param2_74295_dil300
+T16,3
+Param2_74258_dil300
+T16,2
+Param1_74540_dil20
+T16,2
+Param1_74170_dil16
+T16,2
+Param1_74133_dil16
+T15,2
+Param1_2716_dil24
+T11,55
+PKG_TSSOP56COMMON_SMT_DIL_MM(`$1',`$2',`$3', 56, 30, 150, 50, 610)
+T13,94
+PKG_SMT_DIODECOMMON_SMT_2PAD_MIL(`$1', `$2', `$3',
+		  `eval(($4*1000)/254)', `eval(($5*1000)/254)', 30, 1)
+T19,41
+PKG_CANDK_ES02MSABEPKG_CANDK_ES_SMT_SWITCH(`$1', `$2', `$3')
+T25,33
+Description_geda_JUMPER24`Jumper, i.e. single row headers'
+T17,23
+Description_BC516Darlington-P transistor
+T21,28
+Description_74169_dil`sync. 4bit up/down counter'
+T20,17
+Description_7415_dil`3 triple-AND OC'
+T16,102
+PinList_7485_dil`B3',`A<Bin',`A=Bin',`A>Bin',`A>Bout',`A=Bout',`A<Bout',`Gnd',`B0',`A0',`B1',`A1',`A2',`B2',`A3',`Vcc'
+T16,79
+PinList_7448_dil`B',`C',`/LT',`/BI-/RBO',`/RBI',`D',`A',`Gnd',`e',`d',`c',`b',`a',`g',`f',`Vcc'
+T24,3
+Param1_generic_diode_600600
+T17,1
+Param1_connector63
+T15,2
+Param1_7410_dil14
+T15,44
+PKG_TQFN20_5_EPPKG_QFN_65(`$1',`$2',`$3', `20', `5', `310')
+T26,42
+Description_geda_SOJ16_450`Small outline J-leaded package (450 mil)'
+T25,33
+Description_geda_JUMPER25`Jumper, i.e. single row headers'
+T22,40
+Description_geda_DIP18`Dual in-line package, narrow (300 mil)'
+T17,23
+Description_BC517Darlington-N transistor
+T24,13
+PinList_PCI5V_MAX_HEIGHTPinList_PCI5V
+T17,138
+PinList_74674_dil`/CS',`Clk',`R-/W',`NC',`Mode',`SER/Q15',`P0',`P1',`P2',`P3',`P4',`Gnd',`P5',`P6',`P7',`P8',`P9',`P10',`P11',`P12',`P13',`P14',`P15',`Vcc'
+T17,116
+PinList_74637_dil`DEF',`DB0',`DB1',`DB2',`DB3',`DB4',`DB5',`DB6',`Db7',`Gnd',`CB4',`NC',`CB3',`CB2',`CB1',`CB0',`S0',`S1',`SEF',`Vcc'
+T16,2
+Param1_74591_dil16
+T16,2
+Param1_74147_dil16
+T38,42
+Description_panasonic_PANASONIC_EXB2HV`Panasonic EXB Series Chip Resistor Array'
+T25,33
+Description_geda_JUMPER26`Jumper, i.e. single row headers'
+T15,21
+PinList_uA7908C`Com',`In',`Out',`In'
+T35,3
+Param1_generic_capacitor_radial_400400
+T17,1
+Param1_connector84
+T16,2
+Param1_74376_dil16
+T15,2
+Param1_7424_dil14
+T12,33
+PKG_MTA100_2PKG_MTA_100(`$1', `$2', `$3',  2)
+T22,23
+Description_OPTO_6N136optical coupling device
+T17,8
+Description_BS170N-MOSFET
+T17,20
+Description_BC556bipolar-P transistor
+T16,16
+PinList_uA78L10C`In',`Com',`Out'
+T17,103
+PinList_74688_dil`/G',`P0',`Q0',`P1',`Q1',`P2',`Q2',`P3',`Q3',`Gnd',`P4',`Q4',`P5',`Q5',`P6',`Q6',`P7',`Q7',`/P=Q',`Vcc'
+T16,2
+Param1_74198_dil24
+T8,46
+PKG_SC90PKG_SMT_TRANSISTOR3( `$1', `$2', `$3', 10, 15)
+T12,33
+PKG_MTA100_3PKG_MTA_100(`$1', `$2', `$3',  3)
+T10,36
+PKG_ACY400PKG_AXIAL_LAY(`$1', `$2', `$3', 400)
+T41,56
+Description_nichicon_NICHICON_WT_CAP_8_10`Nichicon WT series SMT Aluminum Electrolytic Capacitor'
+T23,36
+Description_geda_QSOP20`Quarter size small outline package'
+T27,37
+Description_geda_HEADER80_1`Header connector, DIP pin numbering'
+T21,49
+Description_TL071_dilSingle low noise JFET input operational amplifier
+T22,23
+Description_OPTO_6N137optical coupling device
+T17,20
+Description_BC557bipolar-P transistor
+F7,7
+traceontraceon
+T15,2
+Param1_7475_dil16
+T15,2
+Param1_7438_dil14
+T12,33
+PKG_MTA100_4PKG_MTA_100(`$1', `$2', `$3',  4)
+T13,74
+PKG_INDC1005LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  60,   50,  80, 150,  90,   0,   0)
+T26,38
+Description_geda_RESC4564L`Standard SMT resistor, capacitor etc'
+T27,42
+Description_geda_HEADER80_2`Header connector, ribbon cable numbering'
+T17,20
+Description_BC558bipolar-P transistor
+T15,45
+PKG_TQFN16_3_EPPKG_QFN_50S(`$1',`$2',`$3', `16', `3', `150')
+T12,33
+PKG_MTA100_5PKG_MTA_100(`$1', `$2', `$3',  5)
+T13,74
+PKG_INDC1005MPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  80,   70, 100, 200, 120,   0,   0)
+T26,38
+Description_geda_RESC4564M`Standard SMT resistor, capacitor etc'
+T21,38
+Description_TL085_dilQuad JFET input operational amplifiers
+T13,62
+PKG_SOJ30_450COMMON_SMT_DIL_MIL(`$1',`$2',`$3',30,23622,86614,50000,346457)
+T12,33
+PKG_MTA100_6PKG_MTA_100(`$1', `$2', `$3',  6)
+T13,74
+PKG_INDC1005NPKG_SMT_2PAD_MM100(  `$1', `$2', `$3',  70,   50,  80, 170, 100,   0,   0)
+T14,39
+PKG_HEADER56_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 28)
+T9,58
+PKG_HC51UPKG_CRYSTAL_V(`$1', `$2', `$3', 485, 757, 352,  80, 40, 2)
+T15,48
+PKG_CTS_742C_04COMMON_SMT_DIL_MM(`$1',`$2',`$3' ,4,50,90,80,90)
+T26,38
+Description_geda_RESC4564N`Standard SMT resistor, capacitor etc'
+T20,3
+Param2_generic32_dil600
+T20,2
+Param1_generic24_zip24
+T12,33
+PKG_MTA100_7PKG_MTA_100(`$1', `$2', `$3',  7)
+T14,38
+PKG_HEADER56_2PKG_CONNECTOR(`$1', `$2', `$3', 28, 2)
+T23,36
+Description_geda_QSOP24`Quarter size small outline package'
+T13,62
+PKG_SOJ44_450COMMON_SMT_DIL_MIL(`$1',`$2',`$3',44,23622,86614,50000,346457)
+T12,33
+PKG_MTA100_8PKG_MTA_100(`$1', `$2', `$3',  8)
+T26,9
+Description_generic24w_dil`generic'
+T27,37
+Description_geda_HEADER10_1`Header connector, DIP pin numbering'
+T21,53
+Description_74221_dil`2 monostable multivibrator w. Schmitt trigger input'
+T16,3
+Param2_74132_dil300
+T22,2
+Param1_DIN41_651_40lay40
+T20,47
+PKG_PANASONIC_EXB34VCOMMON_SMT_DIL_MM(`$1',`$2',`$3',4,45,80,80,80)
+T12,33
+PKG_MTA100_9PKG_MTA_100(`$1', `$2', `$3',  9)
+T27,42
+Description_geda_HEADER10_2`Header connector, ribbon cable numbering'
+T17,3
+Param2_uA741C_dil300
+T13,62
+PKG_SOJ14_400COMMON_SMT_DIL_MIL(`$1',`$2',`$3',14,23622,86614,50000,291339)
+T8,67
+PKG_SO44COMMON_SMT_DIL_MIL(`$1',`$2',`$3', 44, 20000, 80000, 50000, 505000)
+T15,48
+PKG_CTS_742C_08COMMON_SMT_DIL_MM(`$1',`$2',`$3', 8,50,90,80,90)
+T21,40
+Description_74642_dil`8 bus tranceiver OC w. inverting logic'
+T17,3
+Param2_NE4558_dil300
+T16,3
+Param2_74590_dil300
+T16,3
+Param2_74183_dil300
+T16,3
+Param2_74109_dil300
+T10,55
+PKG_TSSOP8COMMON_SMT_DIL_MM(`$1',`$2',`$3',  8, 33, 150, 65, 300)
+T14,39
+PKG_HEADER60_1PKG_CONNECTOR_DIL(`$1', `$2', `$3', 30)
+T23,36
+Description_geda_QSOP28`Quarter size small outline package'
+T25,28
+Description_geda_LQFP64_7`Square Quad-side flat pack'
+T19,385
+PinList_MC68000_dil`D4',`D3',`D2',`D1',`D0',`/As',`/Uds',`/Lds',`R/W',`/Dtack',`/Bg',`/Bgack',`/Br',`Vcc',`Clk',`Gnd',`/Halt',`/Reset',`/Vma',`E',`/Vpa',`/Berr',`/Ipl2',`/Ipl1',`/Ipl0',`Fc2',`Fc1',`Fc0',`A1',`A2',`A3',`A4',`A5',`A6',`A7',`A8',`A9',`A10',`A11',`A12',`A13',`A14',`A15',`A16',`A17',`A18',`A19',`A20',`Vcc',`A21',`A22',`A23',`Gnd',`D15',`D14',`D13',`D12',`D11',`D10',`D9',`D8',`D7',`D6',`D5'
+T15,3
+Param2_7450_dil300
+T16,3
+Param2_74375_dil300
+T15,3
+Param2_7413_dil300
+T16,2
+Param1_74620_dil20
+T13,62
+PKG_SOJ28_400COMMON_SMT_DIL_MIL(`$1',`$2',`$3',28,23622,86614,50000,291339)
+T20,47
+PKG_PANASONIC_EXB38VCOMMON_SMT_DIL_MM(`$1',`$2',`$3',8,45,80,80,80)
+T24,1605
+PKG_OPTEK_RA_2p8_1p2_0p8
+	# pad width and length (1/100 mil)
+	define(`PADW',  `eval(140 * 10000/254)')
+	define(`PADL',  `eval(90 * 10000/254)')
+
+	# pad center (X)  (1/100 mil)
+	define(`PADC',  `eval(120 * 10000/254)')
+
+	# x values for the pads
+	define(`PX1', `eval(PADC - (PADL - PADW)/2)')
+	define(`PX2', `eval(PADC + (PADL - PADW)/2)')
+
+	# package width (1/100 mil)
+	define(`PACKW', `39500')
+
+	# package height (1/100 mil)
+	define(`PACKH', `36000')
+
+	# width of soldermask relief (5 mil on each side)
+	define(`MASKW', `eval(PADL + 1000)')
+
+	# silkscreen width (1/100 mils)
+	define(`SILKW', `1000')
+
+	# how much space to leave around the part before the
+	# silk screen (1/100 mils)
+	define(`SILKS', `800')
+
+	# top edge silk
+	define(`SXTOP', `eval( 50*10000/254 - SILKS - SILKW/2)')
+	define(`SYTOP', `eval( -45 * 10000/254)')
+
+	# bottom edge silk
+	define(`SXBOT', `eval( 5500 + SILKS + SILKW/2 )')
+	define(`SYBOT1', `eval( PADL/2 + SILKS + SILKW/2 )')
+	define(`SYBOT2', `eval( -1400 + 4700 + SILKS + SILKW/2 )')
+
+# Element [SFlags "Desc" "Name" "Value" MX MY TX TY TDir TScale TSFlags]
+Element[ "" "`$1'" "`$2'" "`$3'" 0 0 0 0 0 100 ""]
+(
+
+# Pad [rX1 rY1 rX2 rY2 Thickness Clearance Mask "Name" "Number" SFlags]
+
+# the pads
+Pad[ -PX1 0 -PX2 0 PADL 1000 MASKW "K"  "1" "square"]
+Pad[  PX1 0  PX2 0 PADL 1000 MASKW "A"  "2" "square"]
+
+
+# Silk screen around package
+# ElementLine[ x1 y1 x2 y2 width]
+
+# top edge
+ElementLine[ -SXTOP SYTOP SXTOP SYTOP SILKW ]
+
+# left/right and bottom
+ElementLine[ -SXBOT SYBOT1 -SXBOT SYBOT2 SILKW ]
+ElementLine[  SXBOT SYBOT1  SXBOT SYBOT2 SILKW ]
+ElementLine[ -SXBOT SYBOT2  SXBOT SYBOT2 SILKW ]
+
+)
+T11,38
+PKG_JUMPER1PKG_CONNECTOR(`$1', `$2', `$3',  1, 1)
+T14,38
+PKG_HEADER60_2PKG_CONNECTOR(`$1', `$2', `$3', 30, 2)
+T26,42
+Description_geda_SOJ18_350`Small outline J-leaded package (350 mil)'
+T24,60
+Description_geda_RCY250P`Bottom lead polar circular component (typically capacitor)'
+T21,73
+Description_74693_dil`4bit synchronous binary counter w. sync. clear, output register 3-state'
+F3,3
+lenlen
+T17,85
+PinList_74192_dil`B',`Qb',`Qa',`Down',`Up',`Qc',`Qd',`Gnd',`D',`C',`/Load',`/CO',`/BO',`Clr',`A',`Vcc'
+T17,90
+PinList_74155_dil`1C',`/1G',`B',`1Y3',`1Y2',`1Y1',`1Y0',`Gnd',`2Y0',`2Y1',`2Y2',`2Y3',`A',`/2G',`/2C',`Vcc'
+T16,3
+Param2_74197_dil300
+T16,2
+Param1_74442_dil20
+T11,38
+PKG_JUMPER2PKG_CONNECTOR(`$1', `$2', `$3',  2, 1)
+T20,26
+Description_uA78M08C+8V 0.5A voltage regulator
+T27,28
+Description_geda_LQFP160_24`Square Quad-side flat pack'
+T21,4
+Description_81C17_dilUART
+T17,86
+PinList_74384_dil`/Clr',`X3',`X2',`X1',`X0',`Prod',`Clk',`Gnd',`Mode',`K',`X7',`X6',`X5',`X4',`Y',`Vcc'
+T18,99
+PinList_511000_dil`Din',`/We',`/Ras',`TF',`A0',`A1',`A2',`A3',`Vcc',`A4',`A5',`A6',`A7',`A8',`A9',`/Cas',`Dout',`Gnd'
+T15,3
+Param2_7464_dil300
+T15,3
+Param2_7427_dil300
+T16,2
+Param1_74671_dil20
+T11,42
+PKG_PLCC52XPKG_PLCC_SOCKET(`$1', `$2', `$3', 52, 150)
+T11,38
+PKG_JUMPER3PKG_CONNECTOR(`$1', `$2', `$3',  3, 1)
+T10,37
+PKG_ALF800PKG_DIODE_LAY(`$1', `$2', `$3',  800)
+T17,89
+PinList_74169_dil`U-/D',`Clk',`A',`B',`C',`D',`/ENP',`Gnd',`/Load',`/ENT',`Qd',`Qc',`Qb',`Qa',`/RCO',`Vcc'
+T11,38
+PKG_JUMPER4PKG_CONNECTOR(`$1', `$2', `$3',  4, 1)
+T24,39
+Description_geda_QFN48_7`Square Quad Flat Nolead (QFN) package'
+T17,127
+COMMON_SMT_DIL_MMCOMMON_SMT_DIL_MIL(`$1',`$2',`$3',`$4',
+	eval($5*100000/254),eval($6*100000/254),eval($7*100000/254),eval($8*100000/254), `$9')
+F6,6
+popdefpopdef
+T15,3
+Param2_7478_dil300
+T16,2
+Param1_74685_dil20
+T16,2
+Param1_74648_dil24
+T16,2
+Param1_74278_dil14
+T11,38
+PKG_JUMPER5PKG_CONNECTOR(`$1', `$2', `$3',  5, 1)
+T35,26
+Description_DIN41_612_abc48female_sDIN41.612 row a+b+c female
+T21,2
+Param1_generic44_plcc44
+T11,38
+PKG_JUMPER6PKG_CONNECTOR(`$1', `$2', `$3',  6, 1)
+T22,44
+Description_uA741C_dilSingle general purpose operational amplifier
+T16,18
+PinList_conn_usb`1', `2', `3', `4'
+T16,2
+Param1_74699_dil20
+T17,2
+Param1_511000_dil18
+T13,62
+PKG_SOJ32_350COMMON_SMT_DIL_MIL(`$1',`$2',`$3',32,23622,86614,50000,244094)
+T16,56
+PKG_SMT_2PAD_MILCOMMON_SMT_2PAD_MIL(`$1', `$2', `$3', `$4', `$5', 20, 0)
+T11,42
+PKG_QFN12_4PKG_QFN_80(`$1',`$2',`$3', `12', `4', `0')
+T11,38
+PKG_JUMPER7PKG_CONNECTOR(`$1', `$2', `$3',  7, 1)
+T26,28
+Description_geda_LQFP52_10`Square Quad-side flat pack'
+T22,24
+Description_NE4558_dildual operating-amplifier
+T17,52
+PinList_TL071_dil`OfsN1',`In-',`In+',`Vcc-',`OfsN2',`Out',`Vcc+',`NC'
+T17,3
+Param2_MAX232_dil300
+T11,38
+PKG_JUMPER8PKG_CONNECTOR(`$1', `$2', `$3',  8, 1)
+T19,27
+Description_uA7812C+12V 1.5A voltage regulator
+T26,38
+Description_geda_RESC3216L`Standard SMT resistor, capacitor etc'
+T15,22
+PinList_uA7810C`In',`Com',`Out',`Com'
+T16,367
+PinList_6801_dil`Vss',`XTAL1',`EXTAL2',`/NMI',`/IRQ1',`/Reset',`Vcc',`P20-Mode0',`P21-Mode1',`P22-Mode2',`P23-RxD',`P24-TxD',`P10',`P11',`P12',`P13',`P14',`P15',`P16',`P17',`Vcc-StdBy',`P47-A15',`P46-A14',`P45-A13',`P44-A12',`P43-A11',`P42-A10',`P41-A9',`P40-A8',`P37-A7-D7',`P36-A6-D6',`P35-A5-D5',`P34-A4-D4',`P33-A3-D3',`P32-A2-D2',`P31-A1-D1',`P30-A0-D0',`SC2-R-/W',`SC1-/AS',`E'
+T12,42
+PKG_LQFP24_4PKG_LQFP_50(`$1',`$2',`$3', `24', `4',`0')
+T11,38
+PKG_JUMPER9PKG_CONNECTOR(`$1', `$2', `$3',  9, 1)
+T13,74
+PKG_INDC4509LPKG_SMT_2PAD_MM100(  `$1', `$2', `$3', 110,  130, 400, 540, 150, 200, 110)
+T25,9
+Description_generic24_zip`generic'
+T26,38
+Description_geda_RESC3216M`Standard SMT resistor, capacitor etc'
+T24,10
+Description_geda_HC49U_3`Crystals'
+# End of frozen state file
Index: oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_1.fp	(revision 296)
@@ -0,0 +1,148 @@
+	# number of pads
+	# number of segments of 38 pins each
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (mils)
+	# silk screen width (mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (mils)
+Element(0x00 "Amp Mictor Connectors" "" "AMP_MICTOR_767054_1" -20 -60 0 100 0x00)
+(
+                Pad(   -180 -225 
+			 -147 -225 
+			17 "1" "1" 0x0)
+                Pad(   -180 -200 
+			 -147 -200 
+			17 "3" "3" 0x0)
+                Pad(   -180 -175 
+			 -147 -175 
+			17 "5" "5" 0x0)
+                Pad(   -180 -150 
+			 -147 -150 
+			17 "7" "7" 0x0)
+                Pad(   -180 -125 
+			 -147 -125 
+			17 "9" "9" 0x0)
+                Pad(   -180 -100 
+			 -147 -100 
+			17 "11" "11" 0x0)
+                Pad(   -180 -75 
+			 -147 -75 
+			17 "13" "13" 0x0)
+                Pad(   -180 -50 
+			 -147 -50 
+			17 "15" "15" 0x0)
+                Pad(   -180 -25 
+			 -147 -25 
+			17 "17" "17" 0x0)
+                Pad(   -180 0 
+			 -147 0 
+			17 "19" "19" 0x0)
+                Pad(   -180 25 
+			 -147 25 
+			17 "21" "21" 0x0)
+                Pad(   -180 50 
+			 -147 50 
+			17 "23" "23" 0x0)
+                Pad(   -180 75 
+			 -147 75 
+			17 "25" "25" 0x0)
+                Pad(   -180 100 
+			 -147 100 
+			17 "27" "27" 0x0)
+                Pad(   -180 125 
+			 -147 125 
+			17 "29" "29" 0x0)
+                Pad(   -180 150 
+			 -147 150 
+			17 "31" "31" 0x0)
+                Pad(   -180 175 
+			 -147 175 
+			17 "33" "33" 0x0)
+                Pad(   -180 200 
+			 -147 200 
+			17 "35" "35" 0x0)
+                Pad(   -180 225 
+			 -147 225 
+			17 "37" "37" 0x0)
+                Pad(   180 225 
+			 147 225 
+			17 "38" "38" 0x0)
+                Pad(   180 200 
+			 147 200 
+			17 "36" "36" 0x0)
+                Pad(   180 175 
+			 147 175 
+			17 "34" "34" 0x0)
+                Pad(   180 150 
+			 147 150 
+			17 "32" "32" 0x0)
+                Pad(   180 125 
+			 147 125 
+			17 "30" "30" 0x0)
+                Pad(   180 100 
+			 147 100 
+			17 "28" "28" 0x0)
+                Pad(   180 75 
+			 147 75 
+			17 "26" "26" 0x0)
+                Pad(   180 50 
+			 147 50 
+			17 "24" "24" 0x0)
+                Pad(   180 25 
+			 147 25 
+			17 "22" "22" 0x0)
+                Pad(   180 0 
+			 147 0 
+			17 "20" "20" 0x0)
+                Pad(   180 -25 
+			 147 -25 
+			17 "18" "18" 0x0)
+                Pad(   180 -50 
+			 147 -50 
+			17 "16" "16" 0x0)
+                Pad(   180 -75 
+			 147 -75 
+			17 "14" "14" 0x0)
+                Pad(   180 -100 
+			 147 -100 
+			17 "12" "12" 0x0)
+                Pad(   180 -125 
+			 147 -125 
+			17 "10" "10" 0x0)
+                Pad(   180 -150 
+			 147 -150 
+			17 "8" "8" 0x0)
+                Pad(   180 -175 
+			 147 -175 
+			17 "6" "6" 0x0)
+                Pad(   180 -200 
+			 147 -200 
+			17 "4" "4" 0x0)
+                Pad(   180 -225 
+			 147 -225 
+			17 "2" "2" 0x0)
+# now add the center row of grounding pins
+	Pin(0 -200 60 32 "GND" "39" 0x01)
+	Pin(0 -100 60 32 "GND" "40" 0x01)
+	Pin(0 0 60 32 "GND" "41" 0x01)
+	Pin(0 100 60 32 "GND" "42" 0x01)
+	Pin(0 200 60 32 "GND" "43" 0x01)
+# the latch pins
+	Pin(0 -555 80 53 "LATCH" "44" 0x01)
+	Pin(0  555 80 53 "LATCH" "45" 0x01)
+# and the orientation pin
+	Pin(0 -450 84 84 "ORIENT" "46" 0x09)
+# and finally the silk screen
+	ElementLine(-200 -625 -200  625 10)
+	ElementLine(-200  625  200  625 10)
+	ElementLine( 200  625  200 -625 10)
+	ElementLine(-200 -625   -25 -625 10)
+	ElementLine( 200 -625    25 -625 10)
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc(0 -625 25 25 0 180 10)
+	# Mark at the common centroid
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_2.fp	(revision 296)
@@ -0,0 +1,267 @@
+	# number of pads
+	# number of segments of 38 pins each
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (mils)
+	# silk screen width (mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (mils)
+Element(0x00 "Amp Mictor Connectors" "" "AMP_MICTOR_767054_2" -20 -60 0 100 0x00)
+(
+                Pad(   -180 -475 
+			 -147 -475 
+			17 "1" "1" 0x0)
+                Pad(   -180 -450 
+			 -147 -450 
+			17 "3" "3" 0x0)
+                Pad(   -180 -425 
+			 -147 -425 
+			17 "5" "5" 0x0)
+                Pad(   -180 -400 
+			 -147 -400 
+			17 "7" "7" 0x0)
+                Pad(   -180 -375 
+			 -147 -375 
+			17 "9" "9" 0x0)
+                Pad(   -180 -350 
+			 -147 -350 
+			17 "11" "11" 0x0)
+                Pad(   -180 -325 
+			 -147 -325 
+			17 "13" "13" 0x0)
+                Pad(   -180 -300 
+			 -147 -300 
+			17 "15" "15" 0x0)
+                Pad(   -180 -275 
+			 -147 -275 
+			17 "17" "17" 0x0)
+                Pad(   -180 -250 
+			 -147 -250 
+			17 "19" "19" 0x0)
+                Pad(   -180 -225 
+			 -147 -225 
+			17 "21" "21" 0x0)
+                Pad(   -180 -200 
+			 -147 -200 
+			17 "23" "23" 0x0)
+                Pad(   -180 -175 
+			 -147 -175 
+			17 "25" "25" 0x0)
+                Pad(   -180 -150 
+			 -147 -150 
+			17 "27" "27" 0x0)
+                Pad(   -180 -125 
+			 -147 -125 
+			17 "29" "29" 0x0)
+                Pad(   -180 -100 
+			 -147 -100 
+			17 "31" "31" 0x0)
+                Pad(   -180 -75 
+			 -147 -75 
+			17 "33" "33" 0x0)
+                Pad(   -180 -50 
+			 -147 -50 
+			17 "35" "35" 0x0)
+                Pad(   -180 -25 
+			 -147 -25 
+			17 "37" "37" 0x0)
+                Pad(   -180 25 
+			 -147 25 
+			17 "39" "39" 0x0)
+                Pad(   -180 50 
+			 -147 50 
+			17 "41" "41" 0x0)
+                Pad(   -180 75 
+			 -147 75 
+			17 "43" "43" 0x0)
+                Pad(   -180 100 
+			 -147 100 
+			17 "45" "45" 0x0)
+                Pad(   -180 125 
+			 -147 125 
+			17 "47" "47" 0x0)
+                Pad(   -180 150 
+			 -147 150 
+			17 "49" "49" 0x0)
+                Pad(   -180 175 
+			 -147 175 
+			17 "51" "51" 0x0)
+                Pad(   -180 200 
+			 -147 200 
+			17 "53" "53" 0x0)
+                Pad(   -180 225 
+			 -147 225 
+			17 "55" "55" 0x0)
+                Pad(   -180 250 
+			 -147 250 
+			17 "57" "57" 0x0)
+                Pad(   -180 275 
+			 -147 275 
+			17 "59" "59" 0x0)
+                Pad(   -180 300 
+			 -147 300 
+			17 "61" "61" 0x0)
+                Pad(   -180 325 
+			 -147 325 
+			17 "63" "63" 0x0)
+                Pad(   -180 350 
+			 -147 350 
+			17 "65" "65" 0x0)
+                Pad(   -180 375 
+			 -147 375 
+			17 "67" "67" 0x0)
+                Pad(   -180 400 
+			 -147 400 
+			17 "69" "69" 0x0)
+                Pad(   -180 425 
+			 -147 425 
+			17 "71" "71" 0x0)
+                Pad(   -180 450 
+			 -147 450 
+			17 "73" "73" 0x0)
+                Pad(   -180 475 
+			 -147 475 
+			17 "75" "75" 0x0)
+                Pad(   180 475 
+			 147 475 
+			17 "76" "76" 0x0)
+                Pad(   180 450 
+			 147 450 
+			17 "74" "74" 0x0)
+                Pad(   180 425 
+			 147 425 
+			17 "72" "72" 0x0)
+                Pad(   180 400 
+			 147 400 
+			17 "70" "70" 0x0)
+                Pad(   180 375 
+			 147 375 
+			17 "68" "68" 0x0)
+                Pad(   180 350 
+			 147 350 
+			17 "66" "66" 0x0)
+                Pad(   180 325 
+			 147 325 
+			17 "64" "64" 0x0)
+                Pad(   180 300 
+			 147 300 
+			17 "62" "62" 0x0)
+                Pad(   180 275 
+			 147 275 
+			17 "60" "60" 0x0)
+                Pad(   180 250 
+			 147 250 
+			17 "58" "58" 0x0)
+                Pad(   180 225 
+			 147 225 
+			17 "56" "56" 0x0)
+                Pad(   180 200 
+			 147 200 
+			17 "54" "54" 0x0)
+                Pad(   180 175 
+			 147 175 
+			17 "52" "52" 0x0)
+                Pad(   180 150 
+			 147 150 
+			17 "50" "50" 0x0)
+                Pad(   180 125 
+			 147 125 
+			17 "48" "48" 0x0)
+                Pad(   180 100 
+			 147 100 
+			17 "46" "46" 0x0)
+                Pad(   180 75 
+			 147 75 
+			17 "44" "44" 0x0)
+                Pad(   180 50 
+			 147 50 
+			17 "42" "42" 0x0)
+                Pad(   180 25 
+			 147 25 
+			17 "40" "40" 0x0)
+                Pad(   180 -25 
+			 147 -25 
+			17 "38" "38" 0x0)
+                Pad(   180 -50 
+			 147 -50 
+			17 "36" "36" 0x0)
+                Pad(   180 -75 
+			 147 -75 
+			17 "34" "34" 0x0)
+                Pad(   180 -100 
+			 147 -100 
+			17 "32" "32" 0x0)
+                Pad(   180 -125 
+			 147 -125 
+			17 "30" "30" 0x0)
+                Pad(   180 -150 
+			 147 -150 
+			17 "28" "28" 0x0)
+                Pad(   180 -175 
+			 147 -175 
+			17 "26" "26" 0x0)
+                Pad(   180 -200 
+			 147 -200 
+			17 "24" "24" 0x0)
+                Pad(   180 -225 
+			 147 -225 
+			17 "22" "22" 0x0)
+                Pad(   180 -250 
+			 147 -250 
+			17 "20" "20" 0x0)
+                Pad(   180 -275 
+			 147 -275 
+			17 "18" "18" 0x0)
+                Pad(   180 -300 
+			 147 -300 
+			17 "16" "16" 0x0)
+                Pad(   180 -325 
+			 147 -325 
+			17 "14" "14" 0x0)
+                Pad(   180 -350 
+			 147 -350 
+			17 "12" "12" 0x0)
+                Pad(   180 -375 
+			 147 -375 
+			17 "10" "10" 0x0)
+                Pad(   180 -400 
+			 147 -400 
+			17 "8" "8" 0x0)
+                Pad(   180 -425 
+			 147 -425 
+			17 "6" "6" 0x0)
+                Pad(   180 -450 
+			 147 -450 
+			17 "4" "4" 0x0)
+                Pad(   180 -475 
+			 147 -475 
+			17 "2" "2" 0x0)
+# now add the center row of grounding pins
+	Pin(0 -450 60 32 "GND" "77" 0x01)
+	Pin(0 -350 60 32 "GND" "78" 0x01)
+	Pin(0 -250 60 32 "GND" "79" 0x01)
+	Pin(0 -150 60 32 "GND" "80" 0x01)
+	Pin(0 -50 60 32 "GND" "81" 0x01)
+	Pin(0 50 60 32 "GND" "82" 0x01)
+	Pin(0 150 60 32 "GND" "83" 0x01)
+	Pin(0 250 60 32 "GND" "84" 0x01)
+	Pin(0 350 60 32 "GND" "85" 0x01)
+	Pin(0 450 60 32 "GND" "86" 0x01)
+# the latch pins
+	Pin(0 -805 80 53 "LATCH" "87" 0x01)
+	Pin(0  805 80 53 "LATCH" "88" 0x01)
+# and the orientation pin
+	Pin(0 -700 84 84 "ORIENT" "89" 0x09)
+# and finally the silk screen
+	ElementLine(-200 -875 -200  875 10)
+	ElementLine(-200  875  200  875 10)
+	ElementLine( 200  875  200 -875 10)
+	ElementLine(-200 -875   -25 -875 10)
+	ElementLine( 200 -875    25 -875 10)
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc(0 -875 25 25 0 180 10)
+	# Mark at the common centroid
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_3.fp
===================================================================
--- oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_3.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_3.fp	(revision 296)
@@ -0,0 +1,386 @@
+	# number of pads
+	# number of segments of 38 pins each
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (mils)
+	# silk screen width (mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (mils)
+Element(0x00 "Amp Mictor Connectors" "" "AMP_MICTOR_767054_3" -20 -60 0 100 0x00)
+(
+                Pad(   -180 -725 
+			 -147 -725 
+			17 "1" "1" 0x0)
+                Pad(   -180 -700 
+			 -147 -700 
+			17 "3" "3" 0x0)
+                Pad(   -180 -675 
+			 -147 -675 
+			17 "5" "5" 0x0)
+                Pad(   -180 -650 
+			 -147 -650 
+			17 "7" "7" 0x0)
+                Pad(   -180 -625 
+			 -147 -625 
+			17 "9" "9" 0x0)
+                Pad(   -180 -600 
+			 -147 -600 
+			17 "11" "11" 0x0)
+                Pad(   -180 -575 
+			 -147 -575 
+			17 "13" "13" 0x0)
+                Pad(   -180 -550 
+			 -147 -550 
+			17 "15" "15" 0x0)
+                Pad(   -180 -525 
+			 -147 -525 
+			17 "17" "17" 0x0)
+                Pad(   -180 -500 
+			 -147 -500 
+			17 "19" "19" 0x0)
+                Pad(   -180 -475 
+			 -147 -475 
+			17 "21" "21" 0x0)
+                Pad(   -180 -450 
+			 -147 -450 
+			17 "23" "23" 0x0)
+                Pad(   -180 -425 
+			 -147 -425 
+			17 "25" "25" 0x0)
+                Pad(   -180 -400 
+			 -147 -400 
+			17 "27" "27" 0x0)
+                Pad(   -180 -375 
+			 -147 -375 
+			17 "29" "29" 0x0)
+                Pad(   -180 -350 
+			 -147 -350 
+			17 "31" "31" 0x0)
+                Pad(   -180 -325 
+			 -147 -325 
+			17 "33" "33" 0x0)
+                Pad(   -180 -300 
+			 -147 -300 
+			17 "35" "35" 0x0)
+                Pad(   -180 -275 
+			 -147 -275 
+			17 "37" "37" 0x0)
+                Pad(   -180 -225 
+			 -147 -225 
+			17 "39" "39" 0x0)
+                Pad(   -180 -200 
+			 -147 -200 
+			17 "41" "41" 0x0)
+                Pad(   -180 -175 
+			 -147 -175 
+			17 "43" "43" 0x0)
+                Pad(   -180 -150 
+			 -147 -150 
+			17 "45" "45" 0x0)
+                Pad(   -180 -125 
+			 -147 -125 
+			17 "47" "47" 0x0)
+                Pad(   -180 -100 
+			 -147 -100 
+			17 "49" "49" 0x0)
+                Pad(   -180 -75 
+			 -147 -75 
+			17 "51" "51" 0x0)
+                Pad(   -180 -50 
+			 -147 -50 
+			17 "53" "53" 0x0)
+                Pad(   -180 -25 
+			 -147 -25 
+			17 "55" "55" 0x0)
+                Pad(   -180 0 
+			 -147 0 
+			17 "57" "57" 0x0)
+                Pad(   -180 25 
+			 -147 25 
+			17 "59" "59" 0x0)
+                Pad(   -180 50 
+			 -147 50 
+			17 "61" "61" 0x0)
+                Pad(   -180 75 
+			 -147 75 
+			17 "63" "63" 0x0)
+                Pad(   -180 100 
+			 -147 100 
+			17 "65" "65" 0x0)
+                Pad(   -180 125 
+			 -147 125 
+			17 "67" "67" 0x0)
+                Pad(   -180 150 
+			 -147 150 
+			17 "69" "69" 0x0)
+                Pad(   -180 175 
+			 -147 175 
+			17 "71" "71" 0x0)
+                Pad(   -180 200 
+			 -147 200 
+			17 "73" "73" 0x0)
+                Pad(   -180 225 
+			 -147 225 
+			17 "75" "75" 0x0)
+                Pad(   -180 275 
+			 -147 275 
+			17 "77" "77" 0x0)
+                Pad(   -180 300 
+			 -147 300 
+			17 "79" "79" 0x0)
+                Pad(   -180 325 
+			 -147 325 
+			17 "81" "81" 0x0)
+                Pad(   -180 350 
+			 -147 350 
+			17 "83" "83" 0x0)
+                Pad(   -180 375 
+			 -147 375 
+			17 "85" "85" 0x0)
+                Pad(   -180 400 
+			 -147 400 
+			17 "87" "87" 0x0)
+                Pad(   -180 425 
+			 -147 425 
+			17 "89" "89" 0x0)
+                Pad(   -180 450 
+			 -147 450 
+			17 "91" "91" 0x0)
+                Pad(   -180 475 
+			 -147 475 
+			17 "93" "93" 0x0)
+                Pad(   -180 500 
+			 -147 500 
+			17 "95" "95" 0x0)
+                Pad(   -180 525 
+			 -147 525 
+			17 "97" "97" 0x0)
+                Pad(   -180 550 
+			 -147 550 
+			17 "99" "99" 0x0)
+                Pad(   -180 575 
+			 -147 575 
+			17 "101" "101" 0x0)
+                Pad(   -180 600 
+			 -147 600 
+			17 "103" "103" 0x0)
+                Pad(   -180 625 
+			 -147 625 
+			17 "105" "105" 0x0)
+                Pad(   -180 650 
+			 -147 650 
+			17 "107" "107" 0x0)
+                Pad(   -180 675 
+			 -147 675 
+			17 "109" "109" 0x0)
+                Pad(   -180 700 
+			 -147 700 
+			17 "111" "111" 0x0)
+                Pad(   -180 725 
+			 -147 725 
+			17 "113" "113" 0x0)
+                Pad(   180 725 
+			 147 725 
+			17 "114" "114" 0x0)
+                Pad(   180 700 
+			 147 700 
+			17 "112" "112" 0x0)
+                Pad(   180 675 
+			 147 675 
+			17 "110" "110" 0x0)
+                Pad(   180 650 
+			 147 650 
+			17 "108" "108" 0x0)
+                Pad(   180 625 
+			 147 625 
+			17 "106" "106" 0x0)
+                Pad(   180 600 
+			 147 600 
+			17 "104" "104" 0x0)
+                Pad(   180 575 
+			 147 575 
+			17 "102" "102" 0x0)
+                Pad(   180 550 
+			 147 550 
+			17 "100" "100" 0x0)
+                Pad(   180 525 
+			 147 525 
+			17 "98" "98" 0x0)
+                Pad(   180 500 
+			 147 500 
+			17 "96" "96" 0x0)
+                Pad(   180 475 
+			 147 475 
+			17 "94" "94" 0x0)
+                Pad(   180 450 
+			 147 450 
+			17 "92" "92" 0x0)
+                Pad(   180 425 
+			 147 425 
+			17 "90" "90" 0x0)
+                Pad(   180 400 
+			 147 400 
+			17 "88" "88" 0x0)
+                Pad(   180 375 
+			 147 375 
+			17 "86" "86" 0x0)
+                Pad(   180 350 
+			 147 350 
+			17 "84" "84" 0x0)
+                Pad(   180 325 
+			 147 325 
+			17 "82" "82" 0x0)
+                Pad(   180 300 
+			 147 300 
+			17 "80" "80" 0x0)
+                Pad(   180 275 
+			 147 275 
+			17 "78" "78" 0x0)
+                Pad(   180 225 
+			 147 225 
+			17 "76" "76" 0x0)
+                Pad(   180 200 
+			 147 200 
+			17 "74" "74" 0x0)
+                Pad(   180 175 
+			 147 175 
+			17 "72" "72" 0x0)
+                Pad(   180 150 
+			 147 150 
+			17 "70" "70" 0x0)
+                Pad(   180 125 
+			 147 125 
+			17 "68" "68" 0x0)
+                Pad(   180 100 
+			 147 100 
+			17 "66" "66" 0x0)
+                Pad(   180 75 
+			 147 75 
+			17 "64" "64" 0x0)
+                Pad(   180 50 
+			 147 50 
+			17 "62" "62" 0x0)
+                Pad(   180 25 
+			 147 25 
+			17 "60" "60" 0x0)
+                Pad(   180 0 
+			 147 0 
+			17 "58" "58" 0x0)
+                Pad(   180 -25 
+			 147 -25 
+			17 "56" "56" 0x0)
+                Pad(   180 -50 
+			 147 -50 
+			17 "54" "54" 0x0)
+                Pad(   180 -75 
+			 147 -75 
+			17 "52" "52" 0x0)
+                Pad(   180 -100 
+			 147 -100 
+			17 "50" "50" 0x0)
+                Pad(   180 -125 
+			 147 -125 
+			17 "48" "48" 0x0)
+                Pad(   180 -150 
+			 147 -150 
+			17 "46" "46" 0x0)
+                Pad(   180 -175 
+			 147 -175 
+			17 "44" "44" 0x0)
+                Pad(   180 -200 
+			 147 -200 
+			17 "42" "42" 0x0)
+                Pad(   180 -225 
+			 147 -225 
+			17 "40" "40" 0x0)
+                Pad(   180 -275 
+			 147 -275 
+			17 "38" "38" 0x0)
+                Pad(   180 -300 
+			 147 -300 
+			17 "36" "36" 0x0)
+                Pad(   180 -325 
+			 147 -325 
+			17 "34" "34" 0x0)
+                Pad(   180 -350 
+			 147 -350 
+			17 "32" "32" 0x0)
+                Pad(   180 -375 
+			 147 -375 
+			17 "30" "30" 0x0)
+                Pad(   180 -400 
+			 147 -400 
+			17 "28" "28" 0x0)
+                Pad(   180 -425 
+			 147 -425 
+			17 "26" "26" 0x0)
+                Pad(   180 -450 
+			 147 -450 
+			17 "24" "24" 0x0)
+                Pad(   180 -475 
+			 147 -475 
+			17 "22" "22" 0x0)
+                Pad(   180 -500 
+			 147 -500 
+			17 "20" "20" 0x0)
+                Pad(   180 -525 
+			 147 -525 
+			17 "18" "18" 0x0)
+                Pad(   180 -550 
+			 147 -550 
+			17 "16" "16" 0x0)
+                Pad(   180 -575 
+			 147 -575 
+			17 "14" "14" 0x0)
+                Pad(   180 -600 
+			 147 -600 
+			17 "12" "12" 0x0)
+                Pad(   180 -625 
+			 147 -625 
+			17 "10" "10" 0x0)
+                Pad(   180 -650 
+			 147 -650 
+			17 "8" "8" 0x0)
+                Pad(   180 -675 
+			 147 -675 
+			17 "6" "6" 0x0)
+                Pad(   180 -700 
+			 147 -700 
+			17 "4" "4" 0x0)
+                Pad(   180 -725 
+			 147 -725 
+			17 "2" "2" 0x0)
+# now add the center row of grounding pins
+	Pin(0 -700 60 32 "GND" "115" 0x01)
+	Pin(0 -600 60 32 "GND" "116" 0x01)
+	Pin(0 -500 60 32 "GND" "117" 0x01)
+	Pin(0 -400 60 32 "GND" "118" 0x01)
+	Pin(0 -300 60 32 "GND" "119" 0x01)
+	Pin(0 -200 60 32 "GND" "120" 0x01)
+	Pin(0 -100 60 32 "GND" "121" 0x01)
+	Pin(0 0 60 32 "GND" "122" 0x01)
+	Pin(0 100 60 32 "GND" "123" 0x01)
+	Pin(0 200 60 32 "GND" "124" 0x01)
+	Pin(0 300 60 32 "GND" "125" 0x01)
+	Pin(0 400 60 32 "GND" "126" 0x01)
+	Pin(0 500 60 32 "GND" "127" 0x01)
+	Pin(0 600 60 32 "GND" "128" 0x01)
+	Pin(0 700 60 32 "GND" "129" 0x01)
+# the latch pins
+	Pin(0 -1055 80 53 "LATCH" "130" 0x01)
+	Pin(0  1055 80 53 "LATCH" "131" 0x01)
+# and the orientation pin
+	Pin(0 -950 84 84 "ORIENT" "132" 0x09)
+# and finally the silk screen
+	ElementLine(-200 -1125 -200  1125 10)
+	ElementLine(-200  1125  200  1125 10)
+	ElementLine( 200  1125  200 -1125 10)
+	ElementLine(-200 -1125   -25 -1125 10)
+	ElementLine( 200 -1125    25 -1125 10)
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc(0 -1125 25 25 0 180 10)
+	# Mark at the common centroid
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_4.fp	(revision 296)
@@ -0,0 +1,505 @@
+	# number of pads
+	# number of segments of 38 pins each
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (mils)
+	# silk screen width (mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (mils)
+Element(0x00 "Amp Mictor Connectors" "" "AMP_MICTOR_767054_4" -20 -60 0 100 0x00)
+(
+                Pad(   -180 -975 
+			 -147 -975 
+			17 "1" "1" 0x0)
+                Pad(   -180 -950 
+			 -147 -950 
+			17 "3" "3" 0x0)
+                Pad(   -180 -925 
+			 -147 -925 
+			17 "5" "5" 0x0)
+                Pad(   -180 -900 
+			 -147 -900 
+			17 "7" "7" 0x0)
+                Pad(   -180 -875 
+			 -147 -875 
+			17 "9" "9" 0x0)
+                Pad(   -180 -850 
+			 -147 -850 
+			17 "11" "11" 0x0)
+                Pad(   -180 -825 
+			 -147 -825 
+			17 "13" "13" 0x0)
+                Pad(   -180 -800 
+			 -147 -800 
+			17 "15" "15" 0x0)
+                Pad(   -180 -775 
+			 -147 -775 
+			17 "17" "17" 0x0)
+                Pad(   -180 -750 
+			 -147 -750 
+			17 "19" "19" 0x0)
+                Pad(   -180 -725 
+			 -147 -725 
+			17 "21" "21" 0x0)
+                Pad(   -180 -700 
+			 -147 -700 
+			17 "23" "23" 0x0)
+                Pad(   -180 -675 
+			 -147 -675 
+			17 "25" "25" 0x0)
+                Pad(   -180 -650 
+			 -147 -650 
+			17 "27" "27" 0x0)
+                Pad(   -180 -625 
+			 -147 -625 
+			17 "29" "29" 0x0)
+                Pad(   -180 -600 
+			 -147 -600 
+			17 "31" "31" 0x0)
+                Pad(   -180 -575 
+			 -147 -575 
+			17 "33" "33" 0x0)
+                Pad(   -180 -550 
+			 -147 -550 
+			17 "35" "35" 0x0)
+                Pad(   -180 -525 
+			 -147 -525 
+			17 "37" "37" 0x0)
+                Pad(   -180 -475 
+			 -147 -475 
+			17 "39" "39" 0x0)
+                Pad(   -180 -450 
+			 -147 -450 
+			17 "41" "41" 0x0)
+                Pad(   -180 -425 
+			 -147 -425 
+			17 "43" "43" 0x0)
+                Pad(   -180 -400 
+			 -147 -400 
+			17 "45" "45" 0x0)
+                Pad(   -180 -375 
+			 -147 -375 
+			17 "47" "47" 0x0)
+                Pad(   -180 -350 
+			 -147 -350 
+			17 "49" "49" 0x0)
+                Pad(   -180 -325 
+			 -147 -325 
+			17 "51" "51" 0x0)
+                Pad(   -180 -300 
+			 -147 -300 
+			17 "53" "53" 0x0)
+                Pad(   -180 -275 
+			 -147 -275 
+			17 "55" "55" 0x0)
+                Pad(   -180 -250 
+			 -147 -250 
+			17 "57" "57" 0x0)
+                Pad(   -180 -225 
+			 -147 -225 
+			17 "59" "59" 0x0)
+                Pad(   -180 -200 
+			 -147 -200 
+			17 "61" "61" 0x0)
+                Pad(   -180 -175 
+			 -147 -175 
+			17 "63" "63" 0x0)
+                Pad(   -180 -150 
+			 -147 -150 
+			17 "65" "65" 0x0)
+                Pad(   -180 -125 
+			 -147 -125 
+			17 "67" "67" 0x0)
+                Pad(   -180 -100 
+			 -147 -100 
+			17 "69" "69" 0x0)
+                Pad(   -180 -75 
+			 -147 -75 
+			17 "71" "71" 0x0)
+                Pad(   -180 -50 
+			 -147 -50 
+			17 "73" "73" 0x0)
+                Pad(   -180 -25 
+			 -147 -25 
+			17 "75" "75" 0x0)
+                Pad(   -180 25 
+			 -147 25 
+			17 "77" "77" 0x0)
+                Pad(   -180 50 
+			 -147 50 
+			17 "79" "79" 0x0)
+                Pad(   -180 75 
+			 -147 75 
+			17 "81" "81" 0x0)
+                Pad(   -180 100 
+			 -147 100 
+			17 "83" "83" 0x0)
+                Pad(   -180 125 
+			 -147 125 
+			17 "85" "85" 0x0)
+                Pad(   -180 150 
+			 -147 150 
+			17 "87" "87" 0x0)
+                Pad(   -180 175 
+			 -147 175 
+			17 "89" "89" 0x0)
+                Pad(   -180 200 
+			 -147 200 
+			17 "91" "91" 0x0)
+                Pad(   -180 225 
+			 -147 225 
+			17 "93" "93" 0x0)
+                Pad(   -180 250 
+			 -147 250 
+			17 "95" "95" 0x0)
+                Pad(   -180 275 
+			 -147 275 
+			17 "97" "97" 0x0)
+                Pad(   -180 300 
+			 -147 300 
+			17 "99" "99" 0x0)
+                Pad(   -180 325 
+			 -147 325 
+			17 "101" "101" 0x0)
+                Pad(   -180 350 
+			 -147 350 
+			17 "103" "103" 0x0)
+                Pad(   -180 375 
+			 -147 375 
+			17 "105" "105" 0x0)
+                Pad(   -180 400 
+			 -147 400 
+			17 "107" "107" 0x0)
+                Pad(   -180 425 
+			 -147 425 
+			17 "109" "109" 0x0)
+                Pad(   -180 450 
+			 -147 450 
+			17 "111" "111" 0x0)
+                Pad(   -180 475 
+			 -147 475 
+			17 "113" "113" 0x0)
+                Pad(   -180 525 
+			 -147 525 
+			17 "115" "115" 0x0)
+                Pad(   -180 550 
+			 -147 550 
+			17 "117" "117" 0x0)
+                Pad(   -180 575 
+			 -147 575 
+			17 "119" "119" 0x0)
+                Pad(   -180 600 
+			 -147 600 
+			17 "121" "121" 0x0)
+                Pad(   -180 625 
+			 -147 625 
+			17 "123" "123" 0x0)
+                Pad(   -180 650 
+			 -147 650 
+			17 "125" "125" 0x0)
+                Pad(   -180 675 
+			 -147 675 
+			17 "127" "127" 0x0)
+                Pad(   -180 700 
+			 -147 700 
+			17 "129" "129" 0x0)
+                Pad(   -180 725 
+			 -147 725 
+			17 "131" "131" 0x0)
+                Pad(   -180 750 
+			 -147 750 
+			17 "133" "133" 0x0)
+                Pad(   -180 775 
+			 -147 775 
+			17 "135" "135" 0x0)
+                Pad(   -180 800 
+			 -147 800 
+			17 "137" "137" 0x0)
+                Pad(   -180 825 
+			 -147 825 
+			17 "139" "139" 0x0)
+                Pad(   -180 850 
+			 -147 850 
+			17 "141" "141" 0x0)
+                Pad(   -180 875 
+			 -147 875 
+			17 "143" "143" 0x0)
+                Pad(   -180 900 
+			 -147 900 
+			17 "145" "145" 0x0)
+                Pad(   -180 925 
+			 -147 925 
+			17 "147" "147" 0x0)
+                Pad(   -180 950 
+			 -147 950 
+			17 "149" "149" 0x0)
+                Pad(   -180 975 
+			 -147 975 
+			17 "151" "151" 0x0)
+                Pad(   180 975 
+			 147 975 
+			17 "152" "152" 0x0)
+                Pad(   180 950 
+			 147 950 
+			17 "150" "150" 0x0)
+                Pad(   180 925 
+			 147 925 
+			17 "148" "148" 0x0)
+                Pad(   180 900 
+			 147 900 
+			17 "146" "146" 0x0)
+                Pad(   180 875 
+			 147 875 
+			17 "144" "144" 0x0)
+                Pad(   180 850 
+			 147 850 
+			17 "142" "142" 0x0)
+                Pad(   180 825 
+			 147 825 
+			17 "140" "140" 0x0)
+                Pad(   180 800 
+			 147 800 
+			17 "138" "138" 0x0)
+                Pad(   180 775 
+			 147 775 
+			17 "136" "136" 0x0)
+                Pad(   180 750 
+			 147 750 
+			17 "134" "134" 0x0)
+                Pad(   180 725 
+			 147 725 
+			17 "132" "132" 0x0)
+                Pad(   180 700 
+			 147 700 
+			17 "130" "130" 0x0)
+                Pad(   180 675 
+			 147 675 
+			17 "128" "128" 0x0)
+                Pad(   180 650 
+			 147 650 
+			17 "126" "126" 0x0)
+                Pad(   180 625 
+			 147 625 
+			17 "124" "124" 0x0)
+                Pad(   180 600 
+			 147 600 
+			17 "122" "122" 0x0)
+                Pad(   180 575 
+			 147 575 
+			17 "120" "120" 0x0)
+                Pad(   180 550 
+			 147 550 
+			17 "118" "118" 0x0)
+                Pad(   180 525 
+			 147 525 
+			17 "116" "116" 0x0)
+                Pad(   180 475 
+			 147 475 
+			17 "114" "114" 0x0)
+                Pad(   180 450 
+			 147 450 
+			17 "112" "112" 0x0)
+                Pad(   180 425 
+			 147 425 
+			17 "110" "110" 0x0)
+                Pad(   180 400 
+			 147 400 
+			17 "108" "108" 0x0)
+                Pad(   180 375 
+			 147 375 
+			17 "106" "106" 0x0)
+                Pad(   180 350 
+			 147 350 
+			17 "104" "104" 0x0)
+                Pad(   180 325 
+			 147 325 
+			17 "102" "102" 0x0)
+                Pad(   180 300 
+			 147 300 
+			17 "100" "100" 0x0)
+                Pad(   180 275 
+			 147 275 
+			17 "98" "98" 0x0)
+                Pad(   180 250 
+			 147 250 
+			17 "96" "96" 0x0)
+                Pad(   180 225 
+			 147 225 
+			17 "94" "94" 0x0)
+                Pad(   180 200 
+			 147 200 
+			17 "92" "92" 0x0)
+                Pad(   180 175 
+			 147 175 
+			17 "90" "90" 0x0)
+                Pad(   180 150 
+			 147 150 
+			17 "88" "88" 0x0)
+                Pad(   180 125 
+			 147 125 
+			17 "86" "86" 0x0)
+                Pad(   180 100 
+			 147 100 
+			17 "84" "84" 0x0)
+                Pad(   180 75 
+			 147 75 
+			17 "82" "82" 0x0)
+                Pad(   180 50 
+			 147 50 
+			17 "80" "80" 0x0)
+                Pad(   180 25 
+			 147 25 
+			17 "78" "78" 0x0)
+                Pad(   180 -25 
+			 147 -25 
+			17 "76" "76" 0x0)
+                Pad(   180 -50 
+			 147 -50 
+			17 "74" "74" 0x0)
+                Pad(   180 -75 
+			 147 -75 
+			17 "72" "72" 0x0)
+                Pad(   180 -100 
+			 147 -100 
+			17 "70" "70" 0x0)
+                Pad(   180 -125 
+			 147 -125 
+			17 "68" "68" 0x0)
+                Pad(   180 -150 
+			 147 -150 
+			17 "66" "66" 0x0)
+                Pad(   180 -175 
+			 147 -175 
+			17 "64" "64" 0x0)
+                Pad(   180 -200 
+			 147 -200 
+			17 "62" "62" 0x0)
+                Pad(   180 -225 
+			 147 -225 
+			17 "60" "60" 0x0)
+                Pad(   180 -250 
+			 147 -250 
+			17 "58" "58" 0x0)
+                Pad(   180 -275 
+			 147 -275 
+			17 "56" "56" 0x0)
+                Pad(   180 -300 
+			 147 -300 
+			17 "54" "54" 0x0)
+                Pad(   180 -325 
+			 147 -325 
+			17 "52" "52" 0x0)
+                Pad(   180 -350 
+			 147 -350 
+			17 "50" "50" 0x0)
+                Pad(   180 -375 
+			 147 -375 
+			17 "48" "48" 0x0)
+                Pad(   180 -400 
+			 147 -400 
+			17 "46" "46" 0x0)
+                Pad(   180 -425 
+			 147 -425 
+			17 "44" "44" 0x0)
+                Pad(   180 -450 
+			 147 -450 
+			17 "42" "42" 0x0)
+                Pad(   180 -475 
+			 147 -475 
+			17 "40" "40" 0x0)
+                Pad(   180 -525 
+			 147 -525 
+			17 "38" "38" 0x0)
+                Pad(   180 -550 
+			 147 -550 
+			17 "36" "36" 0x0)
+                Pad(   180 -575 
+			 147 -575 
+			17 "34" "34" 0x0)
+                Pad(   180 -600 
+			 147 -600 
+			17 "32" "32" 0x0)
+                Pad(   180 -625 
+			 147 -625 
+			17 "30" "30" 0x0)
+                Pad(   180 -650 
+			 147 -650 
+			17 "28" "28" 0x0)
+                Pad(   180 -675 
+			 147 -675 
+			17 "26" "26" 0x0)
+                Pad(   180 -700 
+			 147 -700 
+			17 "24" "24" 0x0)
+                Pad(   180 -725 
+			 147 -725 
+			17 "22" "22" 0x0)
+                Pad(   180 -750 
+			 147 -750 
+			17 "20" "20" 0x0)
+                Pad(   180 -775 
+			 147 -775 
+			17 "18" "18" 0x0)
+                Pad(   180 -800 
+			 147 -800 
+			17 "16" "16" 0x0)
+                Pad(   180 -825 
+			 147 -825 
+			17 "14" "14" 0x0)
+                Pad(   180 -850 
+			 147 -850 
+			17 "12" "12" 0x0)
+                Pad(   180 -875 
+			 147 -875 
+			17 "10" "10" 0x0)
+                Pad(   180 -900 
+			 147 -900 
+			17 "8" "8" 0x0)
+                Pad(   180 -925 
+			 147 -925 
+			17 "6" "6" 0x0)
+                Pad(   180 -950 
+			 147 -950 
+			17 "4" "4" 0x0)
+                Pad(   180 -975 
+			 147 -975 
+			17 "2" "2" 0x0)
+# now add the center row of grounding pins
+	Pin(0 -950 60 32 "GND" "153" 0x01)
+	Pin(0 -850 60 32 "GND" "154" 0x01)
+	Pin(0 -750 60 32 "GND" "155" 0x01)
+	Pin(0 -650 60 32 "GND" "156" 0x01)
+	Pin(0 -550 60 32 "GND" "157" 0x01)
+	Pin(0 -450 60 32 "GND" "158" 0x01)
+	Pin(0 -350 60 32 "GND" "159" 0x01)
+	Pin(0 -250 60 32 "GND" "160" 0x01)
+	Pin(0 -150 60 32 "GND" "161" 0x01)
+	Pin(0 -50 60 32 "GND" "162" 0x01)
+	Pin(0 50 60 32 "GND" "163" 0x01)
+	Pin(0 150 60 32 "GND" "164" 0x01)
+	Pin(0 250 60 32 "GND" "165" 0x01)
+	Pin(0 350 60 32 "GND" "166" 0x01)
+	Pin(0 450 60 32 "GND" "167" 0x01)
+	Pin(0 550 60 32 "GND" "168" 0x01)
+	Pin(0 650 60 32 "GND" "169" 0x01)
+	Pin(0 750 60 32 "GND" "170" 0x01)
+	Pin(0 850 60 32 "GND" "171" 0x01)
+	Pin(0 950 60 32 "GND" "172" 0x01)
+# the latch pins
+	Pin(0 -1305 80 53 "LATCH" "173" 0x01)
+	Pin(0  1305 80 53 "LATCH" "174" 0x01)
+# and the orientation pin
+	Pin(0 -1200 84 84 "ORIENT" "175" 0x09)
+# and finally the silk screen
+	ElementLine(-200 -1375 -200  1375 10)
+	ElementLine(-200  1375  200  1375 10)
+	ElementLine( 200  1375  200 -1375 10)
+	ElementLine(-200 -1375   -25 -1375 10)
+	ElementLine( 200 -1375    25 -1375 10)
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc(0 -1375 25 25 0 180 10)
+	# Mark at the common centroid
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_5.fp
===================================================================
--- oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_5.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_5.fp	(revision 296)
@@ -0,0 +1,624 @@
+	# number of pads
+	# number of segments of 38 pins each
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (mils)
+	# silk screen width (mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (mils)
+Element(0x00 "Amp Mictor Connectors" "" "AMP_MICTOR_767054_5" -20 -60 0 100 0x00)
+(
+                Pad(   -180 -1225 
+			 -147 -1225 
+			17 "1" "1" 0x0)
+                Pad(   -180 -1200 
+			 -147 -1200 
+			17 "3" "3" 0x0)
+                Pad(   -180 -1175 
+			 -147 -1175 
+			17 "5" "5" 0x0)
+                Pad(   -180 -1150 
+			 -147 -1150 
+			17 "7" "7" 0x0)
+                Pad(   -180 -1125 
+			 -147 -1125 
+			17 "9" "9" 0x0)
+                Pad(   -180 -1100 
+			 -147 -1100 
+			17 "11" "11" 0x0)
+                Pad(   -180 -1075 
+			 -147 -1075 
+			17 "13" "13" 0x0)
+                Pad(   -180 -1050 
+			 -147 -1050 
+			17 "15" "15" 0x0)
+                Pad(   -180 -1025 
+			 -147 -1025 
+			17 "17" "17" 0x0)
+                Pad(   -180 -1000 
+			 -147 -1000 
+			17 "19" "19" 0x0)
+                Pad(   -180 -975 
+			 -147 -975 
+			17 "21" "21" 0x0)
+                Pad(   -180 -950 
+			 -147 -950 
+			17 "23" "23" 0x0)
+                Pad(   -180 -925 
+			 -147 -925 
+			17 "25" "25" 0x0)
+                Pad(   -180 -900 
+			 -147 -900 
+			17 "27" "27" 0x0)
+                Pad(   -180 -875 
+			 -147 -875 
+			17 "29" "29" 0x0)
+                Pad(   -180 -850 
+			 -147 -850 
+			17 "31" "31" 0x0)
+                Pad(   -180 -825 
+			 -147 -825 
+			17 "33" "33" 0x0)
+                Pad(   -180 -800 
+			 -147 -800 
+			17 "35" "35" 0x0)
+                Pad(   -180 -775 
+			 -147 -775 
+			17 "37" "37" 0x0)
+                Pad(   -180 -725 
+			 -147 -725 
+			17 "39" "39" 0x0)
+                Pad(   -180 -700 
+			 -147 -700 
+			17 "41" "41" 0x0)
+                Pad(   -180 -675 
+			 -147 -675 
+			17 "43" "43" 0x0)
+                Pad(   -180 -650 
+			 -147 -650 
+			17 "45" "45" 0x0)
+                Pad(   -180 -625 
+			 -147 -625 
+			17 "47" "47" 0x0)
+                Pad(   -180 -600 
+			 -147 -600 
+			17 "49" "49" 0x0)
+                Pad(   -180 -575 
+			 -147 -575 
+			17 "51" "51" 0x0)
+                Pad(   -180 -550 
+			 -147 -550 
+			17 "53" "53" 0x0)
+                Pad(   -180 -525 
+			 -147 -525 
+			17 "55" "55" 0x0)
+                Pad(   -180 -500 
+			 -147 -500 
+			17 "57" "57" 0x0)
+                Pad(   -180 -475 
+			 -147 -475 
+			17 "59" "59" 0x0)
+                Pad(   -180 -450 
+			 -147 -450 
+			17 "61" "61" 0x0)
+                Pad(   -180 -425 
+			 -147 -425 
+			17 "63" "63" 0x0)
+                Pad(   -180 -400 
+			 -147 -400 
+			17 "65" "65" 0x0)
+                Pad(   -180 -375 
+			 -147 -375 
+			17 "67" "67" 0x0)
+                Pad(   -180 -350 
+			 -147 -350 
+			17 "69" "69" 0x0)
+                Pad(   -180 -325 
+			 -147 -325 
+			17 "71" "71" 0x0)
+                Pad(   -180 -300 
+			 -147 -300 
+			17 "73" "73" 0x0)
+                Pad(   -180 -275 
+			 -147 -275 
+			17 "75" "75" 0x0)
+                Pad(   -180 -225 
+			 -147 -225 
+			17 "77" "77" 0x0)
+                Pad(   -180 -200 
+			 -147 -200 
+			17 "79" "79" 0x0)
+                Pad(   -180 -175 
+			 -147 -175 
+			17 "81" "81" 0x0)
+                Pad(   -180 -150 
+			 -147 -150 
+			17 "83" "83" 0x0)
+                Pad(   -180 -125 
+			 -147 -125 
+			17 "85" "85" 0x0)
+                Pad(   -180 -100 
+			 -147 -100 
+			17 "87" "87" 0x0)
+                Pad(   -180 -75 
+			 -147 -75 
+			17 "89" "89" 0x0)
+                Pad(   -180 -50 
+			 -147 -50 
+			17 "91" "91" 0x0)
+                Pad(   -180 -25 
+			 -147 -25 
+			17 "93" "93" 0x0)
+                Pad(   -180 0 
+			 -147 0 
+			17 "95" "95" 0x0)
+                Pad(   -180 25 
+			 -147 25 
+			17 "97" "97" 0x0)
+                Pad(   -180 50 
+			 -147 50 
+			17 "99" "99" 0x0)
+                Pad(   -180 75 
+			 -147 75 
+			17 "101" "101" 0x0)
+                Pad(   -180 100 
+			 -147 100 
+			17 "103" "103" 0x0)
+                Pad(   -180 125 
+			 -147 125 
+			17 "105" "105" 0x0)
+                Pad(   -180 150 
+			 -147 150 
+			17 "107" "107" 0x0)
+                Pad(   -180 175 
+			 -147 175 
+			17 "109" "109" 0x0)
+                Pad(   -180 200 
+			 -147 200 
+			17 "111" "111" 0x0)
+                Pad(   -180 225 
+			 -147 225 
+			17 "113" "113" 0x0)
+                Pad(   -180 275 
+			 -147 275 
+			17 "115" "115" 0x0)
+                Pad(   -180 300 
+			 -147 300 
+			17 "117" "117" 0x0)
+                Pad(   -180 325 
+			 -147 325 
+			17 "119" "119" 0x0)
+                Pad(   -180 350 
+			 -147 350 
+			17 "121" "121" 0x0)
+                Pad(   -180 375 
+			 -147 375 
+			17 "123" "123" 0x0)
+                Pad(   -180 400 
+			 -147 400 
+			17 "125" "125" 0x0)
+                Pad(   -180 425 
+			 -147 425 
+			17 "127" "127" 0x0)
+                Pad(   -180 450 
+			 -147 450 
+			17 "129" "129" 0x0)
+                Pad(   -180 475 
+			 -147 475 
+			17 "131" "131" 0x0)
+                Pad(   -180 500 
+			 -147 500 
+			17 "133" "133" 0x0)
+                Pad(   -180 525 
+			 -147 525 
+			17 "135" "135" 0x0)
+                Pad(   -180 550 
+			 -147 550 
+			17 "137" "137" 0x0)
+                Pad(   -180 575 
+			 -147 575 
+			17 "139" "139" 0x0)
+                Pad(   -180 600 
+			 -147 600 
+			17 "141" "141" 0x0)
+                Pad(   -180 625 
+			 -147 625 
+			17 "143" "143" 0x0)
+                Pad(   -180 650 
+			 -147 650 
+			17 "145" "145" 0x0)
+                Pad(   -180 675 
+			 -147 675 
+			17 "147" "147" 0x0)
+                Pad(   -180 700 
+			 -147 700 
+			17 "149" "149" 0x0)
+                Pad(   -180 725 
+			 -147 725 
+			17 "151" "151" 0x0)
+                Pad(   -180 775 
+			 -147 775 
+			17 "153" "153" 0x0)
+                Pad(   -180 800 
+			 -147 800 
+			17 "155" "155" 0x0)
+                Pad(   -180 825 
+			 -147 825 
+			17 "157" "157" 0x0)
+                Pad(   -180 850 
+			 -147 850 
+			17 "159" "159" 0x0)
+                Pad(   -180 875 
+			 -147 875 
+			17 "161" "161" 0x0)
+                Pad(   -180 900 
+			 -147 900 
+			17 "163" "163" 0x0)
+                Pad(   -180 925 
+			 -147 925 
+			17 "165" "165" 0x0)
+                Pad(   -180 950 
+			 -147 950 
+			17 "167" "167" 0x0)
+                Pad(   -180 975 
+			 -147 975 
+			17 "169" "169" 0x0)
+                Pad(   -180 1000 
+			 -147 1000 
+			17 "171" "171" 0x0)
+                Pad(   -180 1025 
+			 -147 1025 
+			17 "173" "173" 0x0)
+                Pad(   -180 1050 
+			 -147 1050 
+			17 "175" "175" 0x0)
+                Pad(   -180 1075 
+			 -147 1075 
+			17 "177" "177" 0x0)
+                Pad(   -180 1100 
+			 -147 1100 
+			17 "179" "179" 0x0)
+                Pad(   -180 1125 
+			 -147 1125 
+			17 "181" "181" 0x0)
+                Pad(   -180 1150 
+			 -147 1150 
+			17 "183" "183" 0x0)
+                Pad(   -180 1175 
+			 -147 1175 
+			17 "185" "185" 0x0)
+                Pad(   -180 1200 
+			 -147 1200 
+			17 "187" "187" 0x0)
+                Pad(   -180 1225 
+			 -147 1225 
+			17 "189" "189" 0x0)
+                Pad(   180 1225 
+			 147 1225 
+			17 "190" "190" 0x0)
+                Pad(   180 1200 
+			 147 1200 
+			17 "188" "188" 0x0)
+                Pad(   180 1175 
+			 147 1175 
+			17 "186" "186" 0x0)
+                Pad(   180 1150 
+			 147 1150 
+			17 "184" "184" 0x0)
+                Pad(   180 1125 
+			 147 1125 
+			17 "182" "182" 0x0)
+                Pad(   180 1100 
+			 147 1100 
+			17 "180" "180" 0x0)
+                Pad(   180 1075 
+			 147 1075 
+			17 "178" "178" 0x0)
+                Pad(   180 1050 
+			 147 1050 
+			17 "176" "176" 0x0)
+                Pad(   180 1025 
+			 147 1025 
+			17 "174" "174" 0x0)
+                Pad(   180 1000 
+			 147 1000 
+			17 "172" "172" 0x0)
+                Pad(   180 975 
+			 147 975 
+			17 "170" "170" 0x0)
+                Pad(   180 950 
+			 147 950 
+			17 "168" "168" 0x0)
+                Pad(   180 925 
+			 147 925 
+			17 "166" "166" 0x0)
+                Pad(   180 900 
+			 147 900 
+			17 "164" "164" 0x0)
+                Pad(   180 875 
+			 147 875 
+			17 "162" "162" 0x0)
+                Pad(   180 850 
+			 147 850 
+			17 "160" "160" 0x0)
+                Pad(   180 825 
+			 147 825 
+			17 "158" "158" 0x0)
+                Pad(   180 800 
+			 147 800 
+			17 "156" "156" 0x0)
+                Pad(   180 775 
+			 147 775 
+			17 "154" "154" 0x0)
+                Pad(   180 725 
+			 147 725 
+			17 "152" "152" 0x0)
+                Pad(   180 700 
+			 147 700 
+			17 "150" "150" 0x0)
+                Pad(   180 675 
+			 147 675 
+			17 "148" "148" 0x0)
+                Pad(   180 650 
+			 147 650 
+			17 "146" "146" 0x0)
+                Pad(   180 625 
+			 147 625 
+			17 "144" "144" 0x0)
+                Pad(   180 600 
+			 147 600 
+			17 "142" "142" 0x0)
+                Pad(   180 575 
+			 147 575 
+			17 "140" "140" 0x0)
+                Pad(   180 550 
+			 147 550 
+			17 "138" "138" 0x0)
+                Pad(   180 525 
+			 147 525 
+			17 "136" "136" 0x0)
+                Pad(   180 500 
+			 147 500 
+			17 "134" "134" 0x0)
+                Pad(   180 475 
+			 147 475 
+			17 "132" "132" 0x0)
+                Pad(   180 450 
+			 147 450 
+			17 "130" "130" 0x0)
+                Pad(   180 425 
+			 147 425 
+			17 "128" "128" 0x0)
+                Pad(   180 400 
+			 147 400 
+			17 "126" "126" 0x0)
+                Pad(   180 375 
+			 147 375 
+			17 "124" "124" 0x0)
+                Pad(   180 350 
+			 147 350 
+			17 "122" "122" 0x0)
+                Pad(   180 325 
+			 147 325 
+			17 "120" "120" 0x0)
+                Pad(   180 300 
+			 147 300 
+			17 "118" "118" 0x0)
+                Pad(   180 275 
+			 147 275 
+			17 "116" "116" 0x0)
+                Pad(   180 225 
+			 147 225 
+			17 "114" "114" 0x0)
+                Pad(   180 200 
+			 147 200 
+			17 "112" "112" 0x0)
+                Pad(   180 175 
+			 147 175 
+			17 "110" "110" 0x0)
+                Pad(   180 150 
+			 147 150 
+			17 "108" "108" 0x0)
+                Pad(   180 125 
+			 147 125 
+			17 "106" "106" 0x0)
+                Pad(   180 100 
+			 147 100 
+			17 "104" "104" 0x0)
+                Pad(   180 75 
+			 147 75 
+			17 "102" "102" 0x0)
+                Pad(   180 50 
+			 147 50 
+			17 "100" "100" 0x0)
+                Pad(   180 25 
+			 147 25 
+			17 "98" "98" 0x0)
+                Pad(   180 0 
+			 147 0 
+			17 "96" "96" 0x0)
+                Pad(   180 -25 
+			 147 -25 
+			17 "94" "94" 0x0)
+                Pad(   180 -50 
+			 147 -50 
+			17 "92" "92" 0x0)
+                Pad(   180 -75 
+			 147 -75 
+			17 "90" "90" 0x0)
+                Pad(   180 -100 
+			 147 -100 
+			17 "88" "88" 0x0)
+                Pad(   180 -125 
+			 147 -125 
+			17 "86" "86" 0x0)
+                Pad(   180 -150 
+			 147 -150 
+			17 "84" "84" 0x0)
+                Pad(   180 -175 
+			 147 -175 
+			17 "82" "82" 0x0)
+                Pad(   180 -200 
+			 147 -200 
+			17 "80" "80" 0x0)
+                Pad(   180 -225 
+			 147 -225 
+			17 "78" "78" 0x0)
+                Pad(   180 -275 
+			 147 -275 
+			17 "76" "76" 0x0)
+                Pad(   180 -300 
+			 147 -300 
+			17 "74" "74" 0x0)
+                Pad(   180 -325 
+			 147 -325 
+			17 "72" "72" 0x0)
+                Pad(   180 -350 
+			 147 -350 
+			17 "70" "70" 0x0)
+                Pad(   180 -375 
+			 147 -375 
+			17 "68" "68" 0x0)
+                Pad(   180 -400 
+			 147 -400 
+			17 "66" "66" 0x0)
+                Pad(   180 -425 
+			 147 -425 
+			17 "64" "64" 0x0)
+                Pad(   180 -450 
+			 147 -450 
+			17 "62" "62" 0x0)
+                Pad(   180 -475 
+			 147 -475 
+			17 "60" "60" 0x0)
+                Pad(   180 -500 
+			 147 -500 
+			17 "58" "58" 0x0)
+                Pad(   180 -525 
+			 147 -525 
+			17 "56" "56" 0x0)
+                Pad(   180 -550 
+			 147 -550 
+			17 "54" "54" 0x0)
+                Pad(   180 -575 
+			 147 -575 
+			17 "52" "52" 0x0)
+                Pad(   180 -600 
+			 147 -600 
+			17 "50" "50" 0x0)
+                Pad(   180 -625 
+			 147 -625 
+			17 "48" "48" 0x0)
+                Pad(   180 -650 
+			 147 -650 
+			17 "46" "46" 0x0)
+                Pad(   180 -675 
+			 147 -675 
+			17 "44" "44" 0x0)
+                Pad(   180 -700 
+			 147 -700 
+			17 "42" "42" 0x0)
+                Pad(   180 -725 
+			 147 -725 
+			17 "40" "40" 0x0)
+                Pad(   180 -775 
+			 147 -775 
+			17 "38" "38" 0x0)
+                Pad(   180 -800 
+			 147 -800 
+			17 "36" "36" 0x0)
+                Pad(   180 -825 
+			 147 -825 
+			17 "34" "34" 0x0)
+                Pad(   180 -850 
+			 147 -850 
+			17 "32" "32" 0x0)
+                Pad(   180 -875 
+			 147 -875 
+			17 "30" "30" 0x0)
+                Pad(   180 -900 
+			 147 -900 
+			17 "28" "28" 0x0)
+                Pad(   180 -925 
+			 147 -925 
+			17 "26" "26" 0x0)
+                Pad(   180 -950 
+			 147 -950 
+			17 "24" "24" 0x0)
+                Pad(   180 -975 
+			 147 -975 
+			17 "22" "22" 0x0)
+                Pad(   180 -1000 
+			 147 -1000 
+			17 "20" "20" 0x0)
+                Pad(   180 -1025 
+			 147 -1025 
+			17 "18" "18" 0x0)
+                Pad(   180 -1050 
+			 147 -1050 
+			17 "16" "16" 0x0)
+                Pad(   180 -1075 
+			 147 -1075 
+			17 "14" "14" 0x0)
+                Pad(   180 -1100 
+			 147 -1100 
+			17 "12" "12" 0x0)
+                Pad(   180 -1125 
+			 147 -1125 
+			17 "10" "10" 0x0)
+                Pad(   180 -1150 
+			 147 -1150 
+			17 "8" "8" 0x0)
+                Pad(   180 -1175 
+			 147 -1175 
+			17 "6" "6" 0x0)
+                Pad(   180 -1200 
+			 147 -1200 
+			17 "4" "4" 0x0)
+                Pad(   180 -1225 
+			 147 -1225 
+			17 "2" "2" 0x0)
+# now add the center row of grounding pins
+	Pin(0 -1200 60 32 "GND" "191" 0x01)
+	Pin(0 -1100 60 32 "GND" "192" 0x01)
+	Pin(0 -1000 60 32 "GND" "193" 0x01)
+	Pin(0 -900 60 32 "GND" "194" 0x01)
+	Pin(0 -800 60 32 "GND" "195" 0x01)
+	Pin(0 -700 60 32 "GND" "196" 0x01)
+	Pin(0 -600 60 32 "GND" "197" 0x01)
+	Pin(0 -500 60 32 "GND" "198" 0x01)
+	Pin(0 -400 60 32 "GND" "199" 0x01)
+	Pin(0 -300 60 32 "GND" "200" 0x01)
+	Pin(0 -200 60 32 "GND" "201" 0x01)
+	Pin(0 -100 60 32 "GND" "202" 0x01)
+	Pin(0 0 60 32 "GND" "203" 0x01)
+	Pin(0 100 60 32 "GND" "204" 0x01)
+	Pin(0 200 60 32 "GND" "205" 0x01)
+	Pin(0 300 60 32 "GND" "206" 0x01)
+	Pin(0 400 60 32 "GND" "207" 0x01)
+	Pin(0 500 60 32 "GND" "208" 0x01)
+	Pin(0 600 60 32 "GND" "209" 0x01)
+	Pin(0 700 60 32 "GND" "210" 0x01)
+	Pin(0 800 60 32 "GND" "211" 0x01)
+	Pin(0 900 60 32 "GND" "212" 0x01)
+	Pin(0 1000 60 32 "GND" "213" 0x01)
+	Pin(0 1100 60 32 "GND" "214" 0x01)
+	Pin(0 1200 60 32 "GND" "215" 0x01)
+# the latch pins
+	Pin(0 -1555 80 53 "LATCH" "216" 0x01)
+	Pin(0  1555 80 53 "LATCH" "217" 0x01)
+# and the orientation pin
+	Pin(0 -1450 84 84 "ORIENT" "218" 0x09)
+# and finally the silk screen
+	ElementLine(-200 -1625 -200  1625 10)
+	ElementLine(-200  1625  200  1625 10)
+	ElementLine( 200  1625  200 -1625 10)
+	ElementLine(-200 -1625   -25 -1625 10)
+	ElementLine( 200 -1625    25 -1625 10)
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc(0 -1625 25 25 0 180 10)
+	# Mark at the common centroid
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_6.fp
===================================================================
--- oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_6.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_6.fp	(revision 296)
@@ -0,0 +1,743 @@
+	# number of pads
+	# number of segments of 38 pins each
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (mils)
+	# silk screen width (mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (mils)
+Element(0x00 "Amp Mictor Connectors" "" "AMP_MICTOR_767054_6" -20 -60 0 100 0x00)
+(
+                Pad(   -180 -1475 
+			 -147 -1475 
+			17 "1" "1" 0x0)
+                Pad(   -180 -1450 
+			 -147 -1450 
+			17 "3" "3" 0x0)
+                Pad(   -180 -1425 
+			 -147 -1425 
+			17 "5" "5" 0x0)
+                Pad(   -180 -1400 
+			 -147 -1400 
+			17 "7" "7" 0x0)
+                Pad(   -180 -1375 
+			 -147 -1375 
+			17 "9" "9" 0x0)
+                Pad(   -180 -1350 
+			 -147 -1350 
+			17 "11" "11" 0x0)
+                Pad(   -180 -1325 
+			 -147 -1325 
+			17 "13" "13" 0x0)
+                Pad(   -180 -1300 
+			 -147 -1300 
+			17 "15" "15" 0x0)
+                Pad(   -180 -1275 
+			 -147 -1275 
+			17 "17" "17" 0x0)
+                Pad(   -180 -1250 
+			 -147 -1250 
+			17 "19" "19" 0x0)
+                Pad(   -180 -1225 
+			 -147 -1225 
+			17 "21" "21" 0x0)
+                Pad(   -180 -1200 
+			 -147 -1200 
+			17 "23" "23" 0x0)
+                Pad(   -180 -1175 
+			 -147 -1175 
+			17 "25" "25" 0x0)
+                Pad(   -180 -1150 
+			 -147 -1150 
+			17 "27" "27" 0x0)
+                Pad(   -180 -1125 
+			 -147 -1125 
+			17 "29" "29" 0x0)
+                Pad(   -180 -1100 
+			 -147 -1100 
+			17 "31" "31" 0x0)
+                Pad(   -180 -1075 
+			 -147 -1075 
+			17 "33" "33" 0x0)
+                Pad(   -180 -1050 
+			 -147 -1050 
+			17 "35" "35" 0x0)
+                Pad(   -180 -1025 
+			 -147 -1025 
+			17 "37" "37" 0x0)
+                Pad(   -180 -975 
+			 -147 -975 
+			17 "39" "39" 0x0)
+                Pad(   -180 -950 
+			 -147 -950 
+			17 "41" "41" 0x0)
+                Pad(   -180 -925 
+			 -147 -925 
+			17 "43" "43" 0x0)
+                Pad(   -180 -900 
+			 -147 -900 
+			17 "45" "45" 0x0)
+                Pad(   -180 -875 
+			 -147 -875 
+			17 "47" "47" 0x0)
+                Pad(   -180 -850 
+			 -147 -850 
+			17 "49" "49" 0x0)
+                Pad(   -180 -825 
+			 -147 -825 
+			17 "51" "51" 0x0)
+                Pad(   -180 -800 
+			 -147 -800 
+			17 "53" "53" 0x0)
+                Pad(   -180 -775 
+			 -147 -775 
+			17 "55" "55" 0x0)
+                Pad(   -180 -750 
+			 -147 -750 
+			17 "57" "57" 0x0)
+                Pad(   -180 -725 
+			 -147 -725 
+			17 "59" "59" 0x0)
+                Pad(   -180 -700 
+			 -147 -700 
+			17 "61" "61" 0x0)
+                Pad(   -180 -675 
+			 -147 -675 
+			17 "63" "63" 0x0)
+                Pad(   -180 -650 
+			 -147 -650 
+			17 "65" "65" 0x0)
+                Pad(   -180 -625 
+			 -147 -625 
+			17 "67" "67" 0x0)
+                Pad(   -180 -600 
+			 -147 -600 
+			17 "69" "69" 0x0)
+                Pad(   -180 -575 
+			 -147 -575 
+			17 "71" "71" 0x0)
+                Pad(   -180 -550 
+			 -147 -550 
+			17 "73" "73" 0x0)
+                Pad(   -180 -525 
+			 -147 -525 
+			17 "75" "75" 0x0)
+                Pad(   -180 -475 
+			 -147 -475 
+			17 "77" "77" 0x0)
+                Pad(   -180 -450 
+			 -147 -450 
+			17 "79" "79" 0x0)
+                Pad(   -180 -425 
+			 -147 -425 
+			17 "81" "81" 0x0)
+                Pad(   -180 -400 
+			 -147 -400 
+			17 "83" "83" 0x0)
+                Pad(   -180 -375 
+			 -147 -375 
+			17 "85" "85" 0x0)
+                Pad(   -180 -350 
+			 -147 -350 
+			17 "87" "87" 0x0)
+                Pad(   -180 -325 
+			 -147 -325 
+			17 "89" "89" 0x0)
+                Pad(   -180 -300 
+			 -147 -300 
+			17 "91" "91" 0x0)
+                Pad(   -180 -275 
+			 -147 -275 
+			17 "93" "93" 0x0)
+                Pad(   -180 -250 
+			 -147 -250 
+			17 "95" "95" 0x0)
+                Pad(   -180 -225 
+			 -147 -225 
+			17 "97" "97" 0x0)
+                Pad(   -180 -200 
+			 -147 -200 
+			17 "99" "99" 0x0)
+                Pad(   -180 -175 
+			 -147 -175 
+			17 "101" "101" 0x0)
+                Pad(   -180 -150 
+			 -147 -150 
+			17 "103" "103" 0x0)
+                Pad(   -180 -125 
+			 -147 -125 
+			17 "105" "105" 0x0)
+                Pad(   -180 -100 
+			 -147 -100 
+			17 "107" "107" 0x0)
+                Pad(   -180 -75 
+			 -147 -75 
+			17 "109" "109" 0x0)
+                Pad(   -180 -50 
+			 -147 -50 
+			17 "111" "111" 0x0)
+                Pad(   -180 -25 
+			 -147 -25 
+			17 "113" "113" 0x0)
+                Pad(   -180 25 
+			 -147 25 
+			17 "115" "115" 0x0)
+                Pad(   -180 50 
+			 -147 50 
+			17 "117" "117" 0x0)
+                Pad(   -180 75 
+			 -147 75 
+			17 "119" "119" 0x0)
+                Pad(   -180 100 
+			 -147 100 
+			17 "121" "121" 0x0)
+                Pad(   -180 125 
+			 -147 125 
+			17 "123" "123" 0x0)
+                Pad(   -180 150 
+			 -147 150 
+			17 "125" "125" 0x0)
+                Pad(   -180 175 
+			 -147 175 
+			17 "127" "127" 0x0)
+                Pad(   -180 200 
+			 -147 200 
+			17 "129" "129" 0x0)
+                Pad(   -180 225 
+			 -147 225 
+			17 "131" "131" 0x0)
+                Pad(   -180 250 
+			 -147 250 
+			17 "133" "133" 0x0)
+                Pad(   -180 275 
+			 -147 275 
+			17 "135" "135" 0x0)
+                Pad(   -180 300 
+			 -147 300 
+			17 "137" "137" 0x0)
+                Pad(   -180 325 
+			 -147 325 
+			17 "139" "139" 0x0)
+                Pad(   -180 350 
+			 -147 350 
+			17 "141" "141" 0x0)
+                Pad(   -180 375 
+			 -147 375 
+			17 "143" "143" 0x0)
+                Pad(   -180 400 
+			 -147 400 
+			17 "145" "145" 0x0)
+                Pad(   -180 425 
+			 -147 425 
+			17 "147" "147" 0x0)
+                Pad(   -180 450 
+			 -147 450 
+			17 "149" "149" 0x0)
+                Pad(   -180 475 
+			 -147 475 
+			17 "151" "151" 0x0)
+                Pad(   -180 525 
+			 -147 525 
+			17 "153" "153" 0x0)
+                Pad(   -180 550 
+			 -147 550 
+			17 "155" "155" 0x0)
+                Pad(   -180 575 
+			 -147 575 
+			17 "157" "157" 0x0)
+                Pad(   -180 600 
+			 -147 600 
+			17 "159" "159" 0x0)
+                Pad(   -180 625 
+			 -147 625 
+			17 "161" "161" 0x0)
+                Pad(   -180 650 
+			 -147 650 
+			17 "163" "163" 0x0)
+                Pad(   -180 675 
+			 -147 675 
+			17 "165" "165" 0x0)
+                Pad(   -180 700 
+			 -147 700 
+			17 "167" "167" 0x0)
+                Pad(   -180 725 
+			 -147 725 
+			17 "169" "169" 0x0)
+                Pad(   -180 750 
+			 -147 750 
+			17 "171" "171" 0x0)
+                Pad(   -180 775 
+			 -147 775 
+			17 "173" "173" 0x0)
+                Pad(   -180 800 
+			 -147 800 
+			17 "175" "175" 0x0)
+                Pad(   -180 825 
+			 -147 825 
+			17 "177" "177" 0x0)
+                Pad(   -180 850 
+			 -147 850 
+			17 "179" "179" 0x0)
+                Pad(   -180 875 
+			 -147 875 
+			17 "181" "181" 0x0)
+                Pad(   -180 900 
+			 -147 900 
+			17 "183" "183" 0x0)
+                Pad(   -180 925 
+			 -147 925 
+			17 "185" "185" 0x0)
+                Pad(   -180 950 
+			 -147 950 
+			17 "187" "187" 0x0)
+                Pad(   -180 975 
+			 -147 975 
+			17 "189" "189" 0x0)
+                Pad(   -180 1025 
+			 -147 1025 
+			17 "191" "191" 0x0)
+                Pad(   -180 1050 
+			 -147 1050 
+			17 "193" "193" 0x0)
+                Pad(   -180 1075 
+			 -147 1075 
+			17 "195" "195" 0x0)
+                Pad(   -180 1100 
+			 -147 1100 
+			17 "197" "197" 0x0)
+                Pad(   -180 1125 
+			 -147 1125 
+			17 "199" "199" 0x0)
+                Pad(   -180 1150 
+			 -147 1150 
+			17 "201" "201" 0x0)
+                Pad(   -180 1175 
+			 -147 1175 
+			17 "203" "203" 0x0)
+                Pad(   -180 1200 
+			 -147 1200 
+			17 "205" "205" 0x0)
+                Pad(   -180 1225 
+			 -147 1225 
+			17 "207" "207" 0x0)
+                Pad(   -180 1250 
+			 -147 1250 
+			17 "209" "209" 0x0)
+                Pad(   -180 1275 
+			 -147 1275 
+			17 "211" "211" 0x0)
+                Pad(   -180 1300 
+			 -147 1300 
+			17 "213" "213" 0x0)
+                Pad(   -180 1325 
+			 -147 1325 
+			17 "215" "215" 0x0)
+                Pad(   -180 1350 
+			 -147 1350 
+			17 "217" "217" 0x0)
+                Pad(   -180 1375 
+			 -147 1375 
+			17 "219" "219" 0x0)
+                Pad(   -180 1400 
+			 -147 1400 
+			17 "221" "221" 0x0)
+                Pad(   -180 1425 
+			 -147 1425 
+			17 "223" "223" 0x0)
+                Pad(   -180 1450 
+			 -147 1450 
+			17 "225" "225" 0x0)
+                Pad(   -180 1475 
+			 -147 1475 
+			17 "227" "227" 0x0)
+                Pad(   180 1475 
+			 147 1475 
+			17 "228" "228" 0x0)
+                Pad(   180 1450 
+			 147 1450 
+			17 "226" "226" 0x0)
+                Pad(   180 1425 
+			 147 1425 
+			17 "224" "224" 0x0)
+                Pad(   180 1400 
+			 147 1400 
+			17 "222" "222" 0x0)
+                Pad(   180 1375 
+			 147 1375 
+			17 "220" "220" 0x0)
+                Pad(   180 1350 
+			 147 1350 
+			17 "218" "218" 0x0)
+                Pad(   180 1325 
+			 147 1325 
+			17 "216" "216" 0x0)
+                Pad(   180 1300 
+			 147 1300 
+			17 "214" "214" 0x0)
+                Pad(   180 1275 
+			 147 1275 
+			17 "212" "212" 0x0)
+                Pad(   180 1250 
+			 147 1250 
+			17 "210" "210" 0x0)
+                Pad(   180 1225 
+			 147 1225 
+			17 "208" "208" 0x0)
+                Pad(   180 1200 
+			 147 1200 
+			17 "206" "206" 0x0)
+                Pad(   180 1175 
+			 147 1175 
+			17 "204" "204" 0x0)
+                Pad(   180 1150 
+			 147 1150 
+			17 "202" "202" 0x0)
+                Pad(   180 1125 
+			 147 1125 
+			17 "200" "200" 0x0)
+                Pad(   180 1100 
+			 147 1100 
+			17 "198" "198" 0x0)
+                Pad(   180 1075 
+			 147 1075 
+			17 "196" "196" 0x0)
+                Pad(   180 1050 
+			 147 1050 
+			17 "194" "194" 0x0)
+                Pad(   180 1025 
+			 147 1025 
+			17 "192" "192" 0x0)
+                Pad(   180 975 
+			 147 975 
+			17 "190" "190" 0x0)
+                Pad(   180 950 
+			 147 950 
+			17 "188" "188" 0x0)
+                Pad(   180 925 
+			 147 925 
+			17 "186" "186" 0x0)
+                Pad(   180 900 
+			 147 900 
+			17 "184" "184" 0x0)
+                Pad(   180 875 
+			 147 875 
+			17 "182" "182" 0x0)
+                Pad(   180 850 
+			 147 850 
+			17 "180" "180" 0x0)
+                Pad(   180 825 
+			 147 825 
+			17 "178" "178" 0x0)
+                Pad(   180 800 
+			 147 800 
+			17 "176" "176" 0x0)
+                Pad(   180 775 
+			 147 775 
+			17 "174" "174" 0x0)
+                Pad(   180 750 
+			 147 750 
+			17 "172" "172" 0x0)
+                Pad(   180 725 
+			 147 725 
+			17 "170" "170" 0x0)
+                Pad(   180 700 
+			 147 700 
+			17 "168" "168" 0x0)
+                Pad(   180 675 
+			 147 675 
+			17 "166" "166" 0x0)
+                Pad(   180 650 
+			 147 650 
+			17 "164" "164" 0x0)
+                Pad(   180 625 
+			 147 625 
+			17 "162" "162" 0x0)
+                Pad(   180 600 
+			 147 600 
+			17 "160" "160" 0x0)
+                Pad(   180 575 
+			 147 575 
+			17 "158" "158" 0x0)
+                Pad(   180 550 
+			 147 550 
+			17 "156" "156" 0x0)
+                Pad(   180 525 
+			 147 525 
+			17 "154" "154" 0x0)
+                Pad(   180 475 
+			 147 475 
+			17 "152" "152" 0x0)
+                Pad(   180 450 
+			 147 450 
+			17 "150" "150" 0x0)
+                Pad(   180 425 
+			 147 425 
+			17 "148" "148" 0x0)
+                Pad(   180 400 
+			 147 400 
+			17 "146" "146" 0x0)
+                Pad(   180 375 
+			 147 375 
+			17 "144" "144" 0x0)
+                Pad(   180 350 
+			 147 350 
+			17 "142" "142" 0x0)
+                Pad(   180 325 
+			 147 325 
+			17 "140" "140" 0x0)
+                Pad(   180 300 
+			 147 300 
+			17 "138" "138" 0x0)
+                Pad(   180 275 
+			 147 275 
+			17 "136" "136" 0x0)
+                Pad(   180 250 
+			 147 250 
+			17 "134" "134" 0x0)
+                Pad(   180 225 
+			 147 225 
+			17 "132" "132" 0x0)
+                Pad(   180 200 
+			 147 200 
+			17 "130" "130" 0x0)
+                Pad(   180 175 
+			 147 175 
+			17 "128" "128" 0x0)
+                Pad(   180 150 
+			 147 150 
+			17 "126" "126" 0x0)
+                Pad(   180 125 
+			 147 125 
+			17 "124" "124" 0x0)
+                Pad(   180 100 
+			 147 100 
+			17 "122" "122" 0x0)
+                Pad(   180 75 
+			 147 75 
+			17 "120" "120" 0x0)
+                Pad(   180 50 
+			 147 50 
+			17 "118" "118" 0x0)
+                Pad(   180 25 
+			 147 25 
+			17 "116" "116" 0x0)
+                Pad(   180 -25 
+			 147 -25 
+			17 "114" "114" 0x0)
+                Pad(   180 -50 
+			 147 -50 
+			17 "112" "112" 0x0)
+                Pad(   180 -75 
+			 147 -75 
+			17 "110" "110" 0x0)
+                Pad(   180 -100 
+			 147 -100 
+			17 "108" "108" 0x0)
+                Pad(   180 -125 
+			 147 -125 
+			17 "106" "106" 0x0)
+                Pad(   180 -150 
+			 147 -150 
+			17 "104" "104" 0x0)
+                Pad(   180 -175 
+			 147 -175 
+			17 "102" "102" 0x0)
+                Pad(   180 -200 
+			 147 -200 
+			17 "100" "100" 0x0)
+                Pad(   180 -225 
+			 147 -225 
+			17 "98" "98" 0x0)
+                Pad(   180 -250 
+			 147 -250 
+			17 "96" "96" 0x0)
+                Pad(   180 -275 
+			 147 -275 
+			17 "94" "94" 0x0)
+                Pad(   180 -300 
+			 147 -300 
+			17 "92" "92" 0x0)
+                Pad(   180 -325 
+			 147 -325 
+			17 "90" "90" 0x0)
+                Pad(   180 -350 
+			 147 -350 
+			17 "88" "88" 0x0)
+                Pad(   180 -375 
+			 147 -375 
+			17 "86" "86" 0x0)
+                Pad(   180 -400 
+			 147 -400 
+			17 "84" "84" 0x0)
+                Pad(   180 -425 
+			 147 -425 
+			17 "82" "82" 0x0)
+                Pad(   180 -450 
+			 147 -450 
+			17 "80" "80" 0x0)
+                Pad(   180 -475 
+			 147 -475 
+			17 "78" "78" 0x0)
+                Pad(   180 -525 
+			 147 -525 
+			17 "76" "76" 0x0)
+                Pad(   180 -550 
+			 147 -550 
+			17 "74" "74" 0x0)
+                Pad(   180 -575 
+			 147 -575 
+			17 "72" "72" 0x0)
+                Pad(   180 -600 
+			 147 -600 
+			17 "70" "70" 0x0)
+                Pad(   180 -625 
+			 147 -625 
+			17 "68" "68" 0x0)
+                Pad(   180 -650 
+			 147 -650 
+			17 "66" "66" 0x0)
+                Pad(   180 -675 
+			 147 -675 
+			17 "64" "64" 0x0)
+                Pad(   180 -700 
+			 147 -700 
+			17 "62" "62" 0x0)
+                Pad(   180 -725 
+			 147 -725 
+			17 "60" "60" 0x0)
+                Pad(   180 -750 
+			 147 -750 
+			17 "58" "58" 0x0)
+                Pad(   180 -775 
+			 147 -775 
+			17 "56" "56" 0x0)
+                Pad(   180 -800 
+			 147 -800 
+			17 "54" "54" 0x0)
+                Pad(   180 -825 
+			 147 -825 
+			17 "52" "52" 0x0)
+                Pad(   180 -850 
+			 147 -850 
+			17 "50" "50" 0x0)
+                Pad(   180 -875 
+			 147 -875 
+			17 "48" "48" 0x0)
+                Pad(   180 -900 
+			 147 -900 
+			17 "46" "46" 0x0)
+                Pad(   180 -925 
+			 147 -925 
+			17 "44" "44" 0x0)
+                Pad(   180 -950 
+			 147 -950 
+			17 "42" "42" 0x0)
+                Pad(   180 -975 
+			 147 -975 
+			17 "40" "40" 0x0)
+                Pad(   180 -1025 
+			 147 -1025 
+			17 "38" "38" 0x0)
+                Pad(   180 -1050 
+			 147 -1050 
+			17 "36" "36" 0x0)
+                Pad(   180 -1075 
+			 147 -1075 
+			17 "34" "34" 0x0)
+                Pad(   180 -1100 
+			 147 -1100 
+			17 "32" "32" 0x0)
+                Pad(   180 -1125 
+			 147 -1125 
+			17 "30" "30" 0x0)
+                Pad(   180 -1150 
+			 147 -1150 
+			17 "28" "28" 0x0)
+                Pad(   180 -1175 
+			 147 -1175 
+			17 "26" "26" 0x0)
+                Pad(   180 -1200 
+			 147 -1200 
+			17 "24" "24" 0x0)
+                Pad(   180 -1225 
+			 147 -1225 
+			17 "22" "22" 0x0)
+                Pad(   180 -1250 
+			 147 -1250 
+			17 "20" "20" 0x0)
+                Pad(   180 -1275 
+			 147 -1275 
+			17 "18" "18" 0x0)
+                Pad(   180 -1300 
+			 147 -1300 
+			17 "16" "16" 0x0)
+                Pad(   180 -1325 
+			 147 -1325 
+			17 "14" "14" 0x0)
+                Pad(   180 -1350 
+			 147 -1350 
+			17 "12" "12" 0x0)
+                Pad(   180 -1375 
+			 147 -1375 
+			17 "10" "10" 0x0)
+                Pad(   180 -1400 
+			 147 -1400 
+			17 "8" "8" 0x0)
+                Pad(   180 -1425 
+			 147 -1425 
+			17 "6" "6" 0x0)
+                Pad(   180 -1450 
+			 147 -1450 
+			17 "4" "4" 0x0)
+                Pad(   180 -1475 
+			 147 -1475 
+			17 "2" "2" 0x0)
+# now add the center row of grounding pins
+	Pin(0 -1450 60 32 "GND" "229" 0x01)
+	Pin(0 -1350 60 32 "GND" "230" 0x01)
+	Pin(0 -1250 60 32 "GND" "231" 0x01)
+	Pin(0 -1150 60 32 "GND" "232" 0x01)
+	Pin(0 -1050 60 32 "GND" "233" 0x01)
+	Pin(0 -950 60 32 "GND" "234" 0x01)
+	Pin(0 -850 60 32 "GND" "235" 0x01)
+	Pin(0 -750 60 32 "GND" "236" 0x01)
+	Pin(0 -650 60 32 "GND" "237" 0x01)
+	Pin(0 -550 60 32 "GND" "238" 0x01)
+	Pin(0 -450 60 32 "GND" "239" 0x01)
+	Pin(0 -350 60 32 "GND" "240" 0x01)
+	Pin(0 -250 60 32 "GND" "241" 0x01)
+	Pin(0 -150 60 32 "GND" "242" 0x01)
+	Pin(0 -50 60 32 "GND" "243" 0x01)
+	Pin(0 50 60 32 "GND" "244" 0x01)
+	Pin(0 150 60 32 "GND" "245" 0x01)
+	Pin(0 250 60 32 "GND" "246" 0x01)
+	Pin(0 350 60 32 "GND" "247" 0x01)
+	Pin(0 450 60 32 "GND" "248" 0x01)
+	Pin(0 550 60 32 "GND" "249" 0x01)
+	Pin(0 650 60 32 "GND" "250" 0x01)
+	Pin(0 750 60 32 "GND" "251" 0x01)
+	Pin(0 850 60 32 "GND" "252" 0x01)
+	Pin(0 950 60 32 "GND" "253" 0x01)
+	Pin(0 1050 60 32 "GND" "254" 0x01)
+	Pin(0 1150 60 32 "GND" "255" 0x01)
+	Pin(0 1250 60 32 "GND" "256" 0x01)
+	Pin(0 1350 60 32 "GND" "257" 0x01)
+	Pin(0 1450 60 32 "GND" "258" 0x01)
+# the latch pins
+	Pin(0 -1805 80 53 "LATCH" "259" 0x01)
+	Pin(0  1805 80 53 "LATCH" "260" 0x01)
+# and the orientation pin
+	Pin(0 -1700 84 84 "ORIENT" "261" 0x09)
+# and finally the silk screen
+	ElementLine(-200 -1875 -200  1875 10)
+	ElementLine(-200  1875  200  1875 10)
+	ElementLine( 200  1875  200 -1875 10)
+	ElementLine(-200 -1875   -25 -1875 10)
+	ElementLine( 200 -1875    25 -1875 10)
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc(0 -1875 25 25 0 180 10)
+	# Mark at the common centroid
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_7.fp
===================================================================
--- oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_7.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/amp/AMP_MICTOR_767054_7.fp	(revision 296)
@@ -0,0 +1,862 @@
+	# number of pads
+	# number of segments of 38 pins each
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (mils)
+	# silk screen width (mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (mils)
+Element(0x00 "Amp Mictor Connectors" "" "AMP_MICTOR_767054_7" -20 -60 0 100 0x00)
+(
+                Pad(   -180 -1725 
+			 -147 -1725 
+			17 "1" "1" 0x0)
+                Pad(   -180 -1700 
+			 -147 -1700 
+			17 "3" "3" 0x0)
+                Pad(   -180 -1675 
+			 -147 -1675 
+			17 "5" "5" 0x0)
+                Pad(   -180 -1650 
+			 -147 -1650 
+			17 "7" "7" 0x0)
+                Pad(   -180 -1625 
+			 -147 -1625 
+			17 "9" "9" 0x0)
+                Pad(   -180 -1600 
+			 -147 -1600 
+			17 "11" "11" 0x0)
+                Pad(   -180 -1575 
+			 -147 -1575 
+			17 "13" "13" 0x0)
+                Pad(   -180 -1550 
+			 -147 -1550 
+			17 "15" "15" 0x0)
+                Pad(   -180 -1525 
+			 -147 -1525 
+			17 "17" "17" 0x0)
+                Pad(   -180 -1500 
+			 -147 -1500 
+			17 "19" "19" 0x0)
+                Pad(   -180 -1475 
+			 -147 -1475 
+			17 "21" "21" 0x0)
+                Pad(   -180 -1450 
+			 -147 -1450 
+			17 "23" "23" 0x0)
+                Pad(   -180 -1425 
+			 -147 -1425 
+			17 "25" "25" 0x0)
+                Pad(   -180 -1400 
+			 -147 -1400 
+			17 "27" "27" 0x0)
+                Pad(   -180 -1375 
+			 -147 -1375 
+			17 "29" "29" 0x0)
+                Pad(   -180 -1350 
+			 -147 -1350 
+			17 "31" "31" 0x0)
+                Pad(   -180 -1325 
+			 -147 -1325 
+			17 "33" "33" 0x0)
+                Pad(   -180 -1300 
+			 -147 -1300 
+			17 "35" "35" 0x0)
+                Pad(   -180 -1275 
+			 -147 -1275 
+			17 "37" "37" 0x0)
+                Pad(   -180 -1225 
+			 -147 -1225 
+			17 "39" "39" 0x0)
+                Pad(   -180 -1200 
+			 -147 -1200 
+			17 "41" "41" 0x0)
+                Pad(   -180 -1175 
+			 -147 -1175 
+			17 "43" "43" 0x0)
+                Pad(   -180 -1150 
+			 -147 -1150 
+			17 "45" "45" 0x0)
+                Pad(   -180 -1125 
+			 -147 -1125 
+			17 "47" "47" 0x0)
+                Pad(   -180 -1100 
+			 -147 -1100 
+			17 "49" "49" 0x0)
+                Pad(   -180 -1075 
+			 -147 -1075 
+			17 "51" "51" 0x0)
+                Pad(   -180 -1050 
+			 -147 -1050 
+			17 "53" "53" 0x0)
+                Pad(   -180 -1025 
+			 -147 -1025 
+			17 "55" "55" 0x0)
+                Pad(   -180 -1000 
+			 -147 -1000 
+			17 "57" "57" 0x0)
+                Pad(   -180 -975 
+			 -147 -975 
+			17 "59" "59" 0x0)
+                Pad(   -180 -950 
+			 -147 -950 
+			17 "61" "61" 0x0)
+                Pad(   -180 -925 
+			 -147 -925 
+			17 "63" "63" 0x0)
+                Pad(   -180 -900 
+			 -147 -900 
+			17 "65" "65" 0x0)
+                Pad(   -180 -875 
+			 -147 -875 
+			17 "67" "67" 0x0)
+                Pad(   -180 -850 
+			 -147 -850 
+			17 "69" "69" 0x0)
+                Pad(   -180 -825 
+			 -147 -825 
+			17 "71" "71" 0x0)
+                Pad(   -180 -800 
+			 -147 -800 
+			17 "73" "73" 0x0)
+                Pad(   -180 -775 
+			 -147 -775 
+			17 "75" "75" 0x0)
+                Pad(   -180 -725 
+			 -147 -725 
+			17 "77" "77" 0x0)
+                Pad(   -180 -700 
+			 -147 -700 
+			17 "79" "79" 0x0)
+                Pad(   -180 -675 
+			 -147 -675 
+			17 "81" "81" 0x0)
+                Pad(   -180 -650 
+			 -147 -650 
+			17 "83" "83" 0x0)
+                Pad(   -180 -625 
+			 -147 -625 
+			17 "85" "85" 0x0)
+                Pad(   -180 -600 
+			 -147 -600 
+			17 "87" "87" 0x0)
+                Pad(   -180 -575 
+			 -147 -575 
+			17 "89" "89" 0x0)
+                Pad(   -180 -550 
+			 -147 -550 
+			17 "91" "91" 0x0)
+                Pad(   -180 -525 
+			 -147 -525 
+			17 "93" "93" 0x0)
+                Pad(   -180 -500 
+			 -147 -500 
+			17 "95" "95" 0x0)
+                Pad(   -180 -475 
+			 -147 -475 
+			17 "97" "97" 0x0)
+                Pad(   -180 -450 
+			 -147 -450 
+			17 "99" "99" 0x0)
+                Pad(   -180 -425 
+			 -147 -425 
+			17 "101" "101" 0x0)
+                Pad(   -180 -400 
+			 -147 -400 
+			17 "103" "103" 0x0)
+                Pad(   -180 -375 
+			 -147 -375 
+			17 "105" "105" 0x0)
+                Pad(   -180 -350 
+			 -147 -350 
+			17 "107" "107" 0x0)
+                Pad(   -180 -325 
+			 -147 -325 
+			17 "109" "109" 0x0)
+                Pad(   -180 -300 
+			 -147 -300 
+			17 "111" "111" 0x0)
+                Pad(   -180 -275 
+			 -147 -275 
+			17 "113" "113" 0x0)
+                Pad(   -180 -225 
+			 -147 -225 
+			17 "115" "115" 0x0)
+                Pad(   -180 -200 
+			 -147 -200 
+			17 "117" "117" 0x0)
+                Pad(   -180 -175 
+			 -147 -175 
+			17 "119" "119" 0x0)
+                Pad(   -180 -150 
+			 -147 -150 
+			17 "121" "121" 0x0)
+                Pad(   -180 -125 
+			 -147 -125 
+			17 "123" "123" 0x0)
+                Pad(   -180 -100 
+			 -147 -100 
+			17 "125" "125" 0x0)
+                Pad(   -180 -75 
+			 -147 -75 
+			17 "127" "127" 0x0)
+                Pad(   -180 -50 
+			 -147 -50 
+			17 "129" "129" 0x0)
+                Pad(   -180 -25 
+			 -147 -25 
+			17 "131" "131" 0x0)
+                Pad(   -180 0 
+			 -147 0 
+			17 "133" "133" 0x0)
+                Pad(   -180 25 
+			 -147 25 
+			17 "135" "135" 0x0)
+                Pad(   -180 50 
+			 -147 50 
+			17 "137" "137" 0x0)
+                Pad(   -180 75 
+			 -147 75 
+			17 "139" "139" 0x0)
+                Pad(   -180 100 
+			 -147 100 
+			17 "141" "141" 0x0)
+                Pad(   -180 125 
+			 -147 125 
+			17 "143" "143" 0x0)
+                Pad(   -180 150 
+			 -147 150 
+			17 "145" "145" 0x0)
+                Pad(   -180 175 
+			 -147 175 
+			17 "147" "147" 0x0)
+                Pad(   -180 200 
+			 -147 200 
+			17 "149" "149" 0x0)
+                Pad(   -180 225 
+			 -147 225 
+			17 "151" "151" 0x0)
+                Pad(   -180 275 
+			 -147 275 
+			17 "153" "153" 0x0)
+                Pad(   -180 300 
+			 -147 300 
+			17 "155" "155" 0x0)
+                Pad(   -180 325 
+			 -147 325 
+			17 "157" "157" 0x0)
+                Pad(   -180 350 
+			 -147 350 
+			17 "159" "159" 0x0)
+                Pad(   -180 375 
+			 -147 375 
+			17 "161" "161" 0x0)
+                Pad(   -180 400 
+			 -147 400 
+			17 "163" "163" 0x0)
+                Pad(   -180 425 
+			 -147 425 
+			17 "165" "165" 0x0)
+                Pad(   -180 450 
+			 -147 450 
+			17 "167" "167" 0x0)
+                Pad(   -180 475 
+			 -147 475 
+			17 "169" "169" 0x0)
+                Pad(   -180 500 
+			 -147 500 
+			17 "171" "171" 0x0)
+                Pad(   -180 525 
+			 -147 525 
+			17 "173" "173" 0x0)
+                Pad(   -180 550 
+			 -147 550 
+			17 "175" "175" 0x0)
+                Pad(   -180 575 
+			 -147 575 
+			17 "177" "177" 0x0)
+                Pad(   -180 600 
+			 -147 600 
+			17 "179" "179" 0x0)
+                Pad(   -180 625 
+			 -147 625 
+			17 "181" "181" 0x0)
+                Pad(   -180 650 
+			 -147 650 
+			17 "183" "183" 0x0)
+                Pad(   -180 675 
+			 -147 675 
+			17 "185" "185" 0x0)
+                Pad(   -180 700 
+			 -147 700 
+			17 "187" "187" 0x0)
+                Pad(   -180 725 
+			 -147 725 
+			17 "189" "189" 0x0)
+                Pad(   -180 775 
+			 -147 775 
+			17 "191" "191" 0x0)
+                Pad(   -180 800 
+			 -147 800 
+			17 "193" "193" 0x0)
+                Pad(   -180 825 
+			 -147 825 
+			17 "195" "195" 0x0)
+                Pad(   -180 850 
+			 -147 850 
+			17 "197" "197" 0x0)
+                Pad(   -180 875 
+			 -147 875 
+			17 "199" "199" 0x0)
+                Pad(   -180 900 
+			 -147 900 
+			17 "201" "201" 0x0)
+                Pad(   -180 925 
+			 -147 925 
+			17 "203" "203" 0x0)
+                Pad(   -180 950 
+			 -147 950 
+			17 "205" "205" 0x0)
+                Pad(   -180 975 
+			 -147 975 
+			17 "207" "207" 0x0)
+                Pad(   -180 1000 
+			 -147 1000 
+			17 "209" "209" 0x0)
+                Pad(   -180 1025 
+			 -147 1025 
+			17 "211" "211" 0x0)
+                Pad(   -180 1050 
+			 -147 1050 
+			17 "213" "213" 0x0)
+                Pad(   -180 1075 
+			 -147 1075 
+			17 "215" "215" 0x0)
+                Pad(   -180 1100 
+			 -147 1100 
+			17 "217" "217" 0x0)
+                Pad(   -180 1125 
+			 -147 1125 
+			17 "219" "219" 0x0)
+                Pad(   -180 1150 
+			 -147 1150 
+			17 "221" "221" 0x0)
+                Pad(   -180 1175 
+			 -147 1175 
+			17 "223" "223" 0x0)
+                Pad(   -180 1200 
+			 -147 1200 
+			17 "225" "225" 0x0)
+                Pad(   -180 1225 
+			 -147 1225 
+			17 "227" "227" 0x0)
+                Pad(   -180 1275 
+			 -147 1275 
+			17 "229" "229" 0x0)
+                Pad(   -180 1300 
+			 -147 1300 
+			17 "231" "231" 0x0)
+                Pad(   -180 1325 
+			 -147 1325 
+			17 "233" "233" 0x0)
+                Pad(   -180 1350 
+			 -147 1350 
+			17 "235" "235" 0x0)
+                Pad(   -180 1375 
+			 -147 1375 
+			17 "237" "237" 0x0)
+                Pad(   -180 1400 
+			 -147 1400 
+			17 "239" "239" 0x0)
+                Pad(   -180 1425 
+			 -147 1425 
+			17 "241" "241" 0x0)
+                Pad(   -180 1450 
+			 -147 1450 
+			17 "243" "243" 0x0)
+                Pad(   -180 1475 
+			 -147 1475 
+			17 "245" "245" 0x0)
+                Pad(   -180 1500 
+			 -147 1500 
+			17 "247" "247" 0x0)
+                Pad(   -180 1525 
+			 -147 1525 
+			17 "249" "249" 0x0)
+                Pad(   -180 1550 
+			 -147 1550 
+			17 "251" "251" 0x0)
+                Pad(   -180 1575 
+			 -147 1575 
+			17 "253" "253" 0x0)
+                Pad(   -180 1600 
+			 -147 1600 
+			17 "255" "255" 0x0)
+                Pad(   -180 1625 
+			 -147 1625 
+			17 "257" "257" 0x0)
+                Pad(   -180 1650 
+			 -147 1650 
+			17 "259" "259" 0x0)
+                Pad(   -180 1675 
+			 -147 1675 
+			17 "261" "261" 0x0)
+                Pad(   -180 1700 
+			 -147 1700 
+			17 "263" "263" 0x0)
+                Pad(   -180 1725 
+			 -147 1725 
+			17 "265" "265" 0x0)
+                Pad(   180 1725 
+			 147 1725 
+			17 "266" "266" 0x0)
+                Pad(   180 1700 
+			 147 1700 
+			17 "264" "264" 0x0)
+                Pad(   180 1675 
+			 147 1675 
+			17 "262" "262" 0x0)
+                Pad(   180 1650 
+			 147 1650 
+			17 "260" "260" 0x0)
+                Pad(   180 1625 
+			 147 1625 
+			17 "258" "258" 0x0)
+                Pad(   180 1600 
+			 147 1600 
+			17 "256" "256" 0x0)
+                Pad(   180 1575 
+			 147 1575 
+			17 "254" "254" 0x0)
+                Pad(   180 1550 
+			 147 1550 
+			17 "252" "252" 0x0)
+                Pad(   180 1525 
+			 147 1525 
+			17 "250" "250" 0x0)
+                Pad(   180 1500 
+			 147 1500 
+			17 "248" "248" 0x0)
+                Pad(   180 1475 
+			 147 1475 
+			17 "246" "246" 0x0)
+                Pad(   180 1450 
+			 147 1450 
+			17 "244" "244" 0x0)
+                Pad(   180 1425 
+			 147 1425 
+			17 "242" "242" 0x0)
+                Pad(   180 1400 
+			 147 1400 
+			17 "240" "240" 0x0)
+                Pad(   180 1375 
+			 147 1375 
+			17 "238" "238" 0x0)
+                Pad(   180 1350 
+			 147 1350 
+			17 "236" "236" 0x0)
+                Pad(   180 1325 
+			 147 1325 
+			17 "234" "234" 0x0)
+                Pad(   180 1300 
+			 147 1300 
+			17 "232" "232" 0x0)
+                Pad(   180 1275 
+			 147 1275 
+			17 "230" "230" 0x0)
+                Pad(   180 1225 
+			 147 1225 
+			17 "228" "228" 0x0)
+                Pad(   180 1200 
+			 147 1200 
+			17 "226" "226" 0x0)
+                Pad(   180 1175 
+			 147 1175 
+			17 "224" "224" 0x0)
+                Pad(   180 1150 
+			 147 1150 
+			17 "222" "222" 0x0)
+                Pad(   180 1125 
+			 147 1125 
+			17 "220" "220" 0x0)
+                Pad(   180 1100 
+			 147 1100 
+			17 "218" "218" 0x0)
+                Pad(   180 1075 
+			 147 1075 
+			17 "216" "216" 0x0)
+                Pad(   180 1050 
+			 147 1050 
+			17 "214" "214" 0x0)
+                Pad(   180 1025 
+			 147 1025 
+			17 "212" "212" 0x0)
+                Pad(   180 1000 
+			 147 1000 
+			17 "210" "210" 0x0)
+                Pad(   180 975 
+			 147 975 
+			17 "208" "208" 0x0)
+                Pad(   180 950 
+			 147 950 
+			17 "206" "206" 0x0)
+                Pad(   180 925 
+			 147 925 
+			17 "204" "204" 0x0)
+                Pad(   180 900 
+			 147 900 
+			17 "202" "202" 0x0)
+                Pad(   180 875 
+			 147 875 
+			17 "200" "200" 0x0)
+                Pad(   180 850 
+			 147 850 
+			17 "198" "198" 0x0)
+                Pad(   180 825 
+			 147 825 
+			17 "196" "196" 0x0)
+                Pad(   180 800 
+			 147 800 
+			17 "194" "194" 0x0)
+                Pad(   180 775 
+			 147 775 
+			17 "192" "192" 0x0)
+                Pad(   180 725 
+			 147 725 
+			17 "190" "190" 0x0)
+                Pad(   180 700 
+			 147 700 
+			17 "188" "188" 0x0)
+                Pad(   180 675 
+			 147 675 
+			17 "186" "186" 0x0)
+                Pad(   180 650 
+			 147 650 
+			17 "184" "184" 0x0)
+                Pad(   180 625 
+			 147 625 
+			17 "182" "182" 0x0)
+                Pad(   180 600 
+			 147 600 
+			17 "180" "180" 0x0)
+                Pad(   180 575 
+			 147 575 
+			17 "178" "178" 0x0)
+                Pad(   180 550 
+			 147 550 
+			17 "176" "176" 0x0)
+                Pad(   180 525 
+			 147 525 
+			17 "174" "174" 0x0)
+                Pad(   180 500 
+			 147 500 
+			17 "172" "172" 0x0)
+                Pad(   180 475 
+			 147 475 
+			17 "170" "170" 0x0)
+                Pad(   180 450 
+			 147 450 
+			17 "168" "168" 0x0)
+                Pad(   180 425 
+			 147 425 
+			17 "166" "166" 0x0)
+                Pad(   180 400 
+			 147 400 
+			17 "164" "164" 0x0)
+                Pad(   180 375 
+			 147 375 
+			17 "162" "162" 0x0)
+                Pad(   180 350 
+			 147 350 
+			17 "160" "160" 0x0)
+                Pad(   180 325 
+			 147 325 
+			17 "158" "158" 0x0)
+                Pad(   180 300 
+			 147 300 
+			17 "156" "156" 0x0)
+                Pad(   180 275 
+			 147 275 
+			17 "154" "154" 0x0)
+                Pad(   180 225 
+			 147 225 
+			17 "152" "152" 0x0)
+                Pad(   180 200 
+			 147 200 
+			17 "150" "150" 0x0)
+                Pad(   180 175 
+			 147 175 
+			17 "148" "148" 0x0)
+                Pad(   180 150 
+			 147 150 
+			17 "146" "146" 0x0)
+                Pad(   180 125 
+			 147 125 
+			17 "144" "144" 0x0)
+                Pad(   180 100 
+			 147 100 
+			17 "142" "142" 0x0)
+                Pad(   180 75 
+			 147 75 
+			17 "140" "140" 0x0)
+                Pad(   180 50 
+			 147 50 
+			17 "138" "138" 0x0)
+                Pad(   180 25 
+			 147 25 
+			17 "136" "136" 0x0)
+                Pad(   180 0 
+			 147 0 
+			17 "134" "134" 0x0)
+                Pad(   180 -25 
+			 147 -25 
+			17 "132" "132" 0x0)
+                Pad(   180 -50 
+			 147 -50 
+			17 "130" "130" 0x0)
+                Pad(   180 -75 
+			 147 -75 
+			17 "128" "128" 0x0)
+                Pad(   180 -100 
+			 147 -100 
+			17 "126" "126" 0x0)
+                Pad(   180 -125 
+			 147 -125 
+			17 "124" "124" 0x0)
+                Pad(   180 -150 
+			 147 -150 
+			17 "122" "122" 0x0)
+                Pad(   180 -175 
+			 147 -175 
+			17 "120" "120" 0x0)
+                Pad(   180 -200 
+			 147 -200 
+			17 "118" "118" 0x0)
+                Pad(   180 -225 
+			 147 -225 
+			17 "116" "116" 0x0)
+                Pad(   180 -275 
+			 147 -275 
+			17 "114" "114" 0x0)
+                Pad(   180 -300 
+			 147 -300 
+			17 "112" "112" 0x0)
+                Pad(   180 -325 
+			 147 -325 
+			17 "110" "110" 0x0)
+                Pad(   180 -350 
+			 147 -350 
+			17 "108" "108" 0x0)
+                Pad(   180 -375 
+			 147 -375 
+			17 "106" "106" 0x0)
+                Pad(   180 -400 
+			 147 -400 
+			17 "104" "104" 0x0)
+                Pad(   180 -425 
+			 147 -425 
+			17 "102" "102" 0x0)
+                Pad(   180 -450 
+			 147 -450 
+			17 "100" "100" 0x0)
+                Pad(   180 -475 
+			 147 -475 
+			17 "98" "98" 0x0)
+                Pad(   180 -500 
+			 147 -500 
+			17 "96" "96" 0x0)
+                Pad(   180 -525 
+			 147 -525 
+			17 "94" "94" 0x0)
+                Pad(   180 -550 
+			 147 -550 
+			17 "92" "92" 0x0)
+                Pad(   180 -575 
+			 147 -575 
+			17 "90" "90" 0x0)
+                Pad(   180 -600 
+			 147 -600 
+			17 "88" "88" 0x0)
+                Pad(   180 -625 
+			 147 -625 
+			17 "86" "86" 0x0)
+                Pad(   180 -650 
+			 147 -650 
+			17 "84" "84" 0x0)
+                Pad(   180 -675 
+			 147 -675 
+			17 "82" "82" 0x0)
+                Pad(   180 -700 
+			 147 -700 
+			17 "80" "80" 0x0)
+                Pad(   180 -725 
+			 147 -725 
+			17 "78" "78" 0x0)
+                Pad(   180 -775 
+			 147 -775 
+			17 "76" "76" 0x0)
+                Pad(   180 -800 
+			 147 -800 
+			17 "74" "74" 0x0)
+                Pad(   180 -825 
+			 147 -825 
+			17 "72" "72" 0x0)
+                Pad(   180 -850 
+			 147 -850 
+			17 "70" "70" 0x0)
+                Pad(   180 -875 
+			 147 -875 
+			17 "68" "68" 0x0)
+                Pad(   180 -900 
+			 147 -900 
+			17 "66" "66" 0x0)
+                Pad(   180 -925 
+			 147 -925 
+			17 "64" "64" 0x0)
+                Pad(   180 -950 
+			 147 -950 
+			17 "62" "62" 0x0)
+                Pad(   180 -975 
+			 147 -975 
+			17 "60" "60" 0x0)
+                Pad(   180 -1000 
+			 147 -1000 
+			17 "58" "58" 0x0)
+                Pad(   180 -1025 
+			 147 -1025 
+			17 "56" "56" 0x0)
+                Pad(   180 -1050 
+			 147 -1050 
+			17 "54" "54" 0x0)
+                Pad(   180 -1075 
+			 147 -1075 
+			17 "52" "52" 0x0)
+                Pad(   180 -1100 
+			 147 -1100 
+			17 "50" "50" 0x0)
+                Pad(   180 -1125 
+			 147 -1125 
+			17 "48" "48" 0x0)
+                Pad(   180 -1150 
+			 147 -1150 
+			17 "46" "46" 0x0)
+                Pad(   180 -1175 
+			 147 -1175 
+			17 "44" "44" 0x0)
+                Pad(   180 -1200 
+			 147 -1200 
+			17 "42" "42" 0x0)
+                Pad(   180 -1225 
+			 147 -1225 
+			17 "40" "40" 0x0)
+                Pad(   180 -1275 
+			 147 -1275 
+			17 "38" "38" 0x0)
+                Pad(   180 -1300 
+			 147 -1300 
+			17 "36" "36" 0x0)
+                Pad(   180 -1325 
+			 147 -1325 
+			17 "34" "34" 0x0)
+                Pad(   180 -1350 
+			 147 -1350 
+			17 "32" "32" 0x0)
+                Pad(   180 -1375 
+			 147 -1375 
+			17 "30" "30" 0x0)
+                Pad(   180 -1400 
+			 147 -1400 
+			17 "28" "28" 0x0)
+                Pad(   180 -1425 
+			 147 -1425 
+			17 "26" "26" 0x0)
+                Pad(   180 -1450 
+			 147 -1450 
+			17 "24" "24" 0x0)
+                Pad(   180 -1475 
+			 147 -1475 
+			17 "22" "22" 0x0)
+                Pad(   180 -1500 
+			 147 -1500 
+			17 "20" "20" 0x0)
+                Pad(   180 -1525 
+			 147 -1525 
+			17 "18" "18" 0x0)
+                Pad(   180 -1550 
+			 147 -1550 
+			17 "16" "16" 0x0)
+                Pad(   180 -1575 
+			 147 -1575 
+			17 "14" "14" 0x0)
+                Pad(   180 -1600 
+			 147 -1600 
+			17 "12" "12" 0x0)
+                Pad(   180 -1625 
+			 147 -1625 
+			17 "10" "10" 0x0)
+                Pad(   180 -1650 
+			 147 -1650 
+			17 "8" "8" 0x0)
+                Pad(   180 -1675 
+			 147 -1675 
+			17 "6" "6" 0x0)
+                Pad(   180 -1700 
+			 147 -1700 
+			17 "4" "4" 0x0)
+                Pad(   180 -1725 
+			 147 -1725 
+			17 "2" "2" 0x0)
+# now add the center row of grounding pins
+	Pin(0 -1700 60 32 "GND" "267" 0x01)
+	Pin(0 -1600 60 32 "GND" "268" 0x01)
+	Pin(0 -1500 60 32 "GND" "269" 0x01)
+	Pin(0 -1400 60 32 "GND" "270" 0x01)
+	Pin(0 -1300 60 32 "GND" "271" 0x01)
+	Pin(0 -1200 60 32 "GND" "272" 0x01)
+	Pin(0 -1100 60 32 "GND" "273" 0x01)
+	Pin(0 -1000 60 32 "GND" "274" 0x01)
+	Pin(0 -900 60 32 "GND" "275" 0x01)
+	Pin(0 -800 60 32 "GND" "276" 0x01)
+	Pin(0 -700 60 32 "GND" "277" 0x01)
+	Pin(0 -600 60 32 "GND" "278" 0x01)
+	Pin(0 -500 60 32 "GND" "279" 0x01)
+	Pin(0 -400 60 32 "GND" "280" 0x01)
+	Pin(0 -300 60 32 "GND" "281" 0x01)
+	Pin(0 -200 60 32 "GND" "282" 0x01)
+	Pin(0 -100 60 32 "GND" "283" 0x01)
+	Pin(0 0 60 32 "GND" "284" 0x01)
+	Pin(0 100 60 32 "GND" "285" 0x01)
+	Pin(0 200 60 32 "GND" "286" 0x01)
+	Pin(0 300 60 32 "GND" "287" 0x01)
+	Pin(0 400 60 32 "GND" "288" 0x01)
+	Pin(0 500 60 32 "GND" "289" 0x01)
+	Pin(0 600 60 32 "GND" "290" 0x01)
+	Pin(0 700 60 32 "GND" "291" 0x01)
+	Pin(0 800 60 32 "GND" "292" 0x01)
+	Pin(0 900 60 32 "GND" "293" 0x01)
+	Pin(0 1000 60 32 "GND" "294" 0x01)
+	Pin(0 1100 60 32 "GND" "295" 0x01)
+	Pin(0 1200 60 32 "GND" "296" 0x01)
+	Pin(0 1300 60 32 "GND" "297" 0x01)
+	Pin(0 1400 60 32 "GND" "298" 0x01)
+	Pin(0 1500 60 32 "GND" "299" 0x01)
+	Pin(0 1600 60 32 "GND" "300" 0x01)
+	Pin(0 1700 60 32 "GND" "301" 0x01)
+# the latch pins
+	Pin(0 -2055 80 53 "LATCH" "302" 0x01)
+	Pin(0  2055 80 53 "LATCH" "303" 0x01)
+# and the orientation pin
+	Pin(0 -1950 84 84 "ORIENT" "304" 0x09)
+# and finally the silk screen
+	ElementLine(-200 -2125 -200  2125 10)
+	ElementLine(-200  2125  200  2125 10)
+	ElementLine( 200  2125  200 -2125 10)
+	ElementLine(-200 -2125   -25 -2125 10)
+	ElementLine( 200 -2125    25 -2125 10)
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc(0 -2125 25 25 0 180 10)
+	# Mark at the common centroid
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/amp/index.html
===================================================================
--- oldlib/lib/pcblib-newlib/amp/index.html	(nonexistent)
+++ oldlib/lib/pcblib-newlib/amp/index.html	(revision 296)
@@ -0,0 +1,42 @@
+<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
+<HTML><HEAD><TITLE>PCB amp Footprint Library</TITLE></HEAD>
+<BODY bgcolor="#FFFFFF" text="#000000">
+<H1>PCB amp Footprint Library</H1>
+<TABLE BORDER=2>
+<TR>
+    <TD><EM>Comment</EM></TD>
+    <TD><EM>Footprint Name</EM></TD>
+</TR>
+
+  <TR>
+    <TD>AMP_MICTOR_767054_1, Amp Mictor Connectors </TD>
+    <TD><A HREF="AMP_MICTOR_767054_1.fp">AMP_MICTOR_767054_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>AMP_MICTOR_767054_2, Amp Mictor Connectors </TD>
+    <TD><A HREF="AMP_MICTOR_767054_2.fp">AMP_MICTOR_767054_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>AMP_MICTOR_767054_3, Amp Mictor Connectors </TD>
+    <TD><A HREF="AMP_MICTOR_767054_3.fp">AMP_MICTOR_767054_3.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>AMP_MICTOR_767054_4, Amp Mictor Connectors </TD>
+    <TD><A HREF="AMP_MICTOR_767054_4.fp">AMP_MICTOR_767054_4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>AMP_MICTOR_767054_5, Amp Mictor Connectors </TD>
+    <TD><A HREF="AMP_MICTOR_767054_5.fp">AMP_MICTOR_767054_5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>AMP_MICTOR_767054_6, Amp Mictor Connectors </TD>
+    <TD><A HREF="AMP_MICTOR_767054_6.fp">AMP_MICTOR_767054_6.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>AMP_MICTOR_767054_7, Amp Mictor Connectors </TD>
+    <TD><A HREF="AMP_MICTOR_767054_7.fp">AMP_MICTOR_767054_7.fp</A></TD>
+  </TR>
+
+</TABLE>
+
+</BODY></HTML>
Index: oldlib/lib/pcblib-newlib/amphenol/AMPHENOL_ARFX1229.fp
===================================================================
--- oldlib/lib/pcblib-newlib/amphenol/AMPHENOL_ARFX1229.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/amphenol/AMPHENOL_ARFX1229.fp	(revision 296)
@@ -0,0 +1,15 @@
+Element(0x00 "Amphenol ARFX1229 Vertical SMA Connector (M)" "" "AMPHENOL_ARFX1229" -50 290 0 100 0x00)
+(
+	Pin(100     100     100  67  "1" 0x01)
+ 	Pin(0          0          100   67   "2" 0x01)
+ 	Pin(0          200  100   67   "3" 0x01)
+ 	Pin(200  0          100   67   "4" 0x01)
+ 	Pin(200  200  100   67   "5" 0x01)
+	# silk screen
+	# ends
+	ElementLine(-70 -70 -70 270 10)
+	ElementLine(270 270 270 -70 10)
+	ElementLine(-70 -70 270 -70 10)
+	ElementLine(270 270 -70 270 10)
+	Mark(100 100)
+)
Index: oldlib/lib/pcblib-newlib/amphenol/AMPHENOL_ARFX1230.fp
===================================================================
--- oldlib/lib/pcblib-newlib/amphenol/AMPHENOL_ARFX1230.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/amphenol/AMPHENOL_ARFX1230.fp	(revision 296)
@@ -0,0 +1,15 @@
+Element(0x00 "Amphenol ARFX1230 Right Angle SMA Connector (M)" "" "AMPHENOL_ARFX1230" -50 290 0 100 0x00)
+(
+	Pin(100     100     100  67  "1" 0x01)
+ 	Pin(0          0          100   67   "2" 0x01)
+ 	Pin(0          200  100   67   "3" 0x01)
+ 	Pin(200  0          100   67   "4" 0x01)
+ 	Pin(200  200  100   67   "5" 0x01)
+	# silk screen
+	# ends
+	ElementLine(-70 -70 -70 270 10)
+	ElementLine(270 270 270 -70 10)
+	ElementLine(-70 -70 270 -70 10)
+	ElementLine(270 270 -70 270 10)
+	Mark(100 100)
+)
Index: oldlib/lib/pcblib-newlib/amphenol/AMPHENOL_ARFX1231.fp
===================================================================
--- oldlib/lib/pcblib-newlib/amphenol/AMPHENOL_ARFX1231.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/amphenol/AMPHENOL_ARFX1231.fp	(revision 296)
@@ -0,0 +1,15 @@
+Element(0x00 "Amphenol ARFX1231 Vertical SMA Connector (F)" "" "AMPHENOL_ARFX1231" -50 290 0 100 0x00)
+(
+	Pin(100     100     100  67  "1" 0x01)
+ 	Pin(0          0          100   67   "2" 0x01)
+ 	Pin(0          200  100   67   "3" 0x01)
+ 	Pin(200  0          100   67   "4" 0x01)
+ 	Pin(200  200  100   67   "5" 0x01)
+	# silk screen
+	# ends
+	ElementLine(-70 -70 -70 270 10)
+	ElementLine(270 270 270 -70 10)
+	ElementLine(-70 -70 270 -70 10)
+	ElementLine(270 270 -70 270 10)
+	Mark(100 100)
+)
Index: oldlib/lib/pcblib-newlib/amphenol/AMPHENOL_ARFX1232.fp
===================================================================
--- oldlib/lib/pcblib-newlib/amphenol/AMPHENOL_ARFX1232.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/amphenol/AMPHENOL_ARFX1232.fp	(revision 296)
@@ -0,0 +1,15 @@
+Element(0x00 "Amphenol ARFX1232 Right Angle SMA Connector (F)" "" "AMPHENOL_ARFX1232" -50 290 0 100 0x00)
+(
+	Pin(100     100     100  67  "1" 0x01)
+ 	Pin(0          0          100   67   "2" 0x01)
+ 	Pin(0          200  100   67   "3" 0x01)
+ 	Pin(200  0          100   67   "4" 0x01)
+ 	Pin(200  200  100   67   "5" 0x01)
+	# silk screen
+	# ends
+	ElementLine(-70 -70 -70 270 10)
+	ElementLine(270 270 270 -70 10)
+	ElementLine(-70 -70 270 -70 10)
+	ElementLine(270 270 -70 270 10)
+	Mark(100 100)
+)
Index: oldlib/lib/pcblib-newlib/amphenol/index.html
===================================================================
--- oldlib/lib/pcblib-newlib/amphenol/index.html	(nonexistent)
+++ oldlib/lib/pcblib-newlib/amphenol/index.html	(revision 296)
@@ -0,0 +1,30 @@
+<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
+<HTML><HEAD><TITLE>PCB amphenol Footprint Library</TITLE></HEAD>
+<BODY bgcolor="#FFFFFF" text="#000000">
+<H1>PCB amphenol Footprint Library</H1>
+<TABLE BORDER=2>
+<TR>
+    <TD><EM>Comment</EM></TD>
+    <TD><EM>Footprint Name</EM></TD>
+</TR>
+
+  <TR>
+    <TD>AMPHENOL_ARFX1229, Amphenol ARFX1229 Vertical SMA Connector (M) </TD>
+    <TD><A HREF="AMPHENOL_ARFX1229.fp">AMPHENOL_ARFX1229.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>AMPHENOL_ARFX1230, Amphenol ARFX1230 Right Angle SMA Connector (M) </TD>
+    <TD><A HREF="AMPHENOL_ARFX1230.fp">AMPHENOL_ARFX1230.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>AMPHENOL_ARFX1231, Amphenol ARFX1231 Vertical SMA Connector (F) </TD>
+    <TD><A HREF="AMPHENOL_ARFX1231.fp">AMPHENOL_ARFX1231.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>AMPHENOL_ARFX1232, Amphenol ARFX1232 Right Angle SMA Connector (F) </TD>
+    <TD><A HREF="AMPHENOL_ARFX1232.fp">AMPHENOL_ARFX1232.fp</A></TD>
+  </TR>
+
+</TABLE>
+
+</BODY></HTML>
Index: oldlib/lib/pcblib-newlib/bourns/BOURNS_3224G.fp
===================================================================
--- oldlib/lib/pcblib-newlib/bourns/BOURNS_3224G.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/bourns/BOURNS_3224G.fp	(revision 296)
@@ -0,0 +1,36 @@
+	# pin 1,3 width, length (1/100 mm)
+	# pin 2 width, length (1/100 mm)
+	# spacing from pad center to pad center between 2 and 1,3 (1/100 mm)
+	# spacing from pad center to pad center between 1 and 3 (1/100 mm)
+	# package width (1/100 mm)
+	# silkscreen width (mils)
+	# how much space to leave around the part before the
+	# silk screen (mils)
+	# lower right corner for silk screen (mil)
+	# refdes text size (mil)
+	# x,y coordinates for refdes label (mil)
+Element(0x00 "Bourns 3224 Series SMT Trim Pot" "" "BOURNS_3224G" -140 -167 0 100 0x00)
+(
+# pin 1
+# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(102 45 
+            102 45 50 "1" 0x100)
+# pin 2
+# Pads which have the Y (width) pad dimension greater
+	# than or equal to the X (length) pad dimension 
+	Pad(-102 -14
+            -102 14 50 "2" 0x100)
+# pin 3
+# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(102 -45 
+            102 -45 50 "3" 0x100)
+# Silk screen around package
+ElementLine( 140  107  140 -107 10)
+ElementLine( 140 -107 -140 -107 10)
+ElementLine(-140 -107 -140  107 10)
+ElementLine(-140  107  140  107 10)
+# Mark at the center of the part
+Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/bourns/BOURNS_3224J.fp
===================================================================
--- oldlib/lib/pcblib-newlib/bourns/BOURNS_3224J.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/bourns/BOURNS_3224J.fp	(revision 296)
@@ -0,0 +1,36 @@
+	# pin 1,3 width, length (1/100 mm)
+	# pin 2 width, length (1/100 mm)
+	# spacing from pad center to pad center between 2 and 1,3 (1/100 mm)
+	# spacing from pad center to pad center between 1 and 3 (1/100 mm)
+	# package width (1/100 mm)
+	# silkscreen width (mils)
+	# how much space to leave around the part before the
+	# silk screen (mils)
+	# lower right corner for silk screen (mil)
+	# refdes text size (mil)
+	# x,y coordinates for refdes label (mil)
+Element(0x00 "Bourns 3224 Series SMT Trim Pot" "" "BOURNS_3224J" -131 -167 0 100 0x00)
+(
+# pin 1
+# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(64 45 
+            92 45 51 "1" 0x100)
+# pin 2
+# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(-78 0 
+            -78 0 78 "2" 0x100)
+# pin 3
+# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(64 -45 
+            92 -45 51 "3" 0x100)
+# Silk screen around package
+ElementLine( 131  107  131 -107 10)
+ElementLine( 131 -107 -131 -107 10)
+ElementLine(-131 -107 -131  107 10)
+ElementLine(-131  107  131  107 10)
+# Mark at the center of the part
+Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/bourns/BOURNS_3224W.fp
===================================================================
--- oldlib/lib/pcblib-newlib/bourns/BOURNS_3224W.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/bourns/BOURNS_3224W.fp	(revision 296)
@@ -0,0 +1,36 @@
+	# pin 1,3 width, length (1/100 mm)
+	# pin 2 width, length (1/100 mm)
+	# spacing from pad center to pad center between 2 and 1,3 (1/100 mm)
+	# spacing from pad center to pad center between 1 and 3 (1/100 mm)
+	# package width (1/100 mm)
+	# silkscreen width (mils)
+	# how much space to leave around the part before the
+	# silk screen (mils)
+	# lower right corner for silk screen (mil)
+	# refdes text size (mil)
+	# x,y coordinates for refdes label (mil)
+Element(0x00 "Bourns 3224 Series SMT Trim Pot" "" "BOURNS_3224W" -101 -167 0 100 0x00)
+(
+# pin 1
+# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(51 50 
+            62 50 51 "1" 0x100)
+# pin 2
+# Pads which have the Y (width) pad dimension greater
+	# than or equal to the X (length) pad dimension 
+	Pad(-57 -7
+            -57 7 62 "2" 0x100)
+# pin 3
+# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(51 -50 
+            62 -50 51 "3" 0x100)
+# Silk screen around package
+ElementLine( 101  107  101 -107 10)
+ElementLine( 101 -107 -101 -107 10)
+ElementLine(-101 -107 -101  107 10)
+ElementLine(-101  107  101  107 10)
+# Mark at the center of the part
+Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/bourns/BOURNS_3224X.fp
===================================================================
--- oldlib/lib/pcblib-newlib/bourns/BOURNS_3224X.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/bourns/BOURNS_3224X.fp	(revision 296)
@@ -0,0 +1,36 @@
+	# pin 1,3 width, length (1/100 mm)
+	# pin 2 width, length (1/100 mm)
+	# spacing from pad center to pad center between 2 and 1,3 (1/100 mm)
+	# spacing from pad center to pad center between 1 and 3 (1/100 mm)
+	# package width (1/100 mm)
+	# silkscreen width (mils)
+	# how much space to leave around the part before the
+	# silk screen (mils)
+	# lower right corner for silk screen (mil)
+	# refdes text size (mil)
+	# x,y coordinates for refdes label (mil)
+Element(0x00 "Bourns 3224 Series SMT Trim Pot" "" "BOURNS_3224X" -150 -167 0 100 0x00)
+(
+# pin 1
+# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(88 50 
+            111 50 51 "1" 0x100)
+# pin 2
+# Pads which have the Y (width) pad dimension greater
+	# than or equal to the X (length) pad dimension 
+	Pad(-100 -1
+            -100 1 74 "2" 0x100)
+# pin 3
+# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(88 -50 
+            111 -50 51 "3" 0x100)
+# Silk screen around package
+ElementLine( 150  107  150 -107 10)
+ElementLine( 150 -107 -150 -107 10)
+ElementLine(-150 -107 -150  107 10)
+ElementLine(-150  107  150  107 10)
+# Mark at the center of the part
+Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/bourns/index.html
===================================================================
--- oldlib/lib/pcblib-newlib/bourns/index.html	(nonexistent)
+++ oldlib/lib/pcblib-newlib/bourns/index.html	(revision 296)
@@ -0,0 +1,30 @@
+<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
+<HTML><HEAD><TITLE>PCB bourns Footprint Library</TITLE></HEAD>
+<BODY bgcolor="#FFFFFF" text="#000000">
+<H1>PCB bourns Footprint Library</H1>
+<TABLE BORDER=2>
+<TR>
+    <TD><EM>Comment</EM></TD>
+    <TD><EM>Footprint Name</EM></TD>
+</TR>
+
+  <TR>
+    <TD>BOURNS_3224G, Bourns 3224 Series SMT Trim Pot </TD>
+    <TD><A HREF="BOURNS_3224G.fp">BOURNS_3224G.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>BOURNS_3224J, Bourns 3224 Series SMT Trim Pot </TD>
+    <TD><A HREF="BOURNS_3224J.fp">BOURNS_3224J.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>BOURNS_3224W, Bourns 3224 Series SMT Trim Pot </TD>
+    <TD><A HREF="BOURNS_3224W.fp">BOURNS_3224W.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>BOURNS_3224X, Bourns 3224 Series SMT Trim Pot </TD>
+    <TD><A HREF="BOURNS_3224X.fp">BOURNS_3224X.fp</A></TD>
+  </TR>
+
+</TABLE>
+
+</BODY></HTML>
Index: oldlib/lib/pcblib-newlib/broken.html
===================================================================
--- oldlib/lib/pcblib-newlib/broken.html	(nonexistent)
+++ oldlib/lib/pcblib-newlib/broken.html	(revision 296)
@@ -0,0 +1,19 @@
+
+<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
+<HTML><BODY>
+<TABLE BORDER=2>
+<TR><TD><EM>Library</EM></TD>
+    <TD><EM>Comment</EM></TD>
+    <TD><EM>Footprint Name</EM></TD>
+    <TD><EM>Broken Command</EM></TD>
+</TR>
+
+<TR><TD>~generic</TD>
+    <TD>MENU_QFP</TD>
+    <TD>QFP menu, generic </TD>
+    <TD>Skipping QFP builder menu</TD>
+</TR>
+
+</TABLE>
+
+</BODY></HTML>
Index: oldlib/lib/pcblib-newlib/candk/CANDK_ES01MSABE.fp
===================================================================
--- oldlib/lib/pcblib-newlib/candk/CANDK_ES01MSABE.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/candk/CANDK_ES01MSABE.fp	(revision 296)
@@ -0,0 +1,61 @@
+	# pad 1,2,3 width (1/100 mil)
+	# pad 1,2,3 length (1/100 mil)
+	# x value for pads 1,3 (1/100 mil)
+	# y value for pads 1,2,3 (1/100 mil)
+	# mounting pad width (1/100 mil)
+	# mounting pad length (1/100 mil)
+	# x value for the mounting pads (1/100 mil)
+	# y value for the mounting pads (1/100 mil)
+	# package width (1/100 mil)
+	# package height (1/100 mil)
+	# component veritcal height off board (1/100 mil)
+	# pad width and length
+	# y values for drawing the pad.  
+	# The Y center of the pad is 0.5*(PINL + PINS)
+	# we need a line segment of length PADL - PADW so we have end points:
+	# 0.5*(PINL + PINS) +/- 0.5*(PADL - PADW)
+	# width of soldermask relief (5 mil on each side)
+	# top edge of switch body (1/100 mil)
+	# bottom edge of switch body (1/100 mil)
+	# how much the switch extends beyond the body
+	# y value for the far end of the switch
+	# silkscreen width (1/100 mils)
+	# how much space to leave around the part before the
+	# silk screen (1/100 mils)
+	# X values for silk on sides and bottom of switch
+	# bottom edge of the switch body
+	# bottom edge of upper pads
+	# bottom edge of the lower pads
+	# top edge of the switch body
+	# top edge of the switch 
+# Element [SFlags "Desc" "Name" "Value" MX MY TX TY TDir TScale TSFlags]
+Element[ "" "Description_candk_CANDK_ES01MSABE" "" "`CANDK_ES01MSABE'" 0 0 0 0 0 100 ""]
+(
+# Pad [rX1 rY1 rX2 rY2 Thickness Clearance Mask "Name" "Number" SFlags]
+# the signal pads
+Pad[ -10000 15150 -10000 19850 3500 1000 4500 "1"  "1" "square"]
+Pad[      0 15150      0 19850 3500 1000 4500 "2"  "2" "square"]
+Pad[  10000 15150  10000 19850 3500 1000 4500 "3"  "3" "square"]
+# the mounting pads
+Pad[ -19600 -17500 -22750 -17500 6000 1000 7000 "4"  "4" "square"]
+Pad[  19600 -17500  22750 -17500 6000 1000 7000 "4"  "4" "square"]
+# Silk screen around package
+# ElementLine[ x1 y1 x2 y2 width]
+# bottom edge
+ElementLine[ 21050 14800  13050 14800 1000 ]
+ElementLine[-21050 14800 -13050 14800 1000 ]
+ElementLine[-13050 14800 -13050 22900 1000 ]
+ElementLine[ 13050 14800  13050 22900 1000 ]
+ElementLine[-13050 22900  13050 22900 1000 ]
+# left/right
+ElementLine[ 21050 14800  21050 -13200 1000 ]
+ElementLine[-21050 14800 -21050 -13200 1000 ]
+# top edge
+ElementLine[-21050 -34600  21050 -34600 1000 ]
+ElementLine[-21050 -23800     21050 -23800    1000 ]
+ElementLine[-21050 -21800    -21050 -34600 1000 ]
+ElementLine[ 21050 -21800     21050 -34600 1000 ]
+# cross at top where switch moves
+ElementLine[-21050 -34600  21050 -23800    1000 ]
+ElementLine[-21050 -23800     21050 -34600 1000 ]
+)
Index: oldlib/lib/pcblib-newlib/candk/CANDK_ES02MSABE.fp
===================================================================
--- oldlib/lib/pcblib-newlib/candk/CANDK_ES02MSABE.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/candk/CANDK_ES02MSABE.fp	(revision 296)
@@ -0,0 +1,61 @@
+	# pad 1,2,3 width (1/100 mil)
+	# pad 1,2,3 length (1/100 mil)
+	# x value for pads 1,3 (1/100 mil)
+	# y value for pads 1,2,3 (1/100 mil)
+	# mounting pad width (1/100 mil)
+	# mounting pad length (1/100 mil)
+	# x value for the mounting pads (1/100 mil)
+	# y value for the mounting pads (1/100 mil)
+	# package width (1/100 mil)
+	# package height (1/100 mil)
+	# component veritcal height off board (1/100 mil)
+	# pad width and length
+	# y values for drawing the pad.  
+	# The Y center of the pad is 0.5*(PINL + PINS)
+	# we need a line segment of length PADL - PADW so we have end points:
+	# 0.5*(PINL + PINS) +/- 0.5*(PADL - PADW)
+	# width of soldermask relief (5 mil on each side)
+	# top edge of switch body (1/100 mil)
+	# bottom edge of switch body (1/100 mil)
+	# how much the switch extends beyond the body
+	# y value for the far end of the switch
+	# silkscreen width (1/100 mils)
+	# how much space to leave around the part before the
+	# silk screen (1/100 mils)
+	# X values for silk on sides and bottom of switch
+	# bottom edge of the switch body
+	# bottom edge of upper pads
+	# bottom edge of the lower pads
+	# top edge of the switch body
+	# top edge of the switch 
+# Element [SFlags "Desc" "Name" "Value" MX MY TX TY TDir TScale TSFlags]
+Element[ "" "Description_candk_CANDK_ES02MSABE" "" "`CANDK_ES02MSABE'" 0 0 0 0 0 100 ""]
+(
+# Pad [rX1 rY1 rX2 rY2 Thickness Clearance Mask "Name" "Number" SFlags]
+# the signal pads
+Pad[ -10000 15150 -10000 19850 3500 1000 4500 "1"  "1" "square"]
+Pad[      0 15150      0 19850 3500 1000 4500 "2"  "2" "square"]
+Pad[  10000 15150  10000 19850 3500 1000 4500 "3"  "3" "square"]
+# the mounting pads
+Pad[ -19600 -17500 -22750 -17500 6000 1000 7000 "4"  "4" "square"]
+Pad[  19600 -17500  22750 -17500 6000 1000 7000 "4"  "4" "square"]
+# Silk screen around package
+# ElementLine[ x1 y1 x2 y2 width]
+# bottom edge
+ElementLine[ 21050 14800  13050 14800 1000 ]
+ElementLine[-21050 14800 -13050 14800 1000 ]
+ElementLine[-13050 14800 -13050 22900 1000 ]
+ElementLine[ 13050 14800  13050 22900 1000 ]
+ElementLine[-13050 22900  13050 22900 1000 ]
+# left/right
+ElementLine[ 21050 14800  21050 -13200 1000 ]
+ElementLine[-21050 14800 -21050 -13200 1000 ]
+# top edge
+ElementLine[-21050 -34600  21050 -34600 1000 ]
+ElementLine[-21050 -23800     21050 -23800    1000 ]
+ElementLine[-21050 -21800    -21050 -34600 1000 ]
+ElementLine[ 21050 -21800     21050 -34600 1000 ]
+# cross at top where switch moves
+ElementLine[-21050 -34600  21050 -23800    1000 ]
+ElementLine[-21050 -23800     21050 -34600 1000 ]
+)
Index: oldlib/lib/pcblib-newlib/candk/CANDK_ES03MSABE.fp
===================================================================
--- oldlib/lib/pcblib-newlib/candk/CANDK_ES03MSABE.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/candk/CANDK_ES03MSABE.fp	(revision 296)
@@ -0,0 +1,61 @@
+	# pad 1,2,3 width (1/100 mil)
+	# pad 1,2,3 length (1/100 mil)
+	# x value for pads 1,3 (1/100 mil)
+	# y value for pads 1,2,3 (1/100 mil)
+	# mounting pad width (1/100 mil)
+	# mounting pad length (1/100 mil)
+	# x value for the mounting pads (1/100 mil)
+	# y value for the mounting pads (1/100 mil)
+	# package width (1/100 mil)
+	# package height (1/100 mil)
+	# component veritcal height off board (1/100 mil)
+	# pad width and length
+	# y values for drawing the pad.  
+	# The Y center of the pad is 0.5*(PINL + PINS)
+	# we need a line segment of length PADL - PADW so we have end points:
+	# 0.5*(PINL + PINS) +/- 0.5*(PADL - PADW)
+	# width of soldermask relief (5 mil on each side)
+	# top edge of switch body (1/100 mil)
+	# bottom edge of switch body (1/100 mil)
+	# how much the switch extends beyond the body
+	# y value for the far end of the switch
+	# silkscreen width (1/100 mils)
+	# how much space to leave around the part before the
+	# silk screen (1/100 mils)
+	# X values for silk on sides and bottom of switch
+	# bottom edge of the switch body
+	# bottom edge of upper pads
+	# bottom edge of the lower pads
+	# top edge of the switch body
+	# top edge of the switch 
+# Element [SFlags "Desc" "Name" "Value" MX MY TX TY TDir TScale TSFlags]
+Element[ "" "Description_candk_CANDK_ES03MSABE" "" "`CANDK_ES03MSABE'" 0 0 0 0 0 100 ""]
+(
+# Pad [rX1 rY1 rX2 rY2 Thickness Clearance Mask "Name" "Number" SFlags]
+# the signal pads
+Pad[ -10000 15150 -10000 19850 3500 1000 4500 "1"  "1" "square"]
+Pad[      0 15150      0 19850 3500 1000 4500 "2"  "2" "square"]
+Pad[  10000 15150  10000 19850 3500 1000 4500 "3"  "3" "square"]
+# the mounting pads
+Pad[ -19600 -17500 -22750 -17500 6000 1000 7000 "4"  "4" "square"]
+Pad[  19600 -17500  22750 -17500 6000 1000 7000 "4"  "4" "square"]
+# Silk screen around package
+# ElementLine[ x1 y1 x2 y2 width]
+# bottom edge
+ElementLine[ 21050 14800  13050 14800 1000 ]
+ElementLine[-21050 14800 -13050 14800 1000 ]
+ElementLine[-13050 14800 -13050 22900 1000 ]
+ElementLine[ 13050 14800  13050 22900 1000 ]
+ElementLine[-13050 22900  13050 22900 1000 ]
+# left/right
+ElementLine[ 21050 14800  21050 -13200 1000 ]
+ElementLine[-21050 14800 -21050 -13200 1000 ]
+# top edge
+ElementLine[-21050 -34600  21050 -34600 1000 ]
+ElementLine[-21050 -23800     21050 -23800    1000 ]
+ElementLine[-21050 -21800    -21050 -34600 1000 ]
+ElementLine[ 21050 -21800     21050 -34600 1000 ]
+# cross at top where switch moves
+ElementLine[-21050 -34600  21050 -23800    1000 ]
+ElementLine[-21050 -23800     21050 -34600 1000 ]
+)
Index: oldlib/lib/pcblib-newlib/candk/index.html
===================================================================
--- oldlib/lib/pcblib-newlib/candk/index.html	(nonexistent)
+++ oldlib/lib/pcblib-newlib/candk/index.html	(revision 296)
@@ -0,0 +1,26 @@
+<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
+<HTML><HEAD><TITLE>PCB candk Footprint Library</TITLE></HEAD>
+<BODY bgcolor="#FFFFFF" text="#000000">
+<H1>PCB candk Footprint Library</H1>
+<TABLE BORDER=2>
+<TR>
+    <TD><EM>Comment</EM></TD>
+    <TD><EM>Footprint Name</EM></TD>
+</TR>
+
+  <TR>
+    <TD>CANDK_ES01MSABE, C&K ES Series Switches </TD>
+    <TD><A HREF="CANDK_ES01MSABE.fp">CANDK_ES01MSABE.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CANDK_ES02MSABE, C&K ES Series Switches </TD>
+    <TD><A HREF="CANDK_ES02MSABE.fp">CANDK_ES02MSABE.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CANDK_ES03MSABE, C&K ES Series Switches </TD>
+    <TD><A HREF="CANDK_ES03MSABE.fp">CANDK_ES03MSABE.fp</A></TD>
+  </TR>
+
+</TABLE>
+
+</BODY></HTML>
Index: oldlib/lib/pcblib-newlib/connector/CONNECTOR 1 2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/CONNECTOR 1 2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/CONNECTOR 1 2.fp	(revision 296)
@@ -0,0 +1,12 @@
+Element(0x00 "connector 2x1 pins" "" "CONNECTOR 1 2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	ElementLine(0 0 0 100 10)
+	ElementLine(0 100 200 100 10)
+	ElementLine(200 100 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/connector/CONNECTOR 10 2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/CONNECTOR 10 2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/CONNECTOR 10 2.fp	(revision 296)
@@ -0,0 +1,30 @@
+Element(0x00 "connector 2x10 pins" "" "CONNECTOR 10 2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	ElementLine(0 0 0 1000 10)
+	ElementLine(0 1000 200 1000 10)
+	ElementLine(200 1000 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/connector/CONNECTOR 2 2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/CONNECTOR 2 2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/CONNECTOR 2 2.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "connector 2x2 pins" "" "CONNECTOR 2 2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	ElementLine(0 0 0 200 10)
+	ElementLine(0 200 200 200 10)
+	ElementLine(200 200 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/connector/CONNECTOR 25 2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/CONNECTOR 25 2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/CONNECTOR 25 2.fp	(revision 296)
@@ -0,0 +1,60 @@
+Element(0x00 "single-ended SCSI 2x25 pins" "" "CONNECTOR 25 2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "Gnd" 0x101)
+	Pin(150 50 60 38 "/DB0" 0x01)
+	 Pin(50 150 60 38 "Gnd" 0x01)
+	Pin(150 150 60 38 "/DB1" 0x01)
+	 Pin(50 250 60 38 "Gnd" 0x01)
+	Pin(150 250 60 38 "/DB2" 0x01)
+	 Pin(50 350 60 38 "Gnd" 0x01)
+	Pin(150 350 60 38 "/DB3" 0x01)
+	 Pin(50 450 60 38 "Gnd" 0x01)
+	Pin(150 450 60 38 "/DB4" 0x01)
+	 Pin(50 550 60 38 "Gnd" 0x01)
+	Pin(150 550 60 38 "/DB5" 0x01)
+	 Pin(50 650 60 38 "Gnd" 0x01)
+	Pin(150 650 60 38 "/DB6" 0x01)
+	 Pin(50 750 60 38 "Gnd" 0x01)
+	Pin(150 750 60 38 "/DB7" 0x01)
+	 Pin(50 850 60 38 "Gnd" 0x01)
+	Pin(150 850 60 38 "/DBP" 0x01)
+	 Pin(50 950 60 38 "Gnd" 0x01)
+	Pin(150 950 60 38 "NC" 0x01)
+	 Pin(50 1050 60 38 "Gnd" 0x01)
+	Pin(150 1050 60 38 "NC" 0x01)
+	 Pin(50 1150 60 38 "Gnd" 0x01)
+	Pin(150 1150 60 38 "NC" 0x01)
+	 Pin(50 1250 60 38 "NC" 0x01)
+	Pin(150 1250 60 38 "TermPwr" 0x01)
+	 Pin(50 1350 60 38 "Gnd" 0x01)
+	Pin(150 1350 60 38 "NC" 0x01)
+	 Pin(50 1450 60 38 "Gnd" 0x01)
+	Pin(150 1450 60 38 "NC" 0x01)
+	 Pin(50 1550 60 38 "Gnd" 0x01)
+	Pin(150 1550 60 38 "/Atn" 0x01)
+	 Pin(50 1650 60 38 "Gnd" 0x01)
+	Pin(150 1650 60 38 "NC" 0x01)
+	 Pin(50 1750 60 38 "Gnd" 0x01)
+	Pin(150 1750 60 38 "/Bsy" 0x01)
+	 Pin(50 1850 60 38 "Gnd" 0x01)
+	Pin(150 1850 60 38 "/Ack" 0x01)
+	 Pin(50 1950 60 38 "Gnd" 0x01)
+	Pin(150 1950 60 38 "/Rst" 0x01)
+	 Pin(50 2050 60 38 "Gnd" 0x01)
+	Pin(150 2050 60 38 "/Msg" 0x01)
+	 Pin(50 2150 60 38 "Gnd" 0x01)
+	Pin(150 2150 60 38 "/Sel" 0x01)
+	 Pin(50 2250 60 38 "Gnd" 0x01)
+	Pin(150 2250 60 38 "/CD" 0x01)
+	 Pin(50 2350 60 38 "Gnd" 0x01)
+	Pin(150 2350 60 38 "/Req" 0x01)
+	 Pin(50 2450 60 38 "Gnd" 0x01)
+	Pin(150 2450 60 38 "/IO" 0x01)
+	ElementLine(0 0 0 2500 10)
+	ElementLine(0 2500 200 2500 10)
+	ElementLine(200 2500 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/connector/CONNECTOR 3 2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/CONNECTOR 3 2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/CONNECTOR 3 2.fp	(revision 296)
@@ -0,0 +1,16 @@
+Element(0x00 "connector 2x3 pins" "" "CONNECTOR 3 2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	ElementLine(0 0 0 300 10)
+	ElementLine(0 300 200 300 10)
+	ElementLine(200 300 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/connector/CONNECTOR 4 2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/CONNECTOR 4 2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/CONNECTOR 4 2.fp	(revision 296)
@@ -0,0 +1,18 @@
+Element(0x00 "connector 2x4 pins" "" "CONNECTOR 4 2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	ElementLine(0 0 0 400 10)
+	ElementLine(0 400 200 400 10)
+	ElementLine(200 400 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/connector/CONNECTOR 4 3.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/CONNECTOR 4 3.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/CONNECTOR 4 3.fp	(revision 296)
@@ -0,0 +1,22 @@
+Element(0x00 "connector 3x4 pins" "" "CONNECTOR 4 3" 360 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	Pin(250 50 60 38 "3" 0x01)
+	 Pin(50 150 60 38 "4" 0x01)
+	Pin(150 150 60 38 "5" 0x01)
+	Pin(250 150 60 38 "6" 0x01)
+	 Pin(50 250 60 38 "7" 0x01)
+	Pin(150 250 60 38 "8" 0x01)
+	Pin(250 250 60 38 "9" 0x01)
+	 Pin(50 350 60 38 "10" 0x01)
+	Pin(150 350 60 38 "11" 0x01)
+	Pin(250 350 60 38 "12" 0x01)
+	ElementLine(0 0 0 400 10)
+	ElementLine(0 400 300 400 10)
+	ElementLine(300 400 300 0 10)
+	ElementLine(300 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/connector/CONNECTOR 5 2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/CONNECTOR 5 2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/CONNECTOR 5 2.fp	(revision 296)
@@ -0,0 +1,20 @@
+Element(0x00 "connector 2x5 pins" "" "CONNECTOR 5 2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	ElementLine(0 0 0 500 10)
+	ElementLine(0 500 200 500 10)
+	ElementLine(200 500 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/connector/CONNECTOR 5 3.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/CONNECTOR 5 3.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/CONNECTOR 5 3.fp	(revision 296)
@@ -0,0 +1,25 @@
+Element(0x00 "connector 3x5 pins" "" "CONNECTOR 5 3" 360 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	Pin(250 50 60 38 "3" 0x01)
+	 Pin(50 150 60 38 "4" 0x01)
+	Pin(150 150 60 38 "5" 0x01)
+	Pin(250 150 60 38 "6" 0x01)
+	 Pin(50 250 60 38 "7" 0x01)
+	Pin(150 250 60 38 "8" 0x01)
+	Pin(250 250 60 38 "9" 0x01)
+	 Pin(50 350 60 38 "10" 0x01)
+	Pin(150 350 60 38 "11" 0x01)
+	Pin(250 350 60 38 "12" 0x01)
+	 Pin(50 450 60 38 "13" 0x01)
+	Pin(150 450 60 38 "14" 0x01)
+	Pin(250 450 60 38 "15" 0x01)
+	ElementLine(0 0 0 500 10)
+	ElementLine(0 500 300 500 10)
+	ElementLine(300 500 300 0 10)
+	ElementLine(300 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/connector/CONNECTOR 6 3.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/CONNECTOR 6 3.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/CONNECTOR 6 3.fp	(revision 296)
@@ -0,0 +1,28 @@
+Element(0x00 "connector 3x6 pins" "" "CONNECTOR 6 3" 360 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	Pin(250 50 60 38 "3" 0x01)
+	 Pin(50 150 60 38 "4" 0x01)
+	Pin(150 150 60 38 "5" 0x01)
+	Pin(250 150 60 38 "6" 0x01)
+	 Pin(50 250 60 38 "7" 0x01)
+	Pin(150 250 60 38 "8" 0x01)
+	Pin(250 250 60 38 "9" 0x01)
+	 Pin(50 350 60 38 "10" 0x01)
+	Pin(150 350 60 38 "11" 0x01)
+	Pin(250 350 60 38 "12" 0x01)
+	 Pin(50 450 60 38 "13" 0x01)
+	Pin(150 450 60 38 "14" 0x01)
+	Pin(250 450 60 38 "15" 0x01)
+	 Pin(50 550 60 38 "16" 0x01)
+	Pin(150 550 60 38 "17" 0x01)
+	Pin(250 550 60 38 "18" 0x01)
+	ElementLine(0 0 0 600 10)
+	ElementLine(0 600 300 600 10)
+	ElementLine(300 600 300 0 10)
+	ElementLine(300 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/connector/CONNECTOR 7 2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/CONNECTOR 7 2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/CONNECTOR 7 2.fp	(revision 296)
@@ -0,0 +1,24 @@
+Element(0x00 "connector 2x7 pins" "" "CONNECTOR 7 2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	ElementLine(0 0 0 700 10)
+	ElementLine(0 700 200 700 10)
+	ElementLine(200 700 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/connector/CONNECTOR 8 2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/CONNECTOR 8 2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/CONNECTOR 8 2.fp	(revision 296)
@@ -0,0 +1,26 @@
+Element(0x00 "connector 2x8 pins" "" "CONNECTOR 8 2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	ElementLine(0 0 0 800 10)
+	ElementLine(0 800 200 800 10)
+	ElementLine(200 800 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_612FEMALE ab.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_612FEMALE ab.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_612FEMALE ab.fp	(revision 296)
@@ -0,0 +1,89 @@
+Element(0x00 "DIN41.612 row a+b female" "" "DIN41_612FEMALE ab" 50 100 3 200 0x00)
+(
+	# Reihe a
+	Pin(200 400 60 30 "a1" 0x101)
+	Pin(200 500 60 30 "a2" 0x01)
+	Pin(200 600 60 30 "a3" 0x01)
+	Pin(200 700 60 30 "a4" 0x01)
+	Pin(200 800 60 30 "a5" 0x01)
+	Pin(200 900 60 30 "a6" 0x01)
+	Pin(200 1000 60 30 "a7" 0x01)
+	Pin(200 1100 60 30 "a8" 0x01)
+	Pin(200 1200 60 30 "a9" 0x01)
+	Pin(200 1300 60 30 "a10" 0x01)
+	Pin(200 1400 60 30 "a11" 0x01)
+	Pin(200 1500 60 30 "a12" 0x01)
+	Pin(200 1600 60 30 "a13" 0x01)
+	Pin(200 1700 60 30 "a14" 0x01)
+	Pin(200 1800 60 30 "a15" 0x01)
+	Pin(200 1900 60 30 "a16" 0x01)
+	Pin(200 2000 60 30 "a17" 0x01)
+	Pin(200 2100 60 30 "a18" 0x01)
+	Pin(200 2200 60 30 "a19" 0x01)
+	Pin(200 2300 60 30 "a20" 0x01)
+	Pin(200 2400 60 30 "a21" 0x01)
+	Pin(200 2500 60 30 "a22" 0x01)
+	Pin(200 2600 60 30 "a23" 0x01)
+	Pin(200 2700 60 30 "a24" 0x01)
+	Pin(200 2800 60 30 "a25" 0x01)
+	Pin(200 2900 60 30 "a26" 0x01)
+	Pin(200 3000 60 30 "a27" 0x01)
+	Pin(200 3100 60 30 "a28" 0x01)
+	Pin(200 3200 60 30 "a29" 0x01)
+	Pin(200 3300 60 30 "a30" 0x01)
+	Pin(200 3400 60 30 "a31" 0x01)
+	Pin(200 3500 60 30 "a32" 0x01)
+	# Reihe b
+	Pin(300 400 60 30 "b1" 0x01)
+	Pin(300 500 60 30 "b2" 0x01)
+	Pin(300 600 60 30 "b3" 0x01)
+	Pin(300 700 60 30 "b4" 0x01)
+	Pin(300 800 60 30 "b5" 0x01)
+	Pin(300 900 60 30 "b6" 0x01)
+	Pin(300 1000 60 30 "b7" 0x01)
+	Pin(300 1100 60 30 "b8" 0x01)
+	Pin(300 1200 60 30 "b9" 0x01)
+	Pin(300 1300 60 30 "b10" 0x01)
+	Pin(300 1400 60 30 "b11" 0x01)
+	Pin(300 1500 60 30 "b12" 0x01)
+	Pin(300 1600 60 30 "b13" 0x01)
+	Pin(300 1700 60 30 "b14" 0x01)
+	Pin(300 1800 60 30 "b15" 0x01)
+	Pin(300 1900 60 30 "b16" 0x01)
+	Pin(300 2000 60 30 "b17" 0x01)
+	Pin(300 2100 60 30 "b18" 0x01)
+	Pin(300 2200 60 30 "b19" 0x01)
+	Pin(300 2300 60 30 "b20" 0x01)
+	Pin(300 2400 60 30 "b21" 0x01)
+	Pin(300 2500 60 30 "b22" 0x01)
+	Pin(300 2600 60 30 "b23" 0x01)
+	Pin(300 2700 60 30 "b24" 0x01)
+	Pin(300 2800 60 30 "b25" 0x01)
+	Pin(300 2900 60 30 "b26" 0x01)
+	Pin(300 3000 60 30 "b27" 0x01)
+	Pin(300 3100 60 30 "b28" 0x01)
+	Pin(300 3200 60 30 "b29" 0x01)
+	Pin(300 3300 60 30 "b30" 0x01)
+	Pin(300 3400 60 30 "b31" 0x01)
+	Pin(300 3500 60 30 "b32" 0x01)
+	# Reihe c
+	# Befestigungsbohrung
+	Pin(290  180 120 80 "M1" 0x01)
+	Pin(290 3720 120 80 "M2" 0x01)
+	# Aeussere Begrenzung
+	ElementLine( 80  80 420   80 20)
+	ElementLine(420  80 420 3820 20)
+	ElementLine(420 3820 80 3820 20)
+	ElementLine( 80 3820 80   80 20)
+	# Innere Begrenzung
+	ElementLine(120  320 250  320 10)
+	ElementLine(250  320 250  360 10)
+	ElementLine(250  360 380  360 10)
+	ElementLine(380  360 380 3540 10)
+	ElementLine(380 3540 250 3540 10)
+	ElementLine(250 3540 250 3580 10)
+	ElementLine(250 3580 120 3580 10)
+	ElementLine(120 3580 120  320 10)
+	# Markierung: Pin 1a
+	Mark(200 400)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_612FEMALE abc.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_612FEMALE abc.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_612FEMALE abc.fp	(revision 296)
@@ -0,0 +1,121 @@
+Element(0x00 "DIN41.612 row a+b+c female" "" "DIN41_612FEMALE abc" 50 100 3 200 0x00)
+(
+	# Reihe a
+	Pin(200 400 60 30 "a1" 0x101)
+	Pin(200 500 60 30 "a2" 0x01)
+	Pin(200 600 60 30 "a3" 0x01)
+	Pin(200 700 60 30 "a4" 0x01)
+	Pin(200 800 60 30 "a5" 0x01)
+	Pin(200 900 60 30 "a6" 0x01)
+	Pin(200 1000 60 30 "a7" 0x01)
+	Pin(200 1100 60 30 "a8" 0x01)
+	Pin(200 1200 60 30 "a9" 0x01)
+	Pin(200 1300 60 30 "a10" 0x01)
+	Pin(200 1400 60 30 "a11" 0x01)
+	Pin(200 1500 60 30 "a12" 0x01)
+	Pin(200 1600 60 30 "a13" 0x01)
+	Pin(200 1700 60 30 "a14" 0x01)
+	Pin(200 1800 60 30 "a15" 0x01)
+	Pin(200 1900 60 30 "a16" 0x01)
+	Pin(200 2000 60 30 "a17" 0x01)
+	Pin(200 2100 60 30 "a18" 0x01)
+	Pin(200 2200 60 30 "a19" 0x01)
+	Pin(200 2300 60 30 "a20" 0x01)
+	Pin(200 2400 60 30 "a21" 0x01)
+	Pin(200 2500 60 30 "a22" 0x01)
+	Pin(200 2600 60 30 "a23" 0x01)
+	Pin(200 2700 60 30 "a24" 0x01)
+	Pin(200 2800 60 30 "a25" 0x01)
+	Pin(200 2900 60 30 "a26" 0x01)
+	Pin(200 3000 60 30 "a27" 0x01)
+	Pin(200 3100 60 30 "a28" 0x01)
+	Pin(200 3200 60 30 "a29" 0x01)
+	Pin(200 3300 60 30 "a30" 0x01)
+	Pin(200 3400 60 30 "a31" 0x01)
+	Pin(200 3500 60 30 "a32" 0x01)
+	# Reihe b
+	Pin(300 400 60 30 "b1" 0x01)
+	Pin(300 500 60 30 "b2" 0x01)
+	Pin(300 600 60 30 "b3" 0x01)
+	Pin(300 700 60 30 "b4" 0x01)
+	Pin(300 800 60 30 "b5" 0x01)
+	Pin(300 900 60 30 "b6" 0x01)
+	Pin(300 1000 60 30 "b7" 0x01)
+	Pin(300 1100 60 30 "b8" 0x01)
+	Pin(300 1200 60 30 "b9" 0x01)
+	Pin(300 1300 60 30 "b10" 0x01)
+	Pin(300 1400 60 30 "b11" 0x01)
+	Pin(300 1500 60 30 "b12" 0x01)
+	Pin(300 1600 60 30 "b13" 0x01)
+	Pin(300 1700 60 30 "b14" 0x01)
+	Pin(300 1800 60 30 "b15" 0x01)
+	Pin(300 1900 60 30 "b16" 0x01)
+	Pin(300 2000 60 30 "b17" 0x01)
+	Pin(300 2100 60 30 "b18" 0x01)
+	Pin(300 2200 60 30 "b19" 0x01)
+	Pin(300 2300 60 30 "b20" 0x01)
+	Pin(300 2400 60 30 "b21" 0x01)
+	Pin(300 2500 60 30 "b22" 0x01)
+	Pin(300 2600 60 30 "b23" 0x01)
+	Pin(300 2700 60 30 "b24" 0x01)
+	Pin(300 2800 60 30 "b25" 0x01)
+	Pin(300 2900 60 30 "b26" 0x01)
+	Pin(300 3000 60 30 "b27" 0x01)
+	Pin(300 3100 60 30 "b28" 0x01)
+	Pin(300 3200 60 30 "b29" 0x01)
+	Pin(300 3300 60 30 "b30" 0x01)
+	Pin(300 3400 60 30 "b31" 0x01)
+	Pin(300 3500 60 30 "b32" 0x01)
+	# Reihe c
+		Pin(400 400 60 30 "c1" 0x01)
+	Pin(400 500 60 30 "c2" 0x01)
+	Pin(400 600 60 30 "c3" 0x01)
+	Pin(400 700 60 30 "c4" 0x01)
+	Pin(400 800 60 30 "c5" 0x01)
+	Pin(400 900 60 30 "c6" 0x01)
+	Pin(400 1000 60 30 "c7" 0x01)
+	Pin(400 1100 60 30 "c8" 0x01)
+	Pin(400 1200 60 30 "c9" 0x01)
+	Pin(400 1300 60 30 "c10" 0x01)
+	Pin(400 1400 60 30 "c11" 0x01)
+	Pin(400 1500 60 30 "c12" 0x01)
+	Pin(400 1600 60 30 "c13" 0x01)
+	Pin(400 1700 60 30 "c14" 0x01)
+	Pin(400 1800 60 30 "c15" 0x01)
+	Pin(400 1900 60 30 "c16" 0x01)
+	Pin(400 2000 60 30 "c17" 0x01)
+	Pin(400 2100 60 30 "c18" 0x01)
+	Pin(400 2200 60 30 "c19" 0x01)
+	Pin(400 2300 60 30 "c20" 0x01)
+	Pin(400 2400 60 30 "c21" 0x01)
+	Pin(400 2500 60 30 "c22" 0x01)
+	Pin(400 2600 60 30 "c23" 0x01)
+	Pin(400 2700 60 30 "c24" 0x01)
+	Pin(400 2800 60 30 "c25" 0x01)
+	Pin(400 2900 60 30 "c26" 0x01)
+	Pin(400 3000 60 30 "c27" 0x01)
+	Pin(400 3100 60 30 "c28" 0x01)
+	Pin(400 3200 60 30 "c29" 0x01)
+	Pin(400 3300 60 30 "c30" 0x01)
+	Pin(400 3400 60 30 "c31" 0x01)
+	Pin(400 3500 60 30 "c32" 0x01)
+	# Befestigungsbohrung
+	Pin(290  180 120 80 "M1" 0x01)
+	Pin(290 3720 120 80 "M2" 0x01)
+	# Aeussere Begrenzung
+	ElementLine( 80  80 520   80 20)
+	ElementLine(520  80 520 3820 20)
+	ElementLine(520 3820 80 3820 20)
+	ElementLine( 80 3820 80   80 20)
+	# Innere Begrenzung
+	ElementLine(120  320 350  320 10)
+	ElementLine(350  320 350  360 10)
+	ElementLine(350  360 480  360 10)
+	ElementLine(480  360 480 3540 10)
+	ElementLine(480 3540 350 3540 10)
+	ElementLine(350 3540 350 3580 10)
+	ElementLine(350 3580 120 3580 10)
+	ElementLine(120 3580 120  320 10)
+	# Markierung: Pin 1a
+	Mark(200 400)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_612FEMALE ac.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_612FEMALE ac.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_612FEMALE ac.fp	(revision 296)
@@ -0,0 +1,89 @@
+Element(0x00 "DIN41.612 row a+c female" "" "DIN41_612FEMALE ac" 50 100 3 200 0x00)
+(
+	# Reihe a
+	Pin(200 400 60 30 "a1" 0x101)
+	Pin(200 500 60 30 "a2" 0x01)
+	Pin(200 600 60 30 "a3" 0x01)
+	Pin(200 700 60 30 "a4" 0x01)
+	Pin(200 800 60 30 "a5" 0x01)
+	Pin(200 900 60 30 "a6" 0x01)
+	Pin(200 1000 60 30 "a7" 0x01)
+	Pin(200 1100 60 30 "a8" 0x01)
+	Pin(200 1200 60 30 "a9" 0x01)
+	Pin(200 1300 60 30 "a10" 0x01)
+	Pin(200 1400 60 30 "a11" 0x01)
+	Pin(200 1500 60 30 "a12" 0x01)
+	Pin(200 1600 60 30 "a13" 0x01)
+	Pin(200 1700 60 30 "a14" 0x01)
+	Pin(200 1800 60 30 "a15" 0x01)
+	Pin(200 1900 60 30 "a16" 0x01)
+	Pin(200 2000 60 30 "a17" 0x01)
+	Pin(200 2100 60 30 "a18" 0x01)
+	Pin(200 2200 60 30 "a19" 0x01)
+	Pin(200 2300 60 30 "a20" 0x01)
+	Pin(200 2400 60 30 "a21" 0x01)
+	Pin(200 2500 60 30 "a22" 0x01)
+	Pin(200 2600 60 30 "a23" 0x01)
+	Pin(200 2700 60 30 "a24" 0x01)
+	Pin(200 2800 60 30 "a25" 0x01)
+	Pin(200 2900 60 30 "a26" 0x01)
+	Pin(200 3000 60 30 "a27" 0x01)
+	Pin(200 3100 60 30 "a28" 0x01)
+	Pin(200 3200 60 30 "a29" 0x01)
+	Pin(200 3300 60 30 "a30" 0x01)
+	Pin(200 3400 60 30 "a31" 0x01)
+	Pin(200 3500 60 30 "a32" 0x01)
+	# Reihe b
+	# Reihe c
+		Pin(400 400 60 30 "c1" 0x01)
+	Pin(400 500 60 30 "c2" 0x01)
+	Pin(400 600 60 30 "c3" 0x01)
+	Pin(400 700 60 30 "c4" 0x01)
+	Pin(400 800 60 30 "c5" 0x01)
+	Pin(400 900 60 30 "c6" 0x01)
+	Pin(400 1000 60 30 "c7" 0x01)
+	Pin(400 1100 60 30 "c8" 0x01)
+	Pin(400 1200 60 30 "c9" 0x01)
+	Pin(400 1300 60 30 "c10" 0x01)
+	Pin(400 1400 60 30 "c11" 0x01)
+	Pin(400 1500 60 30 "c12" 0x01)
+	Pin(400 1600 60 30 "c13" 0x01)
+	Pin(400 1700 60 30 "c14" 0x01)
+	Pin(400 1800 60 30 "c15" 0x01)
+	Pin(400 1900 60 30 "c16" 0x01)
+	Pin(400 2000 60 30 "c17" 0x01)
+	Pin(400 2100 60 30 "c18" 0x01)
+	Pin(400 2200 60 30 "c19" 0x01)
+	Pin(400 2300 60 30 "c20" 0x01)
+	Pin(400 2400 60 30 "c21" 0x01)
+	Pin(400 2500 60 30 "c22" 0x01)
+	Pin(400 2600 60 30 "c23" 0x01)
+	Pin(400 2700 60 30 "c24" 0x01)
+	Pin(400 2800 60 30 "c25" 0x01)
+	Pin(400 2900 60 30 "c26" 0x01)
+	Pin(400 3000 60 30 "c27" 0x01)
+	Pin(400 3100 60 30 "c28" 0x01)
+	Pin(400 3200 60 30 "c29" 0x01)
+	Pin(400 3300 60 30 "c30" 0x01)
+	Pin(400 3400 60 30 "c31" 0x01)
+	Pin(400 3500 60 30 "c32" 0x01)
+	# Befestigungsbohrung
+	Pin(290  180 120 80 "M1" 0x01)
+	Pin(290 3720 120 80 "M2" 0x01)
+	# Aeussere Begrenzung
+	ElementLine( 80  80 520   80 20)
+	ElementLine(520  80 520 3820 20)
+	ElementLine(520 3820 80 3820 20)
+	ElementLine( 80 3820 80   80 20)
+	# Innere Begrenzung
+	ElementLine(120  320 350  320 10)
+	ElementLine(350  320 350  360 10)
+	ElementLine(350  360 480  360 10)
+	ElementLine(480  360 480 3540 10)
+	ElementLine(480 3540 350 3540 10)
+	ElementLine(350 3540 350 3580 10)
+	ElementLine(350 3580 120 3580 10)
+	ElementLine(120 3580 120  320 10)
+	# Markierung: Pin 1a
+	Mark(200 400)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_612FEMALE_SMALL.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_612FEMALE_SMALL.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_612FEMALE_SMALL.fp	(revision 296)
@@ -0,0 +1,73 @@
+Element(0x00 "DIN41.612 row a+b+c female" "" "DIN41_612FEMALE_SMALL" 50 100 3 200 0x00)
+(
+	# Reihe a
+	Pin(200 400 60 30 "1" 0x101)
+	Pin(200 500 60 30 "2" 0x01)
+	Pin(200 600 60 30 "3" 0x01)
+	Pin(200 700 60 30 "4" 0x01)
+	Pin(200 800 60 30 "5" 0x01)
+	Pin(200 900 60 30 "6" 0x01)
+	Pin(200 1000 60 30 "7" 0x01)
+	Pin(200 1100 60 30 "8" 0x01)
+	Pin(200 1200 60 30 "9" 0x01)
+	Pin(200 1300 60 30 "10" 0x01)
+	Pin(200 1400 60 30 "11" 0x01)
+	Pin(200 1500 60 30 "12" 0x01)
+	Pin(200 1600 60 30 "13" 0x01)
+	Pin(200 1700 60 30 "14" 0x01)
+	Pin(200 1800 60 30 "15" 0x01)
+	Pin(200 1900 60 30 "16" 0x01)
+	# Reihe b
+	Pin(300 400 60 30 "17" 0x01)
+	Pin(300 500 60 30 "18" 0x01)
+	Pin(300 600 60 30 "19" 0x01)
+	Pin(300 700 60 30 "20" 0x01)
+	Pin(300 800 60 30 "21" 0x01)
+	Pin(300 900 60 30 "22" 0x01)
+	Pin(300 1000 60 30 "23" 0x01)
+	Pin(300 1100 60 30 "24" 0x01)
+	Pin(300 1200 60 30 "25" 0x01)
+	Pin(300 1300 60 30 "26" 0x01)
+	Pin(300 1400 60 30 "27" 0x01)
+	Pin(300 1500 60 30 "28" 0x01)
+	Pin(300 1600 60 30 "29" 0x01)
+	Pin(300 1700 60 30 "30" 0x01)
+	Pin(300 1800 60 30 "31" 0x01)
+	Pin(300 1900 60 30 "32" 0x01)
+	# Reihe c
+		Pin(400 400 60 30 "33" 0x01)
+	Pin(400 500 60 30 "34" 0x01)
+	Pin(400 600 60 30 "35" 0x01)
+	Pin(400 700 60 30 "36" 0x01)
+	Pin(400 800 60 30 "37" 0x01)
+	Pin(400 900 60 30 "38" 0x01)
+	Pin(400 1000 60 30 "39" 0x01)
+	Pin(400 1100 60 30 "40" 0x01)
+	Pin(400 1200 60 30 "41" 0x01)
+	Pin(400 1300 60 30 "42" 0x01)
+	Pin(400 1400 60 30 "43" 0x01)
+	Pin(400 1500 60 30 "44" 0x01)
+	Pin(400 1600 60 30 "45" 0x01)
+	Pin(400 1700 60 30 "46" 0x01)
+	Pin(400 1800 60 30 "47" 0x01)
+	Pin(400 1900 60 30 "48" 0x01)
+	# Befestigungsbohrung
+	Pin(290  180 120 80 "M1" 0x01)
+	Pin(290 2120 120 80 "M2" 0x01)
+	# Aeussere Begrenzung
+	ElementLine( 80  80 520   80 20)
+	ElementLine(520  80 520 2220 20)
+	ElementLine(520 2220 80 2220 20)
+	ElementLine( 80 2220 80   80 20)
+	# Innere Begrenzung
+	ElementLine(120  320 350  320 10)
+	ElementLine(350  320 350  360 10)
+	ElementLine(350  360 480  360 10)
+	ElementLine(480  360 480 1940 10)
+	ElementLine(480 1940 350 1940 10)
+	ElementLine(350 1940 350 1980 10)
+	ElementLine(350 1980 120 1980 10)
+	ElementLine(120 1980 120  320 10)
+	# Markierung: Pin 1a
+	Mark(200 400)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_612MALE ab.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_612MALE ab.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_612MALE ab.fp	(revision 296)
@@ -0,0 +1,127 @@
+Element(0x00 "DIN41.612 row a+b male" "" "DIN41_612MALE ab" 520 550 0 200 0x00)
+(
+	# Reihe a
+	Pin(3500 300 60 30 "a1" 0x101)
+	Pin(3400 300 60 30 "a2" 0x01)
+	Pin(3300 300 60 30 "a3" 0x01)
+	Pin(3200 300 60 30 "a4" 0x01)
+	Pin(3100 300 60 30 "a5" 0x01)
+	Pin(3000 300 60 30 "a6" 0x01)
+	Pin(2900 300 60 30 "a7" 0x01)
+	Pin(2800 300 60 30 "a8" 0x01)
+	Pin(2700 300 60 30 "a9" 0x01)
+	Pin(2600 300 60 30 "a10" 0x01)
+	Pin(2500 300 60 30 "a11" 0x01)
+	Pin(2400 300 60 30 "a12" 0x01)
+	Pin(2300 300 60 30 "a13" 0x01)
+	Pin(2200 300 60 30 "a14" 0x01)
+	Pin(2100 300 60 30 "a15" 0x01)
+	Pin(2000 300 60 30 "a16" 0x01)
+	Pin(1900 300 60 30 "a17" 0x01)
+	Pin(1800 300 60 30 "a18" 0x01)
+	Pin(1700 300 60 30 "a19" 0x01)
+	Pin(1600 300 60 30 "a20" 0x01)
+	Pin(1500 300 60 30 "a21" 0x01)
+	Pin(1400 300 60 30 "a22" 0x01)
+	Pin(1300 300 60 30 "a23" 0x01)
+	Pin(1200 300 60 30 "a24" 0x01)
+	Pin(1100 300 60 30 "a25" 0x01)
+	Pin(1000 300 60 30 "a26" 0x01)
+	Pin(900 300 60 30 "a27" 0x01)
+	Pin(800 300 60 30 "a28" 0x01)
+	Pin(700 300 60 30 "a29" 0x01)
+	Pin(600 300 60 30 "a30" 0x01)
+	Pin(500 300 60 30 "a31" 0x01)
+	Pin(400 300 60 30 "a32" 0x01)
+	# Reihe b
+		Pin(3500 200 60 30 "b1" 0x01)
+	Pin(3400 200 60 30 "b2" 0x01)
+	Pin(3300 200 60 30 "b3" 0x01)
+	Pin(3200 200 60 30 "b4" 0x01)
+	Pin(3100 200 60 30 "b5" 0x01)
+	Pin(3000 200 60 30 "b6" 0x01)
+	Pin(2900 200 60 30 "b7" 0x01)
+	Pin(2800 200 60 30 "b8" 0x01)
+	Pin(2700 200 60 30 "b9" 0x01)
+	Pin(2600 200 60 30 "b10" 0x01)
+	Pin(2500 200 60 30 "b11" 0x01)
+	Pin(2400 200 60 30 "b12" 0x01)
+	Pin(2300 200 60 30 "b13" 0x01)
+	Pin(2200 200 60 30 "b14" 0x01)
+	Pin(2100 200 60 30 "b15" 0x01)
+	Pin(2000 200 60 30 "b16" 0x01)
+	Pin(1900 200 60 30 "b17" 0x01)
+	Pin(1800 200 60 30 "b18" 0x01)
+	Pin(1700 200 60 30 "b19" 0x01)
+	Pin(1600 200 60 30 "b20" 0x01)
+	Pin(1500 200 60 30 "b21" 0x01)
+	Pin(1400 200 60 30 "b22" 0x01)
+	Pin(1300 200 60 30 "b23" 0x01)
+	Pin(1200 200 60 30 "b24" 0x01)
+	Pin(1100 200 60 30 "b25" 0x01)
+	Pin(1000 200 60 30 "b26" 0x01)
+	Pin(900 200 60 30 "b27" 0x01)
+	Pin(800 200 60 30 "b28" 0x01)
+	Pin(700 200 60 30 "b29" 0x01)
+	Pin(600 200 60 30 "b30" 0x01)
+	Pin(500 200 60 30 "b31" 0x01)
+	Pin(400 200 60 30 "b32" 0x01)
+	# Reihe c
+    # Rueckseite Kontaktstifte
+	ElementLine(400 200 400 375 40)
+	ElementLine(500 200 500 375 40)
+	ElementLine(600 200 600 375 40)
+	ElementLine(700 200 700 375 40)
+	ElementLine(800 200 800 375 40)
+	ElementLine(900 200 900 375 40)
+	ElementLine(1000 200 1000 375 40)
+	ElementLine(1100 200 1100 375 40)
+	ElementLine(1200 200 1200 375 40)
+	ElementLine(1300 200 1300 375 40)
+	ElementLine(1400 200 1400 375 40)
+	ElementLine(1500 200 1500 375 40)
+	ElementLine(1600 200 1600 375 40)
+	ElementLine(1700 200 1700 375 40)
+	ElementLine(1800 200 1800 375 40)
+	ElementLine(1900 200 1900 375 40)
+	ElementLine(2000 200 2000 375 40)
+	ElementLine(2100 200 2100 375 40)
+	ElementLine(2200 200 2200 375 40)
+	ElementLine(2300 200 2300 375 40)
+	ElementLine(2400 200 2400 375 40)
+	ElementLine(2500 200 2500 375 40)
+	ElementLine(2600 200 2600 375 40)
+	ElementLine(2700 200 2700 375 40)
+	ElementLine(2800 200 2800 375 40)
+	ElementLine(2900 200 2900 375 40)
+	ElementLine(3000 200 3000 375 40)
+	ElementLine(3100 200 3100 375 40)
+	ElementLine(3200 200 3200 375 40)
+	ElementLine(3300 200 3300 375 40)
+	ElementLine(3400 200 3400 375 40)
+	ElementLine(3500 200 3500 375 40)
+	# Befestigungsbohrung
+	Pin( 200 400 120 80 "M1" 0x01)
+	Pin(3700 400 120 80 "M2" 0x01)
+	# Begrenzung M1
+	ElementLine( 100  300  320  300 20)
+	ElementLine( 320  300  320  395 20)
+	ElementLine( 320  395  320  620 10)
+	ElementLine( 320  620  200  620 10)
+	ElementLine( 200  620  100  620 20)
+	ElementLine( 100  620  100  300 20)
+	# Begrenzung M2
+	ElementLine(3580  300 3800  300 20)
+	ElementLine(3800  300 3800  620 20)
+	ElementLine(3800  620 3700  620 20)
+	ElementLine(3700  620 3580  620 10)
+	ElementLine(3580  620 3580  395 10)
+	ElementLine(3580  395 3580  300 20)
+	# Kante Pins
+	ElementLine( 320  395 3580  395 20)
+	# Kanten Stifte
+	ElementLine( 200 620  200 800 20)
+	ElementLine( 200 800 3700 800 20)
+	ElementLine(3700 800 3700 620 20)
+	Mark(3500 300)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_612MALE abc.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_612MALE abc.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_612MALE abc.fp	(revision 296)
@@ -0,0 +1,159 @@
+Element(0x00 "DIN41.612 row a+b+c male" "" "DIN41_612MALE abc" 520 550 0 200 0x00)
+(
+	# Reihe a
+	Pin(3500 300 60 30 "a1" 0x101)
+	Pin(3400 300 60 30 "a2" 0x01)
+	Pin(3300 300 60 30 "a3" 0x01)
+	Pin(3200 300 60 30 "a4" 0x01)
+	Pin(3100 300 60 30 "a5" 0x01)
+	Pin(3000 300 60 30 "a6" 0x01)
+	Pin(2900 300 60 30 "a7" 0x01)
+	Pin(2800 300 60 30 "a8" 0x01)
+	Pin(2700 300 60 30 "a9" 0x01)
+	Pin(2600 300 60 30 "a10" 0x01)
+	Pin(2500 300 60 30 "a11" 0x01)
+	Pin(2400 300 60 30 "a12" 0x01)
+	Pin(2300 300 60 30 "a13" 0x01)
+	Pin(2200 300 60 30 "a14" 0x01)
+	Pin(2100 300 60 30 "a15" 0x01)
+	Pin(2000 300 60 30 "a16" 0x01)
+	Pin(1900 300 60 30 "a17" 0x01)
+	Pin(1800 300 60 30 "a18" 0x01)
+	Pin(1700 300 60 30 "a19" 0x01)
+	Pin(1600 300 60 30 "a20" 0x01)
+	Pin(1500 300 60 30 "a21" 0x01)
+	Pin(1400 300 60 30 "a22" 0x01)
+	Pin(1300 300 60 30 "a23" 0x01)
+	Pin(1200 300 60 30 "a24" 0x01)
+	Pin(1100 300 60 30 "a25" 0x01)
+	Pin(1000 300 60 30 "a26" 0x01)
+	Pin(900 300 60 30 "a27" 0x01)
+	Pin(800 300 60 30 "a28" 0x01)
+	Pin(700 300 60 30 "a29" 0x01)
+	Pin(600 300 60 30 "a30" 0x01)
+	Pin(500 300 60 30 "a31" 0x01)
+	Pin(400 300 60 30 "a32" 0x01)
+	# Reihe b
+		Pin(3500 200 60 30 "b1" 0x01)
+	Pin(3400 200 60 30 "b2" 0x01)
+	Pin(3300 200 60 30 "b3" 0x01)
+	Pin(3200 200 60 30 "b4" 0x01)
+	Pin(3100 200 60 30 "b5" 0x01)
+	Pin(3000 200 60 30 "b6" 0x01)
+	Pin(2900 200 60 30 "b7" 0x01)
+	Pin(2800 200 60 30 "b8" 0x01)
+	Pin(2700 200 60 30 "b9" 0x01)
+	Pin(2600 200 60 30 "b10" 0x01)
+	Pin(2500 200 60 30 "b11" 0x01)
+	Pin(2400 200 60 30 "b12" 0x01)
+	Pin(2300 200 60 30 "b13" 0x01)
+	Pin(2200 200 60 30 "b14" 0x01)
+	Pin(2100 200 60 30 "b15" 0x01)
+	Pin(2000 200 60 30 "b16" 0x01)
+	Pin(1900 200 60 30 "b17" 0x01)
+	Pin(1800 200 60 30 "b18" 0x01)
+	Pin(1700 200 60 30 "b19" 0x01)
+	Pin(1600 200 60 30 "b20" 0x01)
+	Pin(1500 200 60 30 "b21" 0x01)
+	Pin(1400 200 60 30 "b22" 0x01)
+	Pin(1300 200 60 30 "b23" 0x01)
+	Pin(1200 200 60 30 "b24" 0x01)
+	Pin(1100 200 60 30 "b25" 0x01)
+	Pin(1000 200 60 30 "b26" 0x01)
+	Pin(900 200 60 30 "b27" 0x01)
+	Pin(800 200 60 30 "b28" 0x01)
+	Pin(700 200 60 30 "b29" 0x01)
+	Pin(600 200 60 30 "b30" 0x01)
+	Pin(500 200 60 30 "b31" 0x01)
+	Pin(400 200 60 30 "b32" 0x01)
+	# Reihe c
+		Pin(3500 100 60 30 "c1" 0x01)
+	Pin(3400 100 60 30 "c2" 0x01)
+	Pin(3300 100 60 30 "c3" 0x01)
+	Pin(3200 100 60 30 "c4" 0x01)
+	Pin(3100 100 60 30 "c5" 0x01)
+	Pin(3000 100 60 30 "c6" 0x01)
+	Pin(2900 100 60 30 "c7" 0x01)
+	Pin(2800 100 60 30 "c8" 0x01)
+	Pin(2700 100 60 30 "c9" 0x01)
+	Pin(2600 100 60 30 "c10" 0x01)
+	Pin(2500 100 60 30 "c11" 0x01)
+	Pin(2400 100 60 30 "c12" 0x01)
+	Pin(2300 100 60 30 "c13" 0x01)
+	Pin(2200 100 60 30 "c14" 0x01)
+	Pin(2100 100 60 30 "c15" 0x01)
+	Pin(2000 100 60 30 "c16" 0x01)
+	Pin(1900 100 60 30 "c17" 0x01)
+	Pin(1800 100 60 30 "c18" 0x01)
+	Pin(1700 100 60 30 "c19" 0x01)
+	Pin(1600 100 60 30 "c20" 0x01)
+	Pin(1500 100 60 30 "c21" 0x01)
+	Pin(1400 100 60 30 "c22" 0x01)
+	Pin(1300 100 60 30 "c23" 0x01)
+	Pin(1200 100 60 30 "c24" 0x01)
+	Pin(1100 100 60 30 "c25" 0x01)
+	Pin(1000 100 60 30 "c26" 0x01)
+	Pin(900 100 60 30 "c27" 0x01)
+	Pin(800 100 60 30 "c28" 0x01)
+	Pin(700 100 60 30 "c29" 0x01)
+	Pin(600 100 60 30 "c30" 0x01)
+	Pin(500 100 60 30 "c31" 0x01)
+	Pin(400 100 60 30 "c32" 0x01)
+    # Rueckseite Kontaktstifte
+	ElementLine(400 100 400 375 40)
+	ElementLine(500 100 500 375 40)
+	ElementLine(600 100 600 375 40)
+	ElementLine(700 100 700 375 40)
+	ElementLine(800 100 800 375 40)
+	ElementLine(900 100 900 375 40)
+	ElementLine(1000 100 1000 375 40)
+	ElementLine(1100 100 1100 375 40)
+	ElementLine(1200 100 1200 375 40)
+	ElementLine(1300 100 1300 375 40)
+	ElementLine(1400 100 1400 375 40)
+	ElementLine(1500 100 1500 375 40)
+	ElementLine(1600 100 1600 375 40)
+	ElementLine(1700 100 1700 375 40)
+	ElementLine(1800 100 1800 375 40)
+	ElementLine(1900 100 1900 375 40)
+	ElementLine(2000 100 2000 375 40)
+	ElementLine(2100 100 2100 375 40)
+	ElementLine(2200 100 2200 375 40)
+	ElementLine(2300 100 2300 375 40)
+	ElementLine(2400 100 2400 375 40)
+	ElementLine(2500 100 2500 375 40)
+	ElementLine(2600 100 2600 375 40)
+	ElementLine(2700 100 2700 375 40)
+	ElementLine(2800 100 2800 375 40)
+	ElementLine(2900 100 2900 375 40)
+	ElementLine(3000 100 3000 375 40)
+	ElementLine(3100 100 3100 375 40)
+	ElementLine(3200 100 3200 375 40)
+	ElementLine(3300 100 3300 375 40)
+	ElementLine(3400 100 3400 375 40)
+	ElementLine(3500 100 3500 375 40)
+	# Befestigungsbohrung
+	Pin( 200 400 120 80 "M1" 0x01)
+	Pin(3700 400 120 80 "M2" 0x01)
+	# Begrenzung M1
+	ElementLine( 100  300  320  300 20)
+	ElementLine( 320  300  320  395 20)
+	ElementLine( 320  395  320  620 10)
+	ElementLine( 320  620  200  620 10)
+	ElementLine( 200  620  100  620 20)
+	ElementLine( 100  620  100  300 20)
+	# Begrenzung M2
+	ElementLine(3580  300 3800  300 20)
+	ElementLine(3800  300 3800  620 20)
+	ElementLine(3800  620 3700  620 20)
+	ElementLine(3700  620 3580  620 10)
+	ElementLine(3580  620 3580  395 10)
+	ElementLine(3580  395 3580  300 20)
+	# Kante Pins
+	ElementLine( 320  395 3580  395 20)
+	# Kanten Stifte
+	ElementLine( 200 620  200 800 20)
+	ElementLine( 200 800 3700 800 20)
+	ElementLine(3700 800 3700 620 20)
+	Mark(3500 300)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_612MALE ac.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_612MALE ac.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_612MALE ac.fp	(revision 296)
@@ -0,0 +1,127 @@
+Element(0x00 "DIN41.612 row a+c male" "" "DIN41_612MALE ac" 520 550 0 200 0x00)
+(
+	# Reihe a
+	Pin(3500 300 60 30 "a1" 0x101)
+	Pin(3400 300 60 30 "a2" 0x01)
+	Pin(3300 300 60 30 "a3" 0x01)
+	Pin(3200 300 60 30 "a4" 0x01)
+	Pin(3100 300 60 30 "a5" 0x01)
+	Pin(3000 300 60 30 "a6" 0x01)
+	Pin(2900 300 60 30 "a7" 0x01)
+	Pin(2800 300 60 30 "a8" 0x01)
+	Pin(2700 300 60 30 "a9" 0x01)
+	Pin(2600 300 60 30 "a10" 0x01)
+	Pin(2500 300 60 30 "a11" 0x01)
+	Pin(2400 300 60 30 "a12" 0x01)
+	Pin(2300 300 60 30 "a13" 0x01)
+	Pin(2200 300 60 30 "a14" 0x01)
+	Pin(2100 300 60 30 "a15" 0x01)
+	Pin(2000 300 60 30 "a16" 0x01)
+	Pin(1900 300 60 30 "a17" 0x01)
+	Pin(1800 300 60 30 "a18" 0x01)
+	Pin(1700 300 60 30 "a19" 0x01)
+	Pin(1600 300 60 30 "a20" 0x01)
+	Pin(1500 300 60 30 "a21" 0x01)
+	Pin(1400 300 60 30 "a22" 0x01)
+	Pin(1300 300 60 30 "a23" 0x01)
+	Pin(1200 300 60 30 "a24" 0x01)
+	Pin(1100 300 60 30 "a25" 0x01)
+	Pin(1000 300 60 30 "a26" 0x01)
+	Pin(900 300 60 30 "a27" 0x01)
+	Pin(800 300 60 30 "a28" 0x01)
+	Pin(700 300 60 30 "a29" 0x01)
+	Pin(600 300 60 30 "a30" 0x01)
+	Pin(500 300 60 30 "a31" 0x01)
+	Pin(400 300 60 30 "a32" 0x01)
+	# Reihe b
+	# Reihe c
+		Pin(3500 100 60 30 "c1" 0x01)
+	Pin(3400 100 60 30 "c2" 0x01)
+	Pin(3300 100 60 30 "c3" 0x01)
+	Pin(3200 100 60 30 "c4" 0x01)
+	Pin(3100 100 60 30 "c5" 0x01)
+	Pin(3000 100 60 30 "c6" 0x01)
+	Pin(2900 100 60 30 "c7" 0x01)
+	Pin(2800 100 60 30 "c8" 0x01)
+	Pin(2700 100 60 30 "c9" 0x01)
+	Pin(2600 100 60 30 "c10" 0x01)
+	Pin(2500 100 60 30 "c11" 0x01)
+	Pin(2400 100 60 30 "c12" 0x01)
+	Pin(2300 100 60 30 "c13" 0x01)
+	Pin(2200 100 60 30 "c14" 0x01)
+	Pin(2100 100 60 30 "c15" 0x01)
+	Pin(2000 100 60 30 "c16" 0x01)
+	Pin(1900 100 60 30 "c17" 0x01)
+	Pin(1800 100 60 30 "c18" 0x01)
+	Pin(1700 100 60 30 "c19" 0x01)
+	Pin(1600 100 60 30 "c20" 0x01)
+	Pin(1500 100 60 30 "c21" 0x01)
+	Pin(1400 100 60 30 "c22" 0x01)
+	Pin(1300 100 60 30 "c23" 0x01)
+	Pin(1200 100 60 30 "c24" 0x01)
+	Pin(1100 100 60 30 "c25" 0x01)
+	Pin(1000 100 60 30 "c26" 0x01)
+	Pin(900 100 60 30 "c27" 0x01)
+	Pin(800 100 60 30 "c28" 0x01)
+	Pin(700 100 60 30 "c29" 0x01)
+	Pin(600 100 60 30 "c30" 0x01)
+	Pin(500 100 60 30 "c31" 0x01)
+	Pin(400 100 60 30 "c32" 0x01)
+    # Rueckseite Kontaktstifte
+	ElementLine(400 100 400 375 40)
+	ElementLine(500 100 500 375 40)
+	ElementLine(600 100 600 375 40)
+	ElementLine(700 100 700 375 40)
+	ElementLine(800 100 800 375 40)
+	ElementLine(900 100 900 375 40)
+	ElementLine(1000 100 1000 375 40)
+	ElementLine(1100 100 1100 375 40)
+	ElementLine(1200 100 1200 375 40)
+	ElementLine(1300 100 1300 375 40)
+	ElementLine(1400 100 1400 375 40)
+	ElementLine(1500 100 1500 375 40)
+	ElementLine(1600 100 1600 375 40)
+	ElementLine(1700 100 1700 375 40)
+	ElementLine(1800 100 1800 375 40)
+	ElementLine(1900 100 1900 375 40)
+	ElementLine(2000 100 2000 375 40)
+	ElementLine(2100 100 2100 375 40)
+	ElementLine(2200 100 2200 375 40)
+	ElementLine(2300 100 2300 375 40)
+	ElementLine(2400 100 2400 375 40)
+	ElementLine(2500 100 2500 375 40)
+	ElementLine(2600 100 2600 375 40)
+	ElementLine(2700 100 2700 375 40)
+	ElementLine(2800 100 2800 375 40)
+	ElementLine(2900 100 2900 375 40)
+	ElementLine(3000 100 3000 375 40)
+	ElementLine(3100 100 3100 375 40)
+	ElementLine(3200 100 3200 375 40)
+	ElementLine(3300 100 3300 375 40)
+	ElementLine(3400 100 3400 375 40)
+	ElementLine(3500 100 3500 375 40)
+	# Befestigungsbohrung
+	Pin( 200 400 120 80 "M1" 0x01)
+	Pin(3700 400 120 80 "M2" 0x01)
+	# Begrenzung M1
+	ElementLine( 100  300  320  300 20)
+	ElementLine( 320  300  320  395 20)
+	ElementLine( 320  395  320  620 10)
+	ElementLine( 320  620  200  620 10)
+	ElementLine( 200  620  100  620 20)
+	ElementLine( 100  620  100  300 20)
+	# Begrenzung M2
+	ElementLine(3580  300 3800  300 20)
+	ElementLine(3800  300 3800  620 20)
+	ElementLine(3800  620 3700  620 20)
+	ElementLine(3700  620 3580  620 10)
+	ElementLine(3580  620 3580  395 10)
+	ElementLine(3580  395 3580  300 20)
+	# Kante Pins
+	ElementLine( 320  395 3580  395 20)
+	# Kanten Stifte
+	ElementLine( 200 620  200 800 20)
+	ElementLine( 200 800 3700 800 20)
+	ElementLine(3700 800 3700 620 20)
+	Mark(3500 300)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_612MALE_SMALL.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_612MALE_SMALL.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_612MALE_SMALL.fp	(revision 296)
@@ -0,0 +1,95 @@
+Element(0x00 "DIN41.612 row a+b+c male" "" "DIN41_612MALE_SMALL" 520 550 0 200 0x00)
+(
+	# Reihe a
+	Pin(1900 300 60 30 "1" 0x101)
+	Pin(1800 300 60 30 "2" 0x01)
+	Pin(1700 300 60 30 "3" 0x01)
+	Pin(1600 300 60 30 "4" 0x01)
+	Pin(1500 300 60 30 "5" 0x01)
+	Pin(1400 300 60 30 "6" 0x01)
+	Pin(1300 300 60 30 "7" 0x01)
+	Pin(1200 300 60 30 "8" 0x01)
+	Pin(1100 300 60 30 "9" 0x01)
+	Pin(1000 300 60 30 "10" 0x01)
+	Pin(900 300 60 30 "11" 0x01)
+	Pin(800 300 60 30 "12" 0x01)
+	Pin(700 300 60 30 "13" 0x01)
+	Pin(600 300 60 30 "14" 0x01)
+	Pin(500 300 60 30 "15" 0x01)
+	Pin(400 300 60 30 "16" 0x01)
+	# Reihe b
+		Pin(1900 200 60 30 "17" 0x01)
+	Pin(1800 200 60 30 "18" 0x01)
+	Pin(1700 200 60 30 "19" 0x01)
+	Pin(1600 200 60 30 "20" 0x01)
+	Pin(1500 200 60 30 "21" 0x01)
+	Pin(1400 200 60 30 "22" 0x01)
+	Pin(1300 200 60 30 "23" 0x01)
+	Pin(1200 200 60 30 "24" 0x01)
+	Pin(1100 200 60 30 "25" 0x01)
+	Pin(1000 200 60 30 "26" 0x01)
+	Pin(900 200 60 30 "27" 0x01)
+	Pin(800 200 60 30 "28" 0x01)
+	Pin(700 200 60 30 "29" 0x01)
+	Pin(600 200 60 30 "30" 0x01)
+	Pin(500 200 60 30 "31" 0x01)
+	Pin(400 200 60 30 "32" 0x01)
+	# Reihe c
+		Pin(1900 100 60 30 "33" 0x01)
+	Pin(1800 100 60 30 "34" 0x01)
+	Pin(1700 100 60 30 "35" 0x01)
+	Pin(1600 100 60 30 "36" 0x01)
+	Pin(1500 100 60 30 "37" 0x01)
+	Pin(1400 100 60 30 "38" 0x01)
+	Pin(1300 100 60 30 "39" 0x01)
+	Pin(1200 100 60 30 "40" 0x01)
+	Pin(1100 100 60 30 "41" 0x01)
+	Pin(1000 100 60 30 "42" 0x01)
+	Pin(900 100 60 30 "43" 0x01)
+	Pin(800 100 60 30 "44" 0x01)
+	Pin(700 100 60 30 "45" 0x01)
+	Pin(600 100 60 30 "46" 0x01)
+	Pin(500 100 60 30 "47" 0x01)
+	Pin(400 100 60 30 "48" 0x01)
+    # Rueckseite Kontaktstifte
+	ElementLine(400 100 400 375 40)
+	ElementLine(500 100 500 375 40)
+	ElementLine(600 100 600 375 40)
+	ElementLine(700 100 700 375 40)
+	ElementLine(800 100 800 375 40)
+	ElementLine(900 100 900 375 40)
+	ElementLine(1000 100 1000 375 40)
+	ElementLine(1100 100 1100 375 40)
+	ElementLine(1200 100 1200 375 40)
+	ElementLine(1300 100 1300 375 40)
+	ElementLine(1400 100 1400 375 40)
+	ElementLine(1500 100 1500 375 40)
+	ElementLine(1600 100 1600 375 40)
+	ElementLine(1700 100 1700 375 40)
+	ElementLine(1800 100 1800 375 40)
+	ElementLine(1900 100 1900 375 40)
+	# Befestigungsbohrung
+	Pin( 200 400 120 80 "M1" 0x01)
+	Pin(2100 400 120 80 "M2" 0x01)
+	# Begrenzung M1
+	ElementLine( 100  300  320  300 20)
+	ElementLine( 320  300  320  395 20)
+	ElementLine( 320  395  320  620 10)
+	ElementLine( 320  620  200  620 10)
+	ElementLine( 200  620  100  620 20)
+	ElementLine( 100  620  100  300 20)
+	# Begrenzung M2
+	ElementLine(1980  300 2200  300 20)
+	ElementLine(2200  300 2200  620 20)
+	ElementLine(2200  620 2100  620 20)
+	ElementLine(2100  620 1980  620 10)
+	ElementLine(1980  620 1980  395 10)
+	ElementLine(1980  395 1980  300 20)
+	# Kante Pins
+	ElementLine( 320  395 1980  395 20)
+	# Kanten Stifte
+	ElementLine( 200 620  200 800 20)
+	ElementLine( 200 800 2100 800 20)
+	ElementLine(2100 800 2100 620 20)
+	Mark(1900 300)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 10.fp	(revision 296)
@@ -0,0 +1,36 @@
+Element(0x00 "DIN41.651 laying 10 pins" "" "DIN41_651LAY 10" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 1130 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 1050 20)
+	ElementLine(610 1050 770 1100 20)
+	ElementLine(770 1100 770 1200 20)
+	ElementLine(770 1200 335 1330 20)
+	ElementLine(335 1330 80 1330 20)
+	ElementLine( 80 1330 80 70 20)
+	# Codieraussparung
+	ElementLine(610 625 435 625 5)
+	ElementLine(435 625 435 775 5)
+	ElementLine(435 775 610 775 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 14.fp	(revision 296)
@@ -0,0 +1,40 @@
+Element(0x00 "DIN41.651 laying 14 pins" "" "DIN41_651LAY 14" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	Pin(100 1000 60 40 "11" 0x01)
+		Pin(200 1000 60 40 "12" 0x01)
+	Pin(100 1100 60 40 "13" 0x01)
+		Pin(200 1100 60 40 "14" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 1330 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 1250 20)
+	ElementLine(610 1250 770 1300 20)
+	ElementLine(770 1300 770 1400 20)
+	ElementLine(770 1400 335 1530 20)
+	ElementLine(335 1530 80 1530 20)
+	ElementLine( 80 1530 80 70 20)
+	# Codieraussparung
+	ElementLine(610 725 435 725 5)
+	ElementLine(435 725 435 875 5)
+	ElementLine(435 875 610 875 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 16.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 16.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 16.fp	(revision 296)
@@ -0,0 +1,42 @@
+Element(0x00 "DIN41.651 laying 16 pins" "" "DIN41_651LAY 16" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	Pin(100 1000 60 40 "11" 0x01)
+		Pin(200 1000 60 40 "12" 0x01)
+	Pin(100 1100 60 40 "13" 0x01)
+		Pin(200 1100 60 40 "14" 0x01)
+	Pin(100 1200 60 40 "15" 0x01)
+		Pin(200 1200 60 40 "16" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 1430 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 1350 20)
+	ElementLine(610 1350 770 1400 20)
+	ElementLine(770 1400 770 1500 20)
+	ElementLine(770 1500 335 1630 20)
+	ElementLine(335 1630 80 1630 20)
+	ElementLine( 80 1630 80 70 20)
+	# Codieraussparung
+	ElementLine(610 775 435 775 5)
+	ElementLine(435 775 435 925 5)
+	ElementLine(435 925 610 925 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 18.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 18.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 18.fp	(revision 296)
@@ -0,0 +1,44 @@
+Element(0x00 "DIN41.651 laying 18 pins" "" "DIN41_651LAY 18" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	Pin(100 1000 60 40 "11" 0x01)
+		Pin(200 1000 60 40 "12" 0x01)
+	Pin(100 1100 60 40 "13" 0x01)
+		Pin(200 1100 60 40 "14" 0x01)
+	Pin(100 1200 60 40 "15" 0x01)
+		Pin(200 1200 60 40 "16" 0x01)
+	Pin(100 1300 60 40 "17" 0x01)
+		Pin(200 1300 60 40 "18" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 1530 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 1450 20)
+	ElementLine(610 1450 770 1500 20)
+	ElementLine(770 1500 770 1600 20)
+	ElementLine(770 1600 335 1730 20)
+	ElementLine(335 1730 80 1730 20)
+	ElementLine( 80 1730 80 70 20)
+	# Codieraussparung
+	ElementLine(610 825 435 825 5)
+	ElementLine(435 825 435 975 5)
+	ElementLine(435 975 610 975 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 20.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 20.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 20.fp	(revision 296)
@@ -0,0 +1,46 @@
+Element(0x00 "DIN41.651 laying 20 pins" "" "DIN41_651LAY 20" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	Pin(100 1000 60 40 "11" 0x01)
+		Pin(200 1000 60 40 "12" 0x01)
+	Pin(100 1100 60 40 "13" 0x01)
+		Pin(200 1100 60 40 "14" 0x01)
+	Pin(100 1200 60 40 "15" 0x01)
+		Pin(200 1200 60 40 "16" 0x01)
+	Pin(100 1300 60 40 "17" 0x01)
+		Pin(200 1300 60 40 "18" 0x01)
+	Pin(100 1400 60 40 "19" 0x01)
+		Pin(200 1400 60 40 "20" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 1630 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 1550 20)
+	ElementLine(610 1550 770 1600 20)
+	ElementLine(770 1600 770 1700 20)
+	ElementLine(770 1700 335 1830 20)
+	ElementLine(335 1830 80 1830 20)
+	ElementLine( 80 1830 80 70 20)
+	# Codieraussparung
+	ElementLine(610 875 435 875 5)
+	ElementLine(435 875 435 1025 5)
+	ElementLine(435 1025 610 1025 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 22.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 22.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 22.fp	(revision 296)
@@ -0,0 +1,48 @@
+Element(0x00 "DIN41.651 laying 22 pins" "" "DIN41_651LAY 22" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	Pin(100 1000 60 40 "11" 0x01)
+		Pin(200 1000 60 40 "12" 0x01)
+	Pin(100 1100 60 40 "13" 0x01)
+		Pin(200 1100 60 40 "14" 0x01)
+	Pin(100 1200 60 40 "15" 0x01)
+		Pin(200 1200 60 40 "16" 0x01)
+	Pin(100 1300 60 40 "17" 0x01)
+		Pin(200 1300 60 40 "18" 0x01)
+	Pin(100 1400 60 40 "19" 0x01)
+		Pin(200 1400 60 40 "20" 0x01)
+	Pin(100 1500 60 40 "21" 0x01)
+		Pin(200 1500 60 40 "22" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 1730 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 1650 20)
+	ElementLine(610 1650 770 1700 20)
+	ElementLine(770 1700 770 1800 20)
+	ElementLine(770 1800 335 1930 20)
+	ElementLine(335 1930 80 1930 20)
+	ElementLine( 80 1930 80 70 20)
+	# Codieraussparung
+	ElementLine(610 925 435 925 5)
+	ElementLine(435 925 435 1075 5)
+	ElementLine(435 1075 610 1075 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 24.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 24.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 24.fp	(revision 296)
@@ -0,0 +1,50 @@
+Element(0x00 "DIN41.651 laying 24 pins" "" "DIN41_651LAY 24" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	Pin(100 1000 60 40 "11" 0x01)
+		Pin(200 1000 60 40 "12" 0x01)
+	Pin(100 1100 60 40 "13" 0x01)
+		Pin(200 1100 60 40 "14" 0x01)
+	Pin(100 1200 60 40 "15" 0x01)
+		Pin(200 1200 60 40 "16" 0x01)
+	Pin(100 1300 60 40 "17" 0x01)
+		Pin(200 1300 60 40 "18" 0x01)
+	Pin(100 1400 60 40 "19" 0x01)
+		Pin(200 1400 60 40 "20" 0x01)
+	Pin(100 1500 60 40 "21" 0x01)
+		Pin(200 1500 60 40 "22" 0x01)
+	Pin(100 1600 60 40 "23" 0x01)
+		Pin(200 1600 60 40 "24" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 1830 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 1750 20)
+	ElementLine(610 1750 770 1800 20)
+	ElementLine(770 1800 770 1900 20)
+	ElementLine(770 1900 335 2030 20)
+	ElementLine(335 2030 80 2030 20)
+	ElementLine( 80 2030 80 70 20)
+	# Codieraussparung
+	ElementLine(610 975 435 975 5)
+	ElementLine(435 975 435 1125 5)
+	ElementLine(435 1125 610 1125 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 26.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 26.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 26.fp	(revision 296)
@@ -0,0 +1,52 @@
+Element(0x00 "DIN41.651 laying 26 pins" "" "DIN41_651LAY 26" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	Pin(100 1000 60 40 "11" 0x01)
+		Pin(200 1000 60 40 "12" 0x01)
+	Pin(100 1100 60 40 "13" 0x01)
+		Pin(200 1100 60 40 "14" 0x01)
+	Pin(100 1200 60 40 "15" 0x01)
+		Pin(200 1200 60 40 "16" 0x01)
+	Pin(100 1300 60 40 "17" 0x01)
+		Pin(200 1300 60 40 "18" 0x01)
+	Pin(100 1400 60 40 "19" 0x01)
+		Pin(200 1400 60 40 "20" 0x01)
+	Pin(100 1500 60 40 "21" 0x01)
+		Pin(200 1500 60 40 "22" 0x01)
+	Pin(100 1600 60 40 "23" 0x01)
+		Pin(200 1600 60 40 "24" 0x01)
+	Pin(100 1700 60 40 "25" 0x01)
+		Pin(200 1700 60 40 "26" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 1930 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 1850 20)
+	ElementLine(610 1850 770 1900 20)
+	ElementLine(770 1900 770 2000 20)
+	ElementLine(770 2000 335 2130 20)
+	ElementLine(335 2130 80 2130 20)
+	ElementLine( 80 2130 80 70 20)
+	# Codieraussparung
+	ElementLine(610 1025 435 1025 5)
+	ElementLine(435 1025 435 1175 5)
+	ElementLine(435 1175 610 1175 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 34.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 34.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 34.fp	(revision 296)
@@ -0,0 +1,60 @@
+Element(0x00 "DIN41.651 laying 34 pins" "" "DIN41_651LAY 34" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	Pin(100 1000 60 40 "11" 0x01)
+		Pin(200 1000 60 40 "12" 0x01)
+	Pin(100 1100 60 40 "13" 0x01)
+		Pin(200 1100 60 40 "14" 0x01)
+	Pin(100 1200 60 40 "15" 0x01)
+		Pin(200 1200 60 40 "16" 0x01)
+	Pin(100 1300 60 40 "17" 0x01)
+		Pin(200 1300 60 40 "18" 0x01)
+	Pin(100 1400 60 40 "19" 0x01)
+		Pin(200 1400 60 40 "20" 0x01)
+	Pin(100 1500 60 40 "21" 0x01)
+		Pin(200 1500 60 40 "22" 0x01)
+	Pin(100 1600 60 40 "23" 0x01)
+		Pin(200 1600 60 40 "24" 0x01)
+	Pin(100 1700 60 40 "25" 0x01)
+		Pin(200 1700 60 40 "26" 0x01)
+	Pin(100 1800 60 40 "27" 0x01)
+		Pin(200 1800 60 40 "28" 0x01)
+	Pin(100 1900 60 40 "29" 0x01)
+		Pin(200 1900 60 40 "30" 0x01)
+	Pin(100 2000 60 40 "31" 0x01)
+		Pin(200 2000 60 40 "32" 0x01)
+	Pin(100 2100 60 40 "33" 0x01)
+		Pin(200 2100 60 40 "34" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 2330 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 2250 20)
+	ElementLine(610 2250 770 2300 20)
+	ElementLine(770 2300 770 2400 20)
+	ElementLine(770 2400 335 2530 20)
+	ElementLine(335 2530 80 2530 20)
+	ElementLine( 80 2530 80 70 20)
+	# Codieraussparung
+	ElementLine(610 1225 435 1225 5)
+	ElementLine(435 1225 435 1375 5)
+	ElementLine(435 1375 610 1375 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 40.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 40.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 40.fp	(revision 296)
@@ -0,0 +1,66 @@
+Element(0x00 "DIN41.651 laying 40 pins" "" "DIN41_651LAY 40" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	Pin(100 1000 60 40 "11" 0x01)
+		Pin(200 1000 60 40 "12" 0x01)
+	Pin(100 1100 60 40 "13" 0x01)
+		Pin(200 1100 60 40 "14" 0x01)
+	Pin(100 1200 60 40 "15" 0x01)
+		Pin(200 1200 60 40 "16" 0x01)
+	Pin(100 1300 60 40 "17" 0x01)
+		Pin(200 1300 60 40 "18" 0x01)
+	Pin(100 1400 60 40 "19" 0x01)
+		Pin(200 1400 60 40 "20" 0x01)
+	Pin(100 1500 60 40 "21" 0x01)
+		Pin(200 1500 60 40 "22" 0x01)
+	Pin(100 1600 60 40 "23" 0x01)
+		Pin(200 1600 60 40 "24" 0x01)
+	Pin(100 1700 60 40 "25" 0x01)
+		Pin(200 1700 60 40 "26" 0x01)
+	Pin(100 1800 60 40 "27" 0x01)
+		Pin(200 1800 60 40 "28" 0x01)
+	Pin(100 1900 60 40 "29" 0x01)
+		Pin(200 1900 60 40 "30" 0x01)
+	Pin(100 2000 60 40 "31" 0x01)
+		Pin(200 2000 60 40 "32" 0x01)
+	Pin(100 2100 60 40 "33" 0x01)
+		Pin(200 2100 60 40 "34" 0x01)
+	Pin(100 2200 60 40 "35" 0x01)
+		Pin(200 2200 60 40 "36" 0x01)
+	Pin(100 2300 60 40 "37" 0x01)
+		Pin(200 2300 60 40 "38" 0x01)
+	Pin(100 2400 60 40 "39" 0x01)
+		Pin(200 2400 60 40 "40" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 2630 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 2550 20)
+	ElementLine(610 2550 770 2600 20)
+	ElementLine(770 2600 770 2700 20)
+	ElementLine(770 2700 335 2830 20)
+	ElementLine(335 2830 80 2830 20)
+	ElementLine( 80 2830 80 70 20)
+	# Codieraussparung
+	ElementLine(610 1375 435 1375 5)
+	ElementLine(435 1375 435 1525 5)
+	ElementLine(435 1525 610 1525 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 50.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 50.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 50.fp	(revision 296)
@@ -0,0 +1,76 @@
+Element(0x00 "DIN41.651 laying 50 pins" "" "DIN41_651LAY 50" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	Pin(100 1000 60 40 "11" 0x01)
+		Pin(200 1000 60 40 "12" 0x01)
+	Pin(100 1100 60 40 "13" 0x01)
+		Pin(200 1100 60 40 "14" 0x01)
+	Pin(100 1200 60 40 "15" 0x01)
+		Pin(200 1200 60 40 "16" 0x01)
+	Pin(100 1300 60 40 "17" 0x01)
+		Pin(200 1300 60 40 "18" 0x01)
+	Pin(100 1400 60 40 "19" 0x01)
+		Pin(200 1400 60 40 "20" 0x01)
+	Pin(100 1500 60 40 "21" 0x01)
+		Pin(200 1500 60 40 "22" 0x01)
+	Pin(100 1600 60 40 "23" 0x01)
+		Pin(200 1600 60 40 "24" 0x01)
+	Pin(100 1700 60 40 "25" 0x01)
+		Pin(200 1700 60 40 "26" 0x01)
+	Pin(100 1800 60 40 "27" 0x01)
+		Pin(200 1800 60 40 "28" 0x01)
+	Pin(100 1900 60 40 "29" 0x01)
+		Pin(200 1900 60 40 "30" 0x01)
+	Pin(100 2000 60 40 "31" 0x01)
+		Pin(200 2000 60 40 "32" 0x01)
+	Pin(100 2100 60 40 "33" 0x01)
+		Pin(200 2100 60 40 "34" 0x01)
+	Pin(100 2200 60 40 "35" 0x01)
+		Pin(200 2200 60 40 "36" 0x01)
+	Pin(100 2300 60 40 "37" 0x01)
+		Pin(200 2300 60 40 "38" 0x01)
+	Pin(100 2400 60 40 "39" 0x01)
+		Pin(200 2400 60 40 "40" 0x01)
+	Pin(100 2500 60 40 "41" 0x01)
+		Pin(200 2500 60 40 "42" 0x01)
+	Pin(100 2600 60 40 "43" 0x01)
+		Pin(200 2600 60 40 "44" 0x01)
+	Pin(100 2700 60 40 "45" 0x01)
+		Pin(200 2700 60 40 "46" 0x01)
+	Pin(100 2800 60 40 "47" 0x01)
+		Pin(200 2800 60 40 "48" 0x01)
+	Pin(100 2900 60 40 "49" 0x01)
+		Pin(200 2900 60 40 "50" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 3130 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 3050 20)
+	ElementLine(610 3050 770 3100 20)
+	ElementLine(770 3100 770 3200 20)
+	ElementLine(770 3200 335 3330 20)
+	ElementLine(335 3330 80 3330 20)
+	ElementLine( 80 3330 80 70 20)
+	# Codieraussparung
+	ElementLine(610 1625 435 1625 5)
+	ElementLine(435 1625 435 1775 5)
+	ElementLine(435 1775 610 1775 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 64.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 64.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651LAY 64.fp	(revision 296)
@@ -0,0 +1,90 @@
+Element(0x00 "DIN41.651 laying 64 pins" "" "DIN41_651LAY 64" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	Pin(100 1000 60 40 "11" 0x01)
+		Pin(200 1000 60 40 "12" 0x01)
+	Pin(100 1100 60 40 "13" 0x01)
+		Pin(200 1100 60 40 "14" 0x01)
+	Pin(100 1200 60 40 "15" 0x01)
+		Pin(200 1200 60 40 "16" 0x01)
+	Pin(100 1300 60 40 "17" 0x01)
+		Pin(200 1300 60 40 "18" 0x01)
+	Pin(100 1400 60 40 "19" 0x01)
+		Pin(200 1400 60 40 "20" 0x01)
+	Pin(100 1500 60 40 "21" 0x01)
+		Pin(200 1500 60 40 "22" 0x01)
+	Pin(100 1600 60 40 "23" 0x01)
+		Pin(200 1600 60 40 "24" 0x01)
+	Pin(100 1700 60 40 "25" 0x01)
+		Pin(200 1700 60 40 "26" 0x01)
+	Pin(100 1800 60 40 "27" 0x01)
+		Pin(200 1800 60 40 "28" 0x01)
+	Pin(100 1900 60 40 "29" 0x01)
+		Pin(200 1900 60 40 "30" 0x01)
+	Pin(100 2000 60 40 "31" 0x01)
+		Pin(200 2000 60 40 "32" 0x01)
+	Pin(100 2100 60 40 "33" 0x01)
+		Pin(200 2100 60 40 "34" 0x01)
+	Pin(100 2200 60 40 "35" 0x01)
+		Pin(200 2200 60 40 "36" 0x01)
+	Pin(100 2300 60 40 "37" 0x01)
+		Pin(200 2300 60 40 "38" 0x01)
+	Pin(100 2400 60 40 "39" 0x01)
+		Pin(200 2400 60 40 "40" 0x01)
+	Pin(100 2500 60 40 "41" 0x01)
+		Pin(200 2500 60 40 "42" 0x01)
+	Pin(100 2600 60 40 "43" 0x01)
+		Pin(200 2600 60 40 "44" 0x01)
+	Pin(100 2700 60 40 "45" 0x01)
+		Pin(200 2700 60 40 "46" 0x01)
+	Pin(100 2800 60 40 "47" 0x01)
+		Pin(200 2800 60 40 "48" 0x01)
+	Pin(100 2900 60 40 "49" 0x01)
+		Pin(200 2900 60 40 "50" 0x01)
+	Pin(100 3000 60 40 "51" 0x01)
+		Pin(200 3000 60 40 "52" 0x01)
+	Pin(100 3100 60 40 "53" 0x01)
+		Pin(200 3100 60 40 "54" 0x01)
+	Pin(100 3200 60 40 "55" 0x01)
+		Pin(200 3200 60 40 "56" 0x01)
+	Pin(100 3300 60 40 "57" 0x01)
+		Pin(200 3300 60 40 "58" 0x01)
+	Pin(100 3400 60 40 "59" 0x01)
+		Pin(200 3400 60 40 "60" 0x01)
+	Pin(100 3500 60 40 "61" 0x01)
+		Pin(200 3500 60 40 "62" 0x01)
+	Pin(100 3600 60 40 "63" 0x01)
+		Pin(200 3600 60 40 "64" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 3830 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 3750 20)
+	ElementLine(610 3750 770 3800 20)
+	ElementLine(770 3800 770 3900 20)
+	ElementLine(770 3900 335 4030 20)
+	ElementLine(335 4030 80 4030 20)
+	ElementLine( 80 4030 80 70 20)
+	# Codieraussparung
+	ElementLine(610 1975 435 1975 5)
+	ElementLine(435 1975 435 2125 5)
+	ElementLine(435 2125 610 2125 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 10.fp	(revision 296)
@@ -0,0 +1,36 @@
+Element(0x00 "DIN41.651 standing 10 pins" "" "DIN41_651STAND 10" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 1330 20)
+	ElementLine(410 1330 90 1330 20)
+	ElementLine(90 1330 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 1050 5)
+	ElementLine(390 1050 110 1050 5)
+	ElementLine(110 1050 110 775 5)
+	ElementLine(110 775  90 775 5)
+	ElementLine(90  625 110 625 5)
+	ElementLine(110 625 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 1050 200 1330 5)
+	ElementLine(300 1050 300 1330 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 14.fp	(revision 296)
@@ -0,0 +1,40 @@
+Element(0x00 "DIN41.651 standing 14 pins" "" "DIN41_651STAND 14" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	Pin(200 1000 60 40 "11" 0x01)
+		Pin(300 1000 60 40 "12" 0x01)
+	Pin(200 1100 60 40 "13" 0x01)
+		Pin(300 1100 60 40 "14" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 1530 20)
+	ElementLine(410 1530 90 1530 20)
+	ElementLine(90 1530 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 1250 5)
+	ElementLine(390 1250 110 1250 5)
+	ElementLine(110 1250 110 875 5)
+	ElementLine(110 875  90 875 5)
+	ElementLine(90  725 110 725 5)
+	ElementLine(110 725 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 1250 200 1530 5)
+	ElementLine(300 1250 300 1530 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 16.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 16.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 16.fp	(revision 296)
@@ -0,0 +1,42 @@
+Element(0x00 "DIN41.651 standing 16 pins" "" "DIN41_651STAND 16" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	Pin(200 1000 60 40 "11" 0x01)
+		Pin(300 1000 60 40 "12" 0x01)
+	Pin(200 1100 60 40 "13" 0x01)
+		Pin(300 1100 60 40 "14" 0x01)
+	Pin(200 1200 60 40 "15" 0x01)
+		Pin(300 1200 60 40 "16" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 1630 20)
+	ElementLine(410 1630 90 1630 20)
+	ElementLine(90 1630 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 1350 5)
+	ElementLine(390 1350 110 1350 5)
+	ElementLine(110 1350 110 925 5)
+	ElementLine(110 925  90 925 5)
+	ElementLine(90  775 110 775 5)
+	ElementLine(110 775 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 1350 200 1630 5)
+	ElementLine(300 1350 300 1630 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 18.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 18.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 18.fp	(revision 296)
@@ -0,0 +1,44 @@
+Element(0x00 "DIN41.651 standing 18 pins" "" "DIN41_651STAND 18" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	Pin(200 1000 60 40 "11" 0x01)
+		Pin(300 1000 60 40 "12" 0x01)
+	Pin(200 1100 60 40 "13" 0x01)
+		Pin(300 1100 60 40 "14" 0x01)
+	Pin(200 1200 60 40 "15" 0x01)
+		Pin(300 1200 60 40 "16" 0x01)
+	Pin(200 1300 60 40 "17" 0x01)
+		Pin(300 1300 60 40 "18" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 1730 20)
+	ElementLine(410 1730 90 1730 20)
+	ElementLine(90 1730 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 1450 5)
+	ElementLine(390 1450 110 1450 5)
+	ElementLine(110 1450 110 975 5)
+	ElementLine(110 975  90 975 5)
+	ElementLine(90  825 110 825 5)
+	ElementLine(110 825 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 1450 200 1730 5)
+	ElementLine(300 1450 300 1730 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 20.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 20.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 20.fp	(revision 296)
@@ -0,0 +1,46 @@
+Element(0x00 "DIN41.651 standing 20 pins" "" "DIN41_651STAND 20" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	Pin(200 1000 60 40 "11" 0x01)
+		Pin(300 1000 60 40 "12" 0x01)
+	Pin(200 1100 60 40 "13" 0x01)
+		Pin(300 1100 60 40 "14" 0x01)
+	Pin(200 1200 60 40 "15" 0x01)
+		Pin(300 1200 60 40 "16" 0x01)
+	Pin(200 1300 60 40 "17" 0x01)
+		Pin(300 1300 60 40 "18" 0x01)
+	Pin(200 1400 60 40 "19" 0x01)
+		Pin(300 1400 60 40 "20" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 1830 20)
+	ElementLine(410 1830 90 1830 20)
+	ElementLine(90 1830 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 1550 5)
+	ElementLine(390 1550 110 1550 5)
+	ElementLine(110 1550 110 1025 5)
+	ElementLine(110 1025  90 1025 5)
+	ElementLine(90  875 110 875 5)
+	ElementLine(110 875 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 1550 200 1830 5)
+	ElementLine(300 1550 300 1830 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 22.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 22.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 22.fp	(revision 296)
@@ -0,0 +1,48 @@
+Element(0x00 "DIN41.651 standing 22 pins" "" "DIN41_651STAND 22" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	Pin(200 1000 60 40 "11" 0x01)
+		Pin(300 1000 60 40 "12" 0x01)
+	Pin(200 1100 60 40 "13" 0x01)
+		Pin(300 1100 60 40 "14" 0x01)
+	Pin(200 1200 60 40 "15" 0x01)
+		Pin(300 1200 60 40 "16" 0x01)
+	Pin(200 1300 60 40 "17" 0x01)
+		Pin(300 1300 60 40 "18" 0x01)
+	Pin(200 1400 60 40 "19" 0x01)
+		Pin(300 1400 60 40 "20" 0x01)
+	Pin(200 1500 60 40 "21" 0x01)
+		Pin(300 1500 60 40 "22" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 1930 20)
+	ElementLine(410 1930 90 1930 20)
+	ElementLine(90 1930 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 1650 5)
+	ElementLine(390 1650 110 1650 5)
+	ElementLine(110 1650 110 1075 5)
+	ElementLine(110 1075  90 1075 5)
+	ElementLine(90  925 110 925 5)
+	ElementLine(110 925 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 1650 200 1930 5)
+	ElementLine(300 1650 300 1930 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 24.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 24.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 24.fp	(revision 296)
@@ -0,0 +1,50 @@
+Element(0x00 "DIN41.651 standing 24 pins" "" "DIN41_651STAND 24" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	Pin(200 1000 60 40 "11" 0x01)
+		Pin(300 1000 60 40 "12" 0x01)
+	Pin(200 1100 60 40 "13" 0x01)
+		Pin(300 1100 60 40 "14" 0x01)
+	Pin(200 1200 60 40 "15" 0x01)
+		Pin(300 1200 60 40 "16" 0x01)
+	Pin(200 1300 60 40 "17" 0x01)
+		Pin(300 1300 60 40 "18" 0x01)
+	Pin(200 1400 60 40 "19" 0x01)
+		Pin(300 1400 60 40 "20" 0x01)
+	Pin(200 1500 60 40 "21" 0x01)
+		Pin(300 1500 60 40 "22" 0x01)
+	Pin(200 1600 60 40 "23" 0x01)
+		Pin(300 1600 60 40 "24" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 2030 20)
+	ElementLine(410 2030 90 2030 20)
+	ElementLine(90 2030 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 1750 5)
+	ElementLine(390 1750 110 1750 5)
+	ElementLine(110 1750 110 1125 5)
+	ElementLine(110 1125  90 1125 5)
+	ElementLine(90  975 110 975 5)
+	ElementLine(110 975 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 1750 200 2030 5)
+	ElementLine(300 1750 300 2030 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 26.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 26.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 26.fp	(revision 296)
@@ -0,0 +1,52 @@
+Element(0x00 "DIN41.651 standing 26 pins" "" "DIN41_651STAND 26" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	Pin(200 1000 60 40 "11" 0x01)
+		Pin(300 1000 60 40 "12" 0x01)
+	Pin(200 1100 60 40 "13" 0x01)
+		Pin(300 1100 60 40 "14" 0x01)
+	Pin(200 1200 60 40 "15" 0x01)
+		Pin(300 1200 60 40 "16" 0x01)
+	Pin(200 1300 60 40 "17" 0x01)
+		Pin(300 1300 60 40 "18" 0x01)
+	Pin(200 1400 60 40 "19" 0x01)
+		Pin(300 1400 60 40 "20" 0x01)
+	Pin(200 1500 60 40 "21" 0x01)
+		Pin(300 1500 60 40 "22" 0x01)
+	Pin(200 1600 60 40 "23" 0x01)
+		Pin(300 1600 60 40 "24" 0x01)
+	Pin(200 1700 60 40 "25" 0x01)
+		Pin(300 1700 60 40 "26" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 2130 20)
+	ElementLine(410 2130 90 2130 20)
+	ElementLine(90 2130 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 1850 5)
+	ElementLine(390 1850 110 1850 5)
+	ElementLine(110 1850 110 1175 5)
+	ElementLine(110 1175  90 1175 5)
+	ElementLine(90  1025 110 1025 5)
+	ElementLine(110 1025 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 1850 200 2130 5)
+	ElementLine(300 1850 300 2130 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 34.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 34.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 34.fp	(revision 296)
@@ -0,0 +1,60 @@
+Element(0x00 "DIN41.651 standing 34 pins" "" "DIN41_651STAND 34" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	Pin(200 1000 60 40 "11" 0x01)
+		Pin(300 1000 60 40 "12" 0x01)
+	Pin(200 1100 60 40 "13" 0x01)
+		Pin(300 1100 60 40 "14" 0x01)
+	Pin(200 1200 60 40 "15" 0x01)
+		Pin(300 1200 60 40 "16" 0x01)
+	Pin(200 1300 60 40 "17" 0x01)
+		Pin(300 1300 60 40 "18" 0x01)
+	Pin(200 1400 60 40 "19" 0x01)
+		Pin(300 1400 60 40 "20" 0x01)
+	Pin(200 1500 60 40 "21" 0x01)
+		Pin(300 1500 60 40 "22" 0x01)
+	Pin(200 1600 60 40 "23" 0x01)
+		Pin(300 1600 60 40 "24" 0x01)
+	Pin(200 1700 60 40 "25" 0x01)
+		Pin(300 1700 60 40 "26" 0x01)
+	Pin(200 1800 60 40 "27" 0x01)
+		Pin(300 1800 60 40 "28" 0x01)
+	Pin(200 1900 60 40 "29" 0x01)
+		Pin(300 1900 60 40 "30" 0x01)
+	Pin(200 2000 60 40 "31" 0x01)
+		Pin(300 2000 60 40 "32" 0x01)
+	Pin(200 2100 60 40 "33" 0x01)
+		Pin(300 2100 60 40 "34" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 2530 20)
+	ElementLine(410 2530 90 2530 20)
+	ElementLine(90 2530 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 2250 5)
+	ElementLine(390 2250 110 2250 5)
+	ElementLine(110 2250 110 1375 5)
+	ElementLine(110 1375  90 1375 5)
+	ElementLine(90  1225 110 1225 5)
+	ElementLine(110 1225 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 2250 200 2530 5)
+	ElementLine(300 2250 300 2530 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 40.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 40.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 40.fp	(revision 296)
@@ -0,0 +1,66 @@
+Element(0x00 "DIN41.651 standing 40 pins" "" "DIN41_651STAND 40" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	Pin(200 1000 60 40 "11" 0x01)
+		Pin(300 1000 60 40 "12" 0x01)
+	Pin(200 1100 60 40 "13" 0x01)
+		Pin(300 1100 60 40 "14" 0x01)
+	Pin(200 1200 60 40 "15" 0x01)
+		Pin(300 1200 60 40 "16" 0x01)
+	Pin(200 1300 60 40 "17" 0x01)
+		Pin(300 1300 60 40 "18" 0x01)
+	Pin(200 1400 60 40 "19" 0x01)
+		Pin(300 1400 60 40 "20" 0x01)
+	Pin(200 1500 60 40 "21" 0x01)
+		Pin(300 1500 60 40 "22" 0x01)
+	Pin(200 1600 60 40 "23" 0x01)
+		Pin(300 1600 60 40 "24" 0x01)
+	Pin(200 1700 60 40 "25" 0x01)
+		Pin(300 1700 60 40 "26" 0x01)
+	Pin(200 1800 60 40 "27" 0x01)
+		Pin(300 1800 60 40 "28" 0x01)
+	Pin(200 1900 60 40 "29" 0x01)
+		Pin(300 1900 60 40 "30" 0x01)
+	Pin(200 2000 60 40 "31" 0x01)
+		Pin(300 2000 60 40 "32" 0x01)
+	Pin(200 2100 60 40 "33" 0x01)
+		Pin(300 2100 60 40 "34" 0x01)
+	Pin(200 2200 60 40 "35" 0x01)
+		Pin(300 2200 60 40 "36" 0x01)
+	Pin(200 2300 60 40 "37" 0x01)
+		Pin(300 2300 60 40 "38" 0x01)
+	Pin(200 2400 60 40 "39" 0x01)
+		Pin(300 2400 60 40 "40" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 2830 20)
+	ElementLine(410 2830 90 2830 20)
+	ElementLine(90 2830 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 2550 5)
+	ElementLine(390 2550 110 2550 5)
+	ElementLine(110 2550 110 1525 5)
+	ElementLine(110 1525  90 1525 5)
+	ElementLine(90  1375 110 1375 5)
+	ElementLine(110 1375 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 2550 200 2830 5)
+	ElementLine(300 2550 300 2830 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 50.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 50.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 50.fp	(revision 296)
@@ -0,0 +1,76 @@
+Element(0x00 "DIN41.651 standing 50 pins" "" "DIN41_651STAND 50" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	Pin(200 1000 60 40 "11" 0x01)
+		Pin(300 1000 60 40 "12" 0x01)
+	Pin(200 1100 60 40 "13" 0x01)
+		Pin(300 1100 60 40 "14" 0x01)
+	Pin(200 1200 60 40 "15" 0x01)
+		Pin(300 1200 60 40 "16" 0x01)
+	Pin(200 1300 60 40 "17" 0x01)
+		Pin(300 1300 60 40 "18" 0x01)
+	Pin(200 1400 60 40 "19" 0x01)
+		Pin(300 1400 60 40 "20" 0x01)
+	Pin(200 1500 60 40 "21" 0x01)
+		Pin(300 1500 60 40 "22" 0x01)
+	Pin(200 1600 60 40 "23" 0x01)
+		Pin(300 1600 60 40 "24" 0x01)
+	Pin(200 1700 60 40 "25" 0x01)
+		Pin(300 1700 60 40 "26" 0x01)
+	Pin(200 1800 60 40 "27" 0x01)
+		Pin(300 1800 60 40 "28" 0x01)
+	Pin(200 1900 60 40 "29" 0x01)
+		Pin(300 1900 60 40 "30" 0x01)
+	Pin(200 2000 60 40 "31" 0x01)
+		Pin(300 2000 60 40 "32" 0x01)
+	Pin(200 2100 60 40 "33" 0x01)
+		Pin(300 2100 60 40 "34" 0x01)
+	Pin(200 2200 60 40 "35" 0x01)
+		Pin(300 2200 60 40 "36" 0x01)
+	Pin(200 2300 60 40 "37" 0x01)
+		Pin(300 2300 60 40 "38" 0x01)
+	Pin(200 2400 60 40 "39" 0x01)
+		Pin(300 2400 60 40 "40" 0x01)
+	Pin(200 2500 60 40 "41" 0x01)
+		Pin(300 2500 60 40 "42" 0x01)
+	Pin(200 2600 60 40 "43" 0x01)
+		Pin(300 2600 60 40 "44" 0x01)
+	Pin(200 2700 60 40 "45" 0x01)
+		Pin(300 2700 60 40 "46" 0x01)
+	Pin(200 2800 60 40 "47" 0x01)
+		Pin(300 2800 60 40 "48" 0x01)
+	Pin(200 2900 60 40 "49" 0x01)
+		Pin(300 2900 60 40 "50" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 3330 20)
+	ElementLine(410 3330 90 3330 20)
+	ElementLine(90 3330 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 3050 5)
+	ElementLine(390 3050 110 3050 5)
+	ElementLine(110 3050 110 1775 5)
+	ElementLine(110 1775  90 1775 5)
+	ElementLine(90  1625 110 1625 5)
+	ElementLine(110 1625 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 3050 200 3330 5)
+	ElementLine(300 3050 300 3330 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 64.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 64.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/DIN41_651STAND 64.fp	(revision 296)
@@ -0,0 +1,90 @@
+Element(0x00 "DIN41.651 standing 64 pins" "" "DIN41_651STAND 64" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	Pin(200 1000 60 40 "11" 0x01)
+		Pin(300 1000 60 40 "12" 0x01)
+	Pin(200 1100 60 40 "13" 0x01)
+		Pin(300 1100 60 40 "14" 0x01)
+	Pin(200 1200 60 40 "15" 0x01)
+		Pin(300 1200 60 40 "16" 0x01)
+	Pin(200 1300 60 40 "17" 0x01)
+		Pin(300 1300 60 40 "18" 0x01)
+	Pin(200 1400 60 40 "19" 0x01)
+		Pin(300 1400 60 40 "20" 0x01)
+	Pin(200 1500 60 40 "21" 0x01)
+		Pin(300 1500 60 40 "22" 0x01)
+	Pin(200 1600 60 40 "23" 0x01)
+		Pin(300 1600 60 40 "24" 0x01)
+	Pin(200 1700 60 40 "25" 0x01)
+		Pin(300 1700 60 40 "26" 0x01)
+	Pin(200 1800 60 40 "27" 0x01)
+		Pin(300 1800 60 40 "28" 0x01)
+	Pin(200 1900 60 40 "29" 0x01)
+		Pin(300 1900 60 40 "30" 0x01)
+	Pin(200 2000 60 40 "31" 0x01)
+		Pin(300 2000 60 40 "32" 0x01)
+	Pin(200 2100 60 40 "33" 0x01)
+		Pin(300 2100 60 40 "34" 0x01)
+	Pin(200 2200 60 40 "35" 0x01)
+		Pin(300 2200 60 40 "36" 0x01)
+	Pin(200 2300 60 40 "37" 0x01)
+		Pin(300 2300 60 40 "38" 0x01)
+	Pin(200 2400 60 40 "39" 0x01)
+		Pin(300 2400 60 40 "40" 0x01)
+	Pin(200 2500 60 40 "41" 0x01)
+		Pin(300 2500 60 40 "42" 0x01)
+	Pin(200 2600 60 40 "43" 0x01)
+		Pin(300 2600 60 40 "44" 0x01)
+	Pin(200 2700 60 40 "45" 0x01)
+		Pin(300 2700 60 40 "46" 0x01)
+	Pin(200 2800 60 40 "47" 0x01)
+		Pin(300 2800 60 40 "48" 0x01)
+	Pin(200 2900 60 40 "49" 0x01)
+		Pin(300 2900 60 40 "50" 0x01)
+	Pin(200 3000 60 40 "51" 0x01)
+		Pin(300 3000 60 40 "52" 0x01)
+	Pin(200 3100 60 40 "53" 0x01)
+		Pin(300 3100 60 40 "54" 0x01)
+	Pin(200 3200 60 40 "55" 0x01)
+		Pin(300 3200 60 40 "56" 0x01)
+	Pin(200 3300 60 40 "57" 0x01)
+		Pin(300 3300 60 40 "58" 0x01)
+	Pin(200 3400 60 40 "59" 0x01)
+		Pin(300 3400 60 40 "60" 0x01)
+	Pin(200 3500 60 40 "61" 0x01)
+		Pin(300 3500 60 40 "62" 0x01)
+	Pin(200 3600 60 40 "63" 0x01)
+		Pin(300 3600 60 40 "64" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 4030 20)
+	ElementLine(410 4030 90 4030 20)
+	ElementLine(90 4030 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 3750 5)
+	ElementLine(390 3750 110 3750 5)
+	ElementLine(110 3750 110 2125 5)
+	ElementLine(110 2125  90 2125 5)
+	ElementLine(90  1975 110 1975 5)
+	ElementLine(110 1975 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 3750 200 4030 5)
+	ElementLine(300 3750 300 4030 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/connector/MOLEX_025 100.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/MOLEX_025 100.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/MOLEX_025 100.fp	(revision 296)
@@ -0,0 +1,116 @@
+Element(0x00 "Molex .025 pitch 100 pin plug" "" "MOLEX_025 100" 0 0 3 100 0x00)
+(
+		Pad(54 0  111 0  14 "1" 0x00)
+		Pad(-111 0  -54 0  14 "2" 0x100)
+		Pad(54 25  111 25  14 "3" 0x100)
+		Pad(-111 25  -54 25  14 "4" 0x100)
+		Pad(54 50  111 50  14 "5" 0x100)
+		Pad(-111 50  -54 50  14 "6" 0x100)
+		Pad(54 75  111 75  14 "7" 0x100)
+		Pad(-111 75  -54 75  14 "8" 0x100)
+		Pad(54 100  111 100  14 "9" 0x100)
+		Pad(-111 100  -54 100  14 "10" 0x100)
+		Pad(54 125  111 125  14 "11" 0x100)
+		Pad(-111 125  -54 125  14 "12" 0x100)
+		Pad(54 150  111 150  14 "13" 0x100)
+		Pad(-111 150  -54 150  14 "14" 0x100)
+		Pad(54 175  111 175  14 "15" 0x100)
+		Pad(-111 175  -54 175  14 "16" 0x100)
+		Pad(54 200  111 200  14 "17" 0x100)
+		Pad(-111 200  -54 200  14 "18" 0x100)
+		Pad(54 225  111 225  14 "19" 0x100)
+		Pad(-111 225  -54 225  14 "20" 0x100)
+		Pad(54 250  111 250  14 "21" 0x100)
+		Pad(-111 250  -54 250  14 "22" 0x100)
+		Pad(54 275  111 275  14 "23" 0x100)
+		Pad(-111 275  -54 275  14 "24" 0x100)
+		Pad(54 300  111 300  14 "25" 0x100)
+		Pad(-111 300  -54 300  14 "26" 0x100)
+		Pad(54 325  111 325  14 "27" 0x100)
+		Pad(-111 325  -54 325  14 "28" 0x100)
+		Pad(54 350  111 350  14 "29" 0x100)
+		Pad(-111 350  -54 350  14 "30" 0x100)
+		Pad(54 375  111 375  14 "31" 0x100)
+		Pad(-111 375  -54 375  14 "32" 0x100)
+		Pad(54 400  111 400  14 "33" 0x100)
+		Pad(-111 400  -54 400  14 "34" 0x100)
+		Pad(54 425  111 425  14 "35" 0x100)
+		Pad(-111 425  -54 425  14 "36" 0x100)
+		Pad(54 450  111 450  14 "37" 0x100)
+		Pad(-111 450  -54 450  14 "38" 0x100)
+		Pad(54 475  111 475  14 "39" 0x100)
+		Pad(-111 475  -54 475  14 "40" 0x100)
+		Pad(54 500  111 500  14 "41" 0x100)
+		Pad(-111 500  -54 500  14 "42" 0x100)
+		Pad(54 525  111 525  14 "43" 0x100)
+		Pad(-111 525  -54 525  14 "44" 0x100)
+		Pad(54 550  111 550  14 "45" 0x100)
+		Pad(-111 550  -54 550  14 "46" 0x100)
+		Pad(54 575  111 575  14 "47" 0x100)
+		Pad(-111 575  -54 575  14 "48" 0x100)
+		Pad(54 600  111 600  14 "49" 0x100)
+		Pad(-111 600  -54 600  14 "50" 0x100)
+		Pad(54 625  111 625  14 "51" 0x100)
+		Pad(-111 625  -54 625  14 "52" 0x100)
+		Pad(54 650  111 650  14 "53" 0x100)
+		Pad(-111 650  -54 650  14 "54" 0x100)
+		Pad(54 675  111 675  14 "55" 0x100)
+		Pad(-111 675  -54 675  14 "56" 0x100)
+		Pad(54 700  111 700  14 "57" 0x100)
+		Pad(-111 700  -54 700  14 "58" 0x100)
+		Pad(54 725  111 725  14 "59" 0x100)
+		Pad(-111 725  -54 725  14 "60" 0x100)
+		Pad(54 750  111 750  14 "61" 0x100)
+		Pad(-111 750  -54 750  14 "62" 0x100)
+		Pad(54 775  111 775  14 "63" 0x100)
+		Pad(-111 775  -54 775  14 "64" 0x100)
+		Pad(54 800  111 800  14 "65" 0x100)
+		Pad(-111 800  -54 800  14 "66" 0x100)
+		Pad(54 825  111 825  14 "67" 0x100)
+		Pad(-111 825  -54 825  14 "68" 0x100)
+		Pad(54 850  111 850  14 "69" 0x100)
+		Pad(-111 850  -54 850  14 "70" 0x100)
+		Pad(54 875  111 875  14 "71" 0x100)
+		Pad(-111 875  -54 875  14 "72" 0x100)
+		Pad(54 900  111 900  14 "73" 0x100)
+		Pad(-111 900  -54 900  14 "74" 0x100)
+		Pad(54 925  111 925  14 "75" 0x100)
+		Pad(-111 925  -54 925  14 "76" 0x100)
+		Pad(54 950  111 950  14 "77" 0x100)
+		Pad(-111 950  -54 950  14 "78" 0x100)
+		Pad(54 975  111 975  14 "79" 0x100)
+		Pad(-111 975  -54 975  14 "80" 0x100)
+		Pad(54 1000  111 1000  14 "81" 0x100)
+		Pad(-111 1000  -54 1000  14 "82" 0x100)
+		Pad(54 1025  111 1025  14 "83" 0x100)
+		Pad(-111 1025  -54 1025  14 "84" 0x100)
+		Pad(54 1050  111 1050  14 "85" 0x100)
+		Pad(-111 1050  -54 1050  14 "86" 0x100)
+		Pad(54 1075  111 1075  14 "87" 0x100)
+		Pad(-111 1075  -54 1075  14 "88" 0x100)
+		Pad(54 1100  111 1100  14 "89" 0x100)
+		Pad(-111 1100  -54 1100  14 "90" 0x100)
+		Pad(54 1125  111 1125  14 "91" 0x100)
+		Pad(-111 1125  -54 1125  14 "92" 0x100)
+		Pad(54 1150  111 1150  14 "93" 0x100)
+		Pad(-111 1150  -54 1150  14 "94" 0x100)
+		Pad(54 1175  111 1175  14 "95" 0x100)
+		Pad(-111 1175  -54 1175  14 "96" 0x100)
+		Pad(54 1200  111 1200  14 "97" 0x100)
+		Pad(-111 1200  -54 1200  14 "98" 0x100)
+		Pad(54 1225  111 1225  14 "99" 0x100)
+		Pad(-111 1225  -54 1225  14 "100" 0x100)
+	# Keying is done with two sizes of alignment pins: 35 and 28 mils
+	Pin(0 -50 50 35 "M1" 0x01)
+	Pin(0 1275 43 28 "M2" 0x01)
+	# ends of mounting pads are 71 and 169 mils from end pad centers
+	Pad(0 -110 0 -130 79 "M3" 0x100)
+	Pad(0 1335 0 1355 79 "M4" 0x100)
+	ElementLine(-100 -150   50 -150 10)
+	ElementLine(  50 -150  100 -100 10)
+	ElementLine( 100 -100  100 1375 10)
+	ElementLine( 100 1375 -100 1375 10)
+	ElementLine(-100 1375 -100 -150 10)
+	# Support for aggregate parts built from this base, like
+	# the nanoEngine below.
+)
Index: oldlib/lib/pcblib-newlib/connector/MOLEX_025 120.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/MOLEX_025 120.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/MOLEX_025 120.fp	(revision 296)
@@ -0,0 +1,136 @@
+Element(0x00 "Molex .025 pitch 120 pin plug" "" "MOLEX_025 120" 0 0 3 100 0x00)
+(
+		Pad(54 0  111 0  14 "1" 0x00)
+		Pad(-111 0  -54 0  14 "2" 0x100)
+		Pad(54 25  111 25  14 "3" 0x100)
+		Pad(-111 25  -54 25  14 "4" 0x100)
+		Pad(54 50  111 50  14 "5" 0x100)
+		Pad(-111 50  -54 50  14 "6" 0x100)
+		Pad(54 75  111 75  14 "7" 0x100)
+		Pad(-111 75  -54 75  14 "8" 0x100)
+		Pad(54 100  111 100  14 "9" 0x100)
+		Pad(-111 100  -54 100  14 "10" 0x100)
+		Pad(54 125  111 125  14 "11" 0x100)
+		Pad(-111 125  -54 125  14 "12" 0x100)
+		Pad(54 150  111 150  14 "13" 0x100)
+		Pad(-111 150  -54 150  14 "14" 0x100)
+		Pad(54 175  111 175  14 "15" 0x100)
+		Pad(-111 175  -54 175  14 "16" 0x100)
+		Pad(54 200  111 200  14 "17" 0x100)
+		Pad(-111 200  -54 200  14 "18" 0x100)
+		Pad(54 225  111 225  14 "19" 0x100)
+		Pad(-111 225  -54 225  14 "20" 0x100)
+		Pad(54 250  111 250  14 "21" 0x100)
+		Pad(-111 250  -54 250  14 "22" 0x100)
+		Pad(54 275  111 275  14 "23" 0x100)
+		Pad(-111 275  -54 275  14 "24" 0x100)
+		Pad(54 300  111 300  14 "25" 0x100)
+		Pad(-111 300  -54 300  14 "26" 0x100)
+		Pad(54 325  111 325  14 "27" 0x100)
+		Pad(-111 325  -54 325  14 "28" 0x100)
+		Pad(54 350  111 350  14 "29" 0x100)
+		Pad(-111 350  -54 350  14 "30" 0x100)
+		Pad(54 375  111 375  14 "31" 0x100)
+		Pad(-111 375  -54 375  14 "32" 0x100)
+		Pad(54 400  111 400  14 "33" 0x100)
+		Pad(-111 400  -54 400  14 "34" 0x100)
+		Pad(54 425  111 425  14 "35" 0x100)
+		Pad(-111 425  -54 425  14 "36" 0x100)
+		Pad(54 450  111 450  14 "37" 0x100)
+		Pad(-111 450  -54 450  14 "38" 0x100)
+		Pad(54 475  111 475  14 "39" 0x100)
+		Pad(-111 475  -54 475  14 "40" 0x100)
+		Pad(54 500  111 500  14 "41" 0x100)
+		Pad(-111 500  -54 500  14 "42" 0x100)
+		Pad(54 525  111 525  14 "43" 0x100)
+		Pad(-111 525  -54 525  14 "44" 0x100)
+		Pad(54 550  111 550  14 "45" 0x100)
+		Pad(-111 550  -54 550  14 "46" 0x100)
+		Pad(54 575  111 575  14 "47" 0x100)
+		Pad(-111 575  -54 575  14 "48" 0x100)
+		Pad(54 600  111 600  14 "49" 0x100)
+		Pad(-111 600  -54 600  14 "50" 0x100)
+		Pad(54 625  111 625  14 "51" 0x100)
+		Pad(-111 625  -54 625  14 "52" 0x100)
+		Pad(54 650  111 650  14 "53" 0x100)
+		Pad(-111 650  -54 650  14 "54" 0x100)
+		Pad(54 675  111 675  14 "55" 0x100)
+		Pad(-111 675  -54 675  14 "56" 0x100)
+		Pad(54 700  111 700  14 "57" 0x100)
+		Pad(-111 700  -54 700  14 "58" 0x100)
+		Pad(54 725  111 725  14 "59" 0x100)
+		Pad(-111 725  -54 725  14 "60" 0x100)
+		Pad(54 750  111 750  14 "61" 0x100)
+		Pad(-111 750  -54 750  14 "62" 0x100)
+		Pad(54 775  111 775  14 "63" 0x100)
+		Pad(-111 775  -54 775  14 "64" 0x100)
+		Pad(54 800  111 800  14 "65" 0x100)
+		Pad(-111 800  -54 800  14 "66" 0x100)
+		Pad(54 825  111 825  14 "67" 0x100)
+		Pad(-111 825  -54 825  14 "68" 0x100)
+		Pad(54 850  111 850  14 "69" 0x100)
+		Pad(-111 850  -54 850  14 "70" 0x100)
+		Pad(54 875  111 875  14 "71" 0x100)
+		Pad(-111 875  -54 875  14 "72" 0x100)
+		Pad(54 900  111 900  14 "73" 0x100)
+		Pad(-111 900  -54 900  14 "74" 0x100)
+		Pad(54 925  111 925  14 "75" 0x100)
+		Pad(-111 925  -54 925  14 "76" 0x100)
+		Pad(54 950  111 950  14 "77" 0x100)
+		Pad(-111 950  -54 950  14 "78" 0x100)
+		Pad(54 975  111 975  14 "79" 0x100)
+		Pad(-111 975  -54 975  14 "80" 0x100)
+		Pad(54 1000  111 1000  14 "81" 0x100)
+		Pad(-111 1000  -54 1000  14 "82" 0x100)
+		Pad(54 1025  111 1025  14 "83" 0x100)
+		Pad(-111 1025  -54 1025  14 "84" 0x100)
+		Pad(54 1050  111 1050  14 "85" 0x100)
+		Pad(-111 1050  -54 1050  14 "86" 0x100)
+		Pad(54 1075  111 1075  14 "87" 0x100)
+		Pad(-111 1075  -54 1075  14 "88" 0x100)
+		Pad(54 1100  111 1100  14 "89" 0x100)
+		Pad(-111 1100  -54 1100  14 "90" 0x100)
+		Pad(54 1125  111 1125  14 "91" 0x100)
+		Pad(-111 1125  -54 1125  14 "92" 0x100)
+		Pad(54 1150  111 1150  14 "93" 0x100)
+		Pad(-111 1150  -54 1150  14 "94" 0x100)
+		Pad(54 1175  111 1175  14 "95" 0x100)
+		Pad(-111 1175  -54 1175  14 "96" 0x100)
+		Pad(54 1200  111 1200  14 "97" 0x100)
+		Pad(-111 1200  -54 1200  14 "98" 0x100)
+		Pad(54 1225  111 1225  14 "99" 0x100)
+		Pad(-111 1225  -54 1225  14 "100" 0x100)
+		Pad(54 1250  111 1250  14 "101" 0x100)
+		Pad(-111 1250  -54 1250  14 "102" 0x100)
+		Pad(54 1275  111 1275  14 "103" 0x100)
+		Pad(-111 1275  -54 1275  14 "104" 0x100)
+		Pad(54 1300  111 1300  14 "105" 0x100)
+		Pad(-111 1300  -54 1300  14 "106" 0x100)
+		Pad(54 1325  111 1325  14 "107" 0x100)
+		Pad(-111 1325  -54 1325  14 "108" 0x100)
+		Pad(54 1350  111 1350  14 "109" 0x100)
+		Pad(-111 1350  -54 1350  14 "110" 0x100)
+		Pad(54 1375  111 1375  14 "111" 0x100)
+		Pad(-111 1375  -54 1375  14 "112" 0x100)
+		Pad(54 1400  111 1400  14 "113" 0x100)
+		Pad(-111 1400  -54 1400  14 "114" 0x100)
+		Pad(54 1425  111 1425  14 "115" 0x100)
+		Pad(-111 1425  -54 1425  14 "116" 0x100)
+		Pad(54 1450  111 1450  14 "117" 0x100)
+		Pad(-111 1450  -54 1450  14 "118" 0x100)
+		Pad(54 1475  111 1475  14 "119" 0x100)
+		Pad(-111 1475  -54 1475  14 "120" 0x100)
+	# Keying is done with two sizes of alignment pins: 35 and 28 mils
+	Pin(0 -50 50 35 "M1" 0x01)
+	Pin(0 1525 43 28 "M2" 0x01)
+	# ends of mounting pads are 71 and 169 mils from end pad centers
+	Pad(0 -110 0 -130 79 "M3" 0x100)
+	Pad(0 1585 0 1605 79 "M4" 0x100)
+	ElementLine(-100 -150   50 -150 10)
+	ElementLine(  50 -150  100 -100 10)
+	ElementLine( 100 -100  100 1625 10)
+	ElementLine( 100 1625 -100 1625 10)
+	ElementLine(-100 1625 -100 -150 10)
+	# Support for aggregate parts built from this base, like
+	# the nanoEngine below.
+)
Index: oldlib/lib/pcblib-newlib/connector/MOLEX_025 140.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/MOLEX_025 140.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/MOLEX_025 140.fp	(revision 296)
@@ -0,0 +1,156 @@
+Element(0x00 "Molex .025 pitch 140 pin plug" "" "MOLEX_025 140" 0 0 3 100 0x00)
+(
+		Pad(54 0  111 0  14 "1" 0x00)
+		Pad(-111 0  -54 0  14 "2" 0x100)
+		Pad(54 25  111 25  14 "3" 0x100)
+		Pad(-111 25  -54 25  14 "4" 0x100)
+		Pad(54 50  111 50  14 "5" 0x100)
+		Pad(-111 50  -54 50  14 "6" 0x100)
+		Pad(54 75  111 75  14 "7" 0x100)
+		Pad(-111 75  -54 75  14 "8" 0x100)
+		Pad(54 100  111 100  14 "9" 0x100)
+		Pad(-111 100  -54 100  14 "10" 0x100)
+		Pad(54 125  111 125  14 "11" 0x100)
+		Pad(-111 125  -54 125  14 "12" 0x100)
+		Pad(54 150  111 150  14 "13" 0x100)
+		Pad(-111 150  -54 150  14 "14" 0x100)
+		Pad(54 175  111 175  14 "15" 0x100)
+		Pad(-111 175  -54 175  14 "16" 0x100)
+		Pad(54 200  111 200  14 "17" 0x100)
+		Pad(-111 200  -54 200  14 "18" 0x100)
+		Pad(54 225  111 225  14 "19" 0x100)
+		Pad(-111 225  -54 225  14 "20" 0x100)
+		Pad(54 250  111 250  14 "21" 0x100)
+		Pad(-111 250  -54 250  14 "22" 0x100)
+		Pad(54 275  111 275  14 "23" 0x100)
+		Pad(-111 275  -54 275  14 "24" 0x100)
+		Pad(54 300  111 300  14 "25" 0x100)
+		Pad(-111 300  -54 300  14 "26" 0x100)
+		Pad(54 325  111 325  14 "27" 0x100)
+		Pad(-111 325  -54 325  14 "28" 0x100)
+		Pad(54 350  111 350  14 "29" 0x100)
+		Pad(-111 350  -54 350  14 "30" 0x100)
+		Pad(54 375  111 375  14 "31" 0x100)
+		Pad(-111 375  -54 375  14 "32" 0x100)
+		Pad(54 400  111 400  14 "33" 0x100)
+		Pad(-111 400  -54 400  14 "34" 0x100)
+		Pad(54 425  111 425  14 "35" 0x100)
+		Pad(-111 425  -54 425  14 "36" 0x100)
+		Pad(54 450  111 450  14 "37" 0x100)
+		Pad(-111 450  -54 450  14 "38" 0x100)
+		Pad(54 475  111 475  14 "39" 0x100)
+		Pad(-111 475  -54 475  14 "40" 0x100)
+		Pad(54 500  111 500  14 "41" 0x100)
+		Pad(-111 500  -54 500  14 "42" 0x100)
+		Pad(54 525  111 525  14 "43" 0x100)
+		Pad(-111 525  -54 525  14 "44" 0x100)
+		Pad(54 550  111 550  14 "45" 0x100)
+		Pad(-111 550  -54 550  14 "46" 0x100)
+		Pad(54 575  111 575  14 "47" 0x100)
+		Pad(-111 575  -54 575  14 "48" 0x100)
+		Pad(54 600  111 600  14 "49" 0x100)
+		Pad(-111 600  -54 600  14 "50" 0x100)
+		Pad(54 625  111 625  14 "51" 0x100)
+		Pad(-111 625  -54 625  14 "52" 0x100)
+		Pad(54 650  111 650  14 "53" 0x100)
+		Pad(-111 650  -54 650  14 "54" 0x100)
+		Pad(54 675  111 675  14 "55" 0x100)
+		Pad(-111 675  -54 675  14 "56" 0x100)
+		Pad(54 700  111 700  14 "57" 0x100)
+		Pad(-111 700  -54 700  14 "58" 0x100)
+		Pad(54 725  111 725  14 "59" 0x100)
+		Pad(-111 725  -54 725  14 "60" 0x100)
+		Pad(54 750  111 750  14 "61" 0x100)
+		Pad(-111 750  -54 750  14 "62" 0x100)
+		Pad(54 775  111 775  14 "63" 0x100)
+		Pad(-111 775  -54 775  14 "64" 0x100)
+		Pad(54 800  111 800  14 "65" 0x100)
+		Pad(-111 800  -54 800  14 "66" 0x100)
+		Pad(54 825  111 825  14 "67" 0x100)
+		Pad(-111 825  -54 825  14 "68" 0x100)
+		Pad(54 850  111 850  14 "69" 0x100)
+		Pad(-111 850  -54 850  14 "70" 0x100)
+		Pad(54 875  111 875  14 "71" 0x100)
+		Pad(-111 875  -54 875  14 "72" 0x100)
+		Pad(54 900  111 900  14 "73" 0x100)
+		Pad(-111 900  -54 900  14 "74" 0x100)
+		Pad(54 925  111 925  14 "75" 0x100)
+		Pad(-111 925  -54 925  14 "76" 0x100)
+		Pad(54 950  111 950  14 "77" 0x100)
+		Pad(-111 950  -54 950  14 "78" 0x100)
+		Pad(54 975  111 975  14 "79" 0x100)
+		Pad(-111 975  -54 975  14 "80" 0x100)
+		Pad(54 1000  111 1000  14 "81" 0x100)
+		Pad(-111 1000  -54 1000  14 "82" 0x100)
+		Pad(54 1025  111 1025  14 "83" 0x100)
+		Pad(-111 1025  -54 1025  14 "84" 0x100)
+		Pad(54 1050  111 1050  14 "85" 0x100)
+		Pad(-111 1050  -54 1050  14 "86" 0x100)
+		Pad(54 1075  111 1075  14 "87" 0x100)
+		Pad(-111 1075  -54 1075  14 "88" 0x100)
+		Pad(54 1100  111 1100  14 "89" 0x100)
+		Pad(-111 1100  -54 1100  14 "90" 0x100)
+		Pad(54 1125  111 1125  14 "91" 0x100)
+		Pad(-111 1125  -54 1125  14 "92" 0x100)
+		Pad(54 1150  111 1150  14 "93" 0x100)
+		Pad(-111 1150  -54 1150  14 "94" 0x100)
+		Pad(54 1175  111 1175  14 "95" 0x100)
+		Pad(-111 1175  -54 1175  14 "96" 0x100)
+		Pad(54 1200  111 1200  14 "97" 0x100)
+		Pad(-111 1200  -54 1200  14 "98" 0x100)
+		Pad(54 1225  111 1225  14 "99" 0x100)
+		Pad(-111 1225  -54 1225  14 "100" 0x100)
+		Pad(54 1250  111 1250  14 "101" 0x100)
+		Pad(-111 1250  -54 1250  14 "102" 0x100)
+		Pad(54 1275  111 1275  14 "103" 0x100)
+		Pad(-111 1275  -54 1275  14 "104" 0x100)
+		Pad(54 1300  111 1300  14 "105" 0x100)
+		Pad(-111 1300  -54 1300  14 "106" 0x100)
+		Pad(54 1325  111 1325  14 "107" 0x100)
+		Pad(-111 1325  -54 1325  14 "108" 0x100)
+		Pad(54 1350  111 1350  14 "109" 0x100)
+		Pad(-111 1350  -54 1350  14 "110" 0x100)
+		Pad(54 1375  111 1375  14 "111" 0x100)
+		Pad(-111 1375  -54 1375  14 "112" 0x100)
+		Pad(54 1400  111 1400  14 "113" 0x100)
+		Pad(-111 1400  -54 1400  14 "114" 0x100)
+		Pad(54 1425  111 1425  14 "115" 0x100)
+		Pad(-111 1425  -54 1425  14 "116" 0x100)
+		Pad(54 1450  111 1450  14 "117" 0x100)
+		Pad(-111 1450  -54 1450  14 "118" 0x100)
+		Pad(54 1475  111 1475  14 "119" 0x100)
+		Pad(-111 1475  -54 1475  14 "120" 0x100)
+		Pad(54 1500  111 1500  14 "121" 0x100)
+		Pad(-111 1500  -54 1500  14 "122" 0x100)
+		Pad(54 1525  111 1525  14 "123" 0x100)
+		Pad(-111 1525  -54 1525  14 "124" 0x100)
+		Pad(54 1550  111 1550  14 "125" 0x100)
+		Pad(-111 1550  -54 1550  14 "126" 0x100)
+		Pad(54 1575  111 1575  14 "127" 0x100)
+		Pad(-111 1575  -54 1575  14 "128" 0x100)
+		Pad(54 1600  111 1600  14 "129" 0x100)
+		Pad(-111 1600  -54 1600  14 "130" 0x100)
+		Pad(54 1625  111 1625  14 "131" 0x100)
+		Pad(-111 1625  -54 1625  14 "132" 0x100)
+		Pad(54 1650  111 1650  14 "133" 0x100)
+		Pad(-111 1650  -54 1650  14 "134" 0x100)
+		Pad(54 1675  111 1675  14 "135" 0x100)
+		Pad(-111 1675  -54 1675  14 "136" 0x100)
+		Pad(54 1700  111 1700  14 "137" 0x100)
+		Pad(-111 1700  -54 1700  14 "138" 0x100)
+		Pad(54 1725  111 1725  14 "139" 0x100)
+		Pad(-111 1725  -54 1725  14 "140" 0x100)
+	# Keying is done with two sizes of alignment pins: 35 and 28 mils
+	Pin(0 -50 50 35 "M1" 0x01)
+	Pin(0 1775 43 28 "M2" 0x01)
+	# ends of mounting pads are 71 and 169 mils from end pad centers
+	Pad(0 -110 0 -130 79 "M3" 0x100)
+	Pad(0 1835 0 1855 79 "M4" 0x100)
+	ElementLine(-100 -150   50 -150 10)
+	ElementLine(  50 -150  100 -100 10)
+	ElementLine( 100 -100  100 1875 10)
+	ElementLine( 100 1875 -100 1875 10)
+	ElementLine(-100 1875 -100 -150 10)
+	# Support for aggregate parts built from this base, like
+	# the nanoEngine below.
+)
Index: oldlib/lib/pcblib-newlib/connector/MOLEX_025 160.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/MOLEX_025 160.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/MOLEX_025 160.fp	(revision 296)
@@ -0,0 +1,176 @@
+Element(0x00 "Molex .025 pitch 160 pin plug" "" "MOLEX_025 160" 0 0 3 100 0x00)
+(
+		Pad(54 0  111 0  14 "1" 0x00)
+		Pad(-111 0  -54 0  14 "2" 0x100)
+		Pad(54 25  111 25  14 "3" 0x100)
+		Pad(-111 25  -54 25  14 "4" 0x100)
+		Pad(54 50  111 50  14 "5" 0x100)
+		Pad(-111 50  -54 50  14 "6" 0x100)
+		Pad(54 75  111 75  14 "7" 0x100)
+		Pad(-111 75  -54 75  14 "8" 0x100)
+		Pad(54 100  111 100  14 "9" 0x100)
+		Pad(-111 100  -54 100  14 "10" 0x100)
+		Pad(54 125  111 125  14 "11" 0x100)
+		Pad(-111 125  -54 125  14 "12" 0x100)
+		Pad(54 150  111 150  14 "13" 0x100)
+		Pad(-111 150  -54 150  14 "14" 0x100)
+		Pad(54 175  111 175  14 "15" 0x100)
+		Pad(-111 175  -54 175  14 "16" 0x100)
+		Pad(54 200  111 200  14 "17" 0x100)
+		Pad(-111 200  -54 200  14 "18" 0x100)
+		Pad(54 225  111 225  14 "19" 0x100)
+		Pad(-111 225  -54 225  14 "20" 0x100)
+		Pad(54 250  111 250  14 "21" 0x100)
+		Pad(-111 250  -54 250  14 "22" 0x100)
+		Pad(54 275  111 275  14 "23" 0x100)
+		Pad(-111 275  -54 275  14 "24" 0x100)
+		Pad(54 300  111 300  14 "25" 0x100)
+		Pad(-111 300  -54 300  14 "26" 0x100)
+		Pad(54 325  111 325  14 "27" 0x100)
+		Pad(-111 325  -54 325  14 "28" 0x100)
+		Pad(54 350  111 350  14 "29" 0x100)
+		Pad(-111 350  -54 350  14 "30" 0x100)
+		Pad(54 375  111 375  14 "31" 0x100)
+		Pad(-111 375  -54 375  14 "32" 0x100)
+		Pad(54 400  111 400  14 "33" 0x100)
+		Pad(-111 400  -54 400  14 "34" 0x100)
+		Pad(54 425  111 425  14 "35" 0x100)
+		Pad(-111 425  -54 425  14 "36" 0x100)
+		Pad(54 450  111 450  14 "37" 0x100)
+		Pad(-111 450  -54 450  14 "38" 0x100)
+		Pad(54 475  111 475  14 "39" 0x100)
+		Pad(-111 475  -54 475  14 "40" 0x100)
+		Pad(54 500  111 500  14 "41" 0x100)
+		Pad(-111 500  -54 500  14 "42" 0x100)
+		Pad(54 525  111 525  14 "43" 0x100)
+		Pad(-111 525  -54 525  14 "44" 0x100)
+		Pad(54 550  111 550  14 "45" 0x100)
+		Pad(-111 550  -54 550  14 "46" 0x100)
+		Pad(54 575  111 575  14 "47" 0x100)
+		Pad(-111 575  -54 575  14 "48" 0x100)
+		Pad(54 600  111 600  14 "49" 0x100)
+		Pad(-111 600  -54 600  14 "50" 0x100)
+		Pad(54 625  111 625  14 "51" 0x100)
+		Pad(-111 625  -54 625  14 "52" 0x100)
+		Pad(54 650  111 650  14 "53" 0x100)
+		Pad(-111 650  -54 650  14 "54" 0x100)
+		Pad(54 675  111 675  14 "55" 0x100)
+		Pad(-111 675  -54 675  14 "56" 0x100)
+		Pad(54 700  111 700  14 "57" 0x100)
+		Pad(-111 700  -54 700  14 "58" 0x100)
+		Pad(54 725  111 725  14 "59" 0x100)
+		Pad(-111 725  -54 725  14 "60" 0x100)
+		Pad(54 750  111 750  14 "61" 0x100)
+		Pad(-111 750  -54 750  14 "62" 0x100)
+		Pad(54 775  111 775  14 "63" 0x100)
+		Pad(-111 775  -54 775  14 "64" 0x100)
+		Pad(54 800  111 800  14 "65" 0x100)
+		Pad(-111 800  -54 800  14 "66" 0x100)
+		Pad(54 825  111 825  14 "67" 0x100)
+		Pad(-111 825  -54 825  14 "68" 0x100)
+		Pad(54 850  111 850  14 "69" 0x100)
+		Pad(-111 850  -54 850  14 "70" 0x100)
+		Pad(54 875  111 875  14 "71" 0x100)
+		Pad(-111 875  -54 875  14 "72" 0x100)
+		Pad(54 900  111 900  14 "73" 0x100)
+		Pad(-111 900  -54 900  14 "74" 0x100)
+		Pad(54 925  111 925  14 "75" 0x100)
+		Pad(-111 925  -54 925  14 "76" 0x100)
+		Pad(54 950  111 950  14 "77" 0x100)
+		Pad(-111 950  -54 950  14 "78" 0x100)
+		Pad(54 975  111 975  14 "79" 0x100)
+		Pad(-111 975  -54 975  14 "80" 0x100)
+		Pad(54 1000  111 1000  14 "81" 0x100)
+		Pad(-111 1000  -54 1000  14 "82" 0x100)
+		Pad(54 1025  111 1025  14 "83" 0x100)
+		Pad(-111 1025  -54 1025  14 "84" 0x100)
+		Pad(54 1050  111 1050  14 "85" 0x100)
+		Pad(-111 1050  -54 1050  14 "86" 0x100)
+		Pad(54 1075  111 1075  14 "87" 0x100)
+		Pad(-111 1075  -54 1075  14 "88" 0x100)
+		Pad(54 1100  111 1100  14 "89" 0x100)
+		Pad(-111 1100  -54 1100  14 "90" 0x100)
+		Pad(54 1125  111 1125  14 "91" 0x100)
+		Pad(-111 1125  -54 1125  14 "92" 0x100)
+		Pad(54 1150  111 1150  14 "93" 0x100)
+		Pad(-111 1150  -54 1150  14 "94" 0x100)
+		Pad(54 1175  111 1175  14 "95" 0x100)
+		Pad(-111 1175  -54 1175  14 "96" 0x100)
+		Pad(54 1200  111 1200  14 "97" 0x100)
+		Pad(-111 1200  -54 1200  14 "98" 0x100)
+		Pad(54 1225  111 1225  14 "99" 0x100)
+		Pad(-111 1225  -54 1225  14 "100" 0x100)
+		Pad(54 1250  111 1250  14 "101" 0x100)
+		Pad(-111 1250  -54 1250  14 "102" 0x100)
+		Pad(54 1275  111 1275  14 "103" 0x100)
+		Pad(-111 1275  -54 1275  14 "104" 0x100)
+		Pad(54 1300  111 1300  14 "105" 0x100)
+		Pad(-111 1300  -54 1300  14 "106" 0x100)
+		Pad(54 1325  111 1325  14 "107" 0x100)
+		Pad(-111 1325  -54 1325  14 "108" 0x100)
+		Pad(54 1350  111 1350  14 "109" 0x100)
+		Pad(-111 1350  -54 1350  14 "110" 0x100)
+		Pad(54 1375  111 1375  14 "111" 0x100)
+		Pad(-111 1375  -54 1375  14 "112" 0x100)
+		Pad(54 1400  111 1400  14 "113" 0x100)
+		Pad(-111 1400  -54 1400  14 "114" 0x100)
+		Pad(54 1425  111 1425  14 "115" 0x100)
+		Pad(-111 1425  -54 1425  14 "116" 0x100)
+		Pad(54 1450  111 1450  14 "117" 0x100)
+		Pad(-111 1450  -54 1450  14 "118" 0x100)
+		Pad(54 1475  111 1475  14 "119" 0x100)
+		Pad(-111 1475  -54 1475  14 "120" 0x100)
+		Pad(54 1500  111 1500  14 "121" 0x100)
+		Pad(-111 1500  -54 1500  14 "122" 0x100)
+		Pad(54 1525  111 1525  14 "123" 0x100)
+		Pad(-111 1525  -54 1525  14 "124" 0x100)
+		Pad(54 1550  111 1550  14 "125" 0x100)
+		Pad(-111 1550  -54 1550  14 "126" 0x100)
+		Pad(54 1575  111 1575  14 "127" 0x100)
+		Pad(-111 1575  -54 1575  14 "128" 0x100)
+		Pad(54 1600  111 1600  14 "129" 0x100)
+		Pad(-111 1600  -54 1600  14 "130" 0x100)
+		Pad(54 1625  111 1625  14 "131" 0x100)
+		Pad(-111 1625  -54 1625  14 "132" 0x100)
+		Pad(54 1650  111 1650  14 "133" 0x100)
+		Pad(-111 1650  -54 1650  14 "134" 0x100)
+		Pad(54 1675  111 1675  14 "135" 0x100)
+		Pad(-111 1675  -54 1675  14 "136" 0x100)
+		Pad(54 1700  111 1700  14 "137" 0x100)
+		Pad(-111 1700  -54 1700  14 "138" 0x100)
+		Pad(54 1725  111 1725  14 "139" 0x100)
+		Pad(-111 1725  -54 1725  14 "140" 0x100)
+		Pad(54 1750  111 1750  14 "141" 0x100)
+		Pad(-111 1750  -54 1750  14 "142" 0x100)
+		Pad(54 1775  111 1775  14 "143" 0x100)
+		Pad(-111 1775  -54 1775  14 "144" 0x100)
+		Pad(54 1800  111 1800  14 "145" 0x100)
+		Pad(-111 1800  -54 1800  14 "146" 0x100)
+		Pad(54 1825  111 1825  14 "147" 0x100)
+		Pad(-111 1825  -54 1825  14 "148" 0x100)
+		Pad(54 1850  111 1850  14 "149" 0x100)
+		Pad(-111 1850  -54 1850  14 "150" 0x100)
+		Pad(54 1875  111 1875  14 "151" 0x100)
+		Pad(-111 1875  -54 1875  14 "152" 0x100)
+		Pad(54 1900  111 1900  14 "153" 0x100)
+		Pad(-111 1900  -54 1900  14 "154" 0x100)
+		Pad(54 1925  111 1925  14 "155" 0x100)
+		Pad(-111 1925  -54 1925  14 "156" 0x100)
+		Pad(54 1950  111 1950  14 "157" 0x100)
+		Pad(-111 1950  -54 1950  14 "158" 0x100)
+		Pad(54 1975  111 1975  14 "159" 0x100)
+		Pad(-111 1975  -54 1975  14 "160" 0x100)
+	# Keying is done with two sizes of alignment pins: 35 and 28 mils
+	Pin(0 -50 50 35 "M1" 0x01)
+	Pin(0 2025 43 28 "M2" 0x01)
+	# ends of mounting pads are 71 and 169 mils from end pad centers
+	Pad(0 -110 0 -130 79 "M3" 0x100)
+	Pad(0 2085 0 2105 79 "M4" 0x100)
+	ElementLine(-100 -150   50 -150 10)
+	ElementLine(  50 -150  100 -100 10)
+	ElementLine( 100 -100  100 2125 10)
+	ElementLine( 100 2125 -100 2125 10)
+	ElementLine(-100 2125 -100 -150 10)
+	# Support for aggregate parts built from this base, like
+	# the nanoEngine below.
+)
Index: oldlib/lib/pcblib-newlib/connector/MOLEX_025 180.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/MOLEX_025 180.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/MOLEX_025 180.fp	(revision 296)
@@ -0,0 +1,196 @@
+Element(0x00 "Molex .025 pitch 180 pin plug" "" "MOLEX_025 180" 0 0 3 100 0x00)
+(
+		Pad(54 0  111 0  14 "1" 0x00)
+		Pad(-111 0  -54 0  14 "2" 0x100)
+		Pad(54 25  111 25  14 "3" 0x100)
+		Pad(-111 25  -54 25  14 "4" 0x100)
+		Pad(54 50  111 50  14 "5" 0x100)
+		Pad(-111 50  -54 50  14 "6" 0x100)
+		Pad(54 75  111 75  14 "7" 0x100)
+		Pad(-111 75  -54 75  14 "8" 0x100)
+		Pad(54 100  111 100  14 "9" 0x100)
+		Pad(-111 100  -54 100  14 "10" 0x100)
+		Pad(54 125  111 125  14 "11" 0x100)
+		Pad(-111 125  -54 125  14 "12" 0x100)
+		Pad(54 150  111 150  14 "13" 0x100)
+		Pad(-111 150  -54 150  14 "14" 0x100)
+		Pad(54 175  111 175  14 "15" 0x100)
+		Pad(-111 175  -54 175  14 "16" 0x100)
+		Pad(54 200  111 200  14 "17" 0x100)
+		Pad(-111 200  -54 200  14 "18" 0x100)
+		Pad(54 225  111 225  14 "19" 0x100)
+		Pad(-111 225  -54 225  14 "20" 0x100)
+		Pad(54 250  111 250  14 "21" 0x100)
+		Pad(-111 250  -54 250  14 "22" 0x100)
+		Pad(54 275  111 275  14 "23" 0x100)
+		Pad(-111 275  -54 275  14 "24" 0x100)
+		Pad(54 300  111 300  14 "25" 0x100)
+		Pad(-111 300  -54 300  14 "26" 0x100)
+		Pad(54 325  111 325  14 "27" 0x100)
+		Pad(-111 325  -54 325  14 "28" 0x100)
+		Pad(54 350  111 350  14 "29" 0x100)
+		Pad(-111 350  -54 350  14 "30" 0x100)
+		Pad(54 375  111 375  14 "31" 0x100)
+		Pad(-111 375  -54 375  14 "32" 0x100)
+		Pad(54 400  111 400  14 "33" 0x100)
+		Pad(-111 400  -54 400  14 "34" 0x100)
+		Pad(54 425  111 425  14 "35" 0x100)
+		Pad(-111 425  -54 425  14 "36" 0x100)
+		Pad(54 450  111 450  14 "37" 0x100)
+		Pad(-111 450  -54 450  14 "38" 0x100)
+		Pad(54 475  111 475  14 "39" 0x100)
+		Pad(-111 475  -54 475  14 "40" 0x100)
+		Pad(54 500  111 500  14 "41" 0x100)
+		Pad(-111 500  -54 500  14 "42" 0x100)
+		Pad(54 525  111 525  14 "43" 0x100)
+		Pad(-111 525  -54 525  14 "44" 0x100)
+		Pad(54 550  111 550  14 "45" 0x100)
+		Pad(-111 550  -54 550  14 "46" 0x100)
+		Pad(54 575  111 575  14 "47" 0x100)
+		Pad(-111 575  -54 575  14 "48" 0x100)
+		Pad(54 600  111 600  14 "49" 0x100)
+		Pad(-111 600  -54 600  14 "50" 0x100)
+		Pad(54 625  111 625  14 "51" 0x100)
+		Pad(-111 625  -54 625  14 "52" 0x100)
+		Pad(54 650  111 650  14 "53" 0x100)
+		Pad(-111 650  -54 650  14 "54" 0x100)
+		Pad(54 675  111 675  14 "55" 0x100)
+		Pad(-111 675  -54 675  14 "56" 0x100)
+		Pad(54 700  111 700  14 "57" 0x100)
+		Pad(-111 700  -54 700  14 "58" 0x100)
+		Pad(54 725  111 725  14 "59" 0x100)
+		Pad(-111 725  -54 725  14 "60" 0x100)
+		Pad(54 750  111 750  14 "61" 0x100)
+		Pad(-111 750  -54 750  14 "62" 0x100)
+		Pad(54 775  111 775  14 "63" 0x100)
+		Pad(-111 775  -54 775  14 "64" 0x100)
+		Pad(54 800  111 800  14 "65" 0x100)
+		Pad(-111 800  -54 800  14 "66" 0x100)
+		Pad(54 825  111 825  14 "67" 0x100)
+		Pad(-111 825  -54 825  14 "68" 0x100)
+		Pad(54 850  111 850  14 "69" 0x100)
+		Pad(-111 850  -54 850  14 "70" 0x100)
+		Pad(54 875  111 875  14 "71" 0x100)
+		Pad(-111 875  -54 875  14 "72" 0x100)
+		Pad(54 900  111 900  14 "73" 0x100)
+		Pad(-111 900  -54 900  14 "74" 0x100)
+		Pad(54 925  111 925  14 "75" 0x100)
+		Pad(-111 925  -54 925  14 "76" 0x100)
+		Pad(54 950  111 950  14 "77" 0x100)
+		Pad(-111 950  -54 950  14 "78" 0x100)
+		Pad(54 975  111 975  14 "79" 0x100)
+		Pad(-111 975  -54 975  14 "80" 0x100)
+		Pad(54 1000  111 1000  14 "81" 0x100)
+		Pad(-111 1000  -54 1000  14 "82" 0x100)
+		Pad(54 1025  111 1025  14 "83" 0x100)
+		Pad(-111 1025  -54 1025  14 "84" 0x100)
+		Pad(54 1050  111 1050  14 "85" 0x100)
+		Pad(-111 1050  -54 1050  14 "86" 0x100)
+		Pad(54 1075  111 1075  14 "87" 0x100)
+		Pad(-111 1075  -54 1075  14 "88" 0x100)
+		Pad(54 1100  111 1100  14 "89" 0x100)
+		Pad(-111 1100  -54 1100  14 "90" 0x100)
+		Pad(54 1125  111 1125  14 "91" 0x100)
+		Pad(-111 1125  -54 1125  14 "92" 0x100)
+		Pad(54 1150  111 1150  14 "93" 0x100)
+		Pad(-111 1150  -54 1150  14 "94" 0x100)
+		Pad(54 1175  111 1175  14 "95" 0x100)
+		Pad(-111 1175  -54 1175  14 "96" 0x100)
+		Pad(54 1200  111 1200  14 "97" 0x100)
+		Pad(-111 1200  -54 1200  14 "98" 0x100)
+		Pad(54 1225  111 1225  14 "99" 0x100)
+		Pad(-111 1225  -54 1225  14 "100" 0x100)
+		Pad(54 1250  111 1250  14 "101" 0x100)
+		Pad(-111 1250  -54 1250  14 "102" 0x100)
+		Pad(54 1275  111 1275  14 "103" 0x100)
+		Pad(-111 1275  -54 1275  14 "104" 0x100)
+		Pad(54 1300  111 1300  14 "105" 0x100)
+		Pad(-111 1300  -54 1300  14 "106" 0x100)
+		Pad(54 1325  111 1325  14 "107" 0x100)
+		Pad(-111 1325  -54 1325  14 "108" 0x100)
+		Pad(54 1350  111 1350  14 "109" 0x100)
+		Pad(-111 1350  -54 1350  14 "110" 0x100)
+		Pad(54 1375  111 1375  14 "111" 0x100)
+		Pad(-111 1375  -54 1375  14 "112" 0x100)
+		Pad(54 1400  111 1400  14 "113" 0x100)
+		Pad(-111 1400  -54 1400  14 "114" 0x100)
+		Pad(54 1425  111 1425  14 "115" 0x100)
+		Pad(-111 1425  -54 1425  14 "116" 0x100)
+		Pad(54 1450  111 1450  14 "117" 0x100)
+		Pad(-111 1450  -54 1450  14 "118" 0x100)
+		Pad(54 1475  111 1475  14 "119" 0x100)
+		Pad(-111 1475  -54 1475  14 "120" 0x100)
+		Pad(54 1500  111 1500  14 "121" 0x100)
+		Pad(-111 1500  -54 1500  14 "122" 0x100)
+		Pad(54 1525  111 1525  14 "123" 0x100)
+		Pad(-111 1525  -54 1525  14 "124" 0x100)
+		Pad(54 1550  111 1550  14 "125" 0x100)
+		Pad(-111 1550  -54 1550  14 "126" 0x100)
+		Pad(54 1575  111 1575  14 "127" 0x100)
+		Pad(-111 1575  -54 1575  14 "128" 0x100)
+		Pad(54 1600  111 1600  14 "129" 0x100)
+		Pad(-111 1600  -54 1600  14 "130" 0x100)
+		Pad(54 1625  111 1625  14 "131" 0x100)
+		Pad(-111 1625  -54 1625  14 "132" 0x100)
+		Pad(54 1650  111 1650  14 "133" 0x100)
+		Pad(-111 1650  -54 1650  14 "134" 0x100)
+		Pad(54 1675  111 1675  14 "135" 0x100)
+		Pad(-111 1675  -54 1675  14 "136" 0x100)
+		Pad(54 1700  111 1700  14 "137" 0x100)
+		Pad(-111 1700  -54 1700  14 "138" 0x100)
+		Pad(54 1725  111 1725  14 "139" 0x100)
+		Pad(-111 1725  -54 1725  14 "140" 0x100)
+		Pad(54 1750  111 1750  14 "141" 0x100)
+		Pad(-111 1750  -54 1750  14 "142" 0x100)
+		Pad(54 1775  111 1775  14 "143" 0x100)
+		Pad(-111 1775  -54 1775  14 "144" 0x100)
+		Pad(54 1800  111 1800  14 "145" 0x100)
+		Pad(-111 1800  -54 1800  14 "146" 0x100)
+		Pad(54 1825  111 1825  14 "147" 0x100)
+		Pad(-111 1825  -54 1825  14 "148" 0x100)
+		Pad(54 1850  111 1850  14 "149" 0x100)
+		Pad(-111 1850  -54 1850  14 "150" 0x100)
+		Pad(54 1875  111 1875  14 "151" 0x100)
+		Pad(-111 1875  -54 1875  14 "152" 0x100)
+		Pad(54 1900  111 1900  14 "153" 0x100)
+		Pad(-111 1900  -54 1900  14 "154" 0x100)
+		Pad(54 1925  111 1925  14 "155" 0x100)
+		Pad(-111 1925  -54 1925  14 "156" 0x100)
+		Pad(54 1950  111 1950  14 "157" 0x100)
+		Pad(-111 1950  -54 1950  14 "158" 0x100)
+		Pad(54 1975  111 1975  14 "159" 0x100)
+		Pad(-111 1975  -54 1975  14 "160" 0x100)
+		Pad(54 2000  111 2000  14 "161" 0x100)
+		Pad(-111 2000  -54 2000  14 "162" 0x100)
+		Pad(54 2025  111 2025  14 "163" 0x100)
+		Pad(-111 2025  -54 2025  14 "164" 0x100)
+		Pad(54 2050  111 2050  14 "165" 0x100)
+		Pad(-111 2050  -54 2050  14 "166" 0x100)
+		Pad(54 2075  111 2075  14 "167" 0x100)
+		Pad(-111 2075  -54 2075  14 "168" 0x100)
+		Pad(54 2100  111 2100  14 "169" 0x100)
+		Pad(-111 2100  -54 2100  14 "170" 0x100)
+		Pad(54 2125  111 2125  14 "171" 0x100)
+		Pad(-111 2125  -54 2125  14 "172" 0x100)
+		Pad(54 2150  111 2150  14 "173" 0x100)
+		Pad(-111 2150  -54 2150  14 "174" 0x100)
+		Pad(54 2175  111 2175  14 "175" 0x100)
+		Pad(-111 2175  -54 2175  14 "176" 0x100)
+		Pad(54 2200  111 2200  14 "177" 0x100)
+		Pad(-111 2200  -54 2200  14 "178" 0x100)
+		Pad(54 2225  111 2225  14 "179" 0x100)
+		Pad(-111 2225  -54 2225  14 "180" 0x100)
+	# Keying is done with two sizes of alignment pins: 35 and 28 mils
+	Pin(0 -50 50 35 "M1" 0x01)
+	Pin(0 2275 43 28 "M2" 0x01)
+	# ends of mounting pads are 71 and 169 mils from end pad centers
+	Pad(0 -110 0 -130 79 "M3" 0x100)
+	Pad(0 2335 0 2355 79 "M4" 0x100)
+	ElementLine(-100 -150   50 -150 10)
+	ElementLine(  50 -150  100 -100 10)
+	ElementLine( 100 -100  100 2375 10)
+	ElementLine( 100 2375 -100 2375 10)
+	ElementLine(-100 2375 -100 -150 10)
+	# Support for aggregate parts built from this base, like
+	# the nanoEngine below.
+)
Index: oldlib/lib/pcblib-newlib/connector/MOLEX_025 20.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/MOLEX_025 20.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/MOLEX_025 20.fp	(revision 296)
@@ -0,0 +1,36 @@
+Element(0x00 "Molex .025 pitch 20 pin plug" "" "MOLEX_025 20" 0 0 3 100 0x00)
+(
+		Pad(54 0  111 0  14 "1" 0x00)
+		Pad(-111 0  -54 0  14 "2" 0x100)
+		Pad(54 25  111 25  14 "3" 0x100)
+		Pad(-111 25  -54 25  14 "4" 0x100)
+		Pad(54 50  111 50  14 "5" 0x100)
+		Pad(-111 50  -54 50  14 "6" 0x100)
+		Pad(54 75  111 75  14 "7" 0x100)
+		Pad(-111 75  -54 75  14 "8" 0x100)
+		Pad(54 100  111 100  14 "9" 0x100)
+		Pad(-111 100  -54 100  14 "10" 0x100)
+		Pad(54 125  111 125  14 "11" 0x100)
+		Pad(-111 125  -54 125  14 "12" 0x100)
+		Pad(54 150  111 150  14 "13" 0x100)
+		Pad(-111 150  -54 150  14 "14" 0x100)
+		Pad(54 175  111 175  14 "15" 0x100)
+		Pad(-111 175  -54 175  14 "16" 0x100)
+		Pad(54 200  111 200  14 "17" 0x100)
+		Pad(-111 200  -54 200  14 "18" 0x100)
+		Pad(54 225  111 225  14 "19" 0x100)
+		Pad(-111 225  -54 225  14 "20" 0x100)
+	# Keying is done with two sizes of alignment pins: 35 and 28 mils
+	Pin(0 -50 50 35 "M1" 0x01)
+	Pin(0 275 43 28 "M2" 0x01)
+	# ends of mounting pads are 71 and 169 mils from end pad centers
+	Pad(0 -110 0 -130 79 "M3" 0x100)
+	Pad(0 335 0 355 79 "M4" 0x100)
+	ElementLine(-100 -150   50 -150 10)
+	ElementLine(  50 -150  100 -100 10)
+	ElementLine( 100 -100  100 375 10)
+	ElementLine( 100 375 -100 375 10)
+	ElementLine(-100 375 -100 -150 10)
+	# Support for aggregate parts built from this base, like
+	# the nanoEngine below.
+)
Index: oldlib/lib/pcblib-newlib/connector/MOLEX_025 200.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/MOLEX_025 200.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/MOLEX_025 200.fp	(revision 296)
@@ -0,0 +1,216 @@
+Element(0x00 "Molex .025 pitch 200 pin plug" "" "MOLEX_025 200" 0 0 3 100 0x00)
+(
+		Pad(54 0  111 0  14 "1" 0x00)
+		Pad(-111 0  -54 0  14 "2" 0x100)
+		Pad(54 25  111 25  14 "3" 0x100)
+		Pad(-111 25  -54 25  14 "4" 0x100)
+		Pad(54 50  111 50  14 "5" 0x100)
+		Pad(-111 50  -54 50  14 "6" 0x100)
+		Pad(54 75  111 75  14 "7" 0x100)
+		Pad(-111 75  -54 75  14 "8" 0x100)
+		Pad(54 100  111 100  14 "9" 0x100)
+		Pad(-111 100  -54 100  14 "10" 0x100)
+		Pad(54 125  111 125  14 "11" 0x100)
+		Pad(-111 125  -54 125  14 "12" 0x100)
+		Pad(54 150  111 150  14 "13" 0x100)
+		Pad(-111 150  -54 150  14 "14" 0x100)
+		Pad(54 175  111 175  14 "15" 0x100)
+		Pad(-111 175  -54 175  14 "16" 0x100)
+		Pad(54 200  111 200  14 "17" 0x100)
+		Pad(-111 200  -54 200  14 "18" 0x100)
+		Pad(54 225  111 225  14 "19" 0x100)
+		Pad(-111 225  -54 225  14 "20" 0x100)
+		Pad(54 250  111 250  14 "21" 0x100)
+		Pad(-111 250  -54 250  14 "22" 0x100)
+		Pad(54 275  111 275  14 "23" 0x100)
+		Pad(-111 275  -54 275  14 "24" 0x100)
+		Pad(54 300  111 300  14 "25" 0x100)
+		Pad(-111 300  -54 300  14 "26" 0x100)
+		Pad(54 325  111 325  14 "27" 0x100)
+		Pad(-111 325  -54 325  14 "28" 0x100)
+		Pad(54 350  111 350  14 "29" 0x100)
+		Pad(-111 350  -54 350  14 "30" 0x100)
+		Pad(54 375  111 375  14 "31" 0x100)
+		Pad(-111 375  -54 375  14 "32" 0x100)
+		Pad(54 400  111 400  14 "33" 0x100)
+		Pad(-111 400  -54 400  14 "34" 0x100)
+		Pad(54 425  111 425  14 "35" 0x100)
+		Pad(-111 425  -54 425  14 "36" 0x100)
+		Pad(54 450  111 450  14 "37" 0x100)
+		Pad(-111 450  -54 450  14 "38" 0x100)
+		Pad(54 475  111 475  14 "39" 0x100)
+		Pad(-111 475  -54 475  14 "40" 0x100)
+		Pad(54 500  111 500  14 "41" 0x100)
+		Pad(-111 500  -54 500  14 "42" 0x100)
+		Pad(54 525  111 525  14 "43" 0x100)
+		Pad(-111 525  -54 525  14 "44" 0x100)
+		Pad(54 550  111 550  14 "45" 0x100)
+		Pad(-111 550  -54 550  14 "46" 0x100)
+		Pad(54 575  111 575  14 "47" 0x100)
+		Pad(-111 575  -54 575  14 "48" 0x100)
+		Pad(54 600  111 600  14 "49" 0x100)
+		Pad(-111 600  -54 600  14 "50" 0x100)
+		Pad(54 625  111 625  14 "51" 0x100)
+		Pad(-111 625  -54 625  14 "52" 0x100)
+		Pad(54 650  111 650  14 "53" 0x100)
+		Pad(-111 650  -54 650  14 "54" 0x100)
+		Pad(54 675  111 675  14 "55" 0x100)
+		Pad(-111 675  -54 675  14 "56" 0x100)
+		Pad(54 700  111 700  14 "57" 0x100)
+		Pad(-111 700  -54 700  14 "58" 0x100)
+		Pad(54 725  111 725  14 "59" 0x100)
+		Pad(-111 725  -54 725  14 "60" 0x100)
+		Pad(54 750  111 750  14 "61" 0x100)
+		Pad(-111 750  -54 750  14 "62" 0x100)
+		Pad(54 775  111 775  14 "63" 0x100)
+		Pad(-111 775  -54 775  14 "64" 0x100)
+		Pad(54 800  111 800  14 "65" 0x100)
+		Pad(-111 800  -54 800  14 "66" 0x100)
+		Pad(54 825  111 825  14 "67" 0x100)
+		Pad(-111 825  -54 825  14 "68" 0x100)
+		Pad(54 850  111 850  14 "69" 0x100)
+		Pad(-111 850  -54 850  14 "70" 0x100)
+		Pad(54 875  111 875  14 "71" 0x100)
+		Pad(-111 875  -54 875  14 "72" 0x100)
+		Pad(54 900  111 900  14 "73" 0x100)
+		Pad(-111 900  -54 900  14 "74" 0x100)
+		Pad(54 925  111 925  14 "75" 0x100)
+		Pad(-111 925  -54 925  14 "76" 0x100)
+		Pad(54 950  111 950  14 "77" 0x100)
+		Pad(-111 950  -54 950  14 "78" 0x100)
+		Pad(54 975  111 975  14 "79" 0x100)
+		Pad(-111 975  -54 975  14 "80" 0x100)
+		Pad(54 1000  111 1000  14 "81" 0x100)
+		Pad(-111 1000  -54 1000  14 "82" 0x100)
+		Pad(54 1025  111 1025  14 "83" 0x100)
+		Pad(-111 1025  -54 1025  14 "84" 0x100)
+		Pad(54 1050  111 1050  14 "85" 0x100)
+		Pad(-111 1050  -54 1050  14 "86" 0x100)
+		Pad(54 1075  111 1075  14 "87" 0x100)
+		Pad(-111 1075  -54 1075  14 "88" 0x100)
+		Pad(54 1100  111 1100  14 "89" 0x100)
+		Pad(-111 1100  -54 1100  14 "90" 0x100)
+		Pad(54 1125  111 1125  14 "91" 0x100)
+		Pad(-111 1125  -54 1125  14 "92" 0x100)
+		Pad(54 1150  111 1150  14 "93" 0x100)
+		Pad(-111 1150  -54 1150  14 "94" 0x100)
+		Pad(54 1175  111 1175  14 "95" 0x100)
+		Pad(-111 1175  -54 1175  14 "96" 0x100)
+		Pad(54 1200  111 1200  14 "97" 0x100)
+		Pad(-111 1200  -54 1200  14 "98" 0x100)
+		Pad(54 1225  111 1225  14 "99" 0x100)
+		Pad(-111 1225  -54 1225  14 "100" 0x100)
+		Pad(54 1250  111 1250  14 "101" 0x100)
+		Pad(-111 1250  -54 1250  14 "102" 0x100)
+		Pad(54 1275  111 1275  14 "103" 0x100)
+		Pad(-111 1275  -54 1275  14 "104" 0x100)
+		Pad(54 1300  111 1300  14 "105" 0x100)
+		Pad(-111 1300  -54 1300  14 "106" 0x100)
+		Pad(54 1325  111 1325  14 "107" 0x100)
+		Pad(-111 1325  -54 1325  14 "108" 0x100)
+		Pad(54 1350  111 1350  14 "109" 0x100)
+		Pad(-111 1350  -54 1350  14 "110" 0x100)
+		Pad(54 1375  111 1375  14 "111" 0x100)
+		Pad(-111 1375  -54 1375  14 "112" 0x100)
+		Pad(54 1400  111 1400  14 "113" 0x100)
+		Pad(-111 1400  -54 1400  14 "114" 0x100)
+		Pad(54 1425  111 1425  14 "115" 0x100)
+		Pad(-111 1425  -54 1425  14 "116" 0x100)
+		Pad(54 1450  111 1450  14 "117" 0x100)
+		Pad(-111 1450  -54 1450  14 "118" 0x100)
+		Pad(54 1475  111 1475  14 "119" 0x100)
+		Pad(-111 1475  -54 1475  14 "120" 0x100)
+		Pad(54 1500  111 1500  14 "121" 0x100)
+		Pad(-111 1500  -54 1500  14 "122" 0x100)
+		Pad(54 1525  111 1525  14 "123" 0x100)
+		Pad(-111 1525  -54 1525  14 "124" 0x100)
+		Pad(54 1550  111 1550  14 "125" 0x100)
+		Pad(-111 1550  -54 1550  14 "126" 0x100)
+		Pad(54 1575  111 1575  14 "127" 0x100)
+		Pad(-111 1575  -54 1575  14 "128" 0x100)
+		Pad(54 1600  111 1600  14 "129" 0x100)
+		Pad(-111 1600  -54 1600  14 "130" 0x100)
+		Pad(54 1625  111 1625  14 "131" 0x100)
+		Pad(-111 1625  -54 1625  14 "132" 0x100)
+		Pad(54 1650  111 1650  14 "133" 0x100)
+		Pad(-111 1650  -54 1650  14 "134" 0x100)
+		Pad(54 1675  111 1675  14 "135" 0x100)
+		Pad(-111 1675  -54 1675  14 "136" 0x100)
+		Pad(54 1700  111 1700  14 "137" 0x100)
+		Pad(-111 1700  -54 1700  14 "138" 0x100)
+		Pad(54 1725  111 1725  14 "139" 0x100)
+		Pad(-111 1725  -54 1725  14 "140" 0x100)
+		Pad(54 1750  111 1750  14 "141" 0x100)
+		Pad(-111 1750  -54 1750  14 "142" 0x100)
+		Pad(54 1775  111 1775  14 "143" 0x100)
+		Pad(-111 1775  -54 1775  14 "144" 0x100)
+		Pad(54 1800  111 1800  14 "145" 0x100)
+		Pad(-111 1800  -54 1800  14 "146" 0x100)
+		Pad(54 1825  111 1825  14 "147" 0x100)
+		Pad(-111 1825  -54 1825  14 "148" 0x100)
+		Pad(54 1850  111 1850  14 "149" 0x100)
+		Pad(-111 1850  -54 1850  14 "150" 0x100)
+		Pad(54 1875  111 1875  14 "151" 0x100)
+		Pad(-111 1875  -54 1875  14 "152" 0x100)
+		Pad(54 1900  111 1900  14 "153" 0x100)
+		Pad(-111 1900  -54 1900  14 "154" 0x100)
+		Pad(54 1925  111 1925  14 "155" 0x100)
+		Pad(-111 1925  -54 1925  14 "156" 0x100)
+		Pad(54 1950  111 1950  14 "157" 0x100)
+		Pad(-111 1950  -54 1950  14 "158" 0x100)
+		Pad(54 1975  111 1975  14 "159" 0x100)
+		Pad(-111 1975  -54 1975  14 "160" 0x100)
+		Pad(54 2000  111 2000  14 "161" 0x100)
+		Pad(-111 2000  -54 2000  14 "162" 0x100)
+		Pad(54 2025  111 2025  14 "163" 0x100)
+		Pad(-111 2025  -54 2025  14 "164" 0x100)
+		Pad(54 2050  111 2050  14 "165" 0x100)
+		Pad(-111 2050  -54 2050  14 "166" 0x100)
+		Pad(54 2075  111 2075  14 "167" 0x100)
+		Pad(-111 2075  -54 2075  14 "168" 0x100)
+		Pad(54 2100  111 2100  14 "169" 0x100)
+		Pad(-111 2100  -54 2100  14 "170" 0x100)
+		Pad(54 2125  111 2125  14 "171" 0x100)
+		Pad(-111 2125  -54 2125  14 "172" 0x100)
+		Pad(54 2150  111 2150  14 "173" 0x100)
+		Pad(-111 2150  -54 2150  14 "174" 0x100)
+		Pad(54 2175  111 2175  14 "175" 0x100)
+		Pad(-111 2175  -54 2175  14 "176" 0x100)
+		Pad(54 2200  111 2200  14 "177" 0x100)
+		Pad(-111 2200  -54 2200  14 "178" 0x100)
+		Pad(54 2225  111 2225  14 "179" 0x100)
+		Pad(-111 2225  -54 2225  14 "180" 0x100)
+		Pad(54 2250  111 2250  14 "181" 0x100)
+		Pad(-111 2250  -54 2250  14 "182" 0x100)
+		Pad(54 2275  111 2275  14 "183" 0x100)
+		Pad(-111 2275  -54 2275  14 "184" 0x100)
+		Pad(54 2300  111 2300  14 "185" 0x100)
+		Pad(-111 2300  -54 2300  14 "186" 0x100)
+		Pad(54 2325  111 2325  14 "187" 0x100)
+		Pad(-111 2325  -54 2325  14 "188" 0x100)
+		Pad(54 2350  111 2350  14 "189" 0x100)
+		Pad(-111 2350  -54 2350  14 "190" 0x100)
+		Pad(54 2375  111 2375  14 "191" 0x100)
+		Pad(-111 2375  -54 2375  14 "192" 0x100)
+		Pad(54 2400  111 2400  14 "193" 0x100)
+		Pad(-111 2400  -54 2400  14 "194" 0x100)
+		Pad(54 2425  111 2425  14 "195" 0x100)
+		Pad(-111 2425  -54 2425  14 "196" 0x100)
+		Pad(54 2450  111 2450  14 "197" 0x100)
+		Pad(-111 2450  -54 2450  14 "198" 0x100)
+		Pad(54 2475  111 2475  14 "199" 0x100)
+		Pad(-111 2475  -54 2475  14 "200" 0x100)
+	# Keying is done with two sizes of alignment pins: 35 and 28 mils
+	Pin(0 -50 50 35 "M1" 0x01)
+	Pin(0 2525 43 28 "M2" 0x01)
+	# ends of mounting pads are 71 and 169 mils from end pad centers
+	Pad(0 -110 0 -130 79 "M3" 0x100)
+	Pad(0 2585 0 2605 79 "M4" 0x100)
+	ElementLine(-100 -150   50 -150 10)
+	ElementLine(  50 -150  100 -100 10)
+	ElementLine( 100 -100  100 2625 10)
+	ElementLine( 100 2625 -100 2625 10)
+	ElementLine(-100 2625 -100 -150 10)
+	# Support for aggregate parts built from this base, like
+	# the nanoEngine below.
+)
Index: oldlib/lib/pcblib-newlib/connector/MOLEX_025 240.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/MOLEX_025 240.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/MOLEX_025 240.fp	(revision 296)
@@ -0,0 +1,256 @@
+Element(0x00 "Molex .025 pitch 240 pin plug" "" "MOLEX_025 240" 0 0 3 100 0x00)
+(
+		Pad(54 0  111 0  14 "1" 0x00)
+		Pad(-111 0  -54 0  14 "2" 0x100)
+		Pad(54 25  111 25  14 "3" 0x100)
+		Pad(-111 25  -54 25  14 "4" 0x100)
+		Pad(54 50  111 50  14 "5" 0x100)
+		Pad(-111 50  -54 50  14 "6" 0x100)
+		Pad(54 75  111 75  14 "7" 0x100)
+		Pad(-111 75  -54 75  14 "8" 0x100)
+		Pad(54 100  111 100  14 "9" 0x100)
+		Pad(-111 100  -54 100  14 "10" 0x100)
+		Pad(54 125  111 125  14 "11" 0x100)
+		Pad(-111 125  -54 125  14 "12" 0x100)
+		Pad(54 150  111 150  14 "13" 0x100)
+		Pad(-111 150  -54 150  14 "14" 0x100)
+		Pad(54 175  111 175  14 "15" 0x100)
+		Pad(-111 175  -54 175  14 "16" 0x100)
+		Pad(54 200  111 200  14 "17" 0x100)
+		Pad(-111 200  -54 200  14 "18" 0x100)
+		Pad(54 225  111 225  14 "19" 0x100)
+		Pad(-111 225  -54 225  14 "20" 0x100)
+		Pad(54 250  111 250  14 "21" 0x100)
+		Pad(-111 250  -54 250  14 "22" 0x100)
+		Pad(54 275  111 275  14 "23" 0x100)
+		Pad(-111 275  -54 275  14 "24" 0x100)
+		Pad(54 300  111 300  14 "25" 0x100)
+		Pad(-111 300  -54 300  14 "26" 0x100)
+		Pad(54 325  111 325  14 "27" 0x100)
+		Pad(-111 325  -54 325  14 "28" 0x100)
+		Pad(54 350  111 350  14 "29" 0x100)
+		Pad(-111 350  -54 350  14 "30" 0x100)
+		Pad(54 375  111 375  14 "31" 0x100)
+		Pad(-111 375  -54 375  14 "32" 0x100)
+		Pad(54 400  111 400  14 "33" 0x100)
+		Pad(-111 400  -54 400  14 "34" 0x100)
+		Pad(54 425  111 425  14 "35" 0x100)
+		Pad(-111 425  -54 425  14 "36" 0x100)
+		Pad(54 450  111 450  14 "37" 0x100)
+		Pad(-111 450  -54 450  14 "38" 0x100)
+		Pad(54 475  111 475  14 "39" 0x100)
+		Pad(-111 475  -54 475  14 "40" 0x100)
+		Pad(54 500  111 500  14 "41" 0x100)
+		Pad(-111 500  -54 500  14 "42" 0x100)
+		Pad(54 525  111 525  14 "43" 0x100)
+		Pad(-111 525  -54 525  14 "44" 0x100)
+		Pad(54 550  111 550  14 "45" 0x100)
+		Pad(-111 550  -54 550  14 "46" 0x100)
+		Pad(54 575  111 575  14 "47" 0x100)
+		Pad(-111 575  -54 575  14 "48" 0x100)
+		Pad(54 600  111 600  14 "49" 0x100)
+		Pad(-111 600  -54 600  14 "50" 0x100)
+		Pad(54 625  111 625  14 "51" 0x100)
+		Pad(-111 625  -54 625  14 "52" 0x100)
+		Pad(54 650  111 650  14 "53" 0x100)
+		Pad(-111 650  -54 650  14 "54" 0x100)
+		Pad(54 675  111 675  14 "55" 0x100)
+		Pad(-111 675  -54 675  14 "56" 0x100)
+		Pad(54 700  111 700  14 "57" 0x100)
+		Pad(-111 700  -54 700  14 "58" 0x100)
+		Pad(54 725  111 725  14 "59" 0x100)
+		Pad(-111 725  -54 725  14 "60" 0x100)
+		Pad(54 750  111 750  14 "61" 0x100)
+		Pad(-111 750  -54 750  14 "62" 0x100)
+		Pad(54 775  111 775  14 "63" 0x100)
+		Pad(-111 775  -54 775  14 "64" 0x100)
+		Pad(54 800  111 800  14 "65" 0x100)
+		Pad(-111 800  -54 800  14 "66" 0x100)
+		Pad(54 825  111 825  14 "67" 0x100)
+		Pad(-111 825  -54 825  14 "68" 0x100)
+		Pad(54 850  111 850  14 "69" 0x100)
+		Pad(-111 850  -54 850  14 "70" 0x100)
+		Pad(54 875  111 875  14 "71" 0x100)
+		Pad(-111 875  -54 875  14 "72" 0x100)
+		Pad(54 900  111 900  14 "73" 0x100)
+		Pad(-111 900  -54 900  14 "74" 0x100)
+		Pad(54 925  111 925  14 "75" 0x100)
+		Pad(-111 925  -54 925  14 "76" 0x100)
+		Pad(54 950  111 950  14 "77" 0x100)
+		Pad(-111 950  -54 950  14 "78" 0x100)
+		Pad(54 975  111 975  14 "79" 0x100)
+		Pad(-111 975  -54 975  14 "80" 0x100)
+		Pad(54 1000  111 1000  14 "81" 0x100)
+		Pad(-111 1000  -54 1000  14 "82" 0x100)
+		Pad(54 1025  111 1025  14 "83" 0x100)
+		Pad(-111 1025  -54 1025  14 "84" 0x100)
+		Pad(54 1050  111 1050  14 "85" 0x100)
+		Pad(-111 1050  -54 1050  14 "86" 0x100)
+		Pad(54 1075  111 1075  14 "87" 0x100)
+		Pad(-111 1075  -54 1075  14 "88" 0x100)
+		Pad(54 1100  111 1100  14 "89" 0x100)
+		Pad(-111 1100  -54 1100  14 "90" 0x100)
+		Pad(54 1125  111 1125  14 "91" 0x100)
+		Pad(-111 1125  -54 1125  14 "92" 0x100)
+		Pad(54 1150  111 1150  14 "93" 0x100)
+		Pad(-111 1150  -54 1150  14 "94" 0x100)
+		Pad(54 1175  111 1175  14 "95" 0x100)
+		Pad(-111 1175  -54 1175  14 "96" 0x100)
+		Pad(54 1200  111 1200  14 "97" 0x100)
+		Pad(-111 1200  -54 1200  14 "98" 0x100)
+		Pad(54 1225  111 1225  14 "99" 0x100)
+		Pad(-111 1225  -54 1225  14 "100" 0x100)
+		Pad(54 1250  111 1250  14 "101" 0x100)
+		Pad(-111 1250  -54 1250  14 "102" 0x100)
+		Pad(54 1275  111 1275  14 "103" 0x100)
+		Pad(-111 1275  -54 1275  14 "104" 0x100)
+		Pad(54 1300  111 1300  14 "105" 0x100)
+		Pad(-111 1300  -54 1300  14 "106" 0x100)
+		Pad(54 1325  111 1325  14 "107" 0x100)
+		Pad(-111 1325  -54 1325  14 "108" 0x100)
+		Pad(54 1350  111 1350  14 "109" 0x100)
+		Pad(-111 1350  -54 1350  14 "110" 0x100)
+		Pad(54 1375  111 1375  14 "111" 0x100)
+		Pad(-111 1375  -54 1375  14 "112" 0x100)
+		Pad(54 1400  111 1400  14 "113" 0x100)
+		Pad(-111 1400  -54 1400  14 "114" 0x100)
+		Pad(54 1425  111 1425  14 "115" 0x100)
+		Pad(-111 1425  -54 1425  14 "116" 0x100)
+		Pad(54 1450  111 1450  14 "117" 0x100)
+		Pad(-111 1450  -54 1450  14 "118" 0x100)
+		Pad(54 1475  111 1475  14 "119" 0x100)
+		Pad(-111 1475  -54 1475  14 "120" 0x100)
+		Pad(54 1500  111 1500  14 "121" 0x100)
+		Pad(-111 1500  -54 1500  14 "122" 0x100)
+		Pad(54 1525  111 1525  14 "123" 0x100)
+		Pad(-111 1525  -54 1525  14 "124" 0x100)
+		Pad(54 1550  111 1550  14 "125" 0x100)
+		Pad(-111 1550  -54 1550  14 "126" 0x100)
+		Pad(54 1575  111 1575  14 "127" 0x100)
+		Pad(-111 1575  -54 1575  14 "128" 0x100)
+		Pad(54 1600  111 1600  14 "129" 0x100)
+		Pad(-111 1600  -54 1600  14 "130" 0x100)
+		Pad(54 1625  111 1625  14 "131" 0x100)
+		Pad(-111 1625  -54 1625  14 "132" 0x100)
+		Pad(54 1650  111 1650  14 "133" 0x100)
+		Pad(-111 1650  -54 1650  14 "134" 0x100)
+		Pad(54 1675  111 1675  14 "135" 0x100)
+		Pad(-111 1675  -54 1675  14 "136" 0x100)
+		Pad(54 1700  111 1700  14 "137" 0x100)
+		Pad(-111 1700  -54 1700  14 "138" 0x100)
+		Pad(54 1725  111 1725  14 "139" 0x100)
+		Pad(-111 1725  -54 1725  14 "140" 0x100)
+		Pad(54 1750  111 1750  14 "141" 0x100)
+		Pad(-111 1750  -54 1750  14 "142" 0x100)
+		Pad(54 1775  111 1775  14 "143" 0x100)
+		Pad(-111 1775  -54 1775  14 "144" 0x100)
+		Pad(54 1800  111 1800  14 "145" 0x100)
+		Pad(-111 1800  -54 1800  14 "146" 0x100)
+		Pad(54 1825  111 1825  14 "147" 0x100)
+		Pad(-111 1825  -54 1825  14 "148" 0x100)
+		Pad(54 1850  111 1850  14 "149" 0x100)
+		Pad(-111 1850  -54 1850  14 "150" 0x100)
+		Pad(54 1875  111 1875  14 "151" 0x100)
+		Pad(-111 1875  -54 1875  14 "152" 0x100)
+		Pad(54 1900  111 1900  14 "153" 0x100)
+		Pad(-111 1900  -54 1900  14 "154" 0x100)
+		Pad(54 1925  111 1925  14 "155" 0x100)
+		Pad(-111 1925  -54 1925  14 "156" 0x100)
+		Pad(54 1950  111 1950  14 "157" 0x100)
+		Pad(-111 1950  -54 1950  14 "158" 0x100)
+		Pad(54 1975  111 1975  14 "159" 0x100)
+		Pad(-111 1975  -54 1975  14 "160" 0x100)
+		Pad(54 2000  111 2000  14 "161" 0x100)
+		Pad(-111 2000  -54 2000  14 "162" 0x100)
+		Pad(54 2025  111 2025  14 "163" 0x100)
+		Pad(-111 2025  -54 2025  14 "164" 0x100)
+		Pad(54 2050  111 2050  14 "165" 0x100)
+		Pad(-111 2050  -54 2050  14 "166" 0x100)
+		Pad(54 2075  111 2075  14 "167" 0x100)
+		Pad(-111 2075  -54 2075  14 "168" 0x100)
+		Pad(54 2100  111 2100  14 "169" 0x100)
+		Pad(-111 2100  -54 2100  14 "170" 0x100)
+		Pad(54 2125  111 2125  14 "171" 0x100)
+		Pad(-111 2125  -54 2125  14 "172" 0x100)
+		Pad(54 2150  111 2150  14 "173" 0x100)
+		Pad(-111 2150  -54 2150  14 "174" 0x100)
+		Pad(54 2175  111 2175  14 "175" 0x100)
+		Pad(-111 2175  -54 2175  14 "176" 0x100)
+		Pad(54 2200  111 2200  14 "177" 0x100)
+		Pad(-111 2200  -54 2200  14 "178" 0x100)
+		Pad(54 2225  111 2225  14 "179" 0x100)
+		Pad(-111 2225  -54 2225  14 "180" 0x100)
+		Pad(54 2250  111 2250  14 "181" 0x100)
+		Pad(-111 2250  -54 2250  14 "182" 0x100)
+		Pad(54 2275  111 2275  14 "183" 0x100)
+		Pad(-111 2275  -54 2275  14 "184" 0x100)
+		Pad(54 2300  111 2300  14 "185" 0x100)
+		Pad(-111 2300  -54 2300  14 "186" 0x100)
+		Pad(54 2325  111 2325  14 "187" 0x100)
+		Pad(-111 2325  -54 2325  14 "188" 0x100)
+		Pad(54 2350  111 2350  14 "189" 0x100)
+		Pad(-111 2350  -54 2350  14 "190" 0x100)
+		Pad(54 2375  111 2375  14 "191" 0x100)
+		Pad(-111 2375  -54 2375  14 "192" 0x100)
+		Pad(54 2400  111 2400  14 "193" 0x100)
+		Pad(-111 2400  -54 2400  14 "194" 0x100)
+		Pad(54 2425  111 2425  14 "195" 0x100)
+		Pad(-111 2425  -54 2425  14 "196" 0x100)
+		Pad(54 2450  111 2450  14 "197" 0x100)
+		Pad(-111 2450  -54 2450  14 "198" 0x100)
+		Pad(54 2475  111 2475  14 "199" 0x100)
+		Pad(-111 2475  -54 2475  14 "200" 0x100)
+		Pad(54 2500  111 2500  14 "201" 0x100)
+		Pad(-111 2500  -54 2500  14 "202" 0x100)
+		Pad(54 2525  111 2525  14 "203" 0x100)
+		Pad(-111 2525  -54 2525  14 "204" 0x100)
+		Pad(54 2550  111 2550  14 "205" 0x100)
+		Pad(-111 2550  -54 2550  14 "206" 0x100)
+		Pad(54 2575  111 2575  14 "207" 0x100)
+		Pad(-111 2575  -54 2575  14 "208" 0x100)
+		Pad(54 2600  111 2600  14 "209" 0x100)
+		Pad(-111 2600  -54 2600  14 "210" 0x100)
+		Pad(54 2625  111 2625  14 "211" 0x100)
+		Pad(-111 2625  -54 2625  14 "212" 0x100)
+		Pad(54 2650  111 2650  14 "213" 0x100)
+		Pad(-111 2650  -54 2650  14 "214" 0x100)
+		Pad(54 2675  111 2675  14 "215" 0x100)
+		Pad(-111 2675  -54 2675  14 "216" 0x100)
+		Pad(54 2700  111 2700  14 "217" 0x100)
+		Pad(-111 2700  -54 2700  14 "218" 0x100)
+		Pad(54 2725  111 2725  14 "219" 0x100)
+		Pad(-111 2725  -54 2725  14 "220" 0x100)
+		Pad(54 2750  111 2750  14 "221" 0x100)
+		Pad(-111 2750  -54 2750  14 "222" 0x100)
+		Pad(54 2775  111 2775  14 "223" 0x100)
+		Pad(-111 2775  -54 2775  14 "224" 0x100)
+		Pad(54 2800  111 2800  14 "225" 0x100)
+		Pad(-111 2800  -54 2800  14 "226" 0x100)
+		Pad(54 2825  111 2825  14 "227" 0x100)
+		Pad(-111 2825  -54 2825  14 "228" 0x100)
+		Pad(54 2850  111 2850  14 "229" 0x100)
+		Pad(-111 2850  -54 2850  14 "230" 0x100)
+		Pad(54 2875  111 2875  14 "231" 0x100)
+		Pad(-111 2875  -54 2875  14 "232" 0x100)
+		Pad(54 2900  111 2900  14 "233" 0x100)
+		Pad(-111 2900  -54 2900  14 "234" 0x100)
+		Pad(54 2925  111 2925  14 "235" 0x100)
+		Pad(-111 2925  -54 2925  14 "236" 0x100)
+		Pad(54 2950  111 2950  14 "237" 0x100)
+		Pad(-111 2950  -54 2950  14 "238" 0x100)
+		Pad(54 2975  111 2975  14 "239" 0x100)
+		Pad(-111 2975  -54 2975  14 "240" 0x100)
+	# Keying is done with two sizes of alignment pins: 35 and 28 mils
+	Pin(0 -50 50 35 "M1" 0x01)
+	Pin(0 3025 43 28 "M2" 0x01)
+	# ends of mounting pads are 71 and 169 mils from end pad centers
+	Pad(0 -110 0 -130 79 "M3" 0x100)
+	Pad(0 3085 0 3105 79 "M4" 0x100)
+	ElementLine(-100 -150   50 -150 10)
+	ElementLine(  50 -150  100 -100 10)
+	ElementLine( 100 -100  100 3125 10)
+	ElementLine( 100 3125 -100 3125 10)
+	ElementLine(-100 3125 -100 -150 10)
+	# Support for aggregate parts built from this base, like
+	# the nanoEngine below.
+)
Index: oldlib/lib/pcblib-newlib/connector/MOLEX_025 30.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/MOLEX_025 30.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/MOLEX_025 30.fp	(revision 296)
@@ -0,0 +1,46 @@
+Element(0x00 "Molex .025 pitch 30 pin plug" "" "MOLEX_025 30" 0 0 3 100 0x00)
+(
+		Pad(54 0  111 0  14 "1" 0x00)
+		Pad(-111 0  -54 0  14 "2" 0x100)
+		Pad(54 25  111 25  14 "3" 0x100)
+		Pad(-111 25  -54 25  14 "4" 0x100)
+		Pad(54 50  111 50  14 "5" 0x100)
+		Pad(-111 50  -54 50  14 "6" 0x100)
+		Pad(54 75  111 75  14 "7" 0x100)
+		Pad(-111 75  -54 75  14 "8" 0x100)
+		Pad(54 100  111 100  14 "9" 0x100)
+		Pad(-111 100  -54 100  14 "10" 0x100)
+		Pad(54 125  111 125  14 "11" 0x100)
+		Pad(-111 125  -54 125  14 "12" 0x100)
+		Pad(54 150  111 150  14 "13" 0x100)
+		Pad(-111 150  -54 150  14 "14" 0x100)
+		Pad(54 175  111 175  14 "15" 0x100)
+		Pad(-111 175  -54 175  14 "16" 0x100)
+		Pad(54 200  111 200  14 "17" 0x100)
+		Pad(-111 200  -54 200  14 "18" 0x100)
+		Pad(54 225  111 225  14 "19" 0x100)
+		Pad(-111 225  -54 225  14 "20" 0x100)
+		Pad(54 250  111 250  14 "21" 0x100)
+		Pad(-111 250  -54 250  14 "22" 0x100)
+		Pad(54 275  111 275  14 "23" 0x100)
+		Pad(-111 275  -54 275  14 "24" 0x100)
+		Pad(54 300  111 300  14 "25" 0x100)
+		Pad(-111 300  -54 300  14 "26" 0x100)
+		Pad(54 325  111 325  14 "27" 0x100)
+		Pad(-111 325  -54 325  14 "28" 0x100)
+		Pad(54 350  111 350  14 "29" 0x100)
+		Pad(-111 350  -54 350  14 "30" 0x100)
+	# Keying is done with two sizes of alignment pins: 35 and 28 mils
+	Pin(0 -50 50 35 "M1" 0x01)
+	Pin(0 400 43 28 "M2" 0x01)
+	# ends of mounting pads are 71 and 169 mils from end pad centers
+	Pad(0 -110 0 -130 79 "M3" 0x100)
+	Pad(0 460 0 480 79 "M4" 0x100)
+	ElementLine(-100 -150   50 -150 10)
+	ElementLine(  50 -150  100 -100 10)
+	ElementLine( 100 -100  100 500 10)
+	ElementLine( 100 500 -100 500 10)
+	ElementLine(-100 500 -100 -150 10)
+	# Support for aggregate parts built from this base, like
+	# the nanoEngine below.
+)
Index: oldlib/lib/pcblib-newlib/connector/MOLEX_025 40.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/MOLEX_025 40.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/MOLEX_025 40.fp	(revision 296)
@@ -0,0 +1,56 @@
+Element(0x00 "Molex .025 pitch 40 pin plug" "" "MOLEX_025 40" 0 0 3 100 0x00)
+(
+		Pad(54 0  111 0  14 "1" 0x00)
+		Pad(-111 0  -54 0  14 "2" 0x100)
+		Pad(54 25  111 25  14 "3" 0x100)
+		Pad(-111 25  -54 25  14 "4" 0x100)
+		Pad(54 50  111 50  14 "5" 0x100)
+		Pad(-111 50  -54 50  14 "6" 0x100)
+		Pad(54 75  111 75  14 "7" 0x100)
+		Pad(-111 75  -54 75  14 "8" 0x100)
+		Pad(54 100  111 100  14 "9" 0x100)
+		Pad(-111 100  -54 100  14 "10" 0x100)
+		Pad(54 125  111 125  14 "11" 0x100)
+		Pad(-111 125  -54 125  14 "12" 0x100)
+		Pad(54 150  111 150  14 "13" 0x100)
+		Pad(-111 150  -54 150  14 "14" 0x100)
+		Pad(54 175  111 175  14 "15" 0x100)
+		Pad(-111 175  -54 175  14 "16" 0x100)
+		Pad(54 200  111 200  14 "17" 0x100)
+		Pad(-111 200  -54 200  14 "18" 0x100)
+		Pad(54 225  111 225  14 "19" 0x100)
+		Pad(-111 225  -54 225  14 "20" 0x100)
+		Pad(54 250  111 250  14 "21" 0x100)
+		Pad(-111 250  -54 250  14 "22" 0x100)
+		Pad(54 275  111 275  14 "23" 0x100)
+		Pad(-111 275  -54 275  14 "24" 0x100)
+		Pad(54 300  111 300  14 "25" 0x100)
+		Pad(-111 300  -54 300  14 "26" 0x100)
+		Pad(54 325  111 325  14 "27" 0x100)
+		Pad(-111 325  -54 325  14 "28" 0x100)
+		Pad(54 350  111 350  14 "29" 0x100)
+		Pad(-111 350  -54 350  14 "30" 0x100)
+		Pad(54 375  111 375  14 "31" 0x100)
+		Pad(-111 375  -54 375  14 "32" 0x100)
+		Pad(54 400  111 400  14 "33" 0x100)
+		Pad(-111 400  -54 400  14 "34" 0x100)
+		Pad(54 425  111 425  14 "35" 0x100)
+		Pad(-111 425  -54 425  14 "36" 0x100)
+		Pad(54 450  111 450  14 "37" 0x100)
+		Pad(-111 450  -54 450  14 "38" 0x100)
+		Pad(54 475  111 475  14 "39" 0x100)
+		Pad(-111 475  -54 475  14 "40" 0x100)
+	# Keying is done with two sizes of alignment pins: 35 and 28 mils
+	Pin(0 -50 50 35 "M1" 0x01)
+	Pin(0 525 43 28 "M2" 0x01)
+	# ends of mounting pads are 71 and 169 mils from end pad centers
+	Pad(0 -110 0 -130 79 "M3" 0x100)
+	Pad(0 585 0 605 79 "M4" 0x100)
+	ElementLine(-100 -150   50 -150 10)
+	ElementLine(  50 -150  100 -100 10)
+	ElementLine( 100 -100  100 625 10)
+	ElementLine( 100 625 -100 625 10)
+	ElementLine(-100 625 -100 -150 10)
+	# Support for aggregate parts built from this base, like
+	# the nanoEngine below.
+)
Index: oldlib/lib/pcblib-newlib/connector/MOLEX_025 50.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/MOLEX_025 50.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/MOLEX_025 50.fp	(revision 296)
@@ -0,0 +1,66 @@
+Element(0x00 "Molex .025 pitch 50 pin plug" "" "MOLEX_025 50" 0 0 3 100 0x00)
+(
+		Pad(54 0  111 0  14 "1" 0x00)
+		Pad(-111 0  -54 0  14 "2" 0x100)
+		Pad(54 25  111 25  14 "3" 0x100)
+		Pad(-111 25  -54 25  14 "4" 0x100)
+		Pad(54 50  111 50  14 "5" 0x100)
+		Pad(-111 50  -54 50  14 "6" 0x100)
+		Pad(54 75  111 75  14 "7" 0x100)
+		Pad(-111 75  -54 75  14 "8" 0x100)
+		Pad(54 100  111 100  14 "9" 0x100)
+		Pad(-111 100  -54 100  14 "10" 0x100)
+		Pad(54 125  111 125  14 "11" 0x100)
+		Pad(-111 125  -54 125  14 "12" 0x100)
+		Pad(54 150  111 150  14 "13" 0x100)
+		Pad(-111 150  -54 150  14 "14" 0x100)
+		Pad(54 175  111 175  14 "15" 0x100)
+		Pad(-111 175  -54 175  14 "16" 0x100)
+		Pad(54 200  111 200  14 "17" 0x100)
+		Pad(-111 200  -54 200  14 "18" 0x100)
+		Pad(54 225  111 225  14 "19" 0x100)
+		Pad(-111 225  -54 225  14 "20" 0x100)
+		Pad(54 250  111 250  14 "21" 0x100)
+		Pad(-111 250  -54 250  14 "22" 0x100)
+		Pad(54 275  111 275  14 "23" 0x100)
+		Pad(-111 275  -54 275  14 "24" 0x100)
+		Pad(54 300  111 300  14 "25" 0x100)
+		Pad(-111 300  -54 300  14 "26" 0x100)
+		Pad(54 325  111 325  14 "27" 0x100)
+		Pad(-111 325  -54 325  14 "28" 0x100)
+		Pad(54 350  111 350  14 "29" 0x100)
+		Pad(-111 350  -54 350  14 "30" 0x100)
+		Pad(54 375  111 375  14 "31" 0x100)
+		Pad(-111 375  -54 375  14 "32" 0x100)
+		Pad(54 400  111 400  14 "33" 0x100)
+		Pad(-111 400  -54 400  14 "34" 0x100)
+		Pad(54 425  111 425  14 "35" 0x100)
+		Pad(-111 425  -54 425  14 "36" 0x100)
+		Pad(54 450  111 450  14 "37" 0x100)
+		Pad(-111 450  -54 450  14 "38" 0x100)
+		Pad(54 475  111 475  14 "39" 0x100)
+		Pad(-111 475  -54 475  14 "40" 0x100)
+		Pad(54 500  111 500  14 "41" 0x100)
+		Pad(-111 500  -54 500  14 "42" 0x100)
+		Pad(54 525  111 525  14 "43" 0x100)
+		Pad(-111 525  -54 525  14 "44" 0x100)
+		Pad(54 550  111 550  14 "45" 0x100)
+		Pad(-111 550  -54 550  14 "46" 0x100)
+		Pad(54 575  111 575  14 "47" 0x100)
+		Pad(-111 575  -54 575  14 "48" 0x100)
+		Pad(54 600  111 600  14 "49" 0x100)
+		Pad(-111 600  -54 600  14 "50" 0x100)
+	# Keying is done with two sizes of alignment pins: 35 and 28 mils
+	Pin(0 -50 50 35 "M1" 0x01)
+	Pin(0 650 43 28 "M2" 0x01)
+	# ends of mounting pads are 71 and 169 mils from end pad centers
+	Pad(0 -110 0 -130 79 "M3" 0x100)
+	Pad(0 710 0 730 79 "M4" 0x100)
+	ElementLine(-100 -150   50 -150 10)
+	ElementLine(  50 -150  100 -100 10)
+	ElementLine( 100 -100  100 750 10)
+	ElementLine( 100 750 -100 750 10)
+	ElementLine(-100 750 -100 -150 10)
+	# Support for aggregate parts built from this base, like
+	# the nanoEngine below.
+)
Index: oldlib/lib/pcblib-newlib/connector/MOLEX_025 60.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/MOLEX_025 60.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/MOLEX_025 60.fp	(revision 296)
@@ -0,0 +1,76 @@
+Element(0x00 "Molex .025 pitch 60 pin plug" "" "MOLEX_025 60" 0 0 3 100 0x00)
+(
+		Pad(54 0  111 0  14 "1" 0x00)
+		Pad(-111 0  -54 0  14 "2" 0x100)
+		Pad(54 25  111 25  14 "3" 0x100)
+		Pad(-111 25  -54 25  14 "4" 0x100)
+		Pad(54 50  111 50  14 "5" 0x100)
+		Pad(-111 50  -54 50  14 "6" 0x100)
+		Pad(54 75  111 75  14 "7" 0x100)
+		Pad(-111 75  -54 75  14 "8" 0x100)
+		Pad(54 100  111 100  14 "9" 0x100)
+		Pad(-111 100  -54 100  14 "10" 0x100)
+		Pad(54 125  111 125  14 "11" 0x100)
+		Pad(-111 125  -54 125  14 "12" 0x100)
+		Pad(54 150  111 150  14 "13" 0x100)
+		Pad(-111 150  -54 150  14 "14" 0x100)
+		Pad(54 175  111 175  14 "15" 0x100)
+		Pad(-111 175  -54 175  14 "16" 0x100)
+		Pad(54 200  111 200  14 "17" 0x100)
+		Pad(-111 200  -54 200  14 "18" 0x100)
+		Pad(54 225  111 225  14 "19" 0x100)
+		Pad(-111 225  -54 225  14 "20" 0x100)
+		Pad(54 250  111 250  14 "21" 0x100)
+		Pad(-111 250  -54 250  14 "22" 0x100)
+		Pad(54 275  111 275  14 "23" 0x100)
+		Pad(-111 275  -54 275  14 "24" 0x100)
+		Pad(54 300  111 300  14 "25" 0x100)
+		Pad(-111 300  -54 300  14 "26" 0x100)
+		Pad(54 325  111 325  14 "27" 0x100)
+		Pad(-111 325  -54 325  14 "28" 0x100)
+		Pad(54 350  111 350  14 "29" 0x100)
+		Pad(-111 350  -54 350  14 "30" 0x100)
+		Pad(54 375  111 375  14 "31" 0x100)
+		Pad(-111 375  -54 375  14 "32" 0x100)
+		Pad(54 400  111 400  14 "33" 0x100)
+		Pad(-111 400  -54 400  14 "34" 0x100)
+		Pad(54 425  111 425  14 "35" 0x100)
+		Pad(-111 425  -54 425  14 "36" 0x100)
+		Pad(54 450  111 450  14 "37" 0x100)
+		Pad(-111 450  -54 450  14 "38" 0x100)
+		Pad(54 475  111 475  14 "39" 0x100)
+		Pad(-111 475  -54 475  14 "40" 0x100)
+		Pad(54 500  111 500  14 "41" 0x100)
+		Pad(-111 500  -54 500  14 "42" 0x100)
+		Pad(54 525  111 525  14 "43" 0x100)
+		Pad(-111 525  -54 525  14 "44" 0x100)
+		Pad(54 550  111 550  14 "45" 0x100)
+		Pad(-111 550  -54 550  14 "46" 0x100)
+		Pad(54 575  111 575  14 "47" 0x100)
+		Pad(-111 575  -54 575  14 "48" 0x100)
+		Pad(54 600  111 600  14 "49" 0x100)
+		Pad(-111 600  -54 600  14 "50" 0x100)
+		Pad(54 625  111 625  14 "51" 0x100)
+		Pad(-111 625  -54 625  14 "52" 0x100)
+		Pad(54 650  111 650  14 "53" 0x100)
+		Pad(-111 650  -54 650  14 "54" 0x100)
+		Pad(54 675  111 675  14 "55" 0x100)
+		Pad(-111 675  -54 675  14 "56" 0x100)
+		Pad(54 700  111 700  14 "57" 0x100)
+		Pad(-111 700  -54 700  14 "58" 0x100)
+		Pad(54 725  111 725  14 "59" 0x100)
+		Pad(-111 725  -54 725  14 "60" 0x100)
+	# Keying is done with two sizes of alignment pins: 35 and 28 mils
+	Pin(0 -50 50 35 "M1" 0x01)
+	Pin(0 775 43 28 "M2" 0x01)
+	# ends of mounting pads are 71 and 169 mils from end pad centers
+	Pad(0 -110 0 -130 79 "M3" 0x100)
+	Pad(0 835 0 855 79 "M4" 0x100)
+	ElementLine(-100 -150   50 -150 10)
+	ElementLine(  50 -150  100 -100 10)
+	ElementLine( 100 -100  100 875 10)
+	ElementLine( 100 875 -100 875 10)
+	ElementLine(-100 875 -100 -150 10)
+	# Support for aggregate parts built from this base, like
+	# the nanoEngine below.
+)
Index: oldlib/lib/pcblib-newlib/connector/MOLEX_025 68.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/MOLEX_025 68.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/MOLEX_025 68.fp	(revision 296)
@@ -0,0 +1,84 @@
+Element(0x00 "Molex .025 pitch 68 pin plug" "" "MOLEX_025 68" 0 0 3 100 0x00)
+(
+		Pad(54 0  111 0  14 "1" 0x00)
+		Pad(-111 0  -54 0  14 "2" 0x100)
+		Pad(54 25  111 25  14 "3" 0x100)
+		Pad(-111 25  -54 25  14 "4" 0x100)
+		Pad(54 50  111 50  14 "5" 0x100)
+		Pad(-111 50  -54 50  14 "6" 0x100)
+		Pad(54 75  111 75  14 "7" 0x100)
+		Pad(-111 75  -54 75  14 "8" 0x100)
+		Pad(54 100  111 100  14 "9" 0x100)
+		Pad(-111 100  -54 100  14 "10" 0x100)
+		Pad(54 125  111 125  14 "11" 0x100)
+		Pad(-111 125  -54 125  14 "12" 0x100)
+		Pad(54 150  111 150  14 "13" 0x100)
+		Pad(-111 150  -54 150  14 "14" 0x100)
+		Pad(54 175  111 175  14 "15" 0x100)
+		Pad(-111 175  -54 175  14 "16" 0x100)
+		Pad(54 200  111 200  14 "17" 0x100)
+		Pad(-111 200  -54 200  14 "18" 0x100)
+		Pad(54 225  111 225  14 "19" 0x100)
+		Pad(-111 225  -54 225  14 "20" 0x100)
+		Pad(54 250  111 250  14 "21" 0x100)
+		Pad(-111 250  -54 250  14 "22" 0x100)
+		Pad(54 275  111 275  14 "23" 0x100)
+		Pad(-111 275  -54 275  14 "24" 0x100)
+		Pad(54 300  111 300  14 "25" 0x100)
+		Pad(-111 300  -54 300  14 "26" 0x100)
+		Pad(54 325  111 325  14 "27" 0x100)
+		Pad(-111 325  -54 325  14 "28" 0x100)
+		Pad(54 350  111 350  14 "29" 0x100)
+		Pad(-111 350  -54 350  14 "30" 0x100)
+		Pad(54 375  111 375  14 "31" 0x100)
+		Pad(-111 375  -54 375  14 "32" 0x100)
+		Pad(54 400  111 400  14 "33" 0x100)
+		Pad(-111 400  -54 400  14 "34" 0x100)
+		Pad(54 425  111 425  14 "35" 0x100)
+		Pad(-111 425  -54 425  14 "36" 0x100)
+		Pad(54 450  111 450  14 "37" 0x100)
+		Pad(-111 450  -54 450  14 "38" 0x100)
+		Pad(54 475  111 475  14 "39" 0x100)
+		Pad(-111 475  -54 475  14 "40" 0x100)
+		Pad(54 500  111 500  14 "41" 0x100)
+		Pad(-111 500  -54 500  14 "42" 0x100)
+		Pad(54 525  111 525  14 "43" 0x100)
+		Pad(-111 525  -54 525  14 "44" 0x100)
+		Pad(54 550  111 550  14 "45" 0x100)
+		Pad(-111 550  -54 550  14 "46" 0x100)
+		Pad(54 575  111 575  14 "47" 0x100)
+		Pad(-111 575  -54 575  14 "48" 0x100)
+		Pad(54 600  111 600  14 "49" 0x100)
+		Pad(-111 600  -54 600  14 "50" 0x100)
+		Pad(54 625  111 625  14 "51" 0x100)
+		Pad(-111 625  -54 625  14 "52" 0x100)
+		Pad(54 650  111 650  14 "53" 0x100)
+		Pad(-111 650  -54 650  14 "54" 0x100)
+		Pad(54 675  111 675  14 "55" 0x100)
+		Pad(-111 675  -54 675  14 "56" 0x100)
+		Pad(54 700  111 700  14 "57" 0x100)
+		Pad(-111 700  -54 700  14 "58" 0x100)
+		Pad(54 725  111 725  14 "59" 0x100)
+		Pad(-111 725  -54 725  14 "60" 0x100)
+		Pad(54 750  111 750  14 "61" 0x100)
+		Pad(-111 750  -54 750  14 "62" 0x100)
+		Pad(54 775  111 775  14 "63" 0x100)
+		Pad(-111 775  -54 775  14 "64" 0x100)
+		Pad(54 800  111 800  14 "65" 0x100)
+		Pad(-111 800  -54 800  14 "66" 0x100)
+		Pad(54 825  111 825  14 "67" 0x100)
+		Pad(-111 825  -54 825  14 "68" 0x100)
+	# Keying is done with two sizes of alignment pins: 35 and 28 mils
+	Pin(0 -50 50 35 "M1" 0x01)
+	Pin(0 875 43 28 "M2" 0x01)
+	# ends of mounting pads are 71 and 169 mils from end pad centers
+	Pad(0 -110 0 -130 79 "M3" 0x100)
+	Pad(0 935 0 955 79 "M4" 0x100)
+	ElementLine(-100 -150   50 -150 10)
+	ElementLine(  50 -150  100 -100 10)
+	ElementLine( 100 -100  100 975 10)
+	ElementLine( 100 975 -100 975 10)
+	ElementLine(-100 975 -100 -150 10)
+	# Support for aggregate parts built from this base, like
+	# the nanoEngine below.
+)
Index: oldlib/lib/pcblib-newlib/connector/MOLEX_025 70.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/MOLEX_025 70.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/MOLEX_025 70.fp	(revision 296)
@@ -0,0 +1,86 @@
+Element(0x00 "Molex .025 pitch 70 pin plug" "" "MOLEX_025 70" 0 0 3 100 0x00)
+(
+		Pad(54 0  111 0  14 "1" 0x00)
+		Pad(-111 0  -54 0  14 "2" 0x100)
+		Pad(54 25  111 25  14 "3" 0x100)
+		Pad(-111 25  -54 25  14 "4" 0x100)
+		Pad(54 50  111 50  14 "5" 0x100)
+		Pad(-111 50  -54 50  14 "6" 0x100)
+		Pad(54 75  111 75  14 "7" 0x100)
+		Pad(-111 75  -54 75  14 "8" 0x100)
+		Pad(54 100  111 100  14 "9" 0x100)
+		Pad(-111 100  -54 100  14 "10" 0x100)
+		Pad(54 125  111 125  14 "11" 0x100)
+		Pad(-111 125  -54 125  14 "12" 0x100)
+		Pad(54 150  111 150  14 "13" 0x100)
+		Pad(-111 150  -54 150  14 "14" 0x100)
+		Pad(54 175  111 175  14 "15" 0x100)
+		Pad(-111 175  -54 175  14 "16" 0x100)
+		Pad(54 200  111 200  14 "17" 0x100)
+		Pad(-111 200  -54 200  14 "18" 0x100)
+		Pad(54 225  111 225  14 "19" 0x100)
+		Pad(-111 225  -54 225  14 "20" 0x100)
+		Pad(54 250  111 250  14 "21" 0x100)
+		Pad(-111 250  -54 250  14 "22" 0x100)
+		Pad(54 275  111 275  14 "23" 0x100)
+		Pad(-111 275  -54 275  14 "24" 0x100)
+		Pad(54 300  111 300  14 "25" 0x100)
+		Pad(-111 300  -54 300  14 "26" 0x100)
+		Pad(54 325  111 325  14 "27" 0x100)
+		Pad(-111 325  -54 325  14 "28" 0x100)
+		Pad(54 350  111 350  14 "29" 0x100)
+		Pad(-111 350  -54 350  14 "30" 0x100)
+		Pad(54 375  111 375  14 "31" 0x100)
+		Pad(-111 375  -54 375  14 "32" 0x100)
+		Pad(54 400  111 400  14 "33" 0x100)
+		Pad(-111 400  -54 400  14 "34" 0x100)
+		Pad(54 425  111 425  14 "35" 0x100)
+		Pad(-111 425  -54 425  14 "36" 0x100)
+		Pad(54 450  111 450  14 "37" 0x100)
+		Pad(-111 450  -54 450  14 "38" 0x100)
+		Pad(54 475  111 475  14 "39" 0x100)
+		Pad(-111 475  -54 475  14 "40" 0x100)
+		Pad(54 500  111 500  14 "41" 0x100)
+		Pad(-111 500  -54 500  14 "42" 0x100)
+		Pad(54 525  111 525  14 "43" 0x100)
+		Pad(-111 525  -54 525  14 "44" 0x100)
+		Pad(54 550  111 550  14 "45" 0x100)
+		Pad(-111 550  -54 550  14 "46" 0x100)
+		Pad(54 575  111 575  14 "47" 0x100)
+		Pad(-111 575  -54 575  14 "48" 0x100)
+		Pad(54 600  111 600  14 "49" 0x100)
+		Pad(-111 600  -54 600  14 "50" 0x100)
+		Pad(54 625  111 625  14 "51" 0x100)
+		Pad(-111 625  -54 625  14 "52" 0x100)
+		Pad(54 650  111 650  14 "53" 0x100)
+		Pad(-111 650  -54 650  14 "54" 0x100)
+		Pad(54 675  111 675  14 "55" 0x100)
+		Pad(-111 675  -54 675  14 "56" 0x100)
+		Pad(54 700  111 700  14 "57" 0x100)
+		Pad(-111 700  -54 700  14 "58" 0x100)
+		Pad(54 725  111 725  14 "59" 0x100)
+		Pad(-111 725  -54 725  14 "60" 0x100)
+		Pad(54 750  111 750  14 "61" 0x100)
+		Pad(-111 750  -54 750  14 "62" 0x100)
+		Pad(54 775  111 775  14 "63" 0x100)
+		Pad(-111 775  -54 775  14 "64" 0x100)
+		Pad(54 800  111 800  14 "65" 0x100)
+		Pad(-111 800  -54 800  14 "66" 0x100)
+		Pad(54 825  111 825  14 "67" 0x100)
+		Pad(-111 825  -54 825  14 "68" 0x100)
+		Pad(54 850  111 850  14 "69" 0x100)
+		Pad(-111 850  -54 850  14 "70" 0x100)
+	# Keying is done with two sizes of alignment pins: 35 and 28 mils
+	Pin(0 -50 50 35 "M1" 0x01)
+	Pin(0 900 43 28 "M2" 0x01)
+	# ends of mounting pads are 71 and 169 mils from end pad centers
+	Pad(0 -110 0 -130 79 "M3" 0x100)
+	Pad(0 960 0 980 79 "M4" 0x100)
+	ElementLine(-100 -150   50 -150 10)
+	ElementLine(  50 -150  100 -100 10)
+	ElementLine( 100 -100  100 1000 10)
+	ElementLine( 100 1000 -100 1000 10)
+	ElementLine(-100 1000 -100 -150 10)
+	# Support for aggregate parts built from this base, like
+	# the nanoEngine below.
+)
Index: oldlib/lib/pcblib-newlib/connector/MOLEX_025 80.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/MOLEX_025 80.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/MOLEX_025 80.fp	(revision 296)
@@ -0,0 +1,96 @@
+Element(0x00 "Molex .025 pitch 80 pin plug" "" "MOLEX_025 80" 0 0 3 100 0x00)
+(
+		Pad(54 0  111 0  14 "1" 0x00)
+		Pad(-111 0  -54 0  14 "2" 0x100)
+		Pad(54 25  111 25  14 "3" 0x100)
+		Pad(-111 25  -54 25  14 "4" 0x100)
+		Pad(54 50  111 50  14 "5" 0x100)
+		Pad(-111 50  -54 50  14 "6" 0x100)
+		Pad(54 75  111 75  14 "7" 0x100)
+		Pad(-111 75  -54 75  14 "8" 0x100)
+		Pad(54 100  111 100  14 "9" 0x100)
+		Pad(-111 100  -54 100  14 "10" 0x100)
+		Pad(54 125  111 125  14 "11" 0x100)
+		Pad(-111 125  -54 125  14 "12" 0x100)
+		Pad(54 150  111 150  14 "13" 0x100)
+		Pad(-111 150  -54 150  14 "14" 0x100)
+		Pad(54 175  111 175  14 "15" 0x100)
+		Pad(-111 175  -54 175  14 "16" 0x100)
+		Pad(54 200  111 200  14 "17" 0x100)
+		Pad(-111 200  -54 200  14 "18" 0x100)
+		Pad(54 225  111 225  14 "19" 0x100)
+		Pad(-111 225  -54 225  14 "20" 0x100)
+		Pad(54 250  111 250  14 "21" 0x100)
+		Pad(-111 250  -54 250  14 "22" 0x100)
+		Pad(54 275  111 275  14 "23" 0x100)
+		Pad(-111 275  -54 275  14 "24" 0x100)
+		Pad(54 300  111 300  14 "25" 0x100)
+		Pad(-111 300  -54 300  14 "26" 0x100)
+		Pad(54 325  111 325  14 "27" 0x100)
+		Pad(-111 325  -54 325  14 "28" 0x100)
+		Pad(54 350  111 350  14 "29" 0x100)
+		Pad(-111 350  -54 350  14 "30" 0x100)
+		Pad(54 375  111 375  14 "31" 0x100)
+		Pad(-111 375  -54 375  14 "32" 0x100)
+		Pad(54 400  111 400  14 "33" 0x100)
+		Pad(-111 400  -54 400  14 "34" 0x100)
+		Pad(54 425  111 425  14 "35" 0x100)
+		Pad(-111 425  -54 425  14 "36" 0x100)
+		Pad(54 450  111 450  14 "37" 0x100)
+		Pad(-111 450  -54 450  14 "38" 0x100)
+		Pad(54 475  111 475  14 "39" 0x100)
+		Pad(-111 475  -54 475  14 "40" 0x100)
+		Pad(54 500  111 500  14 "41" 0x100)
+		Pad(-111 500  -54 500  14 "42" 0x100)
+		Pad(54 525  111 525  14 "43" 0x100)
+		Pad(-111 525  -54 525  14 "44" 0x100)
+		Pad(54 550  111 550  14 "45" 0x100)
+		Pad(-111 550  -54 550  14 "46" 0x100)
+		Pad(54 575  111 575  14 "47" 0x100)
+		Pad(-111 575  -54 575  14 "48" 0x100)
+		Pad(54 600  111 600  14 "49" 0x100)
+		Pad(-111 600  -54 600  14 "50" 0x100)
+		Pad(54 625  111 625  14 "51" 0x100)
+		Pad(-111 625  -54 625  14 "52" 0x100)
+		Pad(54 650  111 650  14 "53" 0x100)
+		Pad(-111 650  -54 650  14 "54" 0x100)
+		Pad(54 675  111 675  14 "55" 0x100)
+		Pad(-111 675  -54 675  14 "56" 0x100)
+		Pad(54 700  111 700  14 "57" 0x100)
+		Pad(-111 700  -54 700  14 "58" 0x100)
+		Pad(54 725  111 725  14 "59" 0x100)
+		Pad(-111 725  -54 725  14 "60" 0x100)
+		Pad(54 750  111 750  14 "61" 0x100)
+		Pad(-111 750  -54 750  14 "62" 0x100)
+		Pad(54 775  111 775  14 "63" 0x100)
+		Pad(-111 775  -54 775  14 "64" 0x100)
+		Pad(54 800  111 800  14 "65" 0x100)
+		Pad(-111 800  -54 800  14 "66" 0x100)
+		Pad(54 825  111 825  14 "67" 0x100)
+		Pad(-111 825  -54 825  14 "68" 0x100)
+		Pad(54 850  111 850  14 "69" 0x100)
+		Pad(-111 850  -54 850  14 "70" 0x100)
+		Pad(54 875  111 875  14 "71" 0x100)
+		Pad(-111 875  -54 875  14 "72" 0x100)
+		Pad(54 900  111 900  14 "73" 0x100)
+		Pad(-111 900  -54 900  14 "74" 0x100)
+		Pad(54 925  111 925  14 "75" 0x100)
+		Pad(-111 925  -54 925  14 "76" 0x100)
+		Pad(54 950  111 950  14 "77" 0x100)
+		Pad(-111 950  -54 950  14 "78" 0x100)
+		Pad(54 975  111 975  14 "79" 0x100)
+		Pad(-111 975  -54 975  14 "80" 0x100)
+	# Keying is done with two sizes of alignment pins: 35 and 28 mils
+	Pin(0 -50 50 35 "M1" 0x01)
+	Pin(0 1025 43 28 "M2" 0x01)
+	# ends of mounting pads are 71 and 169 mils from end pad centers
+	Pad(0 -110 0 -130 79 "M3" 0x100)
+	Pad(0 1085 0 1105 79 "M4" 0x100)
+	ElementLine(-100 -150   50 -150 10)
+	ElementLine(  50 -150  100 -100 10)
+	ElementLine( 100 -100  100 1125 10)
+	ElementLine( 100 1125 -100 1125 10)
+	ElementLine(-100 1125 -100 -150 10)
+	# Support for aggregate parts built from this base, like
+	# the nanoEngine below.
+)
Index: oldlib/lib/pcblib-newlib/connector/MOLEX_025 90.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/MOLEX_025 90.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/MOLEX_025 90.fp	(revision 296)
@@ -0,0 +1,106 @@
+Element(0x00 "Molex .025 pitch 90 pin plug" "" "MOLEX_025 90" 0 0 3 100 0x00)
+(
+		Pad(54 0  111 0  14 "1" 0x00)
+		Pad(-111 0  -54 0  14 "2" 0x100)
+		Pad(54 25  111 25  14 "3" 0x100)
+		Pad(-111 25  -54 25  14 "4" 0x100)
+		Pad(54 50  111 50  14 "5" 0x100)
+		Pad(-111 50  -54 50  14 "6" 0x100)
+		Pad(54 75  111 75  14 "7" 0x100)
+		Pad(-111 75  -54 75  14 "8" 0x100)
+		Pad(54 100  111 100  14 "9" 0x100)
+		Pad(-111 100  -54 100  14 "10" 0x100)
+		Pad(54 125  111 125  14 "11" 0x100)
+		Pad(-111 125  -54 125  14 "12" 0x100)
+		Pad(54 150  111 150  14 "13" 0x100)
+		Pad(-111 150  -54 150  14 "14" 0x100)
+		Pad(54 175  111 175  14 "15" 0x100)
+		Pad(-111 175  -54 175  14 "16" 0x100)
+		Pad(54 200  111 200  14 "17" 0x100)
+		Pad(-111 200  -54 200  14 "18" 0x100)
+		Pad(54 225  111 225  14 "19" 0x100)
+		Pad(-111 225  -54 225  14 "20" 0x100)
+		Pad(54 250  111 250  14 "21" 0x100)
+		Pad(-111 250  -54 250  14 "22" 0x100)
+		Pad(54 275  111 275  14 "23" 0x100)
+		Pad(-111 275  -54 275  14 "24" 0x100)
+		Pad(54 300  111 300  14 "25" 0x100)
+		Pad(-111 300  -54 300  14 "26" 0x100)
+		Pad(54 325  111 325  14 "27" 0x100)
+		Pad(-111 325  -54 325  14 "28" 0x100)
+		Pad(54 350  111 350  14 "29" 0x100)
+		Pad(-111 350  -54 350  14 "30" 0x100)
+		Pad(54 375  111 375  14 "31" 0x100)
+		Pad(-111 375  -54 375  14 "32" 0x100)
+		Pad(54 400  111 400  14 "33" 0x100)
+		Pad(-111 400  -54 400  14 "34" 0x100)
+		Pad(54 425  111 425  14 "35" 0x100)
+		Pad(-111 425  -54 425  14 "36" 0x100)
+		Pad(54 450  111 450  14 "37" 0x100)
+		Pad(-111 450  -54 450  14 "38" 0x100)
+		Pad(54 475  111 475  14 "39" 0x100)
+		Pad(-111 475  -54 475  14 "40" 0x100)
+		Pad(54 500  111 500  14 "41" 0x100)
+		Pad(-111 500  -54 500  14 "42" 0x100)
+		Pad(54 525  111 525  14 "43" 0x100)
+		Pad(-111 525  -54 525  14 "44" 0x100)
+		Pad(54 550  111 550  14 "45" 0x100)
+		Pad(-111 550  -54 550  14 "46" 0x100)
+		Pad(54 575  111 575  14 "47" 0x100)
+		Pad(-111 575  -54 575  14 "48" 0x100)
+		Pad(54 600  111 600  14 "49" 0x100)
+		Pad(-111 600  -54 600  14 "50" 0x100)
+		Pad(54 625  111 625  14 "51" 0x100)
+		Pad(-111 625  -54 625  14 "52" 0x100)
+		Pad(54 650  111 650  14 "53" 0x100)
+		Pad(-111 650  -54 650  14 "54" 0x100)
+		Pad(54 675  111 675  14 "55" 0x100)
+		Pad(-111 675  -54 675  14 "56" 0x100)
+		Pad(54 700  111 700  14 "57" 0x100)
+		Pad(-111 700  -54 700  14 "58" 0x100)
+		Pad(54 725  111 725  14 "59" 0x100)
+		Pad(-111 725  -54 725  14 "60" 0x100)
+		Pad(54 750  111 750  14 "61" 0x100)
+		Pad(-111 750  -54 750  14 "62" 0x100)
+		Pad(54 775  111 775  14 "63" 0x100)
+		Pad(-111 775  -54 775  14 "64" 0x100)
+		Pad(54 800  111 800  14 "65" 0x100)
+		Pad(-111 800  -54 800  14 "66" 0x100)
+		Pad(54 825  111 825  14 "67" 0x100)
+		Pad(-111 825  -54 825  14 "68" 0x100)
+		Pad(54 850  111 850  14 "69" 0x100)
+		Pad(-111 850  -54 850  14 "70" 0x100)
+		Pad(54 875  111 875  14 "71" 0x100)
+		Pad(-111 875  -54 875  14 "72" 0x100)
+		Pad(54 900  111 900  14 "73" 0x100)
+		Pad(-111 900  -54 900  14 "74" 0x100)
+		Pad(54 925  111 925  14 "75" 0x100)
+		Pad(-111 925  -54 925  14 "76" 0x100)
+		Pad(54 950  111 950  14 "77" 0x100)
+		Pad(-111 950  -54 950  14 "78" 0x100)
+		Pad(54 975  111 975  14 "79" 0x100)
+		Pad(-111 975  -54 975  14 "80" 0x100)
+		Pad(54 1000  111 1000  14 "81" 0x100)
+		Pad(-111 1000  -54 1000  14 "82" 0x100)
+		Pad(54 1025  111 1025  14 "83" 0x100)
+		Pad(-111 1025  -54 1025  14 "84" 0x100)
+		Pad(54 1050  111 1050  14 "85" 0x100)
+		Pad(-111 1050  -54 1050  14 "86" 0x100)
+		Pad(54 1075  111 1075  14 "87" 0x100)
+		Pad(-111 1075  -54 1075  14 "88" 0x100)
+		Pad(54 1100  111 1100  14 "89" 0x100)
+		Pad(-111 1100  -54 1100  14 "90" 0x100)
+	# Keying is done with two sizes of alignment pins: 35 and 28 mils
+	Pin(0 -50 50 35 "M1" 0x01)
+	Pin(0 1150 43 28 "M2" 0x01)
+	# ends of mounting pads are 71 and 169 mils from end pad centers
+	Pad(0 -110 0 -130 79 "M3" 0x100)
+	Pad(0 1210 0 1230 79 "M4" 0x100)
+	ElementLine(-100 -150   50 -150 10)
+	ElementLine(  50 -150  100 -100 10)
+	ElementLine( 100 -100  100 1250 10)
+	ElementLine( 100 1250 -100 1250 10)
+	ElementLine(-100 1250 -100 -150 10)
+	# Support for aggregate parts built from this base, like
+	# the nanoEngine below.
+)
Index: oldlib/lib/pcblib-newlib/connector/MTA_156 2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/MTA_156 2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/MTA_156 2.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "MTA-156 header" "" "MTA_156 2" 0  140 0 150 0x00)
+(
+	Pin(0 0 100 70 "1" 0x101)
+	Pin(156 0 100 70 "2" 0x01)
+	ElementLine(-78  120 234  120 10) 
+	ElementLine(234  120 234 -180 10) 
+	ElementLine(234 -180 -78 -180 10) 
+	ElementLine(234  -80 -78  -80 10) 
+	ElementLine(-78 -180 -78  120 10)
+)
Index: oldlib/lib/pcblib-newlib/connector/NANOENGINE.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/NANOENGINE.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/NANOENGINE.fp	(revision 296)
@@ -0,0 +1,182 @@
+Element(0x00 "Bright Star nanoEngine SBC" "" "NANOENGINE" 0 0 3 100 0x00)
+(
+		Pad(54 0  111 0  14 "1" 0x00)
+		Pad(-111 0  -54 0  14 "2" 0x100)
+		Pad(54 25  111 25  14 "3" 0x100)
+		Pad(-111 25  -54 25  14 "4" 0x100)
+		Pad(54 50  111 50  14 "5" 0x100)
+		Pad(-111 50  -54 50  14 "6" 0x100)
+		Pad(54 75  111 75  14 "7" 0x100)
+		Pad(-111 75  -54 75  14 "8" 0x100)
+		Pad(54 100  111 100  14 "9" 0x100)
+		Pad(-111 100  -54 100  14 "10" 0x100)
+		Pad(54 125  111 125  14 "11" 0x100)
+		Pad(-111 125  -54 125  14 "12" 0x100)
+		Pad(54 150  111 150  14 "13" 0x100)
+		Pad(-111 150  -54 150  14 "14" 0x100)
+		Pad(54 175  111 175  14 "15" 0x100)
+		Pad(-111 175  -54 175  14 "16" 0x100)
+		Pad(54 200  111 200  14 "17" 0x100)
+		Pad(-111 200  -54 200  14 "18" 0x100)
+		Pad(54 225  111 225  14 "19" 0x100)
+		Pad(-111 225  -54 225  14 "20" 0x100)
+		Pad(54 250  111 250  14 "21" 0x100)
+		Pad(-111 250  -54 250  14 "22" 0x100)
+		Pad(54 275  111 275  14 "23" 0x100)
+		Pad(-111 275  -54 275  14 "24" 0x100)
+		Pad(54 300  111 300  14 "25" 0x100)
+		Pad(-111 300  -54 300  14 "26" 0x100)
+		Pad(54 325  111 325  14 "27" 0x100)
+		Pad(-111 325  -54 325  14 "28" 0x100)
+		Pad(54 350  111 350  14 "29" 0x100)
+		Pad(-111 350  -54 350  14 "30" 0x100)
+		Pad(54 375  111 375  14 "31" 0x100)
+		Pad(-111 375  -54 375  14 "32" 0x100)
+		Pad(54 400  111 400  14 "33" 0x100)
+		Pad(-111 400  -54 400  14 "34" 0x100)
+		Pad(54 425  111 425  14 "35" 0x100)
+		Pad(-111 425  -54 425  14 "36" 0x100)
+		Pad(54 450  111 450  14 "37" 0x100)
+		Pad(-111 450  -54 450  14 "38" 0x100)
+		Pad(54 475  111 475  14 "39" 0x100)
+		Pad(-111 475  -54 475  14 "40" 0x100)
+		Pad(54 500  111 500  14 "41" 0x100)
+		Pad(-111 500  -54 500  14 "42" 0x100)
+		Pad(54 525  111 525  14 "43" 0x100)
+		Pad(-111 525  -54 525  14 "44" 0x100)
+		Pad(54 550  111 550  14 "45" 0x100)
+		Pad(-111 550  -54 550  14 "46" 0x100)
+		Pad(54 575  111 575  14 "47" 0x100)
+		Pad(-111 575  -54 575  14 "48" 0x100)
+		Pad(54 600  111 600  14 "49" 0x100)
+		Pad(-111 600  -54 600  14 "50" 0x100)
+		Pad(54 625  111 625  14 "51" 0x100)
+		Pad(-111 625  -54 625  14 "52" 0x100)
+		Pad(54 650  111 650  14 "53" 0x100)
+		Pad(-111 650  -54 650  14 "54" 0x100)
+		Pad(54 675  111 675  14 "55" 0x100)
+		Pad(-111 675  -54 675  14 "56" 0x100)
+		Pad(54 700  111 700  14 "57" 0x100)
+		Pad(-111 700  -54 700  14 "58" 0x100)
+		Pad(54 725  111 725  14 "59" 0x100)
+		Pad(-111 725  -54 725  14 "60" 0x100)
+		Pad(54 750  111 750  14 "61" 0x100)
+		Pad(-111 750  -54 750  14 "62" 0x100)
+		Pad(54 775  111 775  14 "63" 0x100)
+		Pad(-111 775  -54 775  14 "64" 0x100)
+		Pad(54 800  111 800  14 "65" 0x100)
+		Pad(-111 800  -54 800  14 "66" 0x100)
+		Pad(54 825  111 825  14 "67" 0x100)
+		Pad(-111 825  -54 825  14 "68" 0x100)
+		Pad(54 850  111 850  14 "69" 0x100)
+		Pad(-111 850  -54 850  14 "70" 0x100)
+		Pad(54 875  111 875  14 "71" 0x100)
+		Pad(-111 875  -54 875  14 "72" 0x100)
+		Pad(54 900  111 900  14 "73" 0x100)
+		Pad(-111 900  -54 900  14 "74" 0x100)
+		Pad(54 925  111 925  14 "75" 0x100)
+		Pad(-111 925  -54 925  14 "76" 0x100)
+		Pad(54 950  111 950  14 "77" 0x100)
+		Pad(-111 950  -54 950  14 "78" 0x100)
+		Pad(54 975  111 975  14 "79" 0x100)
+		Pad(-111 975  -54 975  14 "80" 0x100)
+		Pad(54 1000  111 1000  14 "81" 0x100)
+		Pad(-111 1000  -54 1000  14 "82" 0x100)
+		Pad(54 1025  111 1025  14 "83" 0x100)
+		Pad(-111 1025  -54 1025  14 "84" 0x100)
+		Pad(54 1050  111 1050  14 "85" 0x100)
+		Pad(-111 1050  -54 1050  14 "86" 0x100)
+		Pad(54 1075  111 1075  14 "87" 0x100)
+		Pad(-111 1075  -54 1075  14 "88" 0x100)
+		Pad(54 1100  111 1100  14 "89" 0x100)
+		Pad(-111 1100  -54 1100  14 "90" 0x100)
+		Pad(54 1125  111 1125  14 "91" 0x100)
+		Pad(-111 1125  -54 1125  14 "92" 0x100)
+		Pad(54 1150  111 1150  14 "93" 0x100)
+		Pad(-111 1150  -54 1150  14 "94" 0x100)
+		Pad(54 1175  111 1175  14 "95" 0x100)
+		Pad(-111 1175  -54 1175  14 "96" 0x100)
+		Pad(54 1200  111 1200  14 "97" 0x100)
+		Pad(-111 1200  -54 1200  14 "98" 0x100)
+		Pad(54 1225  111 1225  14 "99" 0x100)
+		Pad(-111 1225  -54 1225  14 "100" 0x100)
+		Pad(54 1250  111 1250  14 "101" 0x100)
+		Pad(-111 1250  -54 1250  14 "102" 0x100)
+		Pad(54 1275  111 1275  14 "103" 0x100)
+		Pad(-111 1275  -54 1275  14 "104" 0x100)
+		Pad(54 1300  111 1300  14 "105" 0x100)
+		Pad(-111 1300  -54 1300  14 "106" 0x100)
+		Pad(54 1325  111 1325  14 "107" 0x100)
+		Pad(-111 1325  -54 1325  14 "108" 0x100)
+		Pad(54 1350  111 1350  14 "109" 0x100)
+		Pad(-111 1350  -54 1350  14 "110" 0x100)
+		Pad(54 1375  111 1375  14 "111" 0x100)
+		Pad(-111 1375  -54 1375  14 "112" 0x100)
+		Pad(54 1400  111 1400  14 "113" 0x100)
+		Pad(-111 1400  -54 1400  14 "114" 0x100)
+		Pad(54 1425  111 1425  14 "115" 0x100)
+		Pad(-111 1425  -54 1425  14 "116" 0x100)
+		Pad(54 1450  111 1450  14 "117" 0x100)
+		Pad(-111 1450  -54 1450  14 "118" 0x100)
+		Pad(54 1475  111 1475  14 "119" 0x100)
+		Pad(-111 1475  -54 1475  14 "120" 0x100)
+		Pad(54 1500  111 1500  14 "121" 0x100)
+		Pad(-111 1500  -54 1500  14 "122" 0x100)
+		Pad(54 1525  111 1525  14 "123" 0x100)
+		Pad(-111 1525  -54 1525  14 "124" 0x100)
+		Pad(54 1550  111 1550  14 "125" 0x100)
+		Pad(-111 1550  -54 1550  14 "126" 0x100)
+		Pad(54 1575  111 1575  14 "127" 0x100)
+		Pad(-111 1575  -54 1575  14 "128" 0x100)
+		Pad(54 1600  111 1600  14 "129" 0x100)
+		Pad(-111 1600  -54 1600  14 "130" 0x100)
+		Pad(54 1625  111 1625  14 "131" 0x100)
+		Pad(-111 1625  -54 1625  14 "132" 0x100)
+		Pad(54 1650  111 1650  14 "133" 0x100)
+		Pad(-111 1650  -54 1650  14 "134" 0x100)
+		Pad(54 1675  111 1675  14 "135" 0x100)
+		Pad(-111 1675  -54 1675  14 "136" 0x100)
+		Pad(54 1700  111 1700  14 "137" 0x100)
+		Pad(-111 1700  -54 1700  14 "138" 0x100)
+		Pad(54 1725  111 1725  14 "139" 0x100)
+		Pad(-111 1725  -54 1725  14 "140" 0x100)
+		Pad(54 1750  111 1750  14 "141" 0x100)
+		Pad(-111 1750  -54 1750  14 "142" 0x100)
+		Pad(54 1775  111 1775  14 "143" 0x100)
+		Pad(-111 1775  -54 1775  14 "144" 0x100)
+		Pad(54 1800  111 1800  14 "145" 0x100)
+		Pad(-111 1800  -54 1800  14 "146" 0x100)
+		Pad(54 1825  111 1825  14 "147" 0x100)
+		Pad(-111 1825  -54 1825  14 "148" 0x100)
+		Pad(54 1850  111 1850  14 "149" 0x100)
+		Pad(-111 1850  -54 1850  14 "150" 0x100)
+		Pad(54 1875  111 1875  14 "151" 0x100)
+		Pad(-111 1875  -54 1875  14 "152" 0x100)
+		Pad(54 1900  111 1900  14 "153" 0x100)
+		Pad(-111 1900  -54 1900  14 "154" 0x100)
+		Pad(54 1925  111 1925  14 "155" 0x100)
+		Pad(-111 1925  -54 1925  14 "156" 0x100)
+		Pad(54 1950  111 1950  14 "157" 0x100)
+		Pad(-111 1950  -54 1950  14 "158" 0x100)
+		Pad(54 1975  111 1975  14 "159" 0x100)
+		Pad(-111 1975  -54 1975  14 "160" 0x100)
+	# Keying is done with two sizes of alignment pins: 35 and 28 mils
+	Pin(0 -50 50 35 "M1" 0x01)
+	Pin(0 2025 43 28 "M2" 0x01)
+	# ends of mounting pads are 71 and 169 mils from end pad centers
+	Pad(0 -110 0 -130 79 "M3" 0x100)
+	Pad(0 2085 0 2105 79 "M4" 0x100)
+	ElementLine(-100 -150   50 -150 10)
+	ElementLine(  50 -150  100 -100 10)
+	ElementLine( 100 -100  100 2125 10)
+	ElementLine( 100 2125 -100 2125 10)
+	ElementLine(-100 2125 -100 -150 10)
+	# Support for aggregate parts built from this base, like
+	# the nanoEngine below.
+		ElementLine(-175 -215 -175 2185 15)
+		ElementLine(-175 2185 1225 2185 15)
+		ElementLine(1225 2185 1225 -215 15)
+		ElementLine(1225 -215 -175 -215 15)
+		Pin(525 -115 125 70 "M5" 0x01)
+		Pin(525 2085 125 70 "M6" 0x01)
+)
Index: oldlib/lib/pcblib-newlib/connector/SMA_VERT.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/SMA_VERT.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/SMA_VERT.fp	(revision 296)
@@ -0,0 +1,12 @@
+Element(0x00 "vertical SMA" "" "SMA_VERT" 0 150 3 100 0x00)
+(
+	ElementLine(-160 -160 160 -160 10)
+	ElementLine(160 -160 160 160 10)
+	ElementLine(160 160 -160 160 10)
+	ElementLine(-160 160 -160 -160 10)
+	Pin(0      0      80 30 "1" 0x101)
+	Pin(-100 100 80 30 "2" 0x01)
+	Pin(-100 -100 80 30 "3" 0x01)
+	Pin(100 100 80 30 "4" 0x01)
+	Pin(100 -100 80 30 "5" 0x01)
+)
Index: oldlib/lib/pcblib-newlib/connector/SUBD_FEMALE_LAY 15.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/SUBD_FEMALE_LAY 15.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/SUBD_FEMALE_LAY 15.fp	(revision 296)
@@ -0,0 +1,68 @@
+Element(0x00 "SUB-D female 15 pins" "" "SUBD_FEMALE_LAY 15" 1000 2026 1 150 0x00)
+(
+	# Gehaeuse (schmaler Kasten incl. Bohrungen)
+	ElementLine(635 880 665 880 10)
+	ElementLine(665 880 665 2416 10)
+	ElementLine(665 2416 635 2416 10)
+	ElementLine(635 2416 635 880 10)
+	ElementLine(635 940 665 940 10)
+	ElementLine(635 1060 665 1060 10)
+	ElementLine(635 2356 665 2356 10)
+	ElementLine(635 2236 665 2236 10)
+	# Gehaeuse (aeusserer Kasten)
+	# This part of the connector normally hangs off the circuit board,
+	# so it is confusing to actually mark it on the silkscreen
+	# define(`X1', `eval(BASEX-PANEL_DISTANCE-260)')
+	# define(`Y1', `eval(PY1-100)')
+	# define(`X2', `eval(BASEX-PANEL_DISTANCE)')
+	# define(`Y2', `eval(PY2+100)')
+	# ElementLine(X1 Y1 X2 Y1 20)
+	# ElementLine(X2 Y1 X2 Y2 10)
+	# ElementLine(X2 Y2 X1 Y2 20)
+	# ElementLine(X1 Y2 X1 Y1 20)
+	# Gehaeuse (innerer Kasten)
+	ElementLine(665 1110 770 1110 20)
+	ElementLine(770 1110 770 2186 20)
+	ElementLine(770 2186 665 2186 20)
+	ElementLine(665 2186 665 1110 10)
+	# Pins
+		# Pin 1
+		Pin(1056 2026 60 35 "1" 0x101)
+		ElementLine(1016 2026 770 2026 20)
+		# Plazierungsmarkierung == PIN 1
+		# Changed PY1 to PY2 13-Dec-1999 LRD
+		Mark(1056 2026)
+		# Remainder of the first row
+			Pin(1056 1918 60 35 "2" 0x01)
+			ElementLine(1016 1918 770 1918 20)
+			Pin(1056 1810 60 35 "3" 0x01)
+			ElementLine(1016 1810 770 1810 20)
+			Pin(1056 1702 60 35 "4" 0x01)
+			ElementLine(1016 1702 770 1702 20)
+			Pin(1056 1594 60 35 "5" 0x01)
+			ElementLine(1016 1594 770 1594 20)
+			Pin(1056 1486 60 35 "6" 0x01)
+			ElementLine(1016 1486 770 1486 20)
+			Pin(1056 1378 60 35 "7" 0x01)
+			ElementLine(1016 1378 770 1378 20)
+			Pin(1056 1270 60 35 "8" 0x01)
+			ElementLine(1016 1270 770 1270 20)
+		# Second row
+			Pin(944 1972 60 35 "9" 0x01)
+			ElementLine(904 1972 770 1972 20)
+			Pin(944 1864 60 35 "10" 0x01)
+			ElementLine(904 1864 770 1864 20)
+			Pin(944 1756 60 35 "11" 0x01)
+			ElementLine(904 1756 770 1756 20)
+			Pin(944 1648 60 35 "12" 0x01)
+			ElementLine(904 1648 770 1648 20)
+			Pin(944 1540 60 35 "13" 0x01)
+			ElementLine(904 1540 770 1540 20)
+			Pin(944 1432 60 35 "14" 0x01)
+			ElementLine(904 1432 770 1432 20)
+			Pin(944 1324 60 35 "15" 0x01)
+			ElementLine(904 1324 770 1324 20)
+	# Befestigungsbohrung
+	Pin(1000  1000 250 125 "C1" 0x01)
+	Pin(1000 2296 250 125 "C2" 0x01)
+)
Index: oldlib/lib/pcblib-newlib/connector/SUBD_FEMALE_LAY 25.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/SUBD_FEMALE_LAY 25.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/SUBD_FEMALE_LAY 25.fp	(revision 296)
@@ -0,0 +1,88 @@
+Element(0x00 "SUB-D female 25 pins" "" "SUBD_FEMALE_LAY 25" 1000 2566 1 150 0x00)
+(
+	# Gehaeuse (schmaler Kasten incl. Bohrungen)
+	ElementLine(635 880 665 880 10)
+	ElementLine(665 880 665 2956 10)
+	ElementLine(665 2956 635 2956 10)
+	ElementLine(635 2956 635 880 10)
+	ElementLine(635 940 665 940 10)
+	ElementLine(635 1060 665 1060 10)
+	ElementLine(635 2896 665 2896 10)
+	ElementLine(635 2776 665 2776 10)
+	# Gehaeuse (aeusserer Kasten)
+	# This part of the connector normally hangs off the circuit board,
+	# so it is confusing to actually mark it on the silkscreen
+	# define(`X1', `eval(BASEX-PANEL_DISTANCE-260)')
+	# define(`Y1', `eval(PY1-100)')
+	# define(`X2', `eval(BASEX-PANEL_DISTANCE)')
+	# define(`Y2', `eval(PY2+100)')
+	# ElementLine(X1 Y1 X2 Y1 20)
+	# ElementLine(X2 Y1 X2 Y2 10)
+	# ElementLine(X2 Y2 X1 Y2 20)
+	# ElementLine(X1 Y2 X1 Y1 20)
+	# Gehaeuse (innerer Kasten)
+	ElementLine(665 1110 770 1110 20)
+	ElementLine(770 1110 770 2726 20)
+	ElementLine(770 2726 665 2726 20)
+	ElementLine(665 2726 665 1110 10)
+	# Pins
+		# Pin 1
+		Pin(1056 2566 60 35 "1" 0x101)
+		ElementLine(1016 2566 770 2566 20)
+		# Plazierungsmarkierung == PIN 1
+		# Changed PY1 to PY2 13-Dec-1999 LRD
+		Mark(1056 2566)
+		# Remainder of the first row
+			Pin(1056 2458 60 35 "2" 0x01)
+			ElementLine(1016 2458 770 2458 20)
+			Pin(1056 2350 60 35 "3" 0x01)
+			ElementLine(1016 2350 770 2350 20)
+			Pin(1056 2242 60 35 "4" 0x01)
+			ElementLine(1016 2242 770 2242 20)
+			Pin(1056 2134 60 35 "5" 0x01)
+			ElementLine(1016 2134 770 2134 20)
+			Pin(1056 2026 60 35 "6" 0x01)
+			ElementLine(1016 2026 770 2026 20)
+			Pin(1056 1918 60 35 "7" 0x01)
+			ElementLine(1016 1918 770 1918 20)
+			Pin(1056 1810 60 35 "8" 0x01)
+			ElementLine(1016 1810 770 1810 20)
+			Pin(1056 1702 60 35 "9" 0x01)
+			ElementLine(1016 1702 770 1702 20)
+			Pin(1056 1594 60 35 "10" 0x01)
+			ElementLine(1016 1594 770 1594 20)
+			Pin(1056 1486 60 35 "11" 0x01)
+			ElementLine(1016 1486 770 1486 20)
+			Pin(1056 1378 60 35 "12" 0x01)
+			ElementLine(1016 1378 770 1378 20)
+			Pin(1056 1270 60 35 "13" 0x01)
+			ElementLine(1016 1270 770 1270 20)
+		# Second row
+			Pin(944 2512 60 35 "14" 0x01)
+			ElementLine(904 2512 770 2512 20)
+			Pin(944 2404 60 35 "15" 0x01)
+			ElementLine(904 2404 770 2404 20)
+			Pin(944 2296 60 35 "16" 0x01)
+			ElementLine(904 2296 770 2296 20)
+			Pin(944 2188 60 35 "17" 0x01)
+			ElementLine(904 2188 770 2188 20)
+			Pin(944 2080 60 35 "18" 0x01)
+			ElementLine(904 2080 770 2080 20)
+			Pin(944 1972 60 35 "19" 0x01)
+			ElementLine(904 1972 770 1972 20)
+			Pin(944 1864 60 35 "20" 0x01)
+			ElementLine(904 1864 770 1864 20)
+			Pin(944 1756 60 35 "21" 0x01)
+			ElementLine(904 1756 770 1756 20)
+			Pin(944 1648 60 35 "22" 0x01)
+			ElementLine(904 1648 770 1648 20)
+			Pin(944 1540 60 35 "23" 0x01)
+			ElementLine(904 1540 770 1540 20)
+			Pin(944 1432 60 35 "24" 0x01)
+			ElementLine(904 1432 770 1432 20)
+			Pin(944 1324 60 35 "25" 0x01)
+			ElementLine(904 1324 770 1324 20)
+	# Befestigungsbohrung
+	Pin(1000  1000 250 125 "C1" 0x01)
+	Pin(1000 2836 250 125 "C2" 0x01)
+)
Index: oldlib/lib/pcblib-newlib/connector/SUBD_FEMALE_LAY 9.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/SUBD_FEMALE_LAY 9.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/SUBD_FEMALE_LAY 9.fp	(revision 296)
@@ -0,0 +1,56 @@
+Element(0x00 "SUB-D female 9 pins" "" "SUBD_FEMALE_LAY 9" 1000 1702 1 150 0x00)
+(
+	# Gehaeuse (schmaler Kasten incl. Bohrungen)
+	ElementLine(635 880 665 880 10)
+	ElementLine(665 880 665 2092 10)
+	ElementLine(665 2092 635 2092 10)
+	ElementLine(635 2092 635 880 10)
+	ElementLine(635 940 665 940 10)
+	ElementLine(635 1060 665 1060 10)
+	ElementLine(635 2032 665 2032 10)
+	ElementLine(635 1912 665 1912 10)
+	# Gehaeuse (aeusserer Kasten)
+	# This part of the connector normally hangs off the circuit board,
+	# so it is confusing to actually mark it on the silkscreen
+	# define(`X1', `eval(BASEX-PANEL_DISTANCE-260)')
+	# define(`Y1', `eval(PY1-100)')
+	# define(`X2', `eval(BASEX-PANEL_DISTANCE)')
+	# define(`Y2', `eval(PY2+100)')
+	# ElementLine(X1 Y1 X2 Y1 20)
+	# ElementLine(X2 Y1 X2 Y2 10)
+	# ElementLine(X2 Y2 X1 Y2 20)
+	# ElementLine(X1 Y2 X1 Y1 20)
+	# Gehaeuse (innerer Kasten)
+	ElementLine(665 1110 770 1110 20)
+	ElementLine(770 1110 770 1862 20)
+	ElementLine(770 1862 665 1862 20)
+	ElementLine(665 1862 665 1110 10)
+	# Pins
+		# Pin 1
+		Pin(1056 1702 60 35 "1" 0x101)
+		ElementLine(1016 1702 770 1702 20)
+		# Plazierungsmarkierung == PIN 1
+		# Changed PY1 to PY2 13-Dec-1999 LRD
+		Mark(1056 1702)
+		# Remainder of the first row
+			Pin(1056 1594 60 35 "2" 0x01)
+			ElementLine(1016 1594 770 1594 20)
+			Pin(1056 1486 60 35 "3" 0x01)
+			ElementLine(1016 1486 770 1486 20)
+			Pin(1056 1378 60 35 "4" 0x01)
+			ElementLine(1016 1378 770 1378 20)
+			Pin(1056 1270 60 35 "5" 0x01)
+			ElementLine(1016 1270 770 1270 20)
+		# Second row
+			Pin(944 1648 60 35 "6" 0x01)
+			ElementLine(904 1648 770 1648 20)
+			Pin(944 1540 60 35 "7" 0x01)
+			ElementLine(904 1540 770 1540 20)
+			Pin(944 1432 60 35 "8" 0x01)
+			ElementLine(904 1432 770 1432 20)
+			Pin(944 1324 60 35 "9" 0x01)
+			ElementLine(904 1324 770 1324 20)
+	# Befestigungsbohrung
+	Pin(1000  1000 250 125 "C1" 0x01)
+	Pin(1000 1972 250 125 "C2" 0x01)
+)
Index: oldlib/lib/pcblib-newlib/connector/SUBD_MALE_LAY 15.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/SUBD_MALE_LAY 15.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/SUBD_MALE_LAY 15.fp	(revision 296)
@@ -0,0 +1,67 @@
+Element(0x00 "SUB-D male 15 pins" "" "SUBD_MALE_LAY 15" 1000 2026 1 150 0x00)
+(
+	# Gehaeuse (schmaler Kasten incl. Bohrungen)
+	ElementLine(635 880 665 880 10)
+	ElementLine(665 880 665 2416 10)
+	ElementLine(665 2416 635 2416 10)
+	ElementLine(635 2416 635 880 10)
+	ElementLine(635 940 665 940 10)
+	ElementLine(635 1060 665 1060 10)
+	ElementLine(635 2356 665 2356 10)
+	ElementLine(635 2236 665 2236 10)
+	# Gehaeuse (aeusserer Kasten)
+	# This part of the connector normally hangs off the circuit board,
+	# so it is confusing to actually mark it on the silkscreen
+	# define(`X1', `eval(BASEX-PANEL_DISTANCE-260)')
+	# define(`Y1', `eval(PY1-100)')
+	# define(`X2', `eval(BASEX-PANEL_DISTANCE)')
+	# define(`Y2', `eval(PY2+100)')
+	# ElementLine(X1 Y1 X2 Y1 20)
+	# ElementLine(X2 Y1 X2 Y2 10)
+	# ElementLine(X2 Y2 X1 Y2 20)
+	# ElementLine(X1 Y2 X1 Y1 20)
+	# Gehaeuse (innerer Kasten)
+	ElementLine(665 1110 770 1110 20)
+	ElementLine(770 1110 770 2186 20)
+	ElementLine(770 2186 665 2186 20)
+	ElementLine(665 2186 665 1110 10)
+	# Pins
+		# First row
+			Pin(1056 1270 60 35 "1" 0x101)
+			ElementLine(1016 1270 770 1270 20)
+			Pin(1056 1378 60 35 "2" 0x01)
+			ElementLine(1016 1378 770 1378 20)
+			Pin(1056 1486 60 35 "3" 0x01)
+			ElementLine(1016 1486 770 1486 20)
+			Pin(1056 1594 60 35 "4" 0x01)
+			ElementLine(1016 1594 770 1594 20)
+			Pin(1056 1702 60 35 "5" 0x01)
+			ElementLine(1016 1702 770 1702 20)
+			Pin(1056 1810 60 35 "6" 0x01)
+			ElementLine(1016 1810 770 1810 20)
+			Pin(1056 1918 60 35 "7" 0x01)
+			ElementLine(1016 1918 770 1918 20)
+		# Last pin in first row
+		Pin(1056 2026 60 35 "8" 0x01)
+		ElementLine(1016 2026 770 2026 20)
+		# Second row
+			Pin(944 1324 60 35 "9" 0x01)
+			ElementLine(904 1324 770 1324 20)
+			Pin(944 1432 60 35 "10" 0x01)
+			ElementLine(904 1432 770 1432 20)
+			Pin(944 1540 60 35 "11" 0x01)
+			ElementLine(904 1540 770 1540 20)
+			Pin(944 1648 60 35 "12" 0x01)
+			ElementLine(904 1648 770 1648 20)
+			Pin(944 1756 60 35 "13" 0x01)
+			ElementLine(904 1756 770 1756 20)
+			Pin(944 1864 60 35 "14" 0x01)
+			ElementLine(904 1864 770 1864 20)
+			Pin(944 1972 60 35 "15" 0x01)
+			ElementLine(904 1972 770 1972 20)
+		# Plazierungsmarkierung == PIN 1
+		Mark(1050 1270)
+	# Befestigungsbohrung
+	Pin(1000  1000 250 125 "C1" 0x01)
+	Pin(1000 2296 250 125 "C2" 0x01)
+)
Index: oldlib/lib/pcblib-newlib/connector/SUBD_MALE_LAY 25.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/SUBD_MALE_LAY 25.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/SUBD_MALE_LAY 25.fp	(revision 296)
@@ -0,0 +1,87 @@
+Element(0x00 "SUB-D male 25 pins" "" "SUBD_MALE_LAY 25" 1000 2566 1 150 0x00)
+(
+	# Gehaeuse (schmaler Kasten incl. Bohrungen)
+	ElementLine(635 880 665 880 10)
+	ElementLine(665 880 665 2956 10)
+	ElementLine(665 2956 635 2956 10)
+	ElementLine(635 2956 635 880 10)
+	ElementLine(635 940 665 940 10)
+	ElementLine(635 1060 665 1060 10)
+	ElementLine(635 2896 665 2896 10)
+	ElementLine(635 2776 665 2776 10)
+	# Gehaeuse (aeusserer Kasten)
+	# This part of the connector normally hangs off the circuit board,
+	# so it is confusing to actually mark it on the silkscreen
+	# define(`X1', `eval(BASEX-PANEL_DISTANCE-260)')
+	# define(`Y1', `eval(PY1-100)')
+	# define(`X2', `eval(BASEX-PANEL_DISTANCE)')
+	# define(`Y2', `eval(PY2+100)')
+	# ElementLine(X1 Y1 X2 Y1 20)
+	# ElementLine(X2 Y1 X2 Y2 10)
+	# ElementLine(X2 Y2 X1 Y2 20)
+	# ElementLine(X1 Y2 X1 Y1 20)
+	# Gehaeuse (innerer Kasten)
+	ElementLine(665 1110 770 1110 20)
+	ElementLine(770 1110 770 2726 20)
+	ElementLine(770 2726 665 2726 20)
+	ElementLine(665 2726 665 1110 10)
+	# Pins
+		# First row
+			Pin(1056 1270 60 35 "1" 0x101)
+			ElementLine(1016 1270 770 1270 20)
+			Pin(1056 1378 60 35 "2" 0x01)
+			ElementLine(1016 1378 770 1378 20)
+			Pin(1056 1486 60 35 "3" 0x01)
+			ElementLine(1016 1486 770 1486 20)
+			Pin(1056 1594 60 35 "4" 0x01)
+			ElementLine(1016 1594 770 1594 20)
+			Pin(1056 1702 60 35 "5" 0x01)
+			ElementLine(1016 1702 770 1702 20)
+			Pin(1056 1810 60 35 "6" 0x01)
+			ElementLine(1016 1810 770 1810 20)
+			Pin(1056 1918 60 35 "7" 0x01)
+			ElementLine(1016 1918 770 1918 20)
+			Pin(1056 2026 60 35 "8" 0x01)
+			ElementLine(1016 2026 770 2026 20)
+			Pin(1056 2134 60 35 "9" 0x01)
+			ElementLine(1016 2134 770 2134 20)
+			Pin(1056 2242 60 35 "10" 0x01)
+			ElementLine(1016 2242 770 2242 20)
+			Pin(1056 2350 60 35 "11" 0x01)
+			ElementLine(1016 2350 770 2350 20)
+			Pin(1056 2458 60 35 "12" 0x01)
+			ElementLine(1016 2458 770 2458 20)
+		# Last pin in first row
+		Pin(1056 2566 60 35 "13" 0x01)
+		ElementLine(1016 2566 770 2566 20)
+		# Second row
+			Pin(944 1324 60 35 "14" 0x01)
+			ElementLine(904 1324 770 1324 20)
+			Pin(944 1432 60 35 "15" 0x01)
+			ElementLine(904 1432 770 1432 20)
+			Pin(944 1540 60 35 "16" 0x01)
+			ElementLine(904 1540 770 1540 20)
+			Pin(944 1648 60 35 "17" 0x01)
+			ElementLine(904 1648 770 1648 20)
+			Pin(944 1756 60 35 "18" 0x01)
+			ElementLine(904 1756 770 1756 20)
+			Pin(944 1864 60 35 "19" 0x01)
+			ElementLine(904 1864 770 1864 20)
+			Pin(944 1972 60 35 "20" 0x01)
+			ElementLine(904 1972 770 1972 20)
+			Pin(944 2080 60 35 "21" 0x01)
+			ElementLine(904 2080 770 2080 20)
+			Pin(944 2188 60 35 "22" 0x01)
+			ElementLine(904 2188 770 2188 20)
+			Pin(944 2296 60 35 "23" 0x01)
+			ElementLine(904 2296 770 2296 20)
+			Pin(944 2404 60 35 "24" 0x01)
+			ElementLine(904 2404 770 2404 20)
+			Pin(944 2512 60 35 "25" 0x01)
+			ElementLine(904 2512 770 2512 20)
+		# Plazierungsmarkierung == PIN 1
+		Mark(1050 1270)
+	# Befestigungsbohrung
+	Pin(1000  1000 250 125 "C1" 0x01)
+	Pin(1000 2836 250 125 "C2" 0x01)
+)
Index: oldlib/lib/pcblib-newlib/connector/SUBD_MALE_LAY 9.fp
===================================================================
--- oldlib/lib/pcblib-newlib/connector/SUBD_MALE_LAY 9.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/SUBD_MALE_LAY 9.fp	(revision 296)
@@ -0,0 +1,55 @@
+Element(0x00 "SUB-D male 9 pins" "" "SUBD_MALE_LAY 9" 1000 1702 1 150 0x00)
+(
+	# Gehaeuse (schmaler Kasten incl. Bohrungen)
+	ElementLine(635 880 665 880 10)
+	ElementLine(665 880 665 2092 10)
+	ElementLine(665 2092 635 2092 10)
+	ElementLine(635 2092 635 880 10)
+	ElementLine(635 940 665 940 10)
+	ElementLine(635 1060 665 1060 10)
+	ElementLine(635 2032 665 2032 10)
+	ElementLine(635 1912 665 1912 10)
+	# Gehaeuse (aeusserer Kasten)
+	# This part of the connector normally hangs off the circuit board,
+	# so it is confusing to actually mark it on the silkscreen
+	# define(`X1', `eval(BASEX-PANEL_DISTANCE-260)')
+	# define(`Y1', `eval(PY1-100)')
+	# define(`X2', `eval(BASEX-PANEL_DISTANCE)')
+	# define(`Y2', `eval(PY2+100)')
+	# ElementLine(X1 Y1 X2 Y1 20)
+	# ElementLine(X2 Y1 X2 Y2 10)
+	# ElementLine(X2 Y2 X1 Y2 20)
+	# ElementLine(X1 Y2 X1 Y1 20)
+	# Gehaeuse (innerer Kasten)
+	ElementLine(665 1110 770 1110 20)
+	ElementLine(770 1110 770 1862 20)
+	ElementLine(770 1862 665 1862 20)
+	ElementLine(665 1862 665 1110 10)
+	# Pins
+		# First row
+			Pin(1056 1270 60 35 "1" 0x101)
+			ElementLine(1016 1270 770 1270 20)
+			Pin(1056 1378 60 35 "2" 0x01)
+			ElementLine(1016 1378 770 1378 20)
+			Pin(1056 1486 60 35 "3" 0x01)
+			ElementLine(1016 1486 770 1486 20)
+			Pin(1056 1594 60 35 "4" 0x01)
+			ElementLine(1016 1594 770 1594 20)
+		# Last pin in first row
+		Pin(1056 1702 60 35 "5" 0x01)
+		ElementLine(1016 1702 770 1702 20)
+		# Second row
+			Pin(944 1324 60 35 "6" 0x01)
+			ElementLine(904 1324 770 1324 20)
+			Pin(944 1432 60 35 "7" 0x01)
+			ElementLine(904 1432 770 1432 20)
+			Pin(944 1540 60 35 "8" 0x01)
+			ElementLine(904 1540 770 1540 20)
+			Pin(944 1648 60 35 "9" 0x01)
+			ElementLine(904 1648 770 1648 20)
+		# Plazierungsmarkierung == PIN 1
+		Mark(1050 1270)
+	# Befestigungsbohrung
+	Pin(1000  1000 250 125 "C1" 0x01)
+	Pin(1000 1972 250 125 "C2" 0x01)
+)
Index: oldlib/lib/pcblib-newlib/connector/index.html
===================================================================
--- oldlib/lib/pcblib-newlib/connector/index.html	(nonexistent)
+++ oldlib/lib/pcblib-newlib/connector/index.html	(revision 296)
@@ -0,0 +1,310 @@
+<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
+<HTML><HEAD><TITLE>PCB connector Footprint Library</TITLE></HEAD>
+<BODY bgcolor="#FFFFFF" text="#000000">
+<H1>PCB connector Footprint Library</H1>
+<TABLE BORDER=2>
+<TR>
+    <TD><EM>Comment</EM></TD>
+    <TD><EM>Footprint Name</EM></TD>
+</TR>
+
+  <TR>
+    <TD>2, connector 2x1 pins </TD>
+    <TD><A HREF="CONNECTOR 1 2.fp">CONNECTOR 1 2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>4, connector 2x2 pins </TD>
+    <TD><A HREF="CONNECTOR 2 2.fp">CONNECTOR 2 2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>6, connector 2x3 pins </TD>
+    <TD><A HREF="CONNECTOR 3 2.fp">CONNECTOR 3 2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>8, connector 2x4 pins </TD>
+    <TD><A HREF="CONNECTOR 4 2.fp">CONNECTOR 4 2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>10, connector 2x5 pins </TD>
+    <TD><A HREF="CONNECTOR 5 2.fp">CONNECTOR 5 2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>12, connector 3x4 pins </TD>
+    <TD><A HREF="CONNECTOR 4 3.fp">CONNECTOR 4 3.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>14, connector 2x7 pins </TD>
+    <TD><A HREF="CONNECTOR 7 2.fp">CONNECTOR 7 2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>15, connector 3x5 pins </TD>
+    <TD><A HREF="CONNECTOR 5 3.fp">CONNECTOR 5 3.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>16, connector 2x8 pins </TD>
+    <TD><A HREF="CONNECTOR 8 2.fp">CONNECTOR 8 2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>18, connector 3x6 pins </TD>
+    <TD><A HREF="CONNECTOR 6 3.fp">CONNECTOR 6 3.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>20, connector 2x10 pins </TD>
+    <TD><A HREF="CONNECTOR 10 2.fp">CONNECTOR 10 2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>50, connector 2x25 pins </TD>
+    <TD><A HREF="CONNECTOR 25 2.fp">CONNECTOR 25 2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>abc48f, DIN41.612 row a+b+c female </TD>
+    <TD><A HREF="DIN41_612FEMALE_SMALL.fp">DIN41_612FEMALE_SMALL.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>abc48m, DIN41.612 row a+b+c male </TD>
+    <TD><A HREF="DIN41_612MALE_SMALL.fp">DIN41_612MALE_SMALL.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ab64f, DIN41.612 row a+b female </TD>
+    <TD><A HREF="DIN41_612FEMALE ab.fp">DIN41_612FEMALE ab.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ab64m, DIN41.612 row a+b male </TD>
+    <TD><A HREF="DIN41_612MALE ab.fp">DIN41_612MALE ab.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ac64f, DIN41.612 row a+c female </TD>
+    <TD><A HREF="DIN41_612FEMALE ac.fp">DIN41_612FEMALE ac.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ac64m, DIN41.612 row a+c male </TD>
+    <TD><A HREF="DIN41_612MALE ac.fp">DIN41_612MALE ac.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>abc96f, DIN41.612 row a+b+c female </TD>
+    <TD><A HREF="DIN41_612FEMALE abc.fp">DIN41_612FEMALE abc.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>abc96m, DIN41.612 row a+b+c male </TD>
+    <TD><A HREF="DIN41_612MALE abc.fp">DIN41_612MALE abc.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>10l, DIN41.651 laying 10 pins </TD>
+    <TD><A HREF="DIN41_651LAY 10.fp">DIN41_651LAY 10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>10s, DIN41.651 standing 10 pins </TD>
+    <TD><A HREF="DIN41_651STAND 10.fp">DIN41_651STAND 10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>14l, DIN41.651 laying 14 pins </TD>
+    <TD><A HREF="DIN41_651LAY 14.fp">DIN41_651LAY 14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>14s, DIN41.651 standing 14 pins </TD>
+    <TD><A HREF="DIN41_651STAND 14.fp">DIN41_651STAND 14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>16l, DIN41.651 laying 16 pins </TD>
+    <TD><A HREF="DIN41_651LAY 16.fp">DIN41_651LAY 16.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>16s, DIN41.651 standing 16 pins </TD>
+    <TD><A HREF="DIN41_651STAND 16.fp">DIN41_651STAND 16.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>18l, DIN41.651 laying 18 pins </TD>
+    <TD><A HREF="DIN41_651LAY 18.fp">DIN41_651LAY 18.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>18s, DIN41.651 standing 18 pins </TD>
+    <TD><A HREF="DIN41_651STAND 18.fp">DIN41_651STAND 18.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>20l, DIN41.651 laying 20 pins </TD>
+    <TD><A HREF="DIN41_651LAY 20.fp">DIN41_651LAY 20.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>20s, DIN41.651 standing 20 pins </TD>
+    <TD><A HREF="DIN41_651STAND 20.fp">DIN41_651STAND 20.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>22l, DIN41.651 laying 22 pins </TD>
+    <TD><A HREF="DIN41_651LAY 22.fp">DIN41_651LAY 22.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>22s, DIN41.651 standing 22 pins </TD>
+    <TD><A HREF="DIN41_651STAND 22.fp">DIN41_651STAND 22.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>24l, DIN41.651 laying 24 pins </TD>
+    <TD><A HREF="DIN41_651LAY 24.fp">DIN41_651LAY 24.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>24s, DIN41.651 standing 24 pins </TD>
+    <TD><A HREF="DIN41_651STAND 24.fp">DIN41_651STAND 24.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>26l, DIN41.651 laying 26 pins </TD>
+    <TD><A HREF="DIN41_651LAY 26.fp">DIN41_651LAY 26.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>26s, DIN41.651 standing 26 pins </TD>
+    <TD><A HREF="DIN41_651STAND 26.fp">DIN41_651STAND 26.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>34l, DIN41.651 laying 34 pins </TD>
+    <TD><A HREF="DIN41_651LAY 34.fp">DIN41_651LAY 34.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>34s, DIN41.651 standing 34 pins </TD>
+    <TD><A HREF="DIN41_651STAND 34.fp">DIN41_651STAND 34.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>40l, DIN41.651 laying 40 pins </TD>
+    <TD><A HREF="DIN41_651LAY 40.fp">DIN41_651LAY 40.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>40s, DIN41.651 standing 40 pins </TD>
+    <TD><A HREF="DIN41_651STAND 40.fp">DIN41_651STAND 40.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>50l, DIN41.651 laying 50 pins </TD>
+    <TD><A HREF="DIN41_651LAY 50.fp">DIN41_651LAY 50.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>50s, DIN41.651 standing 50 pins </TD>
+    <TD><A HREF="DIN41_651STAND 50.fp">DIN41_651STAND 50.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>64l, DIN41.651 laying 64 pins </TD>
+    <TD><A HREF="DIN41_651LAY 64.fp">DIN41_651LAY 64.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>64s, DIN41.651 standing 64 pins </TD>
+    <TD><A HREF="DIN41_651STAND 64.fp">DIN41_651STAND 64.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PC-centronics, PC Centronics Connector </TD>
+    <TD><A HREF="SUBD_FEMALE_LAY 25.fp">SUBD_FEMALE_LAY 25.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PC-RS232, PC V24 9-pins </TD>
+    <TD><A HREF="SUBD_MALE_LAY 9.fp">SUBD_MALE_LAY 9.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PC-RS232, PC V24 25-pins </TD>
+    <TD><A HREF="SUBD_MALE_LAY 25.fp">SUBD_MALE_LAY 25.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>single-ended SCSI, single-ended SCSI 2x25 pins </TD>
+    <TD><A HREF="CONNECTOR 25 2.fp">CONNECTOR 25 2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>9f, SUB-D female 9 pins </TD>
+    <TD><A HREF="SUBD_FEMALE_LAY 9.fp">SUBD_FEMALE_LAY 9.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>9m, SUB-D male 9 pins </TD>
+    <TD><A HREF="SUBD_MALE_LAY 9.fp">SUBD_MALE_LAY 9.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>15f, SUB-D female 15 pins </TD>
+    <TD><A HREF="SUBD_FEMALE_LAY 15.fp">SUBD_FEMALE_LAY 15.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>15m, SUB-D male 15 pins </TD>
+    <TD><A HREF="SUBD_MALE_LAY 15.fp">SUBD_MALE_LAY 15.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>25f, SUB-D female 25 pins </TD>
+    <TD><A HREF="SUBD_FEMALE_LAY 25.fp">SUBD_FEMALE_LAY 25.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>25m, SUB-D male 25 pins </TD>
+    <TD><A HREF="SUBD_MALE_LAY 25.fp">SUBD_MALE_LAY 25.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>1, right angle BNC </TD>
+    <TD><A HREF="BNC_LAY.fp">BNC_LAY.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>2, MTA-156 header </TD>
+    <TD><A HREF="MTA_156 2.fp">MTA_156 2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>1, vertical SMA </TD>
+    <TD><A HREF="SMA_VERT.fp">SMA_VERT.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>20, Molex .025 pitch 20 pin plug </TD>
+    <TD><A HREF="MOLEX_025 20.fp">MOLEX_025 20.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>30, Molex .025 pitch 30 pin plug </TD>
+    <TD><A HREF="MOLEX_025 30.fp">MOLEX_025 30.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>40, Molex .025 pitch 40 pin plug </TD>
+    <TD><A HREF="MOLEX_025 40.fp">MOLEX_025 40.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>50, Molex .025 pitch 50 pin plug </TD>
+    <TD><A HREF="MOLEX_025 50.fp">MOLEX_025 50.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>60, Molex .025 pitch 60 pin plug </TD>
+    <TD><A HREF="MOLEX_025 60.fp">MOLEX_025 60.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>68, Molex .025 pitch 68 pin plug </TD>
+    <TD><A HREF="MOLEX_025 68.fp">MOLEX_025 68.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>70, Molex .025 pitch 70 pin plug </TD>
+    <TD><A HREF="MOLEX_025 70.fp">MOLEX_025 70.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>80, Molex .025 pitch 80 pin plug </TD>
+    <TD><A HREF="MOLEX_025 80.fp">MOLEX_025 80.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>90, Molex .025 pitch 90 pin plug </TD>
+    <TD><A HREF="MOLEX_025 90.fp">MOLEX_025 90.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>100, Molex .025 pitch 100 pin plug </TD>
+    <TD><A HREF="MOLEX_025 100.fp">MOLEX_025 100.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>120, Molex .025 pitch 120 pin plug </TD>
+    <TD><A HREF="MOLEX_025 120.fp">MOLEX_025 120.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>140, Molex .025 pitch 140 pin plug </TD>
+    <TD><A HREF="MOLEX_025 140.fp">MOLEX_025 140.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>160, Molex .025 pitch 160 pin plug </TD>
+    <TD><A HREF="MOLEX_025 160.fp">MOLEX_025 160.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>180, Molex .025 pitch 180 pin plug </TD>
+    <TD><A HREF="MOLEX_025 180.fp">MOLEX_025 180.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>200, Molex .025 pitch 200 pin plug </TD>
+    <TD><A HREF="MOLEX_025 200.fp">MOLEX_025 200.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>240, Molex .025 pitch 240 pin plug </TD>
+    <TD><A HREF="MOLEX_025 240.fp">MOLEX_025 240.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>160, Bright Star nanoEngine SBC </TD>
+    <TD><A HREF="NANOENGINE.fp">NANOENGINE.fp</A></TD>
+  </TR>
+
+</TABLE>
+
+</BODY></HTML>
Index: oldlib/lib/pcblib-newlib/crystal/CRYSTAL 300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/crystal/CRYSTAL 300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/crystal/CRYSTAL 300.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "crystal 300mil" "" "CRYSTAL 300" 0 -60 0 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(250 50 60 28 "2" 0x01)
+	ElementLine(50 0 250 0 20)
+	ElementArc(250 50 50 50 90 180 20)
+	ElementLine(250 100 50 100 20)
+	ElementArc(50 50 50 50 270 180 20)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/crystal/index.html
===================================================================
--- oldlib/lib/pcblib-newlib/crystal/index.html	(nonexistent)
+++ oldlib/lib/pcblib-newlib/crystal/index.html	(revision 296)
@@ -0,0 +1,26 @@
+<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
+<HTML><HEAD><TITLE>PCB crystal Footprint Library</TITLE></HEAD>
+<BODY bgcolor="#FFFFFF" text="#000000">
+<H1>PCB crystal Footprint Library</H1>
+<TABLE BORDER=2>
+<TR>
+    <TD><EM>Comment</EM></TD>
+    <TD><EM>Footprint Name</EM></TD>
+</TR>
+
+  <TR>
+    <TD>1MHz, crystal 300mil </TD>
+    <TD><A HREF="CRYSTAL 300.fp">CRYSTAL 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>8MHZ, crystal 300mil </TD>
+    <TD><A HREF="CRYSTAL 300.fp">CRYSTAL 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>crystal, crystal 300mil </TD>
+    <TD><A HREF="CRYSTAL 300.fp">CRYSTAL 300.fp</A></TD>
+  </TR>
+
+</TABLE>
+
+</BODY></HTML>
Index: oldlib/lib/pcblib-newlib/cts/CTS_742C_04.fp
===================================================================
--- oldlib/lib/pcblib-newlib/cts/CTS_742C_04.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/cts/CTS_742C_04.fp	(revision 296)
@@ -0,0 +1,36 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "CTS 742C Series Chip Resistor Array" "" "CTS_742C_04 " 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -4330 -1574 
+			 -2755 -1574 
+			1968 1000 2968 "1" "1" 0x00000100]
+        Pad[   -4330 1574 
+			 -2755 1574 
+			1968 1000 2968 "2" "2" 0x00000100]
+        Pad[   4330 1574 
+			 2755 1574 
+			1968 1000 2968 "3" "3" 0x00000100]
+        Pad[   4330 -1574 
+			 2755 -1574 
+			1968 1000 2968 "4" "4" 0x00000100]
+	ElementLine[-6314 -3559 -6314  3559 1000]
+	ElementLine[-6314  3559  6314  3559 1000]
+	ElementLine[ 6314  3559  6314 -3559 1000]
+	ElementLine[-6314 -3559 -2500 -3559 1000]
+	ElementLine[ 6314 -3559  2500 -3559 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/cts/CTS_742C_08.fp
===================================================================
--- oldlib/lib/pcblib-newlib/cts/CTS_742C_08.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/cts/CTS_742C_08.fp	(revision 296)
@@ -0,0 +1,48 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "CTS 742C Series Chip Resistor Array" "" "CTS_742C_08" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -4330 -4724 
+			 -2755 -4724 
+			1968 1000 2968 "1" "1" 0x00000100]
+        Pad[   -4330 -1574 
+			 -2755 -1574 
+			1968 1000 2968 "2" "2" 0x00000100]
+        Pad[   -4330 1574 
+			 -2755 1574 
+			1968 1000 2968 "3" "3" 0x00000100]
+        Pad[   -4330 4724 
+			 -2755 4724 
+			1968 1000 2968 "4" "4" 0x00000100]
+        Pad[   4330 4724 
+			 2755 4724 
+			1968 1000 2968 "5" "5" 0x00000100]
+        Pad[   4330 1574 
+			 2755 1574 
+			1968 1000 2968 "6" "6" 0x00000100]
+        Pad[   4330 -1574 
+			 2755 -1574 
+			1968 1000 2968 "7" "7" 0x00000100]
+        Pad[   4330 -4724 
+			 2755 -4724 
+			1968 1000 2968 "8" "8" 0x00000100]
+	ElementLine[-6314 -6708 -6314  6708 1000]
+	ElementLine[-6314  6708  6314  6708 1000]
+	ElementLine[ 6314  6708  6314 -6708 1000]
+	ElementLine[-6314 -6708 -2500 -6708 1000]
+	ElementLine[ 6314 -6708  2500 -6708 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/cts/CTS_742C_16.fp
===================================================================
--- oldlib/lib/pcblib-newlib/cts/CTS_742C_16.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/cts/CTS_742C_16.fp	(revision 296)
@@ -0,0 +1,72 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "CTS 742C Series Chip Resistor Array" "" "CTS_742C_16" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -4330 -11023 
+			 -2755 -11023 
+			1968 1000 2968 "1" "1" 0x00000100]
+        Pad[   -4330 -7874 
+			 -2755 -7874 
+			1968 1000 2968 "2" "2" 0x00000100]
+        Pad[   -4330 -4724 
+			 -2755 -4724 
+			1968 1000 2968 "3" "3" 0x00000100]
+        Pad[   -4330 -1574 
+			 -2755 -1574 
+			1968 1000 2968 "4" "4" 0x00000100]
+        Pad[   -4330 1574 
+			 -2755 1574 
+			1968 1000 2968 "5" "5" 0x00000100]
+        Pad[   -4330 4724 
+			 -2755 4724 
+			1968 1000 2968 "6" "6" 0x00000100]
+        Pad[   -4330 7874 
+			 -2755 7874 
+			1968 1000 2968 "7" "7" 0x00000100]
+        Pad[   -4330 11023 
+			 -2755 11023 
+			1968 1000 2968 "8" "8" 0x00000100]
+        Pad[   4330 11023 
+			 2755 11023 
+			1968 1000 2968 "9" "9" 0x00000100]
+        Pad[   4330 7874 
+			 2755 7874 
+			1968 1000 2968 "10" "10" 0x00000100]
+        Pad[   4330 4724 
+			 2755 4724 
+			1968 1000 2968 "11" "11" 0x00000100]
+        Pad[   4330 1574 
+			 2755 1574 
+			1968 1000 2968 "12" "12" 0x00000100]
+        Pad[   4330 -1574 
+			 2755 -1574 
+			1968 1000 2968 "13" "13" 0x00000100]
+        Pad[   4330 -4724 
+			 2755 -4724 
+			1968 1000 2968 "14" "14" 0x00000100]
+        Pad[   4330 -7874 
+			 2755 -7874 
+			1968 1000 2968 "15" "15" 0x00000100]
+        Pad[   4330 -11023 
+			 2755 -11023 
+			1968 1000 2968 "16" "16" 0x00000100]
+	ElementLine[-6314 -13007 -6314  13007 1000]
+	ElementLine[-6314  13007  6314  13007 1000]
+	ElementLine[ 6314  13007  6314 -13007 1000]
+	ElementLine[-6314 -13007 -2500 -13007 1000]
+	ElementLine[ 6314 -13007  2500 -13007 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/cts/CTS_742X_08.fp
===================================================================
--- oldlib/lib/pcblib-newlib/cts/CTS_742X_08.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/cts/CTS_742X_08.fp	(revision 296)
@@ -0,0 +1,48 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "CTS 742C Series Chip Resistor Array" "" "CTS_742X_08" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -4330 -4724 
+			 -2755 -4724 
+			1968 1000 2968 "1" "1" 0x00000100]
+        Pad[   -4330 -1574 
+			 -2755 -1574 
+			1968 1000 2968 "2" "2" 0x00000100]
+        Pad[   -4330 1574 
+			 -2755 1574 
+			1968 1000 2968 "3" "3" 0x00000100]
+        Pad[   -4330 4724 
+			 -2755 4724 
+			1968 1000 2968 "4" "4" 0x00000100]
+        Pad[   4330 4724 
+			 2755 4724 
+			1968 1000 2968 "5" "5" 0x00000100]
+        Pad[   4330 1574 
+			 2755 1574 
+			1968 1000 2968 "6" "6" 0x00000100]
+        Pad[   4330 -1574 
+			 2755 -1574 
+			1968 1000 2968 "7" "7" 0x00000100]
+        Pad[   4330 -4724 
+			 2755 -4724 
+			1968 1000 2968 "8" "8" 0x00000100]
+	ElementLine[-6314 -6708 -6314  6708 1000]
+	ElementLine[-6314  6708  6314  6708 1000]
+	ElementLine[ 6314  6708  6314 -6708 1000]
+	ElementLine[-6314 -6708 -2500 -6708 1000]
+	ElementLine[ 6314 -6708  2500 -6708 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/cts/CTS_743C_04.fp
===================================================================
--- oldlib/lib/pcblib-newlib/cts/CTS_743C_04.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/cts/CTS_743C_04.fp	(revision 296)
@@ -0,0 +1,36 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "CTS 743C Series Chip Resistor Array" "" "CTS_743C_04" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -4500 -2500 
+			 -3000 -2500 
+			3200 1000 4200 "1" "1" 0x00000100]
+        Pad[   -4500 2500 
+			 -3000 2500 
+			3200 1000 4200 "2" "2" 0x00000100]
+        Pad[   4500 2500 
+			 3000 2500 
+			3200 1000 4200 "3" "3" 0x00000100]
+        Pad[   4500 -2500 
+			 3000 -2500 
+			3200 1000 4200 "4" "4" 0x00000100]
+	ElementLine[-7100 -5100 -7100  5100 1000]
+	ElementLine[-7100  5100  7100  5100 1000]
+	ElementLine[ 7100  5100  7100 -5100 1000]
+	ElementLine[-7100 -5100 -2500 -5100 1000]
+	ElementLine[ 7100 -5100  2500 -5100 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/cts/CTS_743C_08.fp
===================================================================
--- oldlib/lib/pcblib-newlib/cts/CTS_743C_08.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/cts/CTS_743C_08.fp	(revision 296)
@@ -0,0 +1,48 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "CTS 743C Series Chip Resistor Array" "" "CTS_743C_08" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -4500 -7500 
+			 -3000 -7500 
+			3200 1000 4200 "1" "1" 0x00000100]
+        Pad[   -4500 -2500 
+			 -3000 -2500 
+			3200 1000 4200 "2" "2" 0x00000100]
+        Pad[   -4500 2500 
+			 -3000 2500 
+			3200 1000 4200 "3" "3" 0x00000100]
+        Pad[   -4500 7500 
+			 -3000 7500 
+			3200 1000 4200 "4" "4" 0x00000100]
+        Pad[   4500 7500 
+			 3000 7500 
+			3200 1000 4200 "5" "5" 0x00000100]
+        Pad[   4500 2500 
+			 3000 2500 
+			3200 1000 4200 "6" "6" 0x00000100]
+        Pad[   4500 -2500 
+			 3000 -2500 
+			3200 1000 4200 "7" "7" 0x00000100]
+        Pad[   4500 -7500 
+			 3000 -7500 
+			3200 1000 4200 "8" "8" 0x00000100]
+	ElementLine[-7100 -10100 -7100  10100 1000]
+	ElementLine[-7100  10100  7100  10100 1000]
+	ElementLine[ 7100  10100  7100 -10100 1000]
+	ElementLine[-7100 -10100 -2500 -10100 1000]
+	ElementLine[ 7100 -10100  2500 -10100 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/cts/CTS_744C_04.fp
===================================================================
--- oldlib/lib/pcblib-newlib/cts/CTS_744C_04.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/cts/CTS_744C_04.fp	(revision 296)
@@ -0,0 +1,36 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "CTS 744C Series Chip Resistor Array" "" "CTS_744C_04" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -6850 -2500 
+			 -4950 -2500 
+			3200 1000 4200 "1" "1" 0x00000100]
+        Pad[   -6850 2500 
+			 -4950 2500 
+			3200 1000 4200 "2" "2" 0x00000100]
+        Pad[   6850 2500 
+			 4950 2500 
+			3200 1000 4200 "3" "3" 0x00000100]
+        Pad[   6850 -2500 
+			 4950 -2500 
+			3200 1000 4200 "4" "4" 0x00000100]
+	ElementLine[-9450 -5100 -9450  5100 1000]
+	ElementLine[-9450  5100  9450  5100 1000]
+	ElementLine[ 9450  5100  9450 -5100 1000]
+	ElementLine[-9450 -5100 -2500 -5100 1000]
+	ElementLine[ 9450 -5100  2500 -5100 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/cts/CTS_744C_08.fp
===================================================================
--- oldlib/lib/pcblib-newlib/cts/CTS_744C_08.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/cts/CTS_744C_08.fp	(revision 296)
@@ -0,0 +1,48 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "CTS 744C Series Chip Resistor Array" "" "CTS_744C_08" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -6850 -7500 
+			 -4950 -7500 
+			3200 1000 4200 "1" "1" 0x00000100]
+        Pad[   -6850 -2500 
+			 -4950 -2500 
+			3200 1000 4200 "2" "2" 0x00000100]
+        Pad[   -6850 2500 
+			 -4950 2500 
+			3200 1000 4200 "3" "3" 0x00000100]
+        Pad[   -6850 7500 
+			 -4950 7500 
+			3200 1000 4200 "4" "4" 0x00000100]
+        Pad[   6850 7500 
+			 4950 7500 
+			3200 1000 4200 "5" "5" 0x00000100]
+        Pad[   6850 2500 
+			 4950 2500 
+			3200 1000 4200 "6" "6" 0x00000100]
+        Pad[   6850 -2500 
+			 4950 -2500 
+			3200 1000 4200 "7" "7" 0x00000100]
+        Pad[   6850 -7500 
+			 4950 -7500 
+			3200 1000 4200 "8" "8" 0x00000100]
+	ElementLine[-9450 -10100 -9450  10100 1000]
+	ElementLine[-9450  10100  9450  10100 1000]
+	ElementLine[ 9450  10100  9450 -10100 1000]
+	ElementLine[-9450 -10100 -2500 -10100 1000]
+	ElementLine[ 9450 -10100  2500 -10100 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/cts/CTS_745C_10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/cts/CTS_745C_10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/cts/CTS_745C_10.fp	(revision 296)
@@ -0,0 +1,54 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "CTS 745C Series Chip Resistor Array" "" "CTS_745C_10" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -6850 -10000 
+			 -4950 -10000 
+			3200 1000 4200 "1" "1" 0x00000100]
+        Pad[   -6850 -5000 
+			 -4950 -5000 
+			3200 1000 4200 "2" "2" 0x00000100]
+        Pad[   -6850 0 
+			 -4950 0 
+			3200 1000 4200 "3" "3" 0x00000100]
+        Pad[   -6850 5000 
+			 -4950 5000 
+			3200 1000 4200 "4" "4" 0x00000100]
+        Pad[   -6850 10000 
+			 -4950 10000 
+			3200 1000 4200 "5" "5" 0x00000100]
+        Pad[   6850 10000 
+			 4950 10000 
+			3200 1000 4200 "6" "6" 0x00000100]
+        Pad[   6850 5000 
+			 4950 5000 
+			3200 1000 4200 "7" "7" 0x00000100]
+        Pad[   6850 0 
+			 4950 0 
+			3200 1000 4200 "8" "8" 0x00000100]
+        Pad[   6850 -5000 
+			 4950 -5000 
+			3200 1000 4200 "9" "9" 0x00000100]
+        Pad[   6850 -10000 
+			 4950 -10000 
+			3200 1000 4200 "10" "10" 0x00000100]
+	ElementLine[-9450 -12600 -9450  12600 1000]
+	ElementLine[-9450  12600  9450  12600 1000]
+	ElementLine[ 9450  12600  9450 -12600 1000]
+	ElementLine[-9450 -12600 -2500 -12600 1000]
+	ElementLine[ 9450 -12600  2500 -12600 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/cts/CTS_745X_10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/cts/CTS_745X_10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/cts/CTS_745X_10.fp	(revision 296)
@@ -0,0 +1,54 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "CTS 745X Series Chip Resistor Array" "" "CTS_745X_10" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -6850 -10000 
+			 -4950 -10000 
+			3200 1000 4200 "1" "1" 0x00000100]
+        Pad[   -6850 -5000 
+			 -4950 -5000 
+			3200 1000 4200 "2" "2" 0x00000100]
+        Pad[   -6850 0 
+			 -4950 0 
+			3200 1000 4200 "3" "3" 0x00000100]
+        Pad[   -6850 5000 
+			 -4950 5000 
+			3200 1000 4200 "4" "4" 0x00000100]
+        Pad[   -6850 10000 
+			 -4950 10000 
+			3200 1000 4200 "5" "5" 0x00000100]
+        Pad[   6850 10000 
+			 4950 10000 
+			3200 1000 4200 "6" "6" 0x00000100]
+        Pad[   6850 5000 
+			 4950 5000 
+			3200 1000 4200 "7" "7" 0x00000100]
+        Pad[   6850 0 
+			 4950 0 
+			3200 1000 4200 "8" "8" 0x00000100]
+        Pad[   6850 -5000 
+			 4950 -5000 
+			3200 1000 4200 "9" "9" 0x00000100]
+        Pad[   6850 -10000 
+			 4950 -10000 
+			3200 1000 4200 "10" "10" 0x00000100]
+	ElementLine[-9450 -12600 -9450  12600 1000]
+	ElementLine[-9450  12600  9450  12600 1000]
+	ElementLine[ 9450  12600  9450 -12600 1000]
+	ElementLine[-9450 -12600 -2500 -12600 1000]
+	ElementLine[ 9450 -12600  2500 -12600 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/cts/CTS_746X_10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/cts/CTS_746X_10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/cts/CTS_746X_10.fp	(revision 296)
@@ -0,0 +1,54 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "CTS 746X Series Chip Resistor Array" "" "CTS_746X_10" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -3900 -5000 
+			 -2100 -5000 
+			1400 1000 2400 "1" "1" 0x00000100]
+        Pad[   -3900 -2500 
+			 -2100 -2500 
+			1400 1000 2400 "2" "2" 0x00000100]
+        Pad[   -3900 0 
+			 -2100 0 
+			1400 1000 2400 "3" "3" 0x00000100]
+        Pad[   -3900 2500 
+			 -2100 2500 
+			1400 1000 2400 "4" "4" 0x00000100]
+        Pad[   -3900 5000 
+			 -2100 5000 
+			1400 1000 2400 "5" "5" 0x00000100]
+        Pad[   3900 5000 
+			 2100 5000 
+			1400 1000 2400 "6" "6" 0x00000100]
+        Pad[   3900 2500 
+			 2100 2500 
+			1400 1000 2400 "7" "7" 0x00000100]
+        Pad[   3900 0 
+			 2100 0 
+			1400 1000 2400 "8" "8" 0x00000100]
+        Pad[   3900 -2500 
+			 2100 -2500 
+			1400 1000 2400 "9" "9" 0x00000100]
+        Pad[   3900 -5000 
+			 2100 -5000 
+			1400 1000 2400 "10" "10" 0x00000100]
+	ElementLine[-5600 -6700 -5600  6700 1000]
+	ElementLine[-5600  6700  5600  6700 1000]
+	ElementLine[ 5600  6700  5600 -6700 1000]
+	ElementLine[-5600 -6700 -2500 -6700 1000]
+	ElementLine[ 5600 -6700  2500 -6700 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/cts/index.html
===================================================================
--- oldlib/lib/pcblib-newlib/cts/index.html	(nonexistent)
+++ oldlib/lib/pcblib-newlib/cts/index.html	(revision 296)
@@ -0,0 +1,58 @@
+<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
+<HTML><HEAD><TITLE>PCB cts Footprint Library</TITLE></HEAD>
+<BODY bgcolor="#FFFFFF" text="#000000">
+<H1>PCB cts Footprint Library</H1>
+<TABLE BORDER=2>
+<TR>
+    <TD><EM>Comment</EM></TD>
+    <TD><EM>Footprint Name</EM></TD>
+</TR>
+
+  <TR>
+    <TD>CTS_742C_04, CTS 742C Series Chip Resistor Array </TD>
+    <TD><A HREF="CTS_742C_04.fp">CTS_742C_04.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CTS_742C_08, CTS 742C Series Chip Resistor Array </TD>
+    <TD><A HREF="CTS_742C_08.fp">CTS_742C_08.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CTS_742C_16, CTS 742C Series Chip Resistor Array </TD>
+    <TD><A HREF="CTS_742C_16.fp">CTS_742C_16.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CTS_742X_08, CTS 742C Series Chip Resistor Array </TD>
+    <TD><A HREF="CTS_742X_08.fp">CTS_742X_08.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CTS_743C_04, CTS 743C Series Chip Resistor Array </TD>
+    <TD><A HREF="CTS_743C_04.fp">CTS_743C_04.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CTS_743C_08, CTS 743C Series Chip Resistor Array </TD>
+    <TD><A HREF="CTS_743C_08.fp">CTS_743C_08.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CTS_744C_04, CTS 744C Series Chip Resistor Array </TD>
+    <TD><A HREF="CTS_744C_04.fp">CTS_744C_04.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CTS_744C_08, CTS 744C Series Chip Resistor Array </TD>
+    <TD><A HREF="CTS_744C_08.fp">CTS_744C_08.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CTS_745C_10, CTS 745C Series Chip Resistor Array </TD>
+    <TD><A HREF="CTS_745C_10.fp">CTS_745C_10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CTS_745X_10, CTS 745X Series Chip Resistor Array </TD>
+    <TD><A HREF="CTS_745X_10.fp">CTS_745X_10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CTS_746X_10, CTS 746X Series Chip Resistor Array </TD>
+    <TD><A HREF="CTS_746X_10.fp">CTS_746X_10.fp</A></TD>
+  </TR>
+
+</TABLE>
+
+</BODY></HTML>
Index: oldlib/lib/pcblib-newlib/geda/01005.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/01005.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/01005.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "01005" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-807 -19
+		-807 19
+		984 2000 1584 "1" "1" "square"]
+	    Pad[807 -19
+		807 19
+		984 2000 1584 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/0201.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/0201.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/0201.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "0201" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-1181 0
+		-1181 0
+		1574 2000 2174 "1" "1" "square"]
+	    Pad[1181 0
+		1181 0
+		1574 2000 2174 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/0402.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/0402.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/0402.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "0402" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-1574 -393
+		-1574 393
+		1968 2000 2568 "1" "1" "square"]
+	    Pad[1574 -393
+		1574 393
+		1968 2000 2568 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/0603.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/0603.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/0603.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "0603" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-2559 -492
+		-2559 492
+		2952 2000 3552 "1" "1" "square"]
+	    Pad[2559 -492
+		2559 492
+		2952 2000 3552 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/0805.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/0805.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/0805.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "0805" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-3543 -393
+		-3543 393
+		5118 2000 5718 "1" "1" "square"]
+	    Pad[3543 -393
+		3543 393
+		5118 2000 5718 "2" "2" "square"]
+	ElementLine[-393 -2755 393 -2755 800]
+	    ElementLine[-393 2755 393 2755 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/1008.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/1008.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/1008.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "1008" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-5118 -2362
+		-5118 2362
+		4330 2000 4930 "1" "1" "square"]
+	    Pad[5118 -2362
+		5118 2362
+		4330 2000 4930 "2" "2" "square"]
+	ElementLine[-1377 -4527 1377 -4527 800]
+	    ElementLine[-1377 4527 1377 4527 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/1206.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/1206.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/1206.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "1206" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-5905 -1181
+		-5905 1181
+		5118 2000 5718 "1" "1" "square"]
+	    Pad[5905 -1181
+		5905 1181
+		5118 2000 5718 "2" "2" "square"]
+	ElementLine[-2362 -3740 2362 -3740 800]
+	    ElementLine[-2362 3740 2362 3740 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/1210.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/1210.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/1210.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "1210" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-5905 -2755
+		-5905 2755
+		5118 2000 5718 "1" "1" "square"]
+	    Pad[5905 -2755
+		5905 2755
+		5118 2000 5718 "2" "2" "square"]
+	ElementLine[-1968 -5314 1968 -5314 800]
+	    ElementLine[-1968 5314 1968 5314 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/1806.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/1806.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/1806.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "1806" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-7874 -3543
+		-7874 3543
+		6299 2000 6899 "1" "1" "square"]
+	    Pad[7874 -3543
+		7874 3543
+		6299 2000 6899 "2" "2" "square"]
+	ElementLine[-3149 -6692 3149 -6692 800]
+	    ElementLine[-3149 6692 3149 6692 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/1825.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/1825.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/1825.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "1825" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-7874 -10236
+		-7874 10236
+		6299 2000 6899 "1" "1" "square"]
+	    Pad[7874 -10236
+		7874 10236
+		6299 2000 6899 "2" "2" "square"]
+	ElementLine[-3149 -13385 3149 -13385 800]
+	    ElementLine[-3149 13385 3149 13385 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/2706.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/2706.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/2706.fp	(revision 296)
@@ -0,0 +1,15 @@
+	# how much to grow the pads by for soldermask
+	# clearance from planes
+Element(0x00 "Standard SMT resistor, capacitor etc" "" "2706" 0 0 179 0 3 100 0x00)
+(
+	ElementLine(-159 -54 -159 54 10)
+	    ElementLine(-159 54 159 54 10)
+	    ElementLine(159 54 159 -54 10)
+	    ElementLine(159 -54 -159 -54 10)
+	Pad(-108 -3 
+		-108 3
+		78 20 84 "1" "1" 0x00000100)
+	    Pad(108 -3 
+		108 3
+		78 20 84 "2" "2" 0x00000100)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY100.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY100.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY100.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Axial non-polar component (typically resistor or capacitor)," "" "ACY100" 95 36 0 100 0x00)
+(
+	Pin(0 8 55 30 "1" 0x101)
+	Pin(100 8 55 30 "2" 0x01)
+	ElementLine(0 8 25 8 10)
+	ElementLine(75 8 100 8 10)
+	ElementLine(25 0 75 0 10)
+	ElementLine(75 0 75 16 10)
+	ElementLine(75 16 25 16 10)
+	ElementLine(25 16 25 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 8)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY1000.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY1000.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY1000.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Axial non-polar component (typically resistor or capacitor)," "" "ACY1000" 770 186 0 100 0x00)
+(
+	Pin(0 83 80 50 "1" 0x101)
+	Pin(1000 83 80 50 "2" 0x01)
+	ElementLine(0 83 250 83 10)
+	ElementLine(750 83 1000 83 10)
+	ElementLine(250 0 750 0 10)
+	ElementLine(750 0 750 166 10)
+	ElementLine(750 166 250 166 10)
+	ElementLine(250 166 250 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 83)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY1000P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY1000P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY1000P.fp	(revision 296)
@@ -0,0 +1,17 @@
+Element(0x00 "Axial polar component (typically capacitor)," "" "ACY1000P" 770 186 0 100 0x00)
+(
+	Pin(0 83 80 50 "1" 0x101)
+	Pin(1000 83 80 50 "2" 0x01)
+	ElementLine(0 83 250 83 10)
+	ElementLine(750 83 1000 83 10)
+	ElementLine(250 0 750 0 10)
+	ElementLine(750 0 750 166 10)
+	ElementLine(750 166 250 166 10)
+	ElementLine(250 166 250 0 10)
+	ElementLine(0 -7 0 33 10)
+	ElementLine(-20 13 20 13 10)
+	ElementLine(980 13 1020 13 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 83)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY100P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY100P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY100P.fp	(revision 296)
@@ -0,0 +1,17 @@
+Element(0x00 "Axial polar component (typically capacitor)," "" "ACY100P" 95 36 0 100 0x00)
+(
+	Pin(0 8 55 30 "1" 0x101)
+	Pin(100 8 55 30 "2" 0x01)
+	ElementLine(0 8 25 8 10)
+	ElementLine(75 8 100 8 10)
+	ElementLine(25 0 75 0 10)
+	ElementLine(75 0 75 16 10)
+	ElementLine(75 16 25 16 10)
+	ElementLine(25 16 25 0 10)
+	ElementLine(0 -69 0 -29 10)
+	ElementLine(-20 -49 20 -49 10)
+	ElementLine(80 -49 120 -49 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 8)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY1100.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY1100.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY1100.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Axial non-polar component (typically resistor or capacitor)," "" "ACY1100" 845 202 0 100 0x00)
+(
+	Pin(0 91 80 50 "1" 0x101)
+	Pin(1100 91 80 50 "2" 0x01)
+	ElementLine(0 91 275 91 10)
+	ElementLine(825 91 1100 91 10)
+	ElementLine(275 0 825 0 10)
+	ElementLine(825 0 825 182 10)
+	ElementLine(825 182 275 182 10)
+	ElementLine(275 182 275 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 91)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY1100P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY1100P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY1100P.fp	(revision 296)
@@ -0,0 +1,17 @@
+Element(0x00 "Axial polar component (typically capacitor)," "" "ACY1100P" 845 202 0 100 0x00)
+(
+	Pin(0 91 80 50 "1" 0x101)
+	Pin(1100 91 80 50 "2" 0x01)
+	ElementLine(0 91 275 91 10)
+	ElementLine(825 91 1100 91 10)
+	ElementLine(275 0 825 0 10)
+	ElementLine(825 0 825 182 10)
+	ElementLine(825 182 275 182 10)
+	ElementLine(275 182 275 0 10)
+	ElementLine(0 1 0 41 10)
+	ElementLine(-20 21 20 21 10)
+	ElementLine(1080 21 1120 21 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 91)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY1200.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY1200.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY1200.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Axial non-polar component (typically resistor or capacitor)," "" "ACY1200" 920 220 0 100 0x00)
+(
+	Pin(0 100 80 50 "1" 0x101)
+	Pin(1200 100 80 50 "2" 0x01)
+	ElementLine(0 100 300 100 10)
+	ElementLine(900 100 1200 100 10)
+	ElementLine(300 0 900 0 10)
+	ElementLine(900 0 900 200 10)
+	ElementLine(900 200 300 200 10)
+	ElementLine(300 200 300 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 100)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY1200P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY1200P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY1200P.fp	(revision 296)
@@ -0,0 +1,17 @@
+Element(0x00 "Axial polar component (typically capacitor)," "" "ACY1200P" 920 220 0 100 0x00)
+(
+	Pin(0 100 80 50 "1" 0x101)
+	Pin(1200 100 80 50 "2" 0x01)
+	ElementLine(0 100 300 100 10)
+	ElementLine(900 100 1200 100 10)
+	ElementLine(300 0 900 0 10)
+	ElementLine(900 0 900 200 10)
+	ElementLine(900 200 300 200 10)
+	ElementLine(300 200 300 0 10)
+	ElementLine(0 10 0 50 10)
+	ElementLine(-20 30 20 30 10)
+	ElementLine(1180 30 1220 30 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 100)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY1300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY1300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY1300.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Axial non-polar component (typically resistor or capacitor)," "" "ACY1300" 995 236 0 100 0x00)
+(
+	Pin(0 108 80 50 "1" 0x101)
+	Pin(1300 108 80 50 "2" 0x01)
+	ElementLine(0 108 325 108 10)
+	ElementLine(975 108 1300 108 10)
+	ElementLine(325 0 975 0 10)
+	ElementLine(975 0 975 216 10)
+	ElementLine(975 216 325 216 10)
+	ElementLine(325 216 325 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 108)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY1300P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY1300P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY1300P.fp	(revision 296)
@@ -0,0 +1,17 @@
+Element(0x00 "Axial polar component (typically capacitor)," "" "ACY1300P" 995 236 0 100 0x00)
+(
+	Pin(0 108 80 50 "1" 0x101)
+	Pin(1300 108 80 50 "2" 0x01)
+	ElementLine(0 108 325 108 10)
+	ElementLine(975 108 1300 108 10)
+	ElementLine(325 0 975 0 10)
+	ElementLine(975 0 975 216 10)
+	ElementLine(975 216 325 216 10)
+	ElementLine(325 216 325 0 10)
+	ElementLine(0 18 0 58 10)
+	ElementLine(-20 38 20 38 10)
+	ElementLine(1280 38 1320 38 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 108)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY1400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY1400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY1400.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Axial non-polar component (typically resistor or capacitor)," "" "ACY1400" 1070 252 0 100 0x00)
+(
+	Pin(0 116 80 50 "1" 0x101)
+	Pin(1400 116 80 50 "2" 0x01)
+	ElementLine(0 116 350 116 10)
+	ElementLine(1050 116 1400 116 10)
+	ElementLine(350 0 1050 0 10)
+	ElementLine(1050 0 1050 232 10)
+	ElementLine(1050 232 350 232 10)
+	ElementLine(350 232 350 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 116)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY1400P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY1400P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY1400P.fp	(revision 296)
@@ -0,0 +1,17 @@
+Element(0x00 "Axial polar component (typically capacitor)," "" "ACY1400P" 1070 252 0 100 0x00)
+(
+	Pin(0 116 80 50 "1" 0x101)
+	Pin(1400 116 80 50 "2" 0x01)
+	ElementLine(0 116 350 116 10)
+	ElementLine(1050 116 1400 116 10)
+	ElementLine(350 0 1050 0 10)
+	ElementLine(1050 0 1050 232 10)
+	ElementLine(1050 232 350 232 10)
+	ElementLine(350 232 350 0 10)
+	ElementLine(0 26 0 66 10)
+	ElementLine(-20 46 20 46 10)
+	ElementLine(1380 46 1420 46 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 116)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY150.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY150.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY150.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Axial non-polar component (typically resistor or capacitor)," "" "ACY150" 133 44 0 100 0x00)
+(
+	Pin(0 12 55 30 "1" 0x101)
+	Pin(150 12 55 30 "2" 0x01)
+	ElementLine(0 12 37 12 10)
+	ElementLine(113 12 150 12 10)
+	ElementLine(37 0 113 0 10)
+	ElementLine(113 0 113 24 10)
+	ElementLine(113 24 37 24 10)
+	ElementLine(37 24 37 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 12)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY1500.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY1500.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY1500.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Axial non-polar component (typically resistor or capacitor)," "" "ACY1500" 1145 270 0 100 0x00)
+(
+	Pin(0 125 80 50 "1" 0x101)
+	Pin(1500 125 80 50 "2" 0x01)
+	ElementLine(0 125 375 125 10)
+	ElementLine(1125 125 1500 125 10)
+	ElementLine(375 0 1125 0 10)
+	ElementLine(1125 0 1125 250 10)
+	ElementLine(1125 250 375 250 10)
+	ElementLine(375 250 375 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 125)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY1500P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY1500P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY1500P.fp	(revision 296)
@@ -0,0 +1,17 @@
+Element(0x00 "Axial polar component (typically capacitor)," "" "ACY1500P" 1145 270 0 100 0x00)
+(
+	Pin(0 125 80 50 "1" 0x101)
+	Pin(1500 125 80 50 "2" 0x01)
+	ElementLine(0 125 375 125 10)
+	ElementLine(1125 125 1500 125 10)
+	ElementLine(375 0 1125 0 10)
+	ElementLine(1125 0 1125 250 10)
+	ElementLine(1125 250 375 250 10)
+	ElementLine(375 250 375 0 10)
+	ElementLine(0 35 0 75 10)
+	ElementLine(-20 55 20 55 10)
+	ElementLine(1480 55 1520 55 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 125)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY150P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY150P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY150P.fp	(revision 296)
@@ -0,0 +1,17 @@
+Element(0x00 "Axial polar component (typically capacitor)," "" "ACY150P" 133 44 0 100 0x00)
+(
+	Pin(0 12 55 30 "1" 0x101)
+	Pin(150 12 55 30 "2" 0x01)
+	ElementLine(0 12 37 12 10)
+	ElementLine(113 12 150 12 10)
+	ElementLine(37 0 113 0 10)
+	ElementLine(113 0 113 24 10)
+	ElementLine(113 24 37 24 10)
+	ElementLine(37 24 37 0 10)
+	ElementLine(0 -65 0 -25 10)
+	ElementLine(-20 -45 20 -45 10)
+	ElementLine(130 -45 170 -45 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 12)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY1600.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY1600.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY1600.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Axial non-polar component (typically resistor or capacitor)," "" "ACY1600" 1220 286 0 100 0x00)
+(
+	Pin(0 133 80 50 "1" 0x101)
+	Pin(1600 133 80 50 "2" 0x01)
+	ElementLine(0 133 400 133 10)
+	ElementLine(1200 133 1600 133 10)
+	ElementLine(400 0 1200 0 10)
+	ElementLine(1200 0 1200 266 10)
+	ElementLine(1200 266 400 266 10)
+	ElementLine(400 266 400 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 133)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY1600P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY1600P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY1600P.fp	(revision 296)
@@ -0,0 +1,17 @@
+Element(0x00 "Axial polar component (typically capacitor)," "" "ACY1600P" 1220 286 0 100 0x00)
+(
+	Pin(0 133 80 50 "1" 0x101)
+	Pin(1600 133 80 50 "2" 0x01)
+	ElementLine(0 133 400 133 10)
+	ElementLine(1200 133 1600 133 10)
+	ElementLine(400 0 1200 0 10)
+	ElementLine(1200 0 1200 266 10)
+	ElementLine(1200 266 400 266 10)
+	ElementLine(400 266 400 0 10)
+	ElementLine(0 43 0 83 10)
+	ElementLine(-20 63 20 63 10)
+	ElementLine(1580 63 1620 63 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 133)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY200.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY200.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY200.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Axial non-polar component (typically resistor or capacitor)," "" "ACY200" 170 52 0 100 0x00)
+(
+	Pin(0 16 55 30 "1" 0x101)
+	Pin(200 16 55 30 "2" 0x01)
+	ElementLine(0 16 50 16 10)
+	ElementLine(150 16 200 16 10)
+	ElementLine(50 0 150 0 10)
+	ElementLine(150 0 150 32 10)
+	ElementLine(150 32 50 32 10)
+	ElementLine(50 32 50 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 16)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY200P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY200P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY200P.fp	(revision 296)
@@ -0,0 +1,17 @@
+Element(0x00 "Axial polar component (typically capacitor)," "" "ACY200P" 170 52 0 100 0x00)
+(
+	Pin(0 16 55 30 "1" 0x101)
+	Pin(200 16 55 30 "2" 0x01)
+	ElementLine(0 16 50 16 10)
+	ElementLine(150 16 200 16 10)
+	ElementLine(50 0 150 0 10)
+	ElementLine(150 0 150 32 10)
+	ElementLine(150 32 50 32 10)
+	ElementLine(50 32 50 0 10)
+	ElementLine(0 -61 0 -21 10)
+	ElementLine(-20 -41 20 -41 10)
+	ElementLine(180 -41 220 -41 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 16)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY300.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Axial non-polar component (typically resistor or capacitor)," "" "ACY300" 245 70 0 100 0x00)
+(
+	Pin(0 25 55 30 "1" 0x101)
+	Pin(300 25 55 30 "2" 0x01)
+	ElementLine(0 25 75 25 10)
+	ElementLine(225 25 300 25 10)
+	ElementLine(75 0 225 0 10)
+	ElementLine(225 0 225 50 10)
+	ElementLine(225 50 75 50 10)
+	ElementLine(75 50 75 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 25)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY300P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY300P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY300P.fp	(revision 296)
@@ -0,0 +1,17 @@
+Element(0x00 "Axial polar component (typically capacitor)," "" "ACY300P" 245 70 0 100 0x00)
+(
+	Pin(0 25 55 30 "1" 0x101)
+	Pin(300 25 55 30 "2" 0x01)
+	ElementLine(0 25 75 25 10)
+	ElementLine(225 25 300 25 10)
+	ElementLine(75 0 225 0 10)
+	ElementLine(225 0 225 50 10)
+	ElementLine(225 50 75 50 10)
+	ElementLine(75 50 75 0 10)
+	ElementLine(0 -52 0 -12 10)
+	ElementLine(-20 -32 20 -32 10)
+	ElementLine(280 -32 320 -32 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 25)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY400.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Axial non-polar component (typically resistor or capacitor)," "" "ACY400" 320 86 0 100 0x00)
+(
+	Pin(0 33 55 30 "1" 0x101)
+	Pin(400 33 55 30 "2" 0x01)
+	ElementLine(0 33 100 33 10)
+	ElementLine(300 33 400 33 10)
+	ElementLine(100 0 300 0 10)
+	ElementLine(300 0 300 66 10)
+	ElementLine(300 66 100 66 10)
+	ElementLine(100 66 100 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 33)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY400P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY400P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY400P.fp	(revision 296)
@@ -0,0 +1,17 @@
+Element(0x00 "Axial polar component (typically capacitor)," "" "ACY400P" 320 86 0 100 0x00)
+(
+	Pin(0 33 55 30 "1" 0x101)
+	Pin(400 33 55 30 "2" 0x01)
+	ElementLine(0 33 100 33 10)
+	ElementLine(300 33 400 33 10)
+	ElementLine(100 0 300 0 10)
+	ElementLine(300 0 300 66 10)
+	ElementLine(300 66 100 66 10)
+	ElementLine(100 66 100 0 10)
+	ElementLine(0 -44 0 -4 10)
+	ElementLine(-20 -24 20 -24 10)
+	ElementLine(380 -24 420 -24 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 33)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY500.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY500.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY500.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Axial non-polar component (typically resistor or capacitor)," "" "ACY500" 395 102 0 100 0x00)
+(
+	Pin(0 41 55 30 "1" 0x101)
+	Pin(500 41 55 30 "2" 0x01)
+	ElementLine(0 41 125 41 10)
+	ElementLine(375 41 500 41 10)
+	ElementLine(125 0 375 0 10)
+	ElementLine(375 0 375 82 10)
+	ElementLine(375 82 125 82 10)
+	ElementLine(125 82 125 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 41)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY500P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY500P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY500P.fp	(revision 296)
@@ -0,0 +1,17 @@
+Element(0x00 "Axial polar component (typically capacitor)," "" "ACY500P" 395 102 0 100 0x00)
+(
+	Pin(0 41 55 30 "1" 0x101)
+	Pin(500 41 55 30 "2" 0x01)
+	ElementLine(0 41 125 41 10)
+	ElementLine(375 41 500 41 10)
+	ElementLine(125 0 375 0 10)
+	ElementLine(375 0 375 82 10)
+	ElementLine(375 82 125 82 10)
+	ElementLine(125 82 125 0 10)
+	ElementLine(0 -36 0 4 10)
+	ElementLine(-20 -16 20 -16 10)
+	ElementLine(480 -16 520 -16 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 41)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY600.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY600.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY600.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Axial non-polar component (typically resistor or capacitor)," "" "ACY600" 470 120 0 100 0x00)
+(
+	Pin(0 50 80 50 "1" 0x101)
+	Pin(600 50 80 50 "2" 0x01)
+	ElementLine(0 50 150 50 10)
+	ElementLine(450 50 600 50 10)
+	ElementLine(150 0 450 0 10)
+	ElementLine(450 0 450 100 10)
+	ElementLine(450 100 150 100 10)
+	ElementLine(150 100 150 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY600P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY600P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY600P.fp	(revision 296)
@@ -0,0 +1,17 @@
+Element(0x00 "Axial polar component (typically capacitor)," "" "ACY600P" 470 120 0 100 0x00)
+(
+	Pin(0 50 80 50 "1" 0x101)
+	Pin(600 50 80 50 "2" 0x01)
+	ElementLine(0 50 150 50 10)
+	ElementLine(450 50 600 50 10)
+	ElementLine(150 0 450 0 10)
+	ElementLine(450 0 450 100 10)
+	ElementLine(450 100 150 100 10)
+	ElementLine(150 100 150 0 10)
+	ElementLine(0 -40 0 0 10)
+	ElementLine(-20 -20 20 -20 10)
+	ElementLine(580 -20 620 -20 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY700.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY700.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY700.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Axial non-polar component (typically resistor or capacitor)," "" "ACY700" 545 136 0 100 0x00)
+(
+	Pin(0 58 80 50 "1" 0x101)
+	Pin(700 58 80 50 "2" 0x01)
+	ElementLine(0 58 175 58 10)
+	ElementLine(525 58 700 58 10)
+	ElementLine(175 0 525 0 10)
+	ElementLine(525 0 525 116 10)
+	ElementLine(525 116 175 116 10)
+	ElementLine(175 116 175 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 58)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY700P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY700P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY700P.fp	(revision 296)
@@ -0,0 +1,17 @@
+Element(0x00 "Axial polar component (typically capacitor)," "" "ACY700P" 545 136 0 100 0x00)
+(
+	Pin(0 58 80 50 "1" 0x101)
+	Pin(700 58 80 50 "2" 0x01)
+	ElementLine(0 58 175 58 10)
+	ElementLine(525 58 700 58 10)
+	ElementLine(175 0 525 0 10)
+	ElementLine(525 0 525 116 10)
+	ElementLine(525 116 175 116 10)
+	ElementLine(175 116 175 0 10)
+	ElementLine(0 -32 0 8 10)
+	ElementLine(-20 -12 20 -12 10)
+	ElementLine(680 -12 720 -12 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 58)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY800.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY800.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY800.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Axial non-polar component (typically resistor or capacitor)," "" "ACY800" 620 152 0 100 0x00)
+(
+	Pin(0 66 80 50 "1" 0x101)
+	Pin(800 66 80 50 "2" 0x01)
+	ElementLine(0 66 200 66 10)
+	ElementLine(600 66 800 66 10)
+	ElementLine(200 0 600 0 10)
+	ElementLine(600 0 600 132 10)
+	ElementLine(600 132 200 132 10)
+	ElementLine(200 132 200 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 66)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY800P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY800P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY800P.fp	(revision 296)
@@ -0,0 +1,17 @@
+Element(0x00 "Axial polar component (typically capacitor)," "" "ACY800P" 620 152 0 100 0x00)
+(
+	Pin(0 66 80 50 "1" 0x101)
+	Pin(800 66 80 50 "2" 0x01)
+	ElementLine(0 66 200 66 10)
+	ElementLine(600 66 800 66 10)
+	ElementLine(200 0 600 0 10)
+	ElementLine(600 0 600 132 10)
+	ElementLine(600 132 200 132 10)
+	ElementLine(200 132 200 0 10)
+	ElementLine(0 -24 0 16 10)
+	ElementLine(-20 -4 20 -4 10)
+	ElementLine(780 -4 820 -4 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 66)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY900.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY900.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY900.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Axial non-polar component (typically resistor or capacitor)," "" "ACY900" 695 170 0 100 0x00)
+(
+	Pin(0 75 80 50 "1" 0x101)
+	Pin(900 75 80 50 "2" 0x01)
+	ElementLine(0 75 225 75 10)
+	ElementLine(675 75 900 75 10)
+	ElementLine(225 0 675 0 10)
+	ElementLine(675 0 675 150 10)
+	ElementLine(675 150 225 150 10)
+	ElementLine(225 150 225 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 75)
+)
Index: oldlib/lib/pcblib-newlib/geda/ACY900P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ACY900P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ACY900P.fp	(revision 296)
@@ -0,0 +1,17 @@
+Element(0x00 "Axial polar component (typically capacitor)," "" "ACY900P" 695 170 0 100 0x00)
+(
+	Pin(0 75 80 50 "1" 0x101)
+	Pin(900 75 80 50 "2" 0x01)
+	ElementLine(0 75 225 75 10)
+	ElementLine(675 75 900 75 10)
+	ElementLine(225 0 675 0 10)
+	ElementLine(675 0 675 150 10)
+	ElementLine(675 150 225 150 10)
+	ElementLine(225 150 225 0 10)
+	ElementLine(0 -15 0 25 10)
+	ElementLine(-20 5 20 5 10)
+	ElementLine(880 5 920 5 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 75)
+)
Index: oldlib/lib/pcblib-newlib/geda/ALF1000.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ALF1000.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ALF1000.fp	(revision 296)
@@ -0,0 +1,12 @@
+Element(0x00 "Axial diode (pin 1 is cathode)" "" "ALF1000" 687 334 0 100 0x00)
+(
+	Pin(0 500 80 20 "1" 0x101)
+	Pin(1000 500 80 20 "2" 0x01)
+	ElementLine(0 500 333 500 10)
+	ElementLine(667 500 1000 500 10)
+	ElementLine(333 500 667 334 10)
+	ElementLine(667 334 667 666 10)
+	ElementLine(667 666 333 500 10)
+	ElementLine(333 334 333 666 10)
+	Mark(0 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/ALF300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ALF300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ALF300.fp	(revision 296)
@@ -0,0 +1,12 @@
+Element(0x00 "Axial diode (pin 1 is cathode)" "" "ALF300" 220 100 0 100 0x00)
+(
+	Pin(0 150 50 20 "1" 0x101)
+	Pin(300 150 50 20 "2" 0x01)
+	ElementLine(0 150 100 150 10)
+	ElementLine(200 150 300 150 10)
+	ElementLine(100 150 200 100 10)
+	ElementLine(200 100 200 200 10)
+	ElementLine(200 200 100 150 10)
+	ElementLine(100 100 100 200 10)
+	Mark(0 150)
+)
Index: oldlib/lib/pcblib-newlib/geda/ALF400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ALF400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ALF400.fp	(revision 296)
@@ -0,0 +1,12 @@
+Element(0x00 "Axial diode (pin 1 is cathode)" "" "ALF400" 287 134 0 100 0x00)
+(
+	Pin(0 200 50 20 "1" 0x101)
+	Pin(400 200 50 20 "2" 0x01)
+	ElementLine(0 200 133 200 10)
+	ElementLine(267 200 400 200 10)
+	ElementLine(133 200 267 134 10)
+	ElementLine(267 134 267 266 10)
+	ElementLine(267 266 133 200 10)
+	ElementLine(133 134 133 266 10)
+	Mark(0 200)
+)
Index: oldlib/lib/pcblib-newlib/geda/ALF500.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ALF500.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ALF500.fp	(revision 296)
@@ -0,0 +1,12 @@
+Element(0x00 "Axial diode (pin 1 is cathode)" "" "ALF500" 354 167 0 100 0x00)
+(
+	Pin(0 250 80 20 "1" 0x101)
+	Pin(500 250 80 20 "2" 0x01)
+	ElementLine(0 250 166 250 10)
+	ElementLine(334 250 500 250 10)
+	ElementLine(166 250 334 167 10)
+	ElementLine(334 167 334 333 10)
+	ElementLine(334 333 166 250 10)
+	ElementLine(166 167 166 333 10)
+	Mark(0 250)
+)
Index: oldlib/lib/pcblib-newlib/geda/ALF600.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ALF600.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ALF600.fp	(revision 296)
@@ -0,0 +1,12 @@
+Element(0x00 "Axial diode (pin 1 is cathode)" "" "ALF600" 420 200 0 100 0x00)
+(
+	Pin(0 300 80 20 "1" 0x101)
+	Pin(600 300 80 20 "2" 0x01)
+	ElementLine(0 300 200 300 10)
+	ElementLine(400 300 600 300 10)
+	ElementLine(200 300 400 200 10)
+	ElementLine(400 200 400 400 10)
+	ElementLine(400 400 200 300 10)
+	ElementLine(200 200 200 400 10)
+	Mark(0 300)
+)
Index: oldlib/lib/pcblib-newlib/geda/ALF700.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ALF700.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ALF700.fp	(revision 296)
@@ -0,0 +1,12 @@
+Element(0x00 "Axial diode (pin 1 is cathode)" "" "ALF700" 487 234 0 100 0x00)
+(
+	Pin(0 350 80 20 "1" 0x101)
+	Pin(700 350 80 20 "2" 0x01)
+	ElementLine(0 350 233 350 10)
+	ElementLine(467 350 700 350 10)
+	ElementLine(233 350 467 234 10)
+	ElementLine(467 234 467 466 10)
+	ElementLine(467 466 233 350 10)
+	ElementLine(233 234 233 466 10)
+	Mark(0 350)
+)
Index: oldlib/lib/pcblib-newlib/geda/ALF800.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ALF800.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ALF800.fp	(revision 296)
@@ -0,0 +1,12 @@
+Element(0x00 "Axial diode (pin 1 is cathode)" "" "ALF800" 554 267 0 100 0x00)
+(
+	Pin(0 400 80 20 "1" 0x101)
+	Pin(800 400 80 20 "2" 0x01)
+	ElementLine(0 400 266 400 10)
+	ElementLine(534 400 800 400 10)
+	ElementLine(266 400 534 267 10)
+	ElementLine(534 267 534 533 10)
+	ElementLine(534 533 266 400 10)
+	ElementLine(266 267 266 533 10)
+	Mark(0 400)
+)
Index: oldlib/lib/pcblib-newlib/geda/ALF900.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ALF900.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ALF900.fp	(revision 296)
@@ -0,0 +1,12 @@
+Element(0x00 "Axial diode (pin 1 is cathode)" "" "ALF900" 620 300 0 100 0x00)
+(
+	Pin(0 450 80 20 "1" 0x101)
+	Pin(900 450 80 20 "2" 0x01)
+	ElementLine(0 450 300 450 10)
+	ElementLine(600 450 900 450 10)
+	ElementLine(300 450 600 300 10)
+	ElementLine(600 300 600 600 10)
+	ElementLine(600 600 300 450 10)
+	ElementLine(300 300 300 600 10)
+	Mark(0 450)
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC0402L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC0402L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC0402L.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC0402L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-610 -216
+		-610 216
+		590 2000 1190 "1" "1" "square"]
+	    Pad[610 -216
+		610 216
+		590 2000 1190 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC0402M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC0402M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC0402M.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC0402M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-1003 -20
+		-1003 20
+		1377 2000 1977 "1" "1" "square"]
+	    Pad[1003 -20
+		1003 20
+		1377 2000 1977 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC0402N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC0402N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC0402N.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC0402N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-807 -19
+		-807 19
+		984 2000 1584 "1" "1" "square"]
+	    Pad[807 -19
+		807 19
+		984 2000 1584 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC0603L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC0603L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC0603L.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC0603L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-984 0
+		-984 0
+		1181 2000 1781 "1" "1" "square"]
+	    Pad[984 0
+		984 0
+		1181 2000 1781 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC0603M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC0603M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC0603M.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC0603M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-1574 0
+		-1574 0
+		1968 2000 2568 "1" "1" "square"]
+	    Pad[1574 0
+		1574 0
+		1968 2000 2568 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC0603N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC0603N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC0603N.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC0603N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-1181 0
+		-1181 0
+		1574 2000 2174 "1" "1" "square"]
+	    Pad[1181 0
+		1181 0
+		1574 2000 2174 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC1005L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC1005L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC1005L.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC1005L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-1771 -295
+		-1771 295
+		1574 2000 2174 "1" "1" "square"]
+	    Pad[1771 -295
+		1771 295
+		1574 2000 2174 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC1005M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC1005M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC1005M.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC1005M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-1968 -295
+		-1968 295
+		2362 2000 2962 "1" "1" "square"]
+	    Pad[1968 -295
+		1968 295
+		2362 2000 2962 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC1005N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC1005N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC1005N.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC1005N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-1771 -295
+		-1771 295
+		1968 2000 2568 "1" "1" "square"]
+	    Pad[1771 -295
+		1771 295
+		1968 2000 2568 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC1608L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC1608L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC1608L.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC1608L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-2362 -492
+		-2362 492
+		2559 2000 3159 "1" "1" "square"]
+	    Pad[2362 -492
+		2362 492
+		2559 2000 3159 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC1608M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC1608M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC1608M.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC1608M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-2755 -492
+		-2755 492
+		3346 2000 3946 "1" "1" "square"]
+	    Pad[2755 -492
+		2755 492
+		3346 2000 3946 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC1608N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC1608N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC1608N.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC1608N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-2559 -492
+		-2559 492
+		2952 2000 3552 "1" "1" "square"]
+	    Pad[2559 -492
+		2559 492
+		2952 2000 3552 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC2012L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC2012L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC2012L.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC2012L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-3149 -590
+		-3149 590
+		4330 2000 4930 "1" "1" "square"]
+	    Pad[3149 -590
+		3149 590
+		4330 2000 4930 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC2012M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC2012M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC2012M.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC2012M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-3937 -197
+		-3937 197
+		5905 2000 6505 "1" "1" "square"]
+	    Pad[3937 -197
+		3937 197
+		5905 2000 6505 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC2012N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC2012N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC2012N.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC2012N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-3543 -393
+		-3543 393
+		5118 2000 5718 "1" "1" "square"]
+	    Pad[3543 -393
+		3543 393
+		5118 2000 5718 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC3216L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC3216L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC3216L.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC3216L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-5511 -1181
+		-5511 1181
+		4330 2000 4930 "1" "1" "square"]
+	    Pad[5511 -1181
+		5511 1181
+		4330 2000 4930 "2" "2" "square"]
+	ElementLine[-1771 -3346 1771 -3346 800]
+	    ElementLine[-1771 3346 1771 3346 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC3216M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC3216M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC3216M.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC3216M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-6299 -787
+		-6299 787
+		5905 2000 6505 "1" "1" "square"]
+	    Pad[6299 -787
+		6299 787
+		5905 2000 6505 "2" "2" "square"]
+	ElementLine[-1968 -3740 1968 -3740 800]
+	    ElementLine[-1968 3740 1968 3740 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC3216N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC3216N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC3216N.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC3216N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-5905 -984
+		-5905 984
+		5118 2000 5718 "1" "1" "square"]
+	    Pad[5905 -984
+		5905 984
+		5118 2000 5718 "2" "2" "square"]
+	ElementLine[-1968 -3543 1968 -3543 800]
+	    ElementLine[-1968 3543 1968 3543 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC3225L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC3225L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC3225L.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC3225L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-5511 -2953
+		-5511 2953
+		4330 2000 4930 "1" "1" "square"]
+	    Pad[5511 -2953
+		5511 2953
+		4330 2000 4930 "2" "2" "square"]
+	ElementLine[-1771 -5118 1771 -5118 800]
+	    ElementLine[-1771 5118 1771 5118 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC3225M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC3225M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC3225M.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC3225M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-6299 -2559
+		-6299 2559
+		5905 2000 6505 "1" "1" "square"]
+	    Pad[6299 -2559
+		6299 2559
+		5905 2000 6505 "2" "2" "square"]
+	ElementLine[-1968 -5511 1968 -5511 800]
+	    ElementLine[-1968 5511 1968 5511 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC3225N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC3225N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC3225N.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC3225N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-5905 -2755
+		-5905 2755
+		5118 2000 5718 "1" "1" "square"]
+	    Pad[5905 -2755
+		5905 2755
+		5118 2000 5718 "2" "2" "square"]
+	ElementLine[-1968 -5314 1968 -5314 800]
+	    ElementLine[-1968 5314 1968 5314 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC4532L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC4532L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC4532L.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC4532L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-7480 -3740
+		-7480 3740
+		5511 2000 6111 "1" "1" "square"]
+	    Pad[7480 -3740
+		7480 3740
+		5511 2000 6111 "2" "2" "square"]
+	ElementLine[-3149 -6496 3149 -6496 800]
+	    ElementLine[-3149 6496 3149 6496 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC4532M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC4532M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC4532M.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC4532M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-8267 -3346
+		-8267 3346
+		7086 2000 7686 "1" "1" "square"]
+	    Pad[8267 -3346
+		8267 3346
+		7086 2000 7686 "2" "2" "square"]
+	ElementLine[-3149 -6889 3149 -6889 800]
+	    ElementLine[-3149 6889 3149 6889 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC4532N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC4532N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC4532N.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC4532N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-7874 -3543
+		-7874 3543
+		6299 2000 6899 "1" "1" "square"]
+	    Pad[7874 -3543
+		7874 3543
+		6299 2000 6899 "2" "2" "square"]
+	ElementLine[-3149 -6692 3149 -6692 800]
+	    ElementLine[-3149 6692 3149 6692 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC4564L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC4564L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC4564L.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC4564L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-7480 -10433
+		-7480 10433
+		5511 2000 6111 "1" "1" "square"]
+	    Pad[7480 -10433
+		7480 10433
+		5511 2000 6111 "2" "2" "square"]
+	ElementLine[-3149 -13188 3149 -13188 800]
+	    ElementLine[-3149 13188 3149 13188 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC4564M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC4564M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC4564M.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC4564M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-8267 -10039
+		-8267 10039
+		7086 2000 7686 "1" "1" "square"]
+	    Pad[8267 -10039
+		8267 10039
+		7086 2000 7686 "2" "2" "square"]
+	ElementLine[-3149 -13582 3149 -13582 800]
+	    ElementLine[-3149 13582 3149 13582 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/CAPC4564N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/CAPC4564N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/CAPC4564N.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "CAPC4564N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-7874 -10236
+		-7874 10236
+		6299 2000 6899 "1" "1" "square"]
+	    Pad[7874 -10236
+		7874 10236
+		6299 2000 6899 "2" "2" "square"]
+	ElementLine[-3149 -13385 3149 -13385 800]
+	    ElementLine[-3149 13385 3149 13385 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41612C64F.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41612C64F.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41612C64F.fp	(revision 296)
@@ -0,0 +1,89 @@
+Element(0x00 "DIN connector, 96 pin housing" "" "DIN41612C64F" 50 100 3 200 0x00)
+(
+	# Reihe a
+	Pin(200 400 60 30 "1" 0x101)
+	Pin(200 500 60 30 "2" 0x01)
+	Pin(200 600 60 30 "3" 0x01)
+	Pin(200 700 60 30 "4" 0x01)
+	Pin(200 800 60 30 "5" 0x01)
+	Pin(200 900 60 30 "6" 0x01)
+	Pin(200 1000 60 30 "7" 0x01)
+	Pin(200 1100 60 30 "8" 0x01)
+	Pin(200 1200 60 30 "9" 0x01)
+	Pin(200 1300 60 30 "10" 0x01)
+	Pin(200 1400 60 30 "11" 0x01)
+	Pin(200 1500 60 30 "12" 0x01)
+	Pin(200 1600 60 30 "13" 0x01)
+	Pin(200 1700 60 30 "14" 0x01)
+	Pin(200 1800 60 30 "15" 0x01)
+	Pin(200 1900 60 30 "16" 0x01)
+	Pin(200 2000 60 30 "17" 0x01)
+	Pin(200 2100 60 30 "18" 0x01)
+	Pin(200 2200 60 30 "19" 0x01)
+	Pin(200 2300 60 30 "20" 0x01)
+	Pin(200 2400 60 30 "21" 0x01)
+	Pin(200 2500 60 30 "22" 0x01)
+	Pin(200 2600 60 30 "23" 0x01)
+	Pin(200 2700 60 30 "24" 0x01)
+	Pin(200 2800 60 30 "25" 0x01)
+	Pin(200 2900 60 30 "26" 0x01)
+	Pin(200 3000 60 30 "27" 0x01)
+	Pin(200 3100 60 30 "28" 0x01)
+	Pin(200 3200 60 30 "29" 0x01)
+	Pin(200 3300 60 30 "30" 0x01)
+	Pin(200 3400 60 30 "31" 0x01)
+	Pin(200 3500 60 30 "32" 0x01)
+	# Reihe b
+	# Reihe c
+		Pin(400 400 60 30 "65" 0x01)
+	Pin(400 500 60 30 "66" 0x01)
+	Pin(400 600 60 30 "67" 0x01)
+	Pin(400 700 60 30 "68" 0x01)
+	Pin(400 800 60 30 "69" 0x01)
+	Pin(400 900 60 30 "70" 0x01)
+	Pin(400 1000 60 30 "71" 0x01)
+	Pin(400 1100 60 30 "72" 0x01)
+	Pin(400 1200 60 30 "73" 0x01)
+	Pin(400 1300 60 30 "74" 0x01)
+	Pin(400 1400 60 30 "75" 0x01)
+	Pin(400 1500 60 30 "76" 0x01)
+	Pin(400 1600 60 30 "77" 0x01)
+	Pin(400 1700 60 30 "78" 0x01)
+	Pin(400 1800 60 30 "79" 0x01)
+	Pin(400 1900 60 30 "80" 0x01)
+	Pin(400 2000 60 30 "81" 0x01)
+	Pin(400 2100 60 30 "82" 0x01)
+	Pin(400 2200 60 30 "83" 0x01)
+	Pin(400 2300 60 30 "84" 0x01)
+	Pin(400 2400 60 30 "85" 0x01)
+	Pin(400 2500 60 30 "86" 0x01)
+	Pin(400 2600 60 30 "87" 0x01)
+	Pin(400 2700 60 30 "88" 0x01)
+	Pin(400 2800 60 30 "89" 0x01)
+	Pin(400 2900 60 30 "90" 0x01)
+	Pin(400 3000 60 30 "91" 0x01)
+	Pin(400 3100 60 30 "92" 0x01)
+	Pin(400 3200 60 30 "93" 0x01)
+	Pin(400 3300 60 30 "94" 0x01)
+	Pin(400 3400 60 30 "95" 0x01)
+	Pin(400 3500 60 30 "96" 0x01)
+	# Befestigungsbohrung
+	Pin(290  180 120 80 "M1" 0x01)
+	Pin(290 3720 120 80 "M2" 0x01)
+	# Aeussere Begrenzung
+	ElementLine( 80  80 520   80 20)
+	ElementLine(520  80 520 3820 20)
+	ElementLine(520 3820 80 3820 20)
+	ElementLine( 80 3820 80   80 20)
+	# Innere Begrenzung
+	ElementLine(120  320 350  320 10)
+	ElementLine(350  320 350  360 10)
+	ElementLine(350  360 480  360 10)
+	ElementLine(480  360 480 3540 10)
+	ElementLine(480 3540 350 3540 10)
+	ElementLine(350 3540 350 3580 10)
+	ElementLine(350 3580 120 3580 10)
+	ElementLine(120 3580 120  320 10)
+	# Markierung: Pin 1a
+	Mark(200 400)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41612C64FS.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41612C64FS.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41612C64FS.fp	(revision 296)
@@ -0,0 +1,57 @@
+Element(0x00 "DIN connector, 96 pin housing" "" "DIN41612C64FS" 50 100 3 200 0x00)
+(
+	# Reihe a
+	Pin(200 400 60 30 "1" 0x101)
+	Pin(200 500 60 30 "2" 0x01)
+	Pin(200 600 60 30 "3" 0x01)
+	Pin(200 700 60 30 "4" 0x01)
+	Pin(200 800 60 30 "5" 0x01)
+	Pin(200 900 60 30 "6" 0x01)
+	Pin(200 1000 60 30 "7" 0x01)
+	Pin(200 1100 60 30 "8" 0x01)
+	Pin(200 1200 60 30 "9" 0x01)
+	Pin(200 1300 60 30 "10" 0x01)
+	Pin(200 1400 60 30 "11" 0x01)
+	Pin(200 1500 60 30 "12" 0x01)
+	Pin(200 1600 60 30 "13" 0x01)
+	Pin(200 1700 60 30 "14" 0x01)
+	Pin(200 1800 60 30 "15" 0x01)
+	Pin(200 1900 60 30 "16" 0x01)
+	# Reihe b
+	# Reihe c
+		Pin(400 400 60 30 "33" 0x01)
+	Pin(400 500 60 30 "34" 0x01)
+	Pin(400 600 60 30 "35" 0x01)
+	Pin(400 700 60 30 "36" 0x01)
+	Pin(400 800 60 30 "37" 0x01)
+	Pin(400 900 60 30 "38" 0x01)
+	Pin(400 1000 60 30 "39" 0x01)
+	Pin(400 1100 60 30 "40" 0x01)
+	Pin(400 1200 60 30 "41" 0x01)
+	Pin(400 1300 60 30 "42" 0x01)
+	Pin(400 1400 60 30 "43" 0x01)
+	Pin(400 1500 60 30 "44" 0x01)
+	Pin(400 1600 60 30 "45" 0x01)
+	Pin(400 1700 60 30 "46" 0x01)
+	Pin(400 1800 60 30 "47" 0x01)
+	Pin(400 1900 60 30 "48" 0x01)
+	# Befestigungsbohrung
+	Pin(290  180 120 80 "M1" 0x01)
+	Pin(290 2120 120 80 "M2" 0x01)
+	# Aeussere Begrenzung
+	ElementLine( 80  80 520   80 20)
+	ElementLine(520  80 520 2220 20)
+	ElementLine(520 2220 80 2220 20)
+	ElementLine( 80 2220 80   80 20)
+	# Innere Begrenzung
+	ElementLine(120  320 350  320 10)
+	ElementLine(350  320 350  360 10)
+	ElementLine(350  360 480  360 10)
+	ElementLine(480  360 480 1940 10)
+	ElementLine(480 1940 350 1940 10)
+	ElementLine(350 1940 350 1980 10)
+	ElementLine(350 1980 120 1980 10)
+	ElementLine(120 1980 120  320 10)
+	# Markierung: Pin 1a
+	Mark(200 400)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41612C64M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41612C64M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41612C64M.fp	(revision 296)
@@ -0,0 +1,127 @@
+Element(0x00 "DIN connector, 96 pin housing" "" "DIN41612C64M" 520 550 0 200 0x00)
+(
+	# Reihe a
+	Pin(3500 300 60 30 "1" 0x101)
+	Pin(3400 300 60 30 "2" 0x01)
+	Pin(3300 300 60 30 "3" 0x01)
+	Pin(3200 300 60 30 "4" 0x01)
+	Pin(3100 300 60 30 "5" 0x01)
+	Pin(3000 300 60 30 "6" 0x01)
+	Pin(2900 300 60 30 "7" 0x01)
+	Pin(2800 300 60 30 "8" 0x01)
+	Pin(2700 300 60 30 "9" 0x01)
+	Pin(2600 300 60 30 "10" 0x01)
+	Pin(2500 300 60 30 "11" 0x01)
+	Pin(2400 300 60 30 "12" 0x01)
+	Pin(2300 300 60 30 "13" 0x01)
+	Pin(2200 300 60 30 "14" 0x01)
+	Pin(2100 300 60 30 "15" 0x01)
+	Pin(2000 300 60 30 "16" 0x01)
+	Pin(1900 300 60 30 "17" 0x01)
+	Pin(1800 300 60 30 "18" 0x01)
+	Pin(1700 300 60 30 "19" 0x01)
+	Pin(1600 300 60 30 "20" 0x01)
+	Pin(1500 300 60 30 "21" 0x01)
+	Pin(1400 300 60 30 "22" 0x01)
+	Pin(1300 300 60 30 "23" 0x01)
+	Pin(1200 300 60 30 "24" 0x01)
+	Pin(1100 300 60 30 "25" 0x01)
+	Pin(1000 300 60 30 "26" 0x01)
+	Pin(900 300 60 30 "27" 0x01)
+	Pin(800 300 60 30 "28" 0x01)
+	Pin(700 300 60 30 "29" 0x01)
+	Pin(600 300 60 30 "30" 0x01)
+	Pin(500 300 60 30 "31" 0x01)
+	Pin(400 300 60 30 "32" 0x01)
+	# Reihe b
+	# Reihe c
+		Pin(3500 100 60 30 "65" 0x01)
+	Pin(3400 100 60 30 "66" 0x01)
+	Pin(3300 100 60 30 "67" 0x01)
+	Pin(3200 100 60 30 "68" 0x01)
+	Pin(3100 100 60 30 "69" 0x01)
+	Pin(3000 100 60 30 "70" 0x01)
+	Pin(2900 100 60 30 "71" 0x01)
+	Pin(2800 100 60 30 "72" 0x01)
+	Pin(2700 100 60 30 "73" 0x01)
+	Pin(2600 100 60 30 "74" 0x01)
+	Pin(2500 100 60 30 "75" 0x01)
+	Pin(2400 100 60 30 "76" 0x01)
+	Pin(2300 100 60 30 "77" 0x01)
+	Pin(2200 100 60 30 "78" 0x01)
+	Pin(2100 100 60 30 "79" 0x01)
+	Pin(2000 100 60 30 "80" 0x01)
+	Pin(1900 100 60 30 "81" 0x01)
+	Pin(1800 100 60 30 "82" 0x01)
+	Pin(1700 100 60 30 "83" 0x01)
+	Pin(1600 100 60 30 "84" 0x01)
+	Pin(1500 100 60 30 "85" 0x01)
+	Pin(1400 100 60 30 "86" 0x01)
+	Pin(1300 100 60 30 "87" 0x01)
+	Pin(1200 100 60 30 "88" 0x01)
+	Pin(1100 100 60 30 "89" 0x01)
+	Pin(1000 100 60 30 "90" 0x01)
+	Pin(900 100 60 30 "91" 0x01)
+	Pin(800 100 60 30 "92" 0x01)
+	Pin(700 100 60 30 "93" 0x01)
+	Pin(600 100 60 30 "94" 0x01)
+	Pin(500 100 60 30 "95" 0x01)
+	Pin(400 100 60 30 "96" 0x01)
+    # Rueckseite Kontaktstifte
+	ElementLine(400 100 400 375 40)
+	ElementLine(500 100 500 375 40)
+	ElementLine(600 100 600 375 40)
+	ElementLine(700 100 700 375 40)
+	ElementLine(800 100 800 375 40)
+	ElementLine(900 100 900 375 40)
+	ElementLine(1000 100 1000 375 40)
+	ElementLine(1100 100 1100 375 40)
+	ElementLine(1200 100 1200 375 40)
+	ElementLine(1300 100 1300 375 40)
+	ElementLine(1400 100 1400 375 40)
+	ElementLine(1500 100 1500 375 40)
+	ElementLine(1600 100 1600 375 40)
+	ElementLine(1700 100 1700 375 40)
+	ElementLine(1800 100 1800 375 40)
+	ElementLine(1900 100 1900 375 40)
+	ElementLine(2000 100 2000 375 40)
+	ElementLine(2100 100 2100 375 40)
+	ElementLine(2200 100 2200 375 40)
+	ElementLine(2300 100 2300 375 40)
+	ElementLine(2400 100 2400 375 40)
+	ElementLine(2500 100 2500 375 40)
+	ElementLine(2600 100 2600 375 40)
+	ElementLine(2700 100 2700 375 40)
+	ElementLine(2800 100 2800 375 40)
+	ElementLine(2900 100 2900 375 40)
+	ElementLine(3000 100 3000 375 40)
+	ElementLine(3100 100 3100 375 40)
+	ElementLine(3200 100 3200 375 40)
+	ElementLine(3300 100 3300 375 40)
+	ElementLine(3400 100 3400 375 40)
+	ElementLine(3500 100 3500 375 40)
+	# Befestigungsbohrung
+	Pin( 200 400 120 80 "M1" 0x01)
+	Pin(3700 400 120 80 "M2" 0x01)
+	# Begrenzung M1
+	ElementLine( 100  300  320  300 20)
+	ElementLine( 320  300  320  395 20)
+	ElementLine( 320  395  320  620 10)
+	ElementLine( 320  620  200  620 10)
+	ElementLine( 200  620  100  620 20)
+	ElementLine( 100  620  100  300 20)
+	# Begrenzung M2
+	ElementLine(3580  300 3800  300 20)
+	ElementLine(3800  300 3800  620 20)
+	ElementLine(3800  620 3700  620 20)
+	ElementLine(3700  620 3580  620 10)
+	ElementLine(3580  620 3580  395 10)
+	ElementLine(3580  395 3580  300 20)
+	# Kante Pins
+	ElementLine( 320  395 3580  395 20)
+	# Kanten Stifte
+	ElementLine( 200 620  200 800 20)
+	ElementLine( 200 800 3700 800 20)
+	ElementLine(3700 800 3700 620 20)
+	Mark(3500 300)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41612C64MS.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41612C64MS.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41612C64MS.fp	(revision 296)
@@ -0,0 +1,79 @@
+Element(0x00 "DIN connector, 96 pin housing" "" "DIN41612C64MS" 520 550 0 200 0x00)
+(
+	# Reihe a
+	Pin(1900 300 60 30 "1" 0x101)
+	Pin(1800 300 60 30 "2" 0x01)
+	Pin(1700 300 60 30 "3" 0x01)
+	Pin(1600 300 60 30 "4" 0x01)
+	Pin(1500 300 60 30 "5" 0x01)
+	Pin(1400 300 60 30 "6" 0x01)
+	Pin(1300 300 60 30 "7" 0x01)
+	Pin(1200 300 60 30 "8" 0x01)
+	Pin(1100 300 60 30 "9" 0x01)
+	Pin(1000 300 60 30 "10" 0x01)
+	Pin(900 300 60 30 "11" 0x01)
+	Pin(800 300 60 30 "12" 0x01)
+	Pin(700 300 60 30 "13" 0x01)
+	Pin(600 300 60 30 "14" 0x01)
+	Pin(500 300 60 30 "15" 0x01)
+	Pin(400 300 60 30 "16" 0x01)
+	# Reihe b
+	# Reihe c
+		Pin(1900 100 60 30 "33" 0x01)
+	Pin(1800 100 60 30 "34" 0x01)
+	Pin(1700 100 60 30 "35" 0x01)
+	Pin(1600 100 60 30 "36" 0x01)
+	Pin(1500 100 60 30 "37" 0x01)
+	Pin(1400 100 60 30 "38" 0x01)
+	Pin(1300 100 60 30 "39" 0x01)
+	Pin(1200 100 60 30 "40" 0x01)
+	Pin(1100 100 60 30 "41" 0x01)
+	Pin(1000 100 60 30 "42" 0x01)
+	Pin(900 100 60 30 "43" 0x01)
+	Pin(800 100 60 30 "44" 0x01)
+	Pin(700 100 60 30 "45" 0x01)
+	Pin(600 100 60 30 "46" 0x01)
+	Pin(500 100 60 30 "47" 0x01)
+	Pin(400 100 60 30 "48" 0x01)
+    # Rueckseite Kontaktstifte
+	ElementLine(400 100 400 375 40)
+	ElementLine(500 100 500 375 40)
+	ElementLine(600 100 600 375 40)
+	ElementLine(700 100 700 375 40)
+	ElementLine(800 100 800 375 40)
+	ElementLine(900 100 900 375 40)
+	ElementLine(1000 100 1000 375 40)
+	ElementLine(1100 100 1100 375 40)
+	ElementLine(1200 100 1200 375 40)
+	ElementLine(1300 100 1300 375 40)
+	ElementLine(1400 100 1400 375 40)
+	ElementLine(1500 100 1500 375 40)
+	ElementLine(1600 100 1600 375 40)
+	ElementLine(1700 100 1700 375 40)
+	ElementLine(1800 100 1800 375 40)
+	ElementLine(1900 100 1900 375 40)
+	# Befestigungsbohrung
+	Pin( 200 400 120 80 "M1" 0x01)
+	Pin(2100 400 120 80 "M2" 0x01)
+	# Begrenzung M1
+	ElementLine( 100  300  320  300 20)
+	ElementLine( 320  300  320  395 20)
+	ElementLine( 320  395  320  620 10)
+	ElementLine( 320  620  200  620 10)
+	ElementLine( 200  620  100  620 20)
+	ElementLine( 100  620  100  300 20)
+	# Begrenzung M2
+	ElementLine(1980  300 2200  300 20)
+	ElementLine(2200  300 2200  620 20)
+	ElementLine(2200  620 2100  620 20)
+	ElementLine(2100  620 1980  620 10)
+	ElementLine(1980  620 1980  395 10)
+	ElementLine(1980  395 1980  300 20)
+	# Kante Pins
+	ElementLine( 320  395 1980  395 20)
+	# Kanten Stifte
+	ElementLine( 200 620  200 800 20)
+	ElementLine( 200 800 2100 800 20)
+	ElementLine(2100 800 2100 620 20)
+	Mark(1900 300)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41612C96F.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41612C96F.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41612C96F.fp	(revision 296)
@@ -0,0 +1,121 @@
+Element(0x00 "DIN connector, 96 pin housing" "" "DIN41612C96F" 50 100 3 200 0x00)
+(
+	# Reihe a
+	Pin(200 400 60 30 "1" 0x101)
+	Pin(200 500 60 30 "2" 0x01)
+	Pin(200 600 60 30 "3" 0x01)
+	Pin(200 700 60 30 "4" 0x01)
+	Pin(200 800 60 30 "5" 0x01)
+	Pin(200 900 60 30 "6" 0x01)
+	Pin(200 1000 60 30 "7" 0x01)
+	Pin(200 1100 60 30 "8" 0x01)
+	Pin(200 1200 60 30 "9" 0x01)
+	Pin(200 1300 60 30 "10" 0x01)
+	Pin(200 1400 60 30 "11" 0x01)
+	Pin(200 1500 60 30 "12" 0x01)
+	Pin(200 1600 60 30 "13" 0x01)
+	Pin(200 1700 60 30 "14" 0x01)
+	Pin(200 1800 60 30 "15" 0x01)
+	Pin(200 1900 60 30 "16" 0x01)
+	Pin(200 2000 60 30 "17" 0x01)
+	Pin(200 2100 60 30 "18" 0x01)
+	Pin(200 2200 60 30 "19" 0x01)
+	Pin(200 2300 60 30 "20" 0x01)
+	Pin(200 2400 60 30 "21" 0x01)
+	Pin(200 2500 60 30 "22" 0x01)
+	Pin(200 2600 60 30 "23" 0x01)
+	Pin(200 2700 60 30 "24" 0x01)
+	Pin(200 2800 60 30 "25" 0x01)
+	Pin(200 2900 60 30 "26" 0x01)
+	Pin(200 3000 60 30 "27" 0x01)
+	Pin(200 3100 60 30 "28" 0x01)
+	Pin(200 3200 60 30 "29" 0x01)
+	Pin(200 3300 60 30 "30" 0x01)
+	Pin(200 3400 60 30 "31" 0x01)
+	Pin(200 3500 60 30 "32" 0x01)
+	# Reihe b
+	Pin(300 400 60 30 "33" 0x01)
+	Pin(300 500 60 30 "34" 0x01)
+	Pin(300 600 60 30 "35" 0x01)
+	Pin(300 700 60 30 "36" 0x01)
+	Pin(300 800 60 30 "37" 0x01)
+	Pin(300 900 60 30 "38" 0x01)
+	Pin(300 1000 60 30 "39" 0x01)
+	Pin(300 1100 60 30 "40" 0x01)
+	Pin(300 1200 60 30 "41" 0x01)
+	Pin(300 1300 60 30 "42" 0x01)
+	Pin(300 1400 60 30 "43" 0x01)
+	Pin(300 1500 60 30 "44" 0x01)
+	Pin(300 1600 60 30 "45" 0x01)
+	Pin(300 1700 60 30 "46" 0x01)
+	Pin(300 1800 60 30 "47" 0x01)
+	Pin(300 1900 60 30 "48" 0x01)
+	Pin(300 2000 60 30 "49" 0x01)
+	Pin(300 2100 60 30 "50" 0x01)
+	Pin(300 2200 60 30 "51" 0x01)
+	Pin(300 2300 60 30 "52" 0x01)
+	Pin(300 2400 60 30 "53" 0x01)
+	Pin(300 2500 60 30 "54" 0x01)
+	Pin(300 2600 60 30 "55" 0x01)
+	Pin(300 2700 60 30 "56" 0x01)
+	Pin(300 2800 60 30 "57" 0x01)
+	Pin(300 2900 60 30 "58" 0x01)
+	Pin(300 3000 60 30 "59" 0x01)
+	Pin(300 3100 60 30 "60" 0x01)
+	Pin(300 3200 60 30 "61" 0x01)
+	Pin(300 3300 60 30 "62" 0x01)
+	Pin(300 3400 60 30 "63" 0x01)
+	Pin(300 3500 60 30 "64" 0x01)
+	# Reihe c
+		Pin(400 400 60 30 "65" 0x01)
+	Pin(400 500 60 30 "66" 0x01)
+	Pin(400 600 60 30 "67" 0x01)
+	Pin(400 700 60 30 "68" 0x01)
+	Pin(400 800 60 30 "69" 0x01)
+	Pin(400 900 60 30 "70" 0x01)
+	Pin(400 1000 60 30 "71" 0x01)
+	Pin(400 1100 60 30 "72" 0x01)
+	Pin(400 1200 60 30 "73" 0x01)
+	Pin(400 1300 60 30 "74" 0x01)
+	Pin(400 1400 60 30 "75" 0x01)
+	Pin(400 1500 60 30 "76" 0x01)
+	Pin(400 1600 60 30 "77" 0x01)
+	Pin(400 1700 60 30 "78" 0x01)
+	Pin(400 1800 60 30 "79" 0x01)
+	Pin(400 1900 60 30 "80" 0x01)
+	Pin(400 2000 60 30 "81" 0x01)
+	Pin(400 2100 60 30 "82" 0x01)
+	Pin(400 2200 60 30 "83" 0x01)
+	Pin(400 2300 60 30 "84" 0x01)
+	Pin(400 2400 60 30 "85" 0x01)
+	Pin(400 2500 60 30 "86" 0x01)
+	Pin(400 2600 60 30 "87" 0x01)
+	Pin(400 2700 60 30 "88" 0x01)
+	Pin(400 2800 60 30 "89" 0x01)
+	Pin(400 2900 60 30 "90" 0x01)
+	Pin(400 3000 60 30 "91" 0x01)
+	Pin(400 3100 60 30 "92" 0x01)
+	Pin(400 3200 60 30 "93" 0x01)
+	Pin(400 3300 60 30 "94" 0x01)
+	Pin(400 3400 60 30 "95" 0x01)
+	Pin(400 3500 60 30 "96" 0x01)
+	# Befestigungsbohrung
+	Pin(290  180 120 80 "M1" 0x01)
+	Pin(290 3720 120 80 "M2" 0x01)
+	# Aeussere Begrenzung
+	ElementLine( 80  80 520   80 20)
+	ElementLine(520  80 520 3820 20)
+	ElementLine(520 3820 80 3820 20)
+	ElementLine( 80 3820 80   80 20)
+	# Innere Begrenzung
+	ElementLine(120  320 350  320 10)
+	ElementLine(350  320 350  360 10)
+	ElementLine(350  360 480  360 10)
+	ElementLine(480  360 480 3540 10)
+	ElementLine(480 3540 350 3540 10)
+	ElementLine(350 3540 350 3580 10)
+	ElementLine(350 3580 120 3580 10)
+	ElementLine(120 3580 120  320 10)
+	# Markierung: Pin 1a
+	Mark(200 400)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41612C96FS.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41612C96FS.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41612C96FS.fp	(revision 296)
@@ -0,0 +1,73 @@
+Element(0x00 "DIN connector, 96 pin housing" "" "DIN41612C96FS" 50 100 3 200 0x00)
+(
+	# Reihe a
+	Pin(200 400 60 30 "1" 0x101)
+	Pin(200 500 60 30 "2" 0x01)
+	Pin(200 600 60 30 "3" 0x01)
+	Pin(200 700 60 30 "4" 0x01)
+	Pin(200 800 60 30 "5" 0x01)
+	Pin(200 900 60 30 "6" 0x01)
+	Pin(200 1000 60 30 "7" 0x01)
+	Pin(200 1100 60 30 "8" 0x01)
+	Pin(200 1200 60 30 "9" 0x01)
+	Pin(200 1300 60 30 "10" 0x01)
+	Pin(200 1400 60 30 "11" 0x01)
+	Pin(200 1500 60 30 "12" 0x01)
+	Pin(200 1600 60 30 "13" 0x01)
+	Pin(200 1700 60 30 "14" 0x01)
+	Pin(200 1800 60 30 "15" 0x01)
+	Pin(200 1900 60 30 "16" 0x01)
+	# Reihe b
+	Pin(300 400 60 30 "17" 0x01)
+	Pin(300 500 60 30 "18" 0x01)
+	Pin(300 600 60 30 "19" 0x01)
+	Pin(300 700 60 30 "20" 0x01)
+	Pin(300 800 60 30 "21" 0x01)
+	Pin(300 900 60 30 "22" 0x01)
+	Pin(300 1000 60 30 "23" 0x01)
+	Pin(300 1100 60 30 "24" 0x01)
+	Pin(300 1200 60 30 "25" 0x01)
+	Pin(300 1300 60 30 "26" 0x01)
+	Pin(300 1400 60 30 "27" 0x01)
+	Pin(300 1500 60 30 "28" 0x01)
+	Pin(300 1600 60 30 "29" 0x01)
+	Pin(300 1700 60 30 "30" 0x01)
+	Pin(300 1800 60 30 "31" 0x01)
+	Pin(300 1900 60 30 "32" 0x01)
+	# Reihe c
+		Pin(400 400 60 30 "33" 0x01)
+	Pin(400 500 60 30 "34" 0x01)
+	Pin(400 600 60 30 "35" 0x01)
+	Pin(400 700 60 30 "36" 0x01)
+	Pin(400 800 60 30 "37" 0x01)
+	Pin(400 900 60 30 "38" 0x01)
+	Pin(400 1000 60 30 "39" 0x01)
+	Pin(400 1100 60 30 "40" 0x01)
+	Pin(400 1200 60 30 "41" 0x01)
+	Pin(400 1300 60 30 "42" 0x01)
+	Pin(400 1400 60 30 "43" 0x01)
+	Pin(400 1500 60 30 "44" 0x01)
+	Pin(400 1600 60 30 "45" 0x01)
+	Pin(400 1700 60 30 "46" 0x01)
+	Pin(400 1800 60 30 "47" 0x01)
+	Pin(400 1900 60 30 "48" 0x01)
+	# Befestigungsbohrung
+	Pin(290  180 120 80 "M1" 0x01)
+	Pin(290 2120 120 80 "M2" 0x01)
+	# Aeussere Begrenzung
+	ElementLine( 80  80 520   80 20)
+	ElementLine(520  80 520 2220 20)
+	ElementLine(520 2220 80 2220 20)
+	ElementLine( 80 2220 80   80 20)
+	# Innere Begrenzung
+	ElementLine(120  320 350  320 10)
+	ElementLine(350  320 350  360 10)
+	ElementLine(350  360 480  360 10)
+	ElementLine(480  360 480 1940 10)
+	ElementLine(480 1940 350 1940 10)
+	ElementLine(350 1940 350 1980 10)
+	ElementLine(350 1980 120 1980 10)
+	ElementLine(120 1980 120  320 10)
+	# Markierung: Pin 1a
+	Mark(200 400)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41612C96M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41612C96M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41612C96M.fp	(revision 296)
@@ -0,0 +1,159 @@
+Element(0x00 "DIN connector, 96 pin housing" "" "DIN41612C96M" 520 550 0 200 0x00)
+(
+	# Reihe a
+	Pin(3500 300 60 30 "1" 0x101)
+	Pin(3400 300 60 30 "2" 0x01)
+	Pin(3300 300 60 30 "3" 0x01)
+	Pin(3200 300 60 30 "4" 0x01)
+	Pin(3100 300 60 30 "5" 0x01)
+	Pin(3000 300 60 30 "6" 0x01)
+	Pin(2900 300 60 30 "7" 0x01)
+	Pin(2800 300 60 30 "8" 0x01)
+	Pin(2700 300 60 30 "9" 0x01)
+	Pin(2600 300 60 30 "10" 0x01)
+	Pin(2500 300 60 30 "11" 0x01)
+	Pin(2400 300 60 30 "12" 0x01)
+	Pin(2300 300 60 30 "13" 0x01)
+	Pin(2200 300 60 30 "14" 0x01)
+	Pin(2100 300 60 30 "15" 0x01)
+	Pin(2000 300 60 30 "16" 0x01)
+	Pin(1900 300 60 30 "17" 0x01)
+	Pin(1800 300 60 30 "18" 0x01)
+	Pin(1700 300 60 30 "19" 0x01)
+	Pin(1600 300 60 30 "20" 0x01)
+	Pin(1500 300 60 30 "21" 0x01)
+	Pin(1400 300 60 30 "22" 0x01)
+	Pin(1300 300 60 30 "23" 0x01)
+	Pin(1200 300 60 30 "24" 0x01)
+	Pin(1100 300 60 30 "25" 0x01)
+	Pin(1000 300 60 30 "26" 0x01)
+	Pin(900 300 60 30 "27" 0x01)
+	Pin(800 300 60 30 "28" 0x01)
+	Pin(700 300 60 30 "29" 0x01)
+	Pin(600 300 60 30 "30" 0x01)
+	Pin(500 300 60 30 "31" 0x01)
+	Pin(400 300 60 30 "32" 0x01)
+	# Reihe b
+		Pin(3500 200 60 30 "33" 0x01)
+	Pin(3400 200 60 30 "34" 0x01)
+	Pin(3300 200 60 30 "35" 0x01)
+	Pin(3200 200 60 30 "36" 0x01)
+	Pin(3100 200 60 30 "37" 0x01)
+	Pin(3000 200 60 30 "38" 0x01)
+	Pin(2900 200 60 30 "39" 0x01)
+	Pin(2800 200 60 30 "40" 0x01)
+	Pin(2700 200 60 30 "41" 0x01)
+	Pin(2600 200 60 30 "42" 0x01)
+	Pin(2500 200 60 30 "43" 0x01)
+	Pin(2400 200 60 30 "44" 0x01)
+	Pin(2300 200 60 30 "45" 0x01)
+	Pin(2200 200 60 30 "46" 0x01)
+	Pin(2100 200 60 30 "47" 0x01)
+	Pin(2000 200 60 30 "48" 0x01)
+	Pin(1900 200 60 30 "49" 0x01)
+	Pin(1800 200 60 30 "50" 0x01)
+	Pin(1700 200 60 30 "51" 0x01)
+	Pin(1600 200 60 30 "52" 0x01)
+	Pin(1500 200 60 30 "53" 0x01)
+	Pin(1400 200 60 30 "54" 0x01)
+	Pin(1300 200 60 30 "55" 0x01)
+	Pin(1200 200 60 30 "56" 0x01)
+	Pin(1100 200 60 30 "57" 0x01)
+	Pin(1000 200 60 30 "58" 0x01)
+	Pin(900 200 60 30 "59" 0x01)
+	Pin(800 200 60 30 "60" 0x01)
+	Pin(700 200 60 30 "61" 0x01)
+	Pin(600 200 60 30 "62" 0x01)
+	Pin(500 200 60 30 "63" 0x01)
+	Pin(400 200 60 30 "64" 0x01)
+	# Reihe c
+		Pin(3500 100 60 30 "65" 0x01)
+	Pin(3400 100 60 30 "66" 0x01)
+	Pin(3300 100 60 30 "67" 0x01)
+	Pin(3200 100 60 30 "68" 0x01)
+	Pin(3100 100 60 30 "69" 0x01)
+	Pin(3000 100 60 30 "70" 0x01)
+	Pin(2900 100 60 30 "71" 0x01)
+	Pin(2800 100 60 30 "72" 0x01)
+	Pin(2700 100 60 30 "73" 0x01)
+	Pin(2600 100 60 30 "74" 0x01)
+	Pin(2500 100 60 30 "75" 0x01)
+	Pin(2400 100 60 30 "76" 0x01)
+	Pin(2300 100 60 30 "77" 0x01)
+	Pin(2200 100 60 30 "78" 0x01)
+	Pin(2100 100 60 30 "79" 0x01)
+	Pin(2000 100 60 30 "80" 0x01)
+	Pin(1900 100 60 30 "81" 0x01)
+	Pin(1800 100 60 30 "82" 0x01)
+	Pin(1700 100 60 30 "83" 0x01)
+	Pin(1600 100 60 30 "84" 0x01)
+	Pin(1500 100 60 30 "85" 0x01)
+	Pin(1400 100 60 30 "86" 0x01)
+	Pin(1300 100 60 30 "87" 0x01)
+	Pin(1200 100 60 30 "88" 0x01)
+	Pin(1100 100 60 30 "89" 0x01)
+	Pin(1000 100 60 30 "90" 0x01)
+	Pin(900 100 60 30 "91" 0x01)
+	Pin(800 100 60 30 "92" 0x01)
+	Pin(700 100 60 30 "93" 0x01)
+	Pin(600 100 60 30 "94" 0x01)
+	Pin(500 100 60 30 "95" 0x01)
+	Pin(400 100 60 30 "96" 0x01)
+    # Rueckseite Kontaktstifte
+	ElementLine(400 100 400 375 40)
+	ElementLine(500 100 500 375 40)
+	ElementLine(600 100 600 375 40)
+	ElementLine(700 100 700 375 40)
+	ElementLine(800 100 800 375 40)
+	ElementLine(900 100 900 375 40)
+	ElementLine(1000 100 1000 375 40)
+	ElementLine(1100 100 1100 375 40)
+	ElementLine(1200 100 1200 375 40)
+	ElementLine(1300 100 1300 375 40)
+	ElementLine(1400 100 1400 375 40)
+	ElementLine(1500 100 1500 375 40)
+	ElementLine(1600 100 1600 375 40)
+	ElementLine(1700 100 1700 375 40)
+	ElementLine(1800 100 1800 375 40)
+	ElementLine(1900 100 1900 375 40)
+	ElementLine(2000 100 2000 375 40)
+	ElementLine(2100 100 2100 375 40)
+	ElementLine(2200 100 2200 375 40)
+	ElementLine(2300 100 2300 375 40)
+	ElementLine(2400 100 2400 375 40)
+	ElementLine(2500 100 2500 375 40)
+	ElementLine(2600 100 2600 375 40)
+	ElementLine(2700 100 2700 375 40)
+	ElementLine(2800 100 2800 375 40)
+	ElementLine(2900 100 2900 375 40)
+	ElementLine(3000 100 3000 375 40)
+	ElementLine(3100 100 3100 375 40)
+	ElementLine(3200 100 3200 375 40)
+	ElementLine(3300 100 3300 375 40)
+	ElementLine(3400 100 3400 375 40)
+	ElementLine(3500 100 3500 375 40)
+	# Befestigungsbohrung
+	Pin( 200 400 120 80 "M1" 0x01)
+	Pin(3700 400 120 80 "M2" 0x01)
+	# Begrenzung M1
+	ElementLine( 100  300  320  300 20)
+	ElementLine( 320  300  320  395 20)
+	ElementLine( 320  395  320  620 10)
+	ElementLine( 320  620  200  620 10)
+	ElementLine( 200  620  100  620 20)
+	ElementLine( 100  620  100  300 20)
+	# Begrenzung M2
+	ElementLine(3580  300 3800  300 20)
+	ElementLine(3800  300 3800  620 20)
+	ElementLine(3800  620 3700  620 20)
+	ElementLine(3700  620 3580  620 10)
+	ElementLine(3580  620 3580  395 10)
+	ElementLine(3580  395 3580  300 20)
+	# Kante Pins
+	ElementLine( 320  395 3580  395 20)
+	# Kanten Stifte
+	ElementLine( 200 620  200 800 20)
+	ElementLine( 200 800 3700 800 20)
+	ElementLine(3700 800 3700 620 20)
+	Mark(3500 300)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41612C96MS.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41612C96MS.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41612C96MS.fp	(revision 296)
@@ -0,0 +1,95 @@
+Element(0x00 "DIN connector, 96 pin housing" "" "DIN41612C96MS" 520 550 0 200 0x00)
+(
+	# Reihe a
+	Pin(1900 300 60 30 "1" 0x101)
+	Pin(1800 300 60 30 "2" 0x01)
+	Pin(1700 300 60 30 "3" 0x01)
+	Pin(1600 300 60 30 "4" 0x01)
+	Pin(1500 300 60 30 "5" 0x01)
+	Pin(1400 300 60 30 "6" 0x01)
+	Pin(1300 300 60 30 "7" 0x01)
+	Pin(1200 300 60 30 "8" 0x01)
+	Pin(1100 300 60 30 "9" 0x01)
+	Pin(1000 300 60 30 "10" 0x01)
+	Pin(900 300 60 30 "11" 0x01)
+	Pin(800 300 60 30 "12" 0x01)
+	Pin(700 300 60 30 "13" 0x01)
+	Pin(600 300 60 30 "14" 0x01)
+	Pin(500 300 60 30 "15" 0x01)
+	Pin(400 300 60 30 "16" 0x01)
+	# Reihe b
+		Pin(1900 200 60 30 "17" 0x01)
+	Pin(1800 200 60 30 "18" 0x01)
+	Pin(1700 200 60 30 "19" 0x01)
+	Pin(1600 200 60 30 "20" 0x01)
+	Pin(1500 200 60 30 "21" 0x01)
+	Pin(1400 200 60 30 "22" 0x01)
+	Pin(1300 200 60 30 "23" 0x01)
+	Pin(1200 200 60 30 "24" 0x01)
+	Pin(1100 200 60 30 "25" 0x01)
+	Pin(1000 200 60 30 "26" 0x01)
+	Pin(900 200 60 30 "27" 0x01)
+	Pin(800 200 60 30 "28" 0x01)
+	Pin(700 200 60 30 "29" 0x01)
+	Pin(600 200 60 30 "30" 0x01)
+	Pin(500 200 60 30 "31" 0x01)
+	Pin(400 200 60 30 "32" 0x01)
+	# Reihe c
+		Pin(1900 100 60 30 "33" 0x01)
+	Pin(1800 100 60 30 "34" 0x01)
+	Pin(1700 100 60 30 "35" 0x01)
+	Pin(1600 100 60 30 "36" 0x01)
+	Pin(1500 100 60 30 "37" 0x01)
+	Pin(1400 100 60 30 "38" 0x01)
+	Pin(1300 100 60 30 "39" 0x01)
+	Pin(1200 100 60 30 "40" 0x01)
+	Pin(1100 100 60 30 "41" 0x01)
+	Pin(1000 100 60 30 "42" 0x01)
+	Pin(900 100 60 30 "43" 0x01)
+	Pin(800 100 60 30 "44" 0x01)
+	Pin(700 100 60 30 "45" 0x01)
+	Pin(600 100 60 30 "46" 0x01)
+	Pin(500 100 60 30 "47" 0x01)
+	Pin(400 100 60 30 "48" 0x01)
+    # Rueckseite Kontaktstifte
+	ElementLine(400 100 400 375 40)
+	ElementLine(500 100 500 375 40)
+	ElementLine(600 100 600 375 40)
+	ElementLine(700 100 700 375 40)
+	ElementLine(800 100 800 375 40)
+	ElementLine(900 100 900 375 40)
+	ElementLine(1000 100 1000 375 40)
+	ElementLine(1100 100 1100 375 40)
+	ElementLine(1200 100 1200 375 40)
+	ElementLine(1300 100 1300 375 40)
+	ElementLine(1400 100 1400 375 40)
+	ElementLine(1500 100 1500 375 40)
+	ElementLine(1600 100 1600 375 40)
+	ElementLine(1700 100 1700 375 40)
+	ElementLine(1800 100 1800 375 40)
+	ElementLine(1900 100 1900 375 40)
+	# Befestigungsbohrung
+	Pin( 200 400 120 80 "M1" 0x01)
+	Pin(2100 400 120 80 "M2" 0x01)
+	# Begrenzung M1
+	ElementLine( 100  300  320  300 20)
+	ElementLine( 320  300  320  395 20)
+	ElementLine( 320  395  320  620 10)
+	ElementLine( 320  620  200  620 10)
+	ElementLine( 200  620  100  620 20)
+	ElementLine( 100  620  100  300 20)
+	# Begrenzung M2
+	ElementLine(1980  300 2200  300 20)
+	ElementLine(2200  300 2200  620 20)
+	ElementLine(2200  620 2100  620 20)
+	ElementLine(2100  620 1980  620 10)
+	ElementLine(1980  620 1980  395 10)
+	ElementLine(1980  395 1980  300 20)
+	# Kante Pins
+	ElementLine( 320  395 1980  395 20)
+	# Kanten Stifte
+	ElementLine( 200 620  200 800 20)
+	ElementLine( 200 800 2100 800 20)
+	ElementLine(2100 800 2100 620 20)
+	Mark(1900 300)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41651_10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41651_10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41651_10.fp	(revision 296)
@@ -0,0 +1,36 @@
+Element(0x00 "Header connector with latches" "" "DIN41651_10" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 1130 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 1050 20)
+	ElementLine(610 1050 770 1100 20)
+	ElementLine(770 1100 770 1200 20)
+	ElementLine(770 1200 335 1330 20)
+	ElementLine(335 1330 80 1330 20)
+	ElementLine( 80 1330 80 70 20)
+	# Codieraussparung
+	ElementLine(610 625 435 625 5)
+	ElementLine(435 625 435 775 5)
+	ElementLine(435 775 610 775 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41651_10S.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41651_10S.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41651_10S.fp	(revision 296)
@@ -0,0 +1,36 @@
+Element(0x00 "Header connector with latches" "" "DIN41651_10S" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 1330 20)
+	ElementLine(410 1330 90 1330 20)
+	ElementLine(90 1330 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 1050 5)
+	ElementLine(390 1050 110 1050 5)
+	ElementLine(110 1050 110 775 5)
+	ElementLine(110 775  90 775 5)
+	ElementLine(90  625 110 625 5)
+	ElementLine(110 625 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 1050 200 1330 5)
+	ElementLine(300 1050 300 1330 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41651_14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41651_14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41651_14.fp	(revision 296)
@@ -0,0 +1,40 @@
+Element(0x00 "Header connector with latches" "" "DIN41651_14" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	Pin(100 1000 60 40 "11" 0x01)
+		Pin(200 1000 60 40 "12" 0x01)
+	Pin(100 1100 60 40 "13" 0x01)
+		Pin(200 1100 60 40 "14" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 1330 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 1250 20)
+	ElementLine(610 1250 770 1300 20)
+	ElementLine(770 1300 770 1400 20)
+	ElementLine(770 1400 335 1530 20)
+	ElementLine(335 1530 80 1530 20)
+	ElementLine( 80 1530 80 70 20)
+	# Codieraussparung
+	ElementLine(610 725 435 725 5)
+	ElementLine(435 725 435 875 5)
+	ElementLine(435 875 610 875 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41651_14S.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41651_14S.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41651_14S.fp	(revision 296)
@@ -0,0 +1,40 @@
+Element(0x00 "Header connector with latches" "" "DIN41651_14S" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	Pin(200 1000 60 40 "11" 0x01)
+		Pin(300 1000 60 40 "12" 0x01)
+	Pin(200 1100 60 40 "13" 0x01)
+		Pin(300 1100 60 40 "14" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 1530 20)
+	ElementLine(410 1530 90 1530 20)
+	ElementLine(90 1530 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 1250 5)
+	ElementLine(390 1250 110 1250 5)
+	ElementLine(110 1250 110 875 5)
+	ElementLine(110 875  90 875 5)
+	ElementLine(90  725 110 725 5)
+	ElementLine(110 725 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 1250 200 1530 5)
+	ElementLine(300 1250 300 1530 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41651_16.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41651_16.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41651_16.fp	(revision 296)
@@ -0,0 +1,42 @@
+Element(0x00 "Header connector with latches" "" "DIN41651_16" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	Pin(100 1000 60 40 "11" 0x01)
+		Pin(200 1000 60 40 "12" 0x01)
+	Pin(100 1100 60 40 "13" 0x01)
+		Pin(200 1100 60 40 "14" 0x01)
+	Pin(100 1200 60 40 "15" 0x01)
+		Pin(200 1200 60 40 "16" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 1430 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 1350 20)
+	ElementLine(610 1350 770 1400 20)
+	ElementLine(770 1400 770 1500 20)
+	ElementLine(770 1500 335 1630 20)
+	ElementLine(335 1630 80 1630 20)
+	ElementLine( 80 1630 80 70 20)
+	# Codieraussparung
+	ElementLine(610 775 435 775 5)
+	ElementLine(435 775 435 925 5)
+	ElementLine(435 925 610 925 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41651_16S.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41651_16S.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41651_16S.fp	(revision 296)
@@ -0,0 +1,42 @@
+Element(0x00 "Header connector with latches" "" "DIN41651_16S" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	Pin(200 1000 60 40 "11" 0x01)
+		Pin(300 1000 60 40 "12" 0x01)
+	Pin(200 1100 60 40 "13" 0x01)
+		Pin(300 1100 60 40 "14" 0x01)
+	Pin(200 1200 60 40 "15" 0x01)
+		Pin(300 1200 60 40 "16" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 1630 20)
+	ElementLine(410 1630 90 1630 20)
+	ElementLine(90 1630 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 1350 5)
+	ElementLine(390 1350 110 1350 5)
+	ElementLine(110 1350 110 925 5)
+	ElementLine(110 925  90 925 5)
+	ElementLine(90  775 110 775 5)
+	ElementLine(110 775 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 1350 200 1630 5)
+	ElementLine(300 1350 300 1630 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41651_20.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41651_20.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41651_20.fp	(revision 296)
@@ -0,0 +1,46 @@
+Element(0x00 "Header connector with latches" "" "DIN41651_20" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	Pin(100 1000 60 40 "11" 0x01)
+		Pin(200 1000 60 40 "12" 0x01)
+	Pin(100 1100 60 40 "13" 0x01)
+		Pin(200 1100 60 40 "14" 0x01)
+	Pin(100 1200 60 40 "15" 0x01)
+		Pin(200 1200 60 40 "16" 0x01)
+	Pin(100 1300 60 40 "17" 0x01)
+		Pin(200 1300 60 40 "18" 0x01)
+	Pin(100 1400 60 40 "19" 0x01)
+		Pin(200 1400 60 40 "20" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 1630 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 1550 20)
+	ElementLine(610 1550 770 1600 20)
+	ElementLine(770 1600 770 1700 20)
+	ElementLine(770 1700 335 1830 20)
+	ElementLine(335 1830 80 1830 20)
+	ElementLine( 80 1830 80 70 20)
+	# Codieraussparung
+	ElementLine(610 875 435 875 5)
+	ElementLine(435 875 435 1025 5)
+	ElementLine(435 1025 610 1025 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41651_20S.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41651_20S.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41651_20S.fp	(revision 296)
@@ -0,0 +1,46 @@
+Element(0x00 "Header connector with latches" "" "DIN41651_20S" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	Pin(200 1000 60 40 "11" 0x01)
+		Pin(300 1000 60 40 "12" 0x01)
+	Pin(200 1100 60 40 "13" 0x01)
+		Pin(300 1100 60 40 "14" 0x01)
+	Pin(200 1200 60 40 "15" 0x01)
+		Pin(300 1200 60 40 "16" 0x01)
+	Pin(200 1300 60 40 "17" 0x01)
+		Pin(300 1300 60 40 "18" 0x01)
+	Pin(200 1400 60 40 "19" 0x01)
+		Pin(300 1400 60 40 "20" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 1830 20)
+	ElementLine(410 1830 90 1830 20)
+	ElementLine(90 1830 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 1550 5)
+	ElementLine(390 1550 110 1550 5)
+	ElementLine(110 1550 110 1025 5)
+	ElementLine(110 1025  90 1025 5)
+	ElementLine(90  875 110 875 5)
+	ElementLine(110 875 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 1550 200 1830 5)
+	ElementLine(300 1550 300 1830 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41651_26.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41651_26.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41651_26.fp	(revision 296)
@@ -0,0 +1,52 @@
+Element(0x00 "Header connector with latches" "" "DIN41651_26" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	Pin(100 1000 60 40 "11" 0x01)
+		Pin(200 1000 60 40 "12" 0x01)
+	Pin(100 1100 60 40 "13" 0x01)
+		Pin(200 1100 60 40 "14" 0x01)
+	Pin(100 1200 60 40 "15" 0x01)
+		Pin(200 1200 60 40 "16" 0x01)
+	Pin(100 1300 60 40 "17" 0x01)
+		Pin(200 1300 60 40 "18" 0x01)
+	Pin(100 1400 60 40 "19" 0x01)
+		Pin(200 1400 60 40 "20" 0x01)
+	Pin(100 1500 60 40 "21" 0x01)
+		Pin(200 1500 60 40 "22" 0x01)
+	Pin(100 1600 60 40 "23" 0x01)
+		Pin(200 1600 60 40 "24" 0x01)
+	Pin(100 1700 60 40 "25" 0x01)
+		Pin(200 1700 60 40 "26" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 1930 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 1850 20)
+	ElementLine(610 1850 770 1900 20)
+	ElementLine(770 1900 770 2000 20)
+	ElementLine(770 2000 335 2130 20)
+	ElementLine(335 2130 80 2130 20)
+	ElementLine( 80 2130 80 70 20)
+	# Codieraussparung
+	ElementLine(610 1025 435 1025 5)
+	ElementLine(435 1025 435 1175 5)
+	ElementLine(435 1175 610 1175 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41651_26S.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41651_26S.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41651_26S.fp	(revision 296)
@@ -0,0 +1,52 @@
+Element(0x00 "Header connector with latches" "" "DIN41651_26S" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	Pin(200 1000 60 40 "11" 0x01)
+		Pin(300 1000 60 40 "12" 0x01)
+	Pin(200 1100 60 40 "13" 0x01)
+		Pin(300 1100 60 40 "14" 0x01)
+	Pin(200 1200 60 40 "15" 0x01)
+		Pin(300 1200 60 40 "16" 0x01)
+	Pin(200 1300 60 40 "17" 0x01)
+		Pin(300 1300 60 40 "18" 0x01)
+	Pin(200 1400 60 40 "19" 0x01)
+		Pin(300 1400 60 40 "20" 0x01)
+	Pin(200 1500 60 40 "21" 0x01)
+		Pin(300 1500 60 40 "22" 0x01)
+	Pin(200 1600 60 40 "23" 0x01)
+		Pin(300 1600 60 40 "24" 0x01)
+	Pin(200 1700 60 40 "25" 0x01)
+		Pin(300 1700 60 40 "26" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 2130 20)
+	ElementLine(410 2130 90 2130 20)
+	ElementLine(90 2130 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 1850 5)
+	ElementLine(390 1850 110 1850 5)
+	ElementLine(110 1850 110 1175 5)
+	ElementLine(110 1175  90 1175 5)
+	ElementLine(90  1025 110 1025 5)
+	ElementLine(110 1025 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 1850 200 2130 5)
+	ElementLine(300 1850 300 2130 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41651_34.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41651_34.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41651_34.fp	(revision 296)
@@ -0,0 +1,60 @@
+Element(0x00 "Header connector with latches" "" "DIN41651_34" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	Pin(100 1000 60 40 "11" 0x01)
+		Pin(200 1000 60 40 "12" 0x01)
+	Pin(100 1100 60 40 "13" 0x01)
+		Pin(200 1100 60 40 "14" 0x01)
+	Pin(100 1200 60 40 "15" 0x01)
+		Pin(200 1200 60 40 "16" 0x01)
+	Pin(100 1300 60 40 "17" 0x01)
+		Pin(200 1300 60 40 "18" 0x01)
+	Pin(100 1400 60 40 "19" 0x01)
+		Pin(200 1400 60 40 "20" 0x01)
+	Pin(100 1500 60 40 "21" 0x01)
+		Pin(200 1500 60 40 "22" 0x01)
+	Pin(100 1600 60 40 "23" 0x01)
+		Pin(200 1600 60 40 "24" 0x01)
+	Pin(100 1700 60 40 "25" 0x01)
+		Pin(200 1700 60 40 "26" 0x01)
+	Pin(100 1800 60 40 "27" 0x01)
+		Pin(200 1800 60 40 "28" 0x01)
+	Pin(100 1900 60 40 "29" 0x01)
+		Pin(200 1900 60 40 "30" 0x01)
+	Pin(100 2000 60 40 "31" 0x01)
+		Pin(200 2000 60 40 "32" 0x01)
+	Pin(100 2100 60 40 "33" 0x01)
+		Pin(200 2100 60 40 "34" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 2330 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 2250 20)
+	ElementLine(610 2250 770 2300 20)
+	ElementLine(770 2300 770 2400 20)
+	ElementLine(770 2400 335 2530 20)
+	ElementLine(335 2530 80 2530 20)
+	ElementLine( 80 2530 80 70 20)
+	# Codieraussparung
+	ElementLine(610 1225 435 1225 5)
+	ElementLine(435 1225 435 1375 5)
+	ElementLine(435 1375 610 1375 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41651_34S.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41651_34S.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41651_34S.fp	(revision 296)
@@ -0,0 +1,60 @@
+Element(0x00 "Header connector with latches" "" "DIN41651_34S" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	Pin(200 1000 60 40 "11" 0x01)
+		Pin(300 1000 60 40 "12" 0x01)
+	Pin(200 1100 60 40 "13" 0x01)
+		Pin(300 1100 60 40 "14" 0x01)
+	Pin(200 1200 60 40 "15" 0x01)
+		Pin(300 1200 60 40 "16" 0x01)
+	Pin(200 1300 60 40 "17" 0x01)
+		Pin(300 1300 60 40 "18" 0x01)
+	Pin(200 1400 60 40 "19" 0x01)
+		Pin(300 1400 60 40 "20" 0x01)
+	Pin(200 1500 60 40 "21" 0x01)
+		Pin(300 1500 60 40 "22" 0x01)
+	Pin(200 1600 60 40 "23" 0x01)
+		Pin(300 1600 60 40 "24" 0x01)
+	Pin(200 1700 60 40 "25" 0x01)
+		Pin(300 1700 60 40 "26" 0x01)
+	Pin(200 1800 60 40 "27" 0x01)
+		Pin(300 1800 60 40 "28" 0x01)
+	Pin(200 1900 60 40 "29" 0x01)
+		Pin(300 1900 60 40 "30" 0x01)
+	Pin(200 2000 60 40 "31" 0x01)
+		Pin(300 2000 60 40 "32" 0x01)
+	Pin(200 2100 60 40 "33" 0x01)
+		Pin(300 2100 60 40 "34" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 2530 20)
+	ElementLine(410 2530 90 2530 20)
+	ElementLine(90 2530 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 2250 5)
+	ElementLine(390 2250 110 2250 5)
+	ElementLine(110 2250 110 1375 5)
+	ElementLine(110 1375  90 1375 5)
+	ElementLine(90  1225 110 1225 5)
+	ElementLine(110 1225 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 2250 200 2530 5)
+	ElementLine(300 2250 300 2530 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41651_40.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41651_40.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41651_40.fp	(revision 296)
@@ -0,0 +1,66 @@
+Element(0x00 "Header connector with latches" "" "DIN41651_40" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	Pin(100 1000 60 40 "11" 0x01)
+		Pin(200 1000 60 40 "12" 0x01)
+	Pin(100 1100 60 40 "13" 0x01)
+		Pin(200 1100 60 40 "14" 0x01)
+	Pin(100 1200 60 40 "15" 0x01)
+		Pin(200 1200 60 40 "16" 0x01)
+	Pin(100 1300 60 40 "17" 0x01)
+		Pin(200 1300 60 40 "18" 0x01)
+	Pin(100 1400 60 40 "19" 0x01)
+		Pin(200 1400 60 40 "20" 0x01)
+	Pin(100 1500 60 40 "21" 0x01)
+		Pin(200 1500 60 40 "22" 0x01)
+	Pin(100 1600 60 40 "23" 0x01)
+		Pin(200 1600 60 40 "24" 0x01)
+	Pin(100 1700 60 40 "25" 0x01)
+		Pin(200 1700 60 40 "26" 0x01)
+	Pin(100 1800 60 40 "27" 0x01)
+		Pin(200 1800 60 40 "28" 0x01)
+	Pin(100 1900 60 40 "29" 0x01)
+		Pin(200 1900 60 40 "30" 0x01)
+	Pin(100 2000 60 40 "31" 0x01)
+		Pin(200 2000 60 40 "32" 0x01)
+	Pin(100 2100 60 40 "33" 0x01)
+		Pin(200 2100 60 40 "34" 0x01)
+	Pin(100 2200 60 40 "35" 0x01)
+		Pin(200 2200 60 40 "36" 0x01)
+	Pin(100 2300 60 40 "37" 0x01)
+		Pin(200 2300 60 40 "38" 0x01)
+	Pin(100 2400 60 40 "39" 0x01)
+		Pin(200 2400 60 40 "40" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 2630 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 2550 20)
+	ElementLine(610 2550 770 2600 20)
+	ElementLine(770 2600 770 2700 20)
+	ElementLine(770 2700 335 2830 20)
+	ElementLine(335 2830 80 2830 20)
+	ElementLine( 80 2830 80 70 20)
+	# Codieraussparung
+	ElementLine(610 1375 435 1375 5)
+	ElementLine(435 1375 435 1525 5)
+	ElementLine(435 1525 610 1525 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41651_40S.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41651_40S.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41651_40S.fp	(revision 296)
@@ -0,0 +1,66 @@
+Element(0x00 "Header connector with latches" "" "DIN41651_40S" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	Pin(200 1000 60 40 "11" 0x01)
+		Pin(300 1000 60 40 "12" 0x01)
+	Pin(200 1100 60 40 "13" 0x01)
+		Pin(300 1100 60 40 "14" 0x01)
+	Pin(200 1200 60 40 "15" 0x01)
+		Pin(300 1200 60 40 "16" 0x01)
+	Pin(200 1300 60 40 "17" 0x01)
+		Pin(300 1300 60 40 "18" 0x01)
+	Pin(200 1400 60 40 "19" 0x01)
+		Pin(300 1400 60 40 "20" 0x01)
+	Pin(200 1500 60 40 "21" 0x01)
+		Pin(300 1500 60 40 "22" 0x01)
+	Pin(200 1600 60 40 "23" 0x01)
+		Pin(300 1600 60 40 "24" 0x01)
+	Pin(200 1700 60 40 "25" 0x01)
+		Pin(300 1700 60 40 "26" 0x01)
+	Pin(200 1800 60 40 "27" 0x01)
+		Pin(300 1800 60 40 "28" 0x01)
+	Pin(200 1900 60 40 "29" 0x01)
+		Pin(300 1900 60 40 "30" 0x01)
+	Pin(200 2000 60 40 "31" 0x01)
+		Pin(300 2000 60 40 "32" 0x01)
+	Pin(200 2100 60 40 "33" 0x01)
+		Pin(300 2100 60 40 "34" 0x01)
+	Pin(200 2200 60 40 "35" 0x01)
+		Pin(300 2200 60 40 "36" 0x01)
+	Pin(200 2300 60 40 "37" 0x01)
+		Pin(300 2300 60 40 "38" 0x01)
+	Pin(200 2400 60 40 "39" 0x01)
+		Pin(300 2400 60 40 "40" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 2830 20)
+	ElementLine(410 2830 90 2830 20)
+	ElementLine(90 2830 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 2550 5)
+	ElementLine(390 2550 110 2550 5)
+	ElementLine(110 2550 110 1525 5)
+	ElementLine(110 1525  90 1525 5)
+	ElementLine(90  1375 110 1375 5)
+	ElementLine(110 1375 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 2550 200 2830 5)
+	ElementLine(300 2550 300 2830 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41651_50.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41651_50.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41651_50.fp	(revision 296)
@@ -0,0 +1,76 @@
+Element(0x00 "Header connector with latches" "" "DIN41651_50" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	Pin(100 1000 60 40 "11" 0x01)
+		Pin(200 1000 60 40 "12" 0x01)
+	Pin(100 1100 60 40 "13" 0x01)
+		Pin(200 1100 60 40 "14" 0x01)
+	Pin(100 1200 60 40 "15" 0x01)
+		Pin(200 1200 60 40 "16" 0x01)
+	Pin(100 1300 60 40 "17" 0x01)
+		Pin(200 1300 60 40 "18" 0x01)
+	Pin(100 1400 60 40 "19" 0x01)
+		Pin(200 1400 60 40 "20" 0x01)
+	Pin(100 1500 60 40 "21" 0x01)
+		Pin(200 1500 60 40 "22" 0x01)
+	Pin(100 1600 60 40 "23" 0x01)
+		Pin(200 1600 60 40 "24" 0x01)
+	Pin(100 1700 60 40 "25" 0x01)
+		Pin(200 1700 60 40 "26" 0x01)
+	Pin(100 1800 60 40 "27" 0x01)
+		Pin(200 1800 60 40 "28" 0x01)
+	Pin(100 1900 60 40 "29" 0x01)
+		Pin(200 1900 60 40 "30" 0x01)
+	Pin(100 2000 60 40 "31" 0x01)
+		Pin(200 2000 60 40 "32" 0x01)
+	Pin(100 2100 60 40 "33" 0x01)
+		Pin(200 2100 60 40 "34" 0x01)
+	Pin(100 2200 60 40 "35" 0x01)
+		Pin(200 2200 60 40 "36" 0x01)
+	Pin(100 2300 60 40 "37" 0x01)
+		Pin(200 2300 60 40 "38" 0x01)
+	Pin(100 2400 60 40 "39" 0x01)
+		Pin(200 2400 60 40 "40" 0x01)
+	Pin(100 2500 60 40 "41" 0x01)
+		Pin(200 2500 60 40 "42" 0x01)
+	Pin(100 2600 60 40 "43" 0x01)
+		Pin(200 2600 60 40 "44" 0x01)
+	Pin(100 2700 60 40 "45" 0x01)
+		Pin(200 2700 60 40 "46" 0x01)
+	Pin(100 2800 60 40 "47" 0x01)
+		Pin(200 2800 60 40 "48" 0x01)
+	Pin(100 2900 60 40 "49" 0x01)
+		Pin(200 2900 60 40 "50" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 3130 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 3050 20)
+	ElementLine(610 3050 770 3100 20)
+	ElementLine(770 3100 770 3200 20)
+	ElementLine(770 3200 335 3330 20)
+	ElementLine(335 3330 80 3330 20)
+	ElementLine( 80 3330 80 70 20)
+	# Codieraussparung
+	ElementLine(610 1625 435 1625 5)
+	ElementLine(435 1625 435 1775 5)
+	ElementLine(435 1775 610 1775 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41651_50S.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41651_50S.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41651_50S.fp	(revision 296)
@@ -0,0 +1,76 @@
+Element(0x00 "Header connector with latches" "" "DIN41651_50S" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	Pin(200 1000 60 40 "11" 0x01)
+		Pin(300 1000 60 40 "12" 0x01)
+	Pin(200 1100 60 40 "13" 0x01)
+		Pin(300 1100 60 40 "14" 0x01)
+	Pin(200 1200 60 40 "15" 0x01)
+		Pin(300 1200 60 40 "16" 0x01)
+	Pin(200 1300 60 40 "17" 0x01)
+		Pin(300 1300 60 40 "18" 0x01)
+	Pin(200 1400 60 40 "19" 0x01)
+		Pin(300 1400 60 40 "20" 0x01)
+	Pin(200 1500 60 40 "21" 0x01)
+		Pin(300 1500 60 40 "22" 0x01)
+	Pin(200 1600 60 40 "23" 0x01)
+		Pin(300 1600 60 40 "24" 0x01)
+	Pin(200 1700 60 40 "25" 0x01)
+		Pin(300 1700 60 40 "26" 0x01)
+	Pin(200 1800 60 40 "27" 0x01)
+		Pin(300 1800 60 40 "28" 0x01)
+	Pin(200 1900 60 40 "29" 0x01)
+		Pin(300 1900 60 40 "30" 0x01)
+	Pin(200 2000 60 40 "31" 0x01)
+		Pin(300 2000 60 40 "32" 0x01)
+	Pin(200 2100 60 40 "33" 0x01)
+		Pin(300 2100 60 40 "34" 0x01)
+	Pin(200 2200 60 40 "35" 0x01)
+		Pin(300 2200 60 40 "36" 0x01)
+	Pin(200 2300 60 40 "37" 0x01)
+		Pin(300 2300 60 40 "38" 0x01)
+	Pin(200 2400 60 40 "39" 0x01)
+		Pin(300 2400 60 40 "40" 0x01)
+	Pin(200 2500 60 40 "41" 0x01)
+		Pin(300 2500 60 40 "42" 0x01)
+	Pin(200 2600 60 40 "43" 0x01)
+		Pin(300 2600 60 40 "44" 0x01)
+	Pin(200 2700 60 40 "45" 0x01)
+		Pin(300 2700 60 40 "46" 0x01)
+	Pin(200 2800 60 40 "47" 0x01)
+		Pin(300 2800 60 40 "48" 0x01)
+	Pin(200 2900 60 40 "49" 0x01)
+		Pin(300 2900 60 40 "50" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 3330 20)
+	ElementLine(410 3330 90 3330 20)
+	ElementLine(90 3330 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 3050 5)
+	ElementLine(390 3050 110 3050 5)
+	ElementLine(110 3050 110 1775 5)
+	ElementLine(110 1775  90 1775 5)
+	ElementLine(90  1625 110 1625 5)
+	ElementLine(110 1625 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 3050 200 3330 5)
+	ElementLine(300 3050 300 3330 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41651_60.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41651_60.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41651_60.fp	(revision 296)
@@ -0,0 +1,86 @@
+Element(0x00 "Header connector with latches" "" "DIN41651_60" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	Pin(100 1000 60 40 "11" 0x01)
+		Pin(200 1000 60 40 "12" 0x01)
+	Pin(100 1100 60 40 "13" 0x01)
+		Pin(200 1100 60 40 "14" 0x01)
+	Pin(100 1200 60 40 "15" 0x01)
+		Pin(200 1200 60 40 "16" 0x01)
+	Pin(100 1300 60 40 "17" 0x01)
+		Pin(200 1300 60 40 "18" 0x01)
+	Pin(100 1400 60 40 "19" 0x01)
+		Pin(200 1400 60 40 "20" 0x01)
+	Pin(100 1500 60 40 "21" 0x01)
+		Pin(200 1500 60 40 "22" 0x01)
+	Pin(100 1600 60 40 "23" 0x01)
+		Pin(200 1600 60 40 "24" 0x01)
+	Pin(100 1700 60 40 "25" 0x01)
+		Pin(200 1700 60 40 "26" 0x01)
+	Pin(100 1800 60 40 "27" 0x01)
+		Pin(200 1800 60 40 "28" 0x01)
+	Pin(100 1900 60 40 "29" 0x01)
+		Pin(200 1900 60 40 "30" 0x01)
+	Pin(100 2000 60 40 "31" 0x01)
+		Pin(200 2000 60 40 "32" 0x01)
+	Pin(100 2100 60 40 "33" 0x01)
+		Pin(200 2100 60 40 "34" 0x01)
+	Pin(100 2200 60 40 "35" 0x01)
+		Pin(200 2200 60 40 "36" 0x01)
+	Pin(100 2300 60 40 "37" 0x01)
+		Pin(200 2300 60 40 "38" 0x01)
+	Pin(100 2400 60 40 "39" 0x01)
+		Pin(200 2400 60 40 "40" 0x01)
+	Pin(100 2500 60 40 "41" 0x01)
+		Pin(200 2500 60 40 "42" 0x01)
+	Pin(100 2600 60 40 "43" 0x01)
+		Pin(200 2600 60 40 "44" 0x01)
+	Pin(100 2700 60 40 "45" 0x01)
+		Pin(200 2700 60 40 "46" 0x01)
+	Pin(100 2800 60 40 "47" 0x01)
+		Pin(200 2800 60 40 "48" 0x01)
+	Pin(100 2900 60 40 "49" 0x01)
+		Pin(200 2900 60 40 "50" 0x01)
+	Pin(100 3000 60 40 "51" 0x01)
+		Pin(200 3000 60 40 "52" 0x01)
+	Pin(100 3100 60 40 "53" 0x01)
+		Pin(200 3100 60 40 "54" 0x01)
+	Pin(100 3200 60 40 "55" 0x01)
+		Pin(200 3200 60 40 "56" 0x01)
+	Pin(100 3300 60 40 "57" 0x01)
+		Pin(200 3300 60 40 "58" 0x01)
+	Pin(100 3400 60 40 "59" 0x01)
+		Pin(200 3400 60 40 "60" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 3630 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 3550 20)
+	ElementLine(610 3550 770 3600 20)
+	ElementLine(770 3600 770 3700 20)
+	ElementLine(770 3700 335 3830 20)
+	ElementLine(335 3830 80 3830 20)
+	ElementLine( 80 3830 80 70 20)
+	# Codieraussparung
+	ElementLine(610 1875 435 1875 5)
+	ElementLine(435 1875 435 2025 5)
+	ElementLine(435 2025 610 2025 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41651_60S.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41651_60S.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41651_60S.fp	(revision 296)
@@ -0,0 +1,86 @@
+Element(0x00 "Header connector with latches" "" "DIN41651_60S" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	Pin(200 1000 60 40 "11" 0x01)
+		Pin(300 1000 60 40 "12" 0x01)
+	Pin(200 1100 60 40 "13" 0x01)
+		Pin(300 1100 60 40 "14" 0x01)
+	Pin(200 1200 60 40 "15" 0x01)
+		Pin(300 1200 60 40 "16" 0x01)
+	Pin(200 1300 60 40 "17" 0x01)
+		Pin(300 1300 60 40 "18" 0x01)
+	Pin(200 1400 60 40 "19" 0x01)
+		Pin(300 1400 60 40 "20" 0x01)
+	Pin(200 1500 60 40 "21" 0x01)
+		Pin(300 1500 60 40 "22" 0x01)
+	Pin(200 1600 60 40 "23" 0x01)
+		Pin(300 1600 60 40 "24" 0x01)
+	Pin(200 1700 60 40 "25" 0x01)
+		Pin(300 1700 60 40 "26" 0x01)
+	Pin(200 1800 60 40 "27" 0x01)
+		Pin(300 1800 60 40 "28" 0x01)
+	Pin(200 1900 60 40 "29" 0x01)
+		Pin(300 1900 60 40 "30" 0x01)
+	Pin(200 2000 60 40 "31" 0x01)
+		Pin(300 2000 60 40 "32" 0x01)
+	Pin(200 2100 60 40 "33" 0x01)
+		Pin(300 2100 60 40 "34" 0x01)
+	Pin(200 2200 60 40 "35" 0x01)
+		Pin(300 2200 60 40 "36" 0x01)
+	Pin(200 2300 60 40 "37" 0x01)
+		Pin(300 2300 60 40 "38" 0x01)
+	Pin(200 2400 60 40 "39" 0x01)
+		Pin(300 2400 60 40 "40" 0x01)
+	Pin(200 2500 60 40 "41" 0x01)
+		Pin(300 2500 60 40 "42" 0x01)
+	Pin(200 2600 60 40 "43" 0x01)
+		Pin(300 2600 60 40 "44" 0x01)
+	Pin(200 2700 60 40 "45" 0x01)
+		Pin(300 2700 60 40 "46" 0x01)
+	Pin(200 2800 60 40 "47" 0x01)
+		Pin(300 2800 60 40 "48" 0x01)
+	Pin(200 2900 60 40 "49" 0x01)
+		Pin(300 2900 60 40 "50" 0x01)
+	Pin(200 3000 60 40 "51" 0x01)
+		Pin(300 3000 60 40 "52" 0x01)
+	Pin(200 3100 60 40 "53" 0x01)
+		Pin(300 3100 60 40 "54" 0x01)
+	Pin(200 3200 60 40 "55" 0x01)
+		Pin(300 3200 60 40 "56" 0x01)
+	Pin(200 3300 60 40 "57" 0x01)
+		Pin(300 3300 60 40 "58" 0x01)
+	Pin(200 3400 60 40 "59" 0x01)
+		Pin(300 3400 60 40 "60" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 3830 20)
+	ElementLine(410 3830 90 3830 20)
+	ElementLine(90 3830 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 3550 5)
+	ElementLine(390 3550 110 3550 5)
+	ElementLine(110 3550 110 2025 5)
+	ElementLine(110 2025  90 2025 5)
+	ElementLine(90  1875 110 1875 5)
+	ElementLine(110 1875 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 3550 200 3830 5)
+	ElementLine(300 3550 300 3830 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41651_64.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41651_64.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41651_64.fp	(revision 296)
@@ -0,0 +1,90 @@
+Element(0x00 "Header connector with latches" "" "DIN41651_64" 400 250 3 200 0x00)
+(
+	Pin(100 500 60 40 "1" 0x101)
+		Pin(200 500 60 40 "2" 0x01)
+	Pin(100 600 60 40 "3" 0x01)
+		Pin(200 600 60 40 "4" 0x01)
+	Pin(100 700 60 40 "5" 0x01)
+		Pin(200 700 60 40 "6" 0x01)
+	Pin(100 800 60 40 "7" 0x01)
+		Pin(200 800 60 40 "8" 0x01)
+	Pin(100 900 60 40 "9" 0x01)
+		Pin(200 900 60 40 "10" 0x01)
+	Pin(100 1000 60 40 "11" 0x01)
+		Pin(200 1000 60 40 "12" 0x01)
+	Pin(100 1100 60 40 "13" 0x01)
+		Pin(200 1100 60 40 "14" 0x01)
+	Pin(100 1200 60 40 "15" 0x01)
+		Pin(200 1200 60 40 "16" 0x01)
+	Pin(100 1300 60 40 "17" 0x01)
+		Pin(200 1300 60 40 "18" 0x01)
+	Pin(100 1400 60 40 "19" 0x01)
+		Pin(200 1400 60 40 "20" 0x01)
+	Pin(100 1500 60 40 "21" 0x01)
+		Pin(200 1500 60 40 "22" 0x01)
+	Pin(100 1600 60 40 "23" 0x01)
+		Pin(200 1600 60 40 "24" 0x01)
+	Pin(100 1700 60 40 "25" 0x01)
+		Pin(200 1700 60 40 "26" 0x01)
+	Pin(100 1800 60 40 "27" 0x01)
+		Pin(200 1800 60 40 "28" 0x01)
+	Pin(100 1900 60 40 "29" 0x01)
+		Pin(200 1900 60 40 "30" 0x01)
+	Pin(100 2000 60 40 "31" 0x01)
+		Pin(200 2000 60 40 "32" 0x01)
+	Pin(100 2100 60 40 "33" 0x01)
+		Pin(200 2100 60 40 "34" 0x01)
+	Pin(100 2200 60 40 "35" 0x01)
+		Pin(200 2200 60 40 "36" 0x01)
+	Pin(100 2300 60 40 "37" 0x01)
+		Pin(200 2300 60 40 "38" 0x01)
+	Pin(100 2400 60 40 "39" 0x01)
+		Pin(200 2400 60 40 "40" 0x01)
+	Pin(100 2500 60 40 "41" 0x01)
+		Pin(200 2500 60 40 "42" 0x01)
+	Pin(100 2600 60 40 "43" 0x01)
+		Pin(200 2600 60 40 "44" 0x01)
+	Pin(100 2700 60 40 "45" 0x01)
+		Pin(200 2700 60 40 "46" 0x01)
+	Pin(100 2800 60 40 "47" 0x01)
+		Pin(200 2800 60 40 "48" 0x01)
+	Pin(100 2900 60 40 "49" 0x01)
+		Pin(200 2900 60 40 "50" 0x01)
+	Pin(100 3000 60 40 "51" 0x01)
+		Pin(200 3000 60 40 "52" 0x01)
+	Pin(100 3100 60 40 "53" 0x01)
+		Pin(200 3100 60 40 "54" 0x01)
+	Pin(100 3200 60 40 "55" 0x01)
+		Pin(200 3200 60 40 "56" 0x01)
+	Pin(100 3300 60 40 "57" 0x01)
+		Pin(200 3300 60 40 "58" 0x01)
+	Pin(100 3400 60 40 "59" 0x01)
+		Pin(200 3400 60 40 "60" 0x01)
+	Pin(100 3500 60 40 "61" 0x01)
+		Pin(200 3500 60 40 "62" 0x01)
+	Pin(100 3600 60 40 "63" 0x01)
+		Pin(200 3600 60 40 "64" 0x01)
+	# Befestigungsbohrung
+	Pin(180  270 100 80 "M1" 0x01)
+	Pin(180 3830 100 80 "M2" 0x01)
+	# aeusserer Rahmen
+	ElementLine(80 70 335 70 20)
+	ElementLine(335 70 770 200 20)
+	ElementLine(770 200 770 300 20)
+	ElementLine(770 300 610 390 20)
+	ElementLine(610 390 610 3750 20)
+	ElementLine(610 3750 770 3800 20)
+	ElementLine(770 3800 770 3900 20)
+	ElementLine(770 3900 335 4030 20)
+	ElementLine(335 4030 80 4030 20)
+	ElementLine( 80 4030 80 70 20)
+	# Codieraussparung
+	ElementLine(610 1975 435 1975 5)
+	ElementLine(435 1975 435 2125 5)
+	ElementLine(435 2125 610 2125 5)
+	# Markierung Pin 1
+	ElementLine(610 450 500 500 5)
+	ElementLine(500 500 610 550 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(100 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIN41651_64S.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIN41651_64S.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIN41651_64S.fp	(revision 296)
@@ -0,0 +1,90 @@
+Element(0x00 "Header connector with latches" "" "DIN41651_64S" 50 100 3 200 0x00)
+(
+	Pin(200 500 60 40 "1" 0x101)
+		Pin(300 500 60 40 "2" 0x01)
+	Pin(200 600 60 40 "3" 0x01)
+		Pin(300 600 60 40 "4" 0x01)
+	Pin(200 700 60 40 "5" 0x01)
+		Pin(300 700 60 40 "6" 0x01)
+	Pin(200 800 60 40 "7" 0x01)
+		Pin(300 800 60 40 "8" 0x01)
+	Pin(200 900 60 40 "9" 0x01)
+		Pin(300 900 60 40 "10" 0x01)
+	Pin(200 1000 60 40 "11" 0x01)
+		Pin(300 1000 60 40 "12" 0x01)
+	Pin(200 1100 60 40 "13" 0x01)
+		Pin(300 1100 60 40 "14" 0x01)
+	Pin(200 1200 60 40 "15" 0x01)
+		Pin(300 1200 60 40 "16" 0x01)
+	Pin(200 1300 60 40 "17" 0x01)
+		Pin(300 1300 60 40 "18" 0x01)
+	Pin(200 1400 60 40 "19" 0x01)
+		Pin(300 1400 60 40 "20" 0x01)
+	Pin(200 1500 60 40 "21" 0x01)
+		Pin(300 1500 60 40 "22" 0x01)
+	Pin(200 1600 60 40 "23" 0x01)
+		Pin(300 1600 60 40 "24" 0x01)
+	Pin(200 1700 60 40 "25" 0x01)
+		Pin(300 1700 60 40 "26" 0x01)
+	Pin(200 1800 60 40 "27" 0x01)
+		Pin(300 1800 60 40 "28" 0x01)
+	Pin(200 1900 60 40 "29" 0x01)
+		Pin(300 1900 60 40 "30" 0x01)
+	Pin(200 2000 60 40 "31" 0x01)
+		Pin(300 2000 60 40 "32" 0x01)
+	Pin(200 2100 60 40 "33" 0x01)
+		Pin(300 2100 60 40 "34" 0x01)
+	Pin(200 2200 60 40 "35" 0x01)
+		Pin(300 2200 60 40 "36" 0x01)
+	Pin(200 2300 60 40 "37" 0x01)
+		Pin(300 2300 60 40 "38" 0x01)
+	Pin(200 2400 60 40 "39" 0x01)
+		Pin(300 2400 60 40 "40" 0x01)
+	Pin(200 2500 60 40 "41" 0x01)
+		Pin(300 2500 60 40 "42" 0x01)
+	Pin(200 2600 60 40 "43" 0x01)
+		Pin(300 2600 60 40 "44" 0x01)
+	Pin(200 2700 60 40 "45" 0x01)
+		Pin(300 2700 60 40 "46" 0x01)
+	Pin(200 2800 60 40 "47" 0x01)
+		Pin(300 2800 60 40 "48" 0x01)
+	Pin(200 2900 60 40 "49" 0x01)
+		Pin(300 2900 60 40 "50" 0x01)
+	Pin(200 3000 60 40 "51" 0x01)
+		Pin(300 3000 60 40 "52" 0x01)
+	Pin(200 3100 60 40 "53" 0x01)
+		Pin(300 3100 60 40 "54" 0x01)
+	Pin(200 3200 60 40 "55" 0x01)
+		Pin(300 3200 60 40 "56" 0x01)
+	Pin(200 3300 60 40 "57" 0x01)
+		Pin(300 3300 60 40 "58" 0x01)
+	Pin(200 3400 60 40 "59" 0x01)
+		Pin(300 3400 60 40 "60" 0x01)
+	Pin(200 3500 60 40 "61" 0x01)
+		Pin(300 3500 60 40 "62" 0x01)
+	Pin(200 3600 60 40 "63" 0x01)
+		Pin(300 3600 60 40 "64" 0x01)
+	# aeusserer Rahmen
+	ElementLine(90 70 410 70 20)
+	ElementLine(410 70 410 4030 20)
+	ElementLine(410 4030 90 4030 20)
+	ElementLine(90 4030 90 70 20)
+	# innerer Rahmen mit Codieraussparung
+	ElementLine(110  350 390  350 5)
+	ElementLine(390  350 390 3750 5)
+	ElementLine(390 3750 110 3750 5)
+	ElementLine(110 3750 110 2125 5)
+	ElementLine(110 2125  90 2125 5)
+	ElementLine(90  1975 110 1975 5)
+	ElementLine(110 1975 110  350 5)
+	# Markierung Pin 1
+	ElementLine(110 390 150 350 5)
+	# Auswurfhebel oben
+	ElementLine(200 70 200 350 5)
+	ElementLine(300 70 300 350 5)
+	# Auswurfhebel unten
+	ElementLine(200 3750 200 4030 5)
+	ElementLine(300 3750 300 4030 5)
+	# Plazierungsmarkierung == Pin 1
+	Mark(200 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP14.fp	(revision 296)
@@ -0,0 +1,26 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, narrow (300 mil)" "" "DIP14" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(350 650 60 28 "8" 0x01)
+	Pin(350 550 60 28 "9" 0x01)
+	Pin(350 450 60 28 "10" 0x01)
+	Pin(350 350 60 28 "11" 0x01)
+	Pin(350 250 60 28 "12" 0x01)
+	Pin(350 150 60 28 "13" 0x01)
+	Pin(350 50 60 28 "14" 0x01)
+	ElementLine(0 0 0 700 10)
+	ElementLine(0 700 400 700 10)
+	ElementLine(400 700 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP14M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP14M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP14M.fp	(revision 296)
@@ -0,0 +1,26 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, medium wide (400 mil)" "" "DIP14M" 270 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(450 650 60 28 "8" 0x01)
+	Pin(450 550 60 28 "9" 0x01)
+	Pin(450 450 60 28 "10" 0x01)
+	Pin(450 350 60 28 "11" 0x01)
+	Pin(450 250 60 28 "12" 0x01)
+	Pin(450 150 60 28 "13" 0x01)
+	Pin(450 50 60 28 "14" 0x01)
+	ElementLine(0 0 0 700 10)
+	ElementLine(0 700 500 700 10)
+	ElementLine(500 700 500 0 10)
+	ElementLine(0 0 200 0 10)
+	ElementLine(300 0 500 0 10)
+	ElementArc(250 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP16.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP16.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP16.fp	(revision 296)
@@ -0,0 +1,28 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, narrow (300 mil)" "" "DIP16" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(350 750 60 28 "9" 0x01)
+	Pin(350 650 60 28 "10" 0x01)
+	Pin(350 550 60 28 "11" 0x01)
+	Pin(350 450 60 28 "12" 0x01)
+	Pin(350 350 60 28 "13" 0x01)
+	Pin(350 250 60 28 "14" 0x01)
+	Pin(350 150 60 28 "15" 0x01)
+	Pin(350 50 60 28 "16" 0x01)
+	ElementLine(0 0 0 800 10)
+	ElementLine(0 800 400 800 10)
+	ElementLine(400 800 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP16M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP16M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP16M.fp	(revision 296)
@@ -0,0 +1,28 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, medium wide (400 mil)" "" "DIP16M" 270 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(450 750 60 28 "9" 0x01)
+	Pin(450 650 60 28 "10" 0x01)
+	Pin(450 550 60 28 "11" 0x01)
+	Pin(450 450 60 28 "12" 0x01)
+	Pin(450 350 60 28 "13" 0x01)
+	Pin(450 250 60 28 "14" 0x01)
+	Pin(450 150 60 28 "15" 0x01)
+	Pin(450 50 60 28 "16" 0x01)
+	ElementLine(0 0 0 800 10)
+	ElementLine(0 800 500 800 10)
+	ElementLine(500 800 500 0 10)
+	ElementLine(0 0 200 0 10)
+	ElementLine(300 0 500 0 10)
+	ElementArc(250 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP18.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP18.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP18.fp	(revision 296)
@@ -0,0 +1,30 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, narrow (300 mil)" "" "DIP18" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(350 850 60 28 "10" 0x01)
+	Pin(350 750 60 28 "11" 0x01)
+	Pin(350 650 60 28 "12" 0x01)
+	Pin(350 550 60 28 "13" 0x01)
+	Pin(350 450 60 28 "14" 0x01)
+	Pin(350 350 60 28 "15" 0x01)
+	Pin(350 250 60 28 "16" 0x01)
+	Pin(350 150 60 28 "17" 0x01)
+	Pin(350 50 60 28 "18" 0x01)
+	ElementLine(0 0 0 900 10)
+	ElementLine(0 900 400 900 10)
+	ElementLine(400 900 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP18M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP18M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP18M.fp	(revision 296)
@@ -0,0 +1,30 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, medium wide (400 mil)" "" "DIP18M" 270 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(450 850 60 28 "10" 0x01)
+	Pin(450 750 60 28 "11" 0x01)
+	Pin(450 650 60 28 "12" 0x01)
+	Pin(450 550 60 28 "13" 0x01)
+	Pin(450 450 60 28 "14" 0x01)
+	Pin(450 350 60 28 "15" 0x01)
+	Pin(450 250 60 28 "16" 0x01)
+	Pin(450 150 60 28 "17" 0x01)
+	Pin(450 50 60 28 "18" 0x01)
+	ElementLine(0 0 0 900 10)
+	ElementLine(0 900 500 900 10)
+	ElementLine(500 900 500 0 10)
+	ElementLine(0 0 200 0 10)
+	ElementLine(300 0 500 0 10)
+	ElementArc(250 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP20.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP20.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP20.fp	(revision 296)
@@ -0,0 +1,32 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, narrow (300 mil)" "" "DIP20" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(350 950 60 28 "11" 0x01)
+	Pin(350 850 60 28 "12" 0x01)
+	Pin(350 750 60 28 "13" 0x01)
+	Pin(350 650 60 28 "14" 0x01)
+	Pin(350 550 60 28 "15" 0x01)
+	Pin(350 450 60 28 "16" 0x01)
+	Pin(350 350 60 28 "17" 0x01)
+	Pin(350 250 60 28 "18" 0x01)
+	Pin(350 150 60 28 "19" 0x01)
+	Pin(350 50 60 28 "20" 0x01)
+	ElementLine(0 0 0 1000 10)
+	ElementLine(0 1000 400 1000 10)
+	ElementLine(400 1000 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP20M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP20M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP20M.fp	(revision 296)
@@ -0,0 +1,32 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, medium wide (400 mil)" "" "DIP20M" 270 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(450 950 60 28 "11" 0x01)
+	Pin(450 850 60 28 "12" 0x01)
+	Pin(450 750 60 28 "13" 0x01)
+	Pin(450 650 60 28 "14" 0x01)
+	Pin(450 550 60 28 "15" 0x01)
+	Pin(450 450 60 28 "16" 0x01)
+	Pin(450 350 60 28 "17" 0x01)
+	Pin(450 250 60 28 "18" 0x01)
+	Pin(450 150 60 28 "19" 0x01)
+	Pin(450 50 60 28 "20" 0x01)
+	ElementLine(0 0 0 1000 10)
+	ElementLine(0 1000 500 1000 10)
+	ElementLine(500 1000 500 0 10)
+	ElementLine(0 0 200 0 10)
+	ElementLine(300 0 500 0 10)
+	ElementArc(250 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP22.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP22.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP22.fp	(revision 296)
@@ -0,0 +1,34 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, narrow (300 mil)" "" "DIP22" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(350 1050 60 28 "12" 0x01)
+	Pin(350 950 60 28 "13" 0x01)
+	Pin(350 850 60 28 "14" 0x01)
+	Pin(350 750 60 28 "15" 0x01)
+	Pin(350 650 60 28 "16" 0x01)
+	Pin(350 550 60 28 "17" 0x01)
+	Pin(350 450 60 28 "18" 0x01)
+	Pin(350 350 60 28 "19" 0x01)
+	Pin(350 250 60 28 "20" 0x01)
+	Pin(350 150 60 28 "21" 0x01)
+	Pin(350 50 60 28 "22" 0x01)
+	ElementLine(0 0 0 1100 10)
+	ElementLine(0 1100 400 1100 10)
+	ElementLine(400 1100 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP22M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP22M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP22M.fp	(revision 296)
@@ -0,0 +1,34 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, medium wide (400 mil)" "" "DIP22M" 270 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(450 1050 60 28 "12" 0x01)
+	Pin(450 950 60 28 "13" 0x01)
+	Pin(450 850 60 28 "14" 0x01)
+	Pin(450 750 60 28 "15" 0x01)
+	Pin(450 650 60 28 "16" 0x01)
+	Pin(450 550 60 28 "17" 0x01)
+	Pin(450 450 60 28 "18" 0x01)
+	Pin(450 350 60 28 "19" 0x01)
+	Pin(450 250 60 28 "20" 0x01)
+	Pin(450 150 60 28 "21" 0x01)
+	Pin(450 50 60 28 "22" 0x01)
+	ElementLine(0 0 0 1100 10)
+	ElementLine(0 1100 500 1100 10)
+	ElementLine(500 1100 500 0 10)
+	ElementLine(0 0 200 0 10)
+	ElementLine(300 0 500 0 10)
+	ElementArc(250 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP24.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP24.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP24.fp	(revision 296)
@@ -0,0 +1,36 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, wide (600 mil)" "" "DIP24" 370 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(650 1150 60 28 "13" 0x01)
+	Pin(650 1050 60 28 "14" 0x01)
+	Pin(650 950 60 28 "15" 0x01)
+	Pin(650 850 60 28 "16" 0x01)
+	Pin(650 750 60 28 "17" 0x01)
+	Pin(650 650 60 28 "18" 0x01)
+	Pin(650 550 60 28 "19" 0x01)
+	Pin(650 450 60 28 "20" 0x01)
+	Pin(650 350 60 28 "21" 0x01)
+	Pin(650 250 60 28 "22" 0x01)
+	Pin(650 150 60 28 "23" 0x01)
+	Pin(650 50 60 28 "24" 0x01)
+	ElementLine(0 0 0 1200 10)
+	ElementLine(0 1200 700 1200 10)
+	ElementLine(700 1200 700 0 10)
+	ElementLine(0 0 300 0 10)
+	ElementLine(400 0 700 0 10)
+	ElementArc(350 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP24M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP24M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP24M.fp	(revision 296)
@@ -0,0 +1,36 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, medium wide (400 mil)" "" "DIP24M" 270 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(450 1150 60 28 "13" 0x01)
+	Pin(450 1050 60 28 "14" 0x01)
+	Pin(450 950 60 28 "15" 0x01)
+	Pin(450 850 60 28 "16" 0x01)
+	Pin(450 750 60 28 "17" 0x01)
+	Pin(450 650 60 28 "18" 0x01)
+	Pin(450 550 60 28 "19" 0x01)
+	Pin(450 450 60 28 "20" 0x01)
+	Pin(450 350 60 28 "21" 0x01)
+	Pin(450 250 60 28 "22" 0x01)
+	Pin(450 150 60 28 "23" 0x01)
+	Pin(450 50 60 28 "24" 0x01)
+	ElementLine(0 0 0 1200 10)
+	ElementLine(0 1200 500 1200 10)
+	ElementLine(500 1200 500 0 10)
+	ElementLine(0 0 200 0 10)
+	ElementLine(300 0 500 0 10)
+	ElementArc(250 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP24N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP24N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP24N.fp	(revision 296)
@@ -0,0 +1,36 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, narrow (300 mil)" "" "DIP24N" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(350 1150 60 28 "13" 0x01)
+	Pin(350 1050 60 28 "14" 0x01)
+	Pin(350 950 60 28 "15" 0x01)
+	Pin(350 850 60 28 "16" 0x01)
+	Pin(350 750 60 28 "17" 0x01)
+	Pin(350 650 60 28 "18" 0x01)
+	Pin(350 550 60 28 "19" 0x01)
+	Pin(350 450 60 28 "20" 0x01)
+	Pin(350 350 60 28 "21" 0x01)
+	Pin(350 250 60 28 "22" 0x01)
+	Pin(350 150 60 28 "23" 0x01)
+	Pin(350 50 60 28 "24" 0x01)
+	ElementLine(0 0 0 1200 10)
+	ElementLine(0 1200 400 1200 10)
+	ElementLine(400 1200 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP28.fp	(revision 296)
@@ -0,0 +1,40 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, wide (600 mil)" "" "DIP28" 370 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	Pin(50 1350 60 28 "14" 0x01)
+	Pin(650 1350 60 28 "15" 0x01)
+	Pin(650 1250 60 28 "16" 0x01)
+	Pin(650 1150 60 28 "17" 0x01)
+	Pin(650 1050 60 28 "18" 0x01)
+	Pin(650 950 60 28 "19" 0x01)
+	Pin(650 850 60 28 "20" 0x01)
+	Pin(650 750 60 28 "21" 0x01)
+	Pin(650 650 60 28 "22" 0x01)
+	Pin(650 550 60 28 "23" 0x01)
+	Pin(650 450 60 28 "24" 0x01)
+	Pin(650 350 60 28 "25" 0x01)
+	Pin(650 250 60 28 "26" 0x01)
+	Pin(650 150 60 28 "27" 0x01)
+	Pin(650 50 60 28 "28" 0x01)
+	ElementLine(0 0 0 1400 10)
+	ElementLine(0 1400 700 1400 10)
+	ElementLine(700 1400 700 0 10)
+	ElementLine(0 0 300 0 10)
+	ElementLine(400 0 700 0 10)
+	ElementArc(350 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP28M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP28M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP28M.fp	(revision 296)
@@ -0,0 +1,40 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, medium wide (400 mil)" "" "DIP28M" 270 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	Pin(50 1350 60 28 "14" 0x01)
+	Pin(450 1350 60 28 "15" 0x01)
+	Pin(450 1250 60 28 "16" 0x01)
+	Pin(450 1150 60 28 "17" 0x01)
+	Pin(450 1050 60 28 "18" 0x01)
+	Pin(450 950 60 28 "19" 0x01)
+	Pin(450 850 60 28 "20" 0x01)
+	Pin(450 750 60 28 "21" 0x01)
+	Pin(450 650 60 28 "22" 0x01)
+	Pin(450 550 60 28 "23" 0x01)
+	Pin(450 450 60 28 "24" 0x01)
+	Pin(450 350 60 28 "25" 0x01)
+	Pin(450 250 60 28 "26" 0x01)
+	Pin(450 150 60 28 "27" 0x01)
+	Pin(450 50 60 28 "28" 0x01)
+	ElementLine(0 0 0 1400 10)
+	ElementLine(0 1400 500 1400 10)
+	ElementLine(500 1400 500 0 10)
+	ElementLine(0 0 200 0 10)
+	ElementLine(300 0 500 0 10)
+	ElementArc(250 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP28N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP28N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP28N.fp	(revision 296)
@@ -0,0 +1,40 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, narrow (300 mil)" "" "DIP28N" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	Pin(50 1350 60 28 "14" 0x01)
+	Pin(350 1350 60 28 "15" 0x01)
+	Pin(350 1250 60 28 "16" 0x01)
+	Pin(350 1150 60 28 "17" 0x01)
+	Pin(350 1050 60 28 "18" 0x01)
+	Pin(350 950 60 28 "19" 0x01)
+	Pin(350 850 60 28 "20" 0x01)
+	Pin(350 750 60 28 "21" 0x01)
+	Pin(350 650 60 28 "22" 0x01)
+	Pin(350 550 60 28 "23" 0x01)
+	Pin(350 450 60 28 "24" 0x01)
+	Pin(350 350 60 28 "25" 0x01)
+	Pin(350 250 60 28 "26" 0x01)
+	Pin(350 150 60 28 "27" 0x01)
+	Pin(350 50 60 28 "28" 0x01)
+	ElementLine(0 0 0 1400 10)
+	ElementLine(0 1400 400 1400 10)
+	ElementLine(400 1400 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP32.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP32.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP32.fp	(revision 296)
@@ -0,0 +1,44 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, wide (600 mil)" "" "DIP32" 370 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	Pin(50 1350 60 28 "14" 0x01)
+	Pin(50 1450 60 28 "15" 0x01)
+	Pin(50 1550 60 28 "16" 0x01)
+	Pin(650 1550 60 28 "17" 0x01)
+	Pin(650 1450 60 28 "18" 0x01)
+	Pin(650 1350 60 28 "19" 0x01)
+	Pin(650 1250 60 28 "20" 0x01)
+	Pin(650 1150 60 28 "21" 0x01)
+	Pin(650 1050 60 28 "22" 0x01)
+	Pin(650 950 60 28 "23" 0x01)
+	Pin(650 850 60 28 "24" 0x01)
+	Pin(650 750 60 28 "25" 0x01)
+	Pin(650 650 60 28 "26" 0x01)
+	Pin(650 550 60 28 "27" 0x01)
+	Pin(650 450 60 28 "28" 0x01)
+	Pin(650 350 60 28 "29" 0x01)
+	Pin(650 250 60 28 "30" 0x01)
+	Pin(650 150 60 28 "31" 0x01)
+	Pin(650 50 60 28 "32" 0x01)
+	ElementLine(0 0 0 1600 10)
+	ElementLine(0 1600 700 1600 10)
+	ElementLine(700 1600 700 0 10)
+	ElementLine(0 0 300 0 10)
+	ElementLine(400 0 700 0 10)
+	ElementArc(350 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP36.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP36.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP36.fp	(revision 296)
@@ -0,0 +1,48 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, wide (600 mil)" "" "DIP36" 370 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	Pin(50 1350 60 28 "14" 0x01)
+	Pin(50 1450 60 28 "15" 0x01)
+	Pin(50 1550 60 28 "16" 0x01)
+	Pin(50 1650 60 28 "17" 0x01)
+	Pin(50 1750 60 28 "18" 0x01)
+	Pin(650 1750 60 28 "19" 0x01)
+	Pin(650 1650 60 28 "20" 0x01)
+	Pin(650 1550 60 28 "21" 0x01)
+	Pin(650 1450 60 28 "22" 0x01)
+	Pin(650 1350 60 28 "23" 0x01)
+	Pin(650 1250 60 28 "24" 0x01)
+	Pin(650 1150 60 28 "25" 0x01)
+	Pin(650 1050 60 28 "26" 0x01)
+	Pin(650 950 60 28 "27" 0x01)
+	Pin(650 850 60 28 "28" 0x01)
+	Pin(650 750 60 28 "29" 0x01)
+	Pin(650 650 60 28 "30" 0x01)
+	Pin(650 550 60 28 "31" 0x01)
+	Pin(650 450 60 28 "32" 0x01)
+	Pin(650 350 60 28 "33" 0x01)
+	Pin(650 250 60 28 "34" 0x01)
+	Pin(650 150 60 28 "35" 0x01)
+	Pin(650 50 60 28 "36" 0x01)
+	ElementLine(0 0 0 1800 10)
+	ElementLine(0 1800 700 1800 10)
+	ElementLine(700 1800 700 0 10)
+	ElementLine(0 0 300 0 10)
+	ElementLine(400 0 700 0 10)
+	ElementArc(350 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP40.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP40.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP40.fp	(revision 296)
@@ -0,0 +1,52 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, wide (600 mil)" "" "DIP40" 370 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	Pin(50 1350 60 28 "14" 0x01)
+	Pin(50 1450 60 28 "15" 0x01)
+	Pin(50 1550 60 28 "16" 0x01)
+	Pin(50 1650 60 28 "17" 0x01)
+	Pin(50 1750 60 28 "18" 0x01)
+	Pin(50 1850 60 28 "19" 0x01)
+	Pin(50 1950 60 28 "20" 0x01)
+	Pin(650 1950 60 28 "21" 0x01)
+	Pin(650 1850 60 28 "22" 0x01)
+	Pin(650 1750 60 28 "23" 0x01)
+	Pin(650 1650 60 28 "24" 0x01)
+	Pin(650 1550 60 28 "25" 0x01)
+	Pin(650 1450 60 28 "26" 0x01)
+	Pin(650 1350 60 28 "27" 0x01)
+	Pin(650 1250 60 28 "28" 0x01)
+	Pin(650 1150 60 28 "29" 0x01)
+	Pin(650 1050 60 28 "30" 0x01)
+	Pin(650 950 60 28 "31" 0x01)
+	Pin(650 850 60 28 "32" 0x01)
+	Pin(650 750 60 28 "33" 0x01)
+	Pin(650 650 60 28 "34" 0x01)
+	Pin(650 550 60 28 "35" 0x01)
+	Pin(650 450 60 28 "36" 0x01)
+	Pin(650 350 60 28 "37" 0x01)
+	Pin(650 250 60 28 "38" 0x01)
+	Pin(650 150 60 28 "39" 0x01)
+	Pin(650 50 60 28 "40" 0x01)
+	ElementLine(0 0 0 2000 10)
+	ElementLine(0 2000 700 2000 10)
+	ElementLine(700 2000 700 0 10)
+	ElementLine(0 0 300 0 10)
+	ElementLine(400 0 700 0 10)
+	ElementArc(350 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP42.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP42.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP42.fp	(revision 296)
@@ -0,0 +1,54 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, wide (600 mil)" "" "DIP42" 370 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	Pin(50 1350 60 28 "14" 0x01)
+	Pin(50 1450 60 28 "15" 0x01)
+	Pin(50 1550 60 28 "16" 0x01)
+	Pin(50 1650 60 28 "17" 0x01)
+	Pin(50 1750 60 28 "18" 0x01)
+	Pin(50 1850 60 28 "19" 0x01)
+	Pin(50 1950 60 28 "20" 0x01)
+	Pin(50 2050 60 28 "21" 0x01)
+	Pin(650 2050 60 28 "22" 0x01)
+	Pin(650 1950 60 28 "23" 0x01)
+	Pin(650 1850 60 28 "24" 0x01)
+	Pin(650 1750 60 28 "25" 0x01)
+	Pin(650 1650 60 28 "26" 0x01)
+	Pin(650 1550 60 28 "27" 0x01)
+	Pin(650 1450 60 28 "28" 0x01)
+	Pin(650 1350 60 28 "29" 0x01)
+	Pin(650 1250 60 28 "30" 0x01)
+	Pin(650 1150 60 28 "31" 0x01)
+	Pin(650 1050 60 28 "32" 0x01)
+	Pin(650 950 60 28 "33" 0x01)
+	Pin(650 850 60 28 "34" 0x01)
+	Pin(650 750 60 28 "35" 0x01)
+	Pin(650 650 60 28 "36" 0x01)
+	Pin(650 550 60 28 "37" 0x01)
+	Pin(650 450 60 28 "38" 0x01)
+	Pin(650 350 60 28 "39" 0x01)
+	Pin(650 250 60 28 "40" 0x01)
+	Pin(650 150 60 28 "41" 0x01)
+	Pin(650 50 60 28 "42" 0x01)
+	ElementLine(0 0 0 2100 10)
+	ElementLine(0 2100 700 2100 10)
+	ElementLine(700 2100 700 0 10)
+	ElementLine(0 0 300 0 10)
+	ElementLine(400 0 700 0 10)
+	ElementArc(350 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP44.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP44.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP44.fp	(revision 296)
@@ -0,0 +1,56 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, wide (600 mil)" "" "DIP44" 370 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	Pin(50 1350 60 28 "14" 0x01)
+	Pin(50 1450 60 28 "15" 0x01)
+	Pin(50 1550 60 28 "16" 0x01)
+	Pin(50 1650 60 28 "17" 0x01)
+	Pin(50 1750 60 28 "18" 0x01)
+	Pin(50 1850 60 28 "19" 0x01)
+	Pin(50 1950 60 28 "20" 0x01)
+	Pin(50 2050 60 28 "21" 0x01)
+	Pin(50 2150 60 28 "22" 0x01)
+	Pin(650 2150 60 28 "23" 0x01)
+	Pin(650 2050 60 28 "24" 0x01)
+	Pin(650 1950 60 28 "25" 0x01)
+	Pin(650 1850 60 28 "26" 0x01)
+	Pin(650 1750 60 28 "27" 0x01)
+	Pin(650 1650 60 28 "28" 0x01)
+	Pin(650 1550 60 28 "29" 0x01)
+	Pin(650 1450 60 28 "30" 0x01)
+	Pin(650 1350 60 28 "31" 0x01)
+	Pin(650 1250 60 28 "32" 0x01)
+	Pin(650 1150 60 28 "33" 0x01)
+	Pin(650 1050 60 28 "34" 0x01)
+	Pin(650 950 60 28 "35" 0x01)
+	Pin(650 850 60 28 "36" 0x01)
+	Pin(650 750 60 28 "37" 0x01)
+	Pin(650 650 60 28 "38" 0x01)
+	Pin(650 550 60 28 "39" 0x01)
+	Pin(650 450 60 28 "40" 0x01)
+	Pin(650 350 60 28 "41" 0x01)
+	Pin(650 250 60 28 "42" 0x01)
+	Pin(650 150 60 28 "43" 0x01)
+	Pin(650 50 60 28 "44" 0x01)
+	ElementLine(0 0 0 2200 10)
+	ElementLine(0 2200 700 2200 10)
+	ElementLine(700 2200 700 0 10)
+	ElementLine(0 0 300 0 10)
+	ElementLine(400 0 700 0 10)
+	ElementArc(350 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP48.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP48.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP48.fp	(revision 296)
@@ -0,0 +1,60 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, wide (600 mil)" "" "DIP48" 370 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	Pin(50 1350 60 28 "14" 0x01)
+	Pin(50 1450 60 28 "15" 0x01)
+	Pin(50 1550 60 28 "16" 0x01)
+	Pin(50 1650 60 28 "17" 0x01)
+	Pin(50 1750 60 28 "18" 0x01)
+	Pin(50 1850 60 28 "19" 0x01)
+	Pin(50 1950 60 28 "20" 0x01)
+	Pin(50 2050 60 28 "21" 0x01)
+	Pin(50 2150 60 28 "22" 0x01)
+	Pin(50 2250 60 28 "23" 0x01)
+	Pin(50 2350 60 28 "24" 0x01)
+	Pin(650 2350 60 28 "25" 0x01)
+	Pin(650 2250 60 28 "26" 0x01)
+	Pin(650 2150 60 28 "27" 0x01)
+	Pin(650 2050 60 28 "28" 0x01)
+	Pin(650 1950 60 28 "29" 0x01)
+	Pin(650 1850 60 28 "30" 0x01)
+	Pin(650 1750 60 28 "31" 0x01)
+	Pin(650 1650 60 28 "32" 0x01)
+	Pin(650 1550 60 28 "33" 0x01)
+	Pin(650 1450 60 28 "34" 0x01)
+	Pin(650 1350 60 28 "35" 0x01)
+	Pin(650 1250 60 28 "36" 0x01)
+	Pin(650 1150 60 28 "37" 0x01)
+	Pin(650 1050 60 28 "38" 0x01)
+	Pin(650 950 60 28 "39" 0x01)
+	Pin(650 850 60 28 "40" 0x01)
+	Pin(650 750 60 28 "41" 0x01)
+	Pin(650 650 60 28 "42" 0x01)
+	Pin(650 550 60 28 "43" 0x01)
+	Pin(650 450 60 28 "44" 0x01)
+	Pin(650 350 60 28 "45" 0x01)
+	Pin(650 250 60 28 "46" 0x01)
+	Pin(650 150 60 28 "47" 0x01)
+	Pin(650 50 60 28 "48" 0x01)
+	ElementLine(0 0 0 2400 10)
+	ElementLine(0 2400 700 2400 10)
+	ElementLine(700 2400 700 0 10)
+	ElementLine(0 0 300 0 10)
+	ElementLine(400 0 700 0 10)
+	ElementArc(350 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP6.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP6.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP6.fp	(revision 296)
@@ -0,0 +1,18 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, narrow (300 mil)" "" "DIP6" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(350 250 60 28 "4" 0x01)
+	Pin(350 150 60 28 "5" 0x01)
+	Pin(350 50 60 28 "6" 0x01)
+	ElementLine(0 0 0 300 10)
+	ElementLine(0 300 400 300 10)
+	ElementLine(400 300 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP64.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP64.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP64.fp	(revision 296)
@@ -0,0 +1,76 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, wide (900 mil)" "" "DIP64" 520 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	Pin(50 1350 60 28 "14" 0x01)
+	Pin(50 1450 60 28 "15" 0x01)
+	Pin(50 1550 60 28 "16" 0x01)
+	Pin(50 1650 60 28 "17" 0x01)
+	Pin(50 1750 60 28 "18" 0x01)
+	Pin(50 1850 60 28 "19" 0x01)
+	Pin(50 1950 60 28 "20" 0x01)
+	Pin(50 2050 60 28 "21" 0x01)
+	Pin(50 2150 60 28 "22" 0x01)
+	Pin(50 2250 60 28 "23" 0x01)
+	Pin(50 2350 60 28 "24" 0x01)
+	Pin(50 2450 60 28 "25" 0x01)
+	Pin(50 2550 60 28 "26" 0x01)
+	Pin(50 2650 60 28 "27" 0x01)
+	Pin(50 2750 60 28 "28" 0x01)
+	Pin(50 2850 60 28 "29" 0x01)
+	Pin(50 2950 60 28 "30" 0x01)
+	Pin(50 3050 60 28 "31" 0x01)
+	Pin(50 3150 60 28 "32" 0x01)
+	Pin(950 3150 60 28 "33" 0x01)
+	Pin(950 3050 60 28 "34" 0x01)
+	Pin(950 2950 60 28 "35" 0x01)
+	Pin(950 2850 60 28 "36" 0x01)
+	Pin(950 2750 60 28 "37" 0x01)
+	Pin(950 2650 60 28 "38" 0x01)
+	Pin(950 2550 60 28 "39" 0x01)
+	Pin(950 2450 60 28 "40" 0x01)
+	Pin(950 2350 60 28 "41" 0x01)
+	Pin(950 2250 60 28 "42" 0x01)
+	Pin(950 2150 60 28 "43" 0x01)
+	Pin(950 2050 60 28 "44" 0x01)
+	Pin(950 1950 60 28 "45" 0x01)
+	Pin(950 1850 60 28 "46" 0x01)
+	Pin(950 1750 60 28 "47" 0x01)
+	Pin(950 1650 60 28 "48" 0x01)
+	Pin(950 1550 60 28 "49" 0x01)
+	Pin(950 1450 60 28 "50" 0x01)
+	Pin(950 1350 60 28 "51" 0x01)
+	Pin(950 1250 60 28 "52" 0x01)
+	Pin(950 1150 60 28 "53" 0x01)
+	Pin(950 1050 60 28 "54" 0x01)
+	Pin(950 950 60 28 "55" 0x01)
+	Pin(950 850 60 28 "56" 0x01)
+	Pin(950 750 60 28 "57" 0x01)
+	Pin(950 650 60 28 "58" 0x01)
+	Pin(950 550 60 28 "59" 0x01)
+	Pin(950 450 60 28 "60" 0x01)
+	Pin(950 350 60 28 "61" 0x01)
+	Pin(950 250 60 28 "62" 0x01)
+	Pin(950 150 60 28 "63" 0x01)
+	Pin(950 50 60 28 "64" 0x01)
+	ElementLine(0 0 0 3200 10)
+	ElementLine(0 3200 1000 3200 10)
+	ElementLine(1000 3200 1000 0 10)
+	ElementLine(0 0 450 0 10)
+	ElementLine(550 0 1000 0 10)
+	ElementArc(500 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP8.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP8.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP8.fp	(revision 296)
@@ -0,0 +1,20 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, narrow (300 mil)" "" "DIP8" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(350 350 60 28 "5" 0x01)
+	Pin(350 250 60 28 "6" 0x01)
+	Pin(350 150 60 28 "7" 0x01)
+	Pin(350 50 60 28 "8" 0x01)
+	ElementLine(0 0 0 400 10)
+	ElementLine(0 400 400 400 10)
+	ElementLine(400 400 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DIP8M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DIP8M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DIP8M.fp	(revision 296)
@@ -0,0 +1,20 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "Dual in-line package, medium wide (400 mil)" "" "DIP8M" 270 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(450 350 60 28 "5" 0x01)
+	Pin(450 250 60 28 "6" 0x01)
+	Pin(450 150 60 28 "7" 0x01)
+	Pin(450 50 60 28 "8" 0x01)
+	ElementLine(0 0 0 400 10)
+	ElementLine(0 400 500 400 10)
+	ElementLine(500 400 500 0 10)
+	ElementLine(0 0 200 0 10)
+	ElementLine(300 0 500 0 10)
+	ElementArc(250 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/DO214.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DO214.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DO214.fp	(revision 296)
@@ -0,0 +1,17 @@
+	# how much to grow the pads by for soldermask
+	# clearance from planes
+Element(0x00 "SMT diode (pin 1 is cathode)" "" "DO214" 0 0 221 0 3 100 0x00)
+(
+	ElementLine(-211 -89 -211 89 20)
+	    ElementLine(-211 89 -141 114 10)
+	    ElementLine(-141 114 201 114 10)
+	    ElementLine(201 114 201 -114 10)
+	    ElementLine(201 -114 -141 -114 10)
+	    ElementLine(-141 -114 -211 -89 10)
+	Pad(-106 -19 
+		-106 19
+		140 20 146 "1" "1" 0x00000100)
+	    Pad(106 -19 
+		106 19
+		140 20 146 "2" "2" 0x00000100)
+)
Index: oldlib/lib/pcblib-newlib/geda/DO214AB.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/DO214AB.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/DO214AB.fp	(revision 296)
@@ -0,0 +1,17 @@
+	# how much to grow the pads by for soldermask
+	# clearance from planes
+Element(0x00 "SMT diode (pin 1 is cathode)" "" "DO214AB" 0 0 227 0 3 100 0x00)
+(
+	ElementLine(-217 -92 -217 92 20)
+	    ElementLine(-217 92 -145 118 10)
+	    ElementLine(-145 118 207 118 10)
+	    ElementLine(207 118 207 -118 10)
+	    ElementLine(207 -118 -145 -118 10)
+	    ElementLine(-145 -118 -217 -92 10)
+	Pad(-109 -20 
+		-109 20
+		145 20 151 "1" "1" 0x00000100)
+	    Pad(109 -20 
+		109 20
+		145 20 151 "2" "2" 0x00000100)
+)
Index: oldlib/lib/pcblib-newlib/geda/EIA3216.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/EIA3216.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/EIA3216.fp	(revision 296)
@@ -0,0 +1,17 @@
+	# how much to grow the pads by for soldermask
+	# clearance from planes
+Element(0x00 "Tantalum SMT capacitor (pin 1 is +)" "" "EIA3216" 0 0 106 0 3 100 0x00)
+(
+	ElementLine(-96 -43 -96 43 20)
+	    ElementLine(-96 43 -72 55 10)
+	    ElementLine(-72 55 86 55 10)
+	    ElementLine(86 55 86 -55 10)
+	    ElementLine(86 -55 -72 -55 10)
+	    ElementLine(-72 -55 -96 -43 10)
+	Pad(-50 -18 
+		-50 18
+		49 20 55 "1" "1" 0x00000100)
+	    Pad(50 -18 
+		50 18
+		49 20 55 "2" "2" 0x00000100)
+)
Index: oldlib/lib/pcblib-newlib/geda/EIA3528.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/EIA3528.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/EIA3528.fp	(revision 296)
@@ -0,0 +1,17 @@
+	# how much to grow the pads by for soldermask
+	# clearance from planes
+Element(0x00 "Tantalum SMT capacitor (pin 1 is +)" "" "EIA3528" 0 0 132 0 3 100 0x00)
+(
+	ElementLine(-122 -77 -122 77 20)
+	    ElementLine(-122 77 -87 99 10)
+	    ElementLine(-87 99 112 99 10)
+	    ElementLine(112 99 112 -99 10)
+	    ElementLine(112 -99 -87 -99 10)
+	    ElementLine(-87 -99 -122 -77 10)
+	Pad(-55 -41 
+		-55 41
+		71 20 77 "1" "1" 0x00000100)
+	    Pad(55 -41 
+		55 41
+		71 20 77 "2" "2" 0x00000100)
+)
Index: oldlib/lib/pcblib-newlib/geda/EIA6032.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/EIA6032.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/EIA6032.fp	(revision 296)
@@ -0,0 +1,17 @@
+	# how much to grow the pads by for soldermask
+	# clearance from planes
+Element(0x00 "Tantalum SMT capacitor (pin 1 is +)" "" "EIA6032" 0 0 188 0 3 100 0x00)
+(
+	ElementLine(-178 -87 -178 87 20)
+	    ElementLine(-178 87 -130 112 10)
+	    ElementLine(-130 112 168 112 10)
+	    ElementLine(168 112 168 -112 10)
+	    ElementLine(168 -112 -130 -112 10)
+	    ElementLine(-130 -112 -178 -87 10)
+	Pad(-94 -39 
+		-94 39
+		97 20 103 "1" "1" 0x00000100)
+	    Pad(94 -39 
+		94 39
+		97 20 103 "2" "2" 0x00000100)
+)
Index: oldlib/lib/pcblib-newlib/geda/EIA7343.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/EIA7343.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/EIA7343.fp	(revision 296)
@@ -0,0 +1,17 @@
+	# how much to grow the pads by for soldermask
+	# clearance from planes
+Element(0x00 "Tantalum SMT capacitor (pin 1 is +)" "" "EIA7343" 0 0 229 0 3 100 0x00)
+(
+	ElementLine(-219 -117 -219 117 20)
+	    ElementLine(-219 117 -158 150 10)
+	    ElementLine(-158 150 209 150 10)
+	    ElementLine(209 150 209 -150 10)
+	    ElementLine(209 -150 -158 -150 10)
+	    ElementLine(-158 -150 -219 -117 10)
+	Pad(-115 -56 
+		-115 56
+		123 20 129 "1" "1" 0x00000100)
+	    Pad(115 -56 
+		115 56
+		123 20 129 "2" "2" 0x00000100)
+)
Index: oldlib/lib/pcblib-newlib/geda/EMI0603.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/EMI0603.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/EMI0603.fp	(revision 296)
@@ -0,0 +1,24 @@
+	# silk screen width (mils)
+	# silk screen bounding box
+Element(0x00 "3-Pin SMT EMI Filter based on standard SMT sizes" "" "EMI0603" -38 58 0 100 0x00)
+(
+	# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(-31 0 
+            -31 0 24 "1" 0x100)
+	Pad(31 0 
+            31 0 24 "3" 0x100)
+	# Pads which have the perpendicular pad dimension greater
+	# than or equal to the parallel pad dimension 
+ 	Pad(0 -15 
+            0 15 16 "2" 0x100)
+	# silk screen
+	# ends
+	ElementLine(-58 -38 -58 38 10)
+	ElementLine(58 38 58 -38 10)
+	# sides
+ElementLine(-58 -38 58 -38 10)
+	ElementLine(58 38 -58 38 10)
+	# Mark the common centroid of the part
+	Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/EMI0805.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/EMI0805.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/EMI0805.fp	(revision 296)
@@ -0,0 +1,24 @@
+	# silk screen width (mils)
+	# silk screen bounding box
+Element(0x00 "3-Pin SMT EMI Filter based on standard SMT sizes" "" "EMI0805" -46 72 0 100 0x00)
+(
+	# Pads which have the perpendicular pad dimension greater
+	# than or equal to the parallel pad dimension 
+ 	Pad(-39 -4 
+            -39  4 24 "1" 0x100)
+ 	Pad(39 -4 
+            39  4 24 "3" 0x100)
+	# Pads which have the perpendicular pad dimension greater
+	# than or equal to the parallel pad dimension 
+ 	Pad(0 -25 
+            0 25 24 "2" 0x100)
+	# silk screen
+	# ends
+	ElementLine(-66 -52 -66 52 10)
+	ElementLine(66 52 66 -52 10)
+	# sides
+ElementLine(-66 -52 66 -52 10)
+	ElementLine(66 52 -66 52 10)
+	# Mark the common centroid of the part
+	Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/EMI1206.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/EMI1206.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/EMI1206.fp	(revision 296)
@@ -0,0 +1,24 @@
+	# silk screen width (mils)
+	# silk screen bounding box
+Element(0x00 "3-Pin SMT EMI Filter based on standard SMT sizes" "" "EMI1206" -72 74 0 100 0x00)
+(
+	# Pads which have the perpendicular pad dimension greater
+	# than or equal to the parallel pad dimension 
+ 	Pad(-63 -2 
+            -63  2 28 "1" 0x100)
+ 	Pad(63 -2 
+            63  2 28 "3" 0x100)
+	# Pads which have the perpendicular pad dimension greater
+	# than or equal to the parallel pad dimension 
+ 	Pad(0 -20 
+            0 20 39 "2" 0x100)
+	# silk screen
+	# ends
+	ElementLine(-92 -54 -92 54 10)
+	ElementLine(92 54 92 -54 10)
+	# sides
+ElementLine(-92 -54 92 -54 10)
+	ElementLine(92 54 -92 54 10)
+	# Mark the common centroid of the part
+	Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/EMI1806.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/EMI1806.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/EMI1806.fp	(revision 296)
@@ -0,0 +1,24 @@
+	# silk screen width (mils)
+	# silk screen bounding box
+Element(0x00 "3-Pin SMT EMI Filter based on standard SMT sizes" "" "EMI1806" -102 86 0 100 0x00)
+(
+	# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(-88 0 
+            -88 0 39 "1" 0x100)
+	Pad(88 0 
+            88 0 39 "3" 0x100)
+	# Pads which have the perpendicular pad dimension greater
+	# than or equal to the parallel pad dimension 
+ 	Pad(0 -21 
+            0 21 59 "2" 0x100)
+	# silk screen
+	# ends
+	ElementLine(-122 -66 -122 66 10)
+	ElementLine(122 66 122 -66 10)
+	# sides
+ElementLine(-122 -66 122 -66 10)
+	ElementLine(122 66 -122 66 10)
+	# Mark the common centroid of the part
+	Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/HC49.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HC49.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HC49.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Crystals" "" "HC49" 0 -60 0 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(250 50 60 28 "2" 0x01)
+	ElementLine(50 0 250 0 20)
+	ElementArc(250 50 50 50 90 180 20)
+	ElementLine(250 100 50 100 20)
+	ElementArc(50 50 50 50 270 180 20)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HC49U.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HC49U.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HC49U.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Crystals" "" "HC49U" 0 -60 0 100 0x00)
+(
+	Pin(121 91 60 32 "1" 0x101)
+	Pin(313 91 60 32 "2" 0x01)
+	ElementLine(91 0 344 0 20)
+	ElementArc(344 91 91 91 90 180 20)
+	ElementLine(344 183 91 183 20)
+	ElementArc(91 91 91 91 270 180 20)
+	Mark(121 91)
+)
Index: oldlib/lib/pcblib-newlib/geda/HC49UH.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HC49UH.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HC49UH.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Crystals" "" "HC49UH" 0 -60 0 100 0x00)
+(
+	Pin(121 615 60 32 "1" 0x101)
+	Pin(313 615 60 32 "2" 0x01)
+	ElementLine(0 0 435 0 20)
+	ElementLine(435 0 435 515 20)
+	ElementLine(435 515 0 515 20)
+	ElementLine(0 515 0 0 20)
+	Mark(121 615)
+)
Index: oldlib/lib/pcblib-newlib/geda/HC49U_3.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HC49U_3.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HC49U_3.fp	(revision 296)
@@ -0,0 +1,11 @@
+Element(0x00 "Crystals" "" "HC49U_3" 0 -60 0 100 0x00)
+(
+	Pin(121 91 60 32 "1" 0x101)
+	Pin(217 91 60 32 "2" 0x01)
+	Pin(313 91 60 32 "3" 0x01)
+	ElementLine(91 0 344 0 20)
+	ElementArc(344 91 91 91 90 180 20)
+	ElementLine(344 183 91 183 20)
+	ElementArc(91 91 91 91 270 180 20)
+	Mark(121 91)
+)
Index: oldlib/lib/pcblib-newlib/geda/HC49U_3H.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HC49U_3H.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HC49U_3H.fp	(revision 296)
@@ -0,0 +1,11 @@
+Element(0x00 "Crystals" "" "HC49U_3H" 0 -60 0 100 0x00)
+(
+	Pin(121 615 60 32 "1" 0x101)
+	Pin(217 615 60 32 "2" 0x01)
+	Pin(313 615 60 32 "3" 0x01)
+	ElementLine(0 0 435 0 20)
+	ElementLine(435 0 435 515 20)
+	ElementLine(435 515 0 515 20)
+	ElementLine(0 515 0 0 20)
+	Mark(121 615)
+)
Index: oldlib/lib/pcblib-newlib/geda/HC51U.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HC51U.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HC51U.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Crystals" "" "HC51U" 0 -60 0 100 0x00)
+(
+	Pin(136 176 80 40 "1" 0x101)
+	Pin(621 176 80 40 "2" 0x01)
+	ElementLine(176 0 581 0 20)
+	ElementArc(581 176 176 176 90 180 20)
+	ElementLine(581 352 176 352 20)
+	ElementArc(176 176 176 176 270 180 20)
+	Mark(136 176)
+)
Index: oldlib/lib/pcblib-newlib/geda/HC51UH.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HC51UH.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HC51UH.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Crystals" "" "HC51UH" 0 -60 0 100 0x00)
+(
+	Pin(136 975 80 40 "1" 0x101)
+	Pin(621 975 80 40 "2" 0x01)
+	ElementLine(0 0 757 0 20)
+	ElementLine(757 0 757 775 20)
+	ElementLine(757 775 0 775 20)
+	ElementLine(0 775 0 0 20)
+	Mark(136 975)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER10_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER10_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER10_1.fp	(revision 296)
@@ -0,0 +1,20 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER10_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(150 450 60 38 "6" 0x01)
+	Pin(150 350 60 38 "7" 0x01)
+	Pin(150 250 60 38 "8" 0x01)
+	Pin(150 150 60 38 "9" 0x01)
+	Pin(150 50 60 38 "10" 0x01)
+	ElementLine(0 0 0 500 10)
+	ElementLine(0 500 200 500 10)
+	ElementLine(200 500 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER10_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER10_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER10_2.fp	(revision 296)
@@ -0,0 +1,20 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER10_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	ElementLine(0 0 0 500 10)
+	ElementLine(0 500 200 500 10)
+	ElementLine(200 500 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER12_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER12_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER12_1.fp	(revision 296)
@@ -0,0 +1,22 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER12_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(150 550 60 38 "7" 0x01)
+	Pin(150 450 60 38 "8" 0x01)
+	Pin(150 350 60 38 "9" 0x01)
+	Pin(150 250 60 38 "10" 0x01)
+	Pin(150 150 60 38 "11" 0x01)
+	Pin(150 50 60 38 "12" 0x01)
+	ElementLine(0 0 0 600 10)
+	ElementLine(0 600 200 600 10)
+	ElementLine(200 600 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER12_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER12_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER12_2.fp	(revision 296)
@@ -0,0 +1,22 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER12_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	ElementLine(0 0 0 600 10)
+	ElementLine(0 600 200 600 10)
+	ElementLine(200 600 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER14_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER14_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER14_1.fp	(revision 296)
@@ -0,0 +1,24 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER14_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(150 650 60 38 "8" 0x01)
+	Pin(150 550 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	Pin(150 350 60 38 "11" 0x01)
+	Pin(150 250 60 38 "12" 0x01)
+	Pin(150 150 60 38 "13" 0x01)
+	Pin(150 50 60 38 "14" 0x01)
+	ElementLine(0 0 0 700 10)
+	ElementLine(0 700 200 700 10)
+	ElementLine(200 700 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER14_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER14_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER14_2.fp	(revision 296)
@@ -0,0 +1,24 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER14_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	ElementLine(0 0 0 700 10)
+	ElementLine(0 700 200 700 10)
+	ElementLine(200 700 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER16_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER16_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER16_1.fp	(revision 296)
@@ -0,0 +1,26 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER16_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(150 750 60 38 "9" 0x01)
+	Pin(150 650 60 38 "10" 0x01)
+	Pin(150 550 60 38 "11" 0x01)
+	Pin(150 450 60 38 "12" 0x01)
+	Pin(150 350 60 38 "13" 0x01)
+	Pin(150 250 60 38 "14" 0x01)
+	Pin(150 150 60 38 "15" 0x01)
+	Pin(150 50 60 38 "16" 0x01)
+	ElementLine(0 0 0 800 10)
+	ElementLine(0 800 200 800 10)
+	ElementLine(200 800 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER16_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER16_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER16_2.fp	(revision 296)
@@ -0,0 +1,26 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER16_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	ElementLine(0 0 0 800 10)
+	ElementLine(0 800 200 800 10)
+	ElementLine(200 800 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER18_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER18_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER18_1.fp	(revision 296)
@@ -0,0 +1,28 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER18_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(150 850 60 38 "10" 0x01)
+	Pin(150 750 60 38 "11" 0x01)
+	Pin(150 650 60 38 "12" 0x01)
+	Pin(150 550 60 38 "13" 0x01)
+	Pin(150 450 60 38 "14" 0x01)
+	Pin(150 350 60 38 "15" 0x01)
+	Pin(150 250 60 38 "16" 0x01)
+	Pin(150 150 60 38 "17" 0x01)
+	Pin(150 50 60 38 "18" 0x01)
+	ElementLine(0 0 0 900 10)
+	ElementLine(0 900 200 900 10)
+	ElementLine(200 900 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER18_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER18_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER18_2.fp	(revision 296)
@@ -0,0 +1,28 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER18_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	ElementLine(0 0 0 900 10)
+	ElementLine(0 900 200 900 10)
+	ElementLine(200 900 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER20_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER20_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER20_1.fp	(revision 296)
@@ -0,0 +1,30 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER20_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(150 950 60 38 "11" 0x01)
+	Pin(150 850 60 38 "12" 0x01)
+	Pin(150 750 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	Pin(150 550 60 38 "15" 0x01)
+	Pin(150 450 60 38 "16" 0x01)
+	Pin(150 350 60 38 "17" 0x01)
+	Pin(150 250 60 38 "18" 0x01)
+	Pin(150 150 60 38 "19" 0x01)
+	Pin(150 50 60 38 "20" 0x01)
+	ElementLine(0 0 0 1000 10)
+	ElementLine(0 1000 200 1000 10)
+	ElementLine(200 1000 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER20_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER20_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER20_2.fp	(revision 296)
@@ -0,0 +1,30 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER20_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	ElementLine(0 0 0 1000 10)
+	ElementLine(0 1000 200 1000 10)
+	ElementLine(200 1000 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER22_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER22_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER22_1.fp	(revision 296)
@@ -0,0 +1,32 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER22_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(150 1050 60 38 "12" 0x01)
+	Pin(150 950 60 38 "13" 0x01)
+	Pin(150 850 60 38 "14" 0x01)
+	Pin(150 750 60 38 "15" 0x01)
+	Pin(150 650 60 38 "16" 0x01)
+	Pin(150 550 60 38 "17" 0x01)
+	Pin(150 450 60 38 "18" 0x01)
+	Pin(150 350 60 38 "19" 0x01)
+	Pin(150 250 60 38 "20" 0x01)
+	Pin(150 150 60 38 "21" 0x01)
+	Pin(150 50 60 38 "22" 0x01)
+	ElementLine(0 0 0 1100 10)
+	ElementLine(0 1100 200 1100 10)
+	ElementLine(200 1100 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER22_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER22_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER22_2.fp	(revision 296)
@@ -0,0 +1,32 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER22_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	ElementLine(0 0 0 1100 10)
+	ElementLine(0 1100 200 1100 10)
+	ElementLine(200 1100 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER24_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER24_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER24_1.fp	(revision 296)
@@ -0,0 +1,34 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER24_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(150 1150 60 38 "13" 0x01)
+	Pin(150 1050 60 38 "14" 0x01)
+	Pin(150 950 60 38 "15" 0x01)
+	Pin(150 850 60 38 "16" 0x01)
+	Pin(150 750 60 38 "17" 0x01)
+	Pin(150 650 60 38 "18" 0x01)
+	Pin(150 550 60 38 "19" 0x01)
+	Pin(150 450 60 38 "20" 0x01)
+	Pin(150 350 60 38 "21" 0x01)
+	Pin(150 250 60 38 "22" 0x01)
+	Pin(150 150 60 38 "23" 0x01)
+	Pin(150 50 60 38 "24" 0x01)
+	ElementLine(0 0 0 1200 10)
+	ElementLine(0 1200 200 1200 10)
+	ElementLine(200 1200 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER24_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER24_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER24_2.fp	(revision 296)
@@ -0,0 +1,34 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER24_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	ElementLine(0 0 0 1200 10)
+	ElementLine(0 1200 200 1200 10)
+	ElementLine(200 1200 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER26_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER26_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER26_1.fp	(revision 296)
@@ -0,0 +1,36 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER26_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(150 1250 60 38 "14" 0x01)
+	Pin(150 1150 60 38 "15" 0x01)
+	Pin(150 1050 60 38 "16" 0x01)
+	Pin(150 950 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	Pin(150 750 60 38 "19" 0x01)
+	Pin(150 650 60 38 "20" 0x01)
+	Pin(150 550 60 38 "21" 0x01)
+	Pin(150 450 60 38 "22" 0x01)
+	Pin(150 350 60 38 "23" 0x01)
+	Pin(150 250 60 38 "24" 0x01)
+	Pin(150 150 60 38 "25" 0x01)
+	Pin(150 50 60 38 "26" 0x01)
+	ElementLine(0 0 0 1300 10)
+	ElementLine(0 1300 200 1300 10)
+	ElementLine(200 1300 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER26_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER26_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER26_2.fp	(revision 296)
@@ -0,0 +1,36 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER26_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	ElementLine(0 0 0 1300 10)
+	ElementLine(0 1300 200 1300 10)
+	ElementLine(200 1300 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER28_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER28_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER28_1.fp	(revision 296)
@@ -0,0 +1,38 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER28_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(50 1350 60 38 "14" 0x01)
+	Pin(150 1350 60 38 "15" 0x01)
+	Pin(150 1250 60 38 "16" 0x01)
+	Pin(150 1150 60 38 "17" 0x01)
+	Pin(150 1050 60 38 "18" 0x01)
+	Pin(150 950 60 38 "19" 0x01)
+	Pin(150 850 60 38 "20" 0x01)
+	Pin(150 750 60 38 "21" 0x01)
+	Pin(150 650 60 38 "22" 0x01)
+	Pin(150 550 60 38 "23" 0x01)
+	Pin(150 450 60 38 "24" 0x01)
+	Pin(150 350 60 38 "25" 0x01)
+	Pin(150 250 60 38 "26" 0x01)
+	Pin(150 150 60 38 "27" 0x01)
+	Pin(150 50 60 38 "28" 0x01)
+	ElementLine(0 0 0 1400 10)
+	ElementLine(0 1400 200 1400 10)
+	ElementLine(200 1400 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER28_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER28_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER28_2.fp	(revision 296)
@@ -0,0 +1,38 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER28_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	 Pin(50 1350 60 38 "27" 0x01)
+	Pin(150 1350 60 38 "28" 0x01)
+	ElementLine(0 0 0 1400 10)
+	ElementLine(0 1400 200 1400 10)
+	ElementLine(200 1400 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER2_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER2_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER2_1.fp	(revision 296)
@@ -0,0 +1,12 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER2_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	ElementLine(0 0 0 100 10)
+	ElementLine(0 100 200 100 10)
+	ElementLine(200 100 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER2_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER2_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER2_2.fp	(revision 296)
@@ -0,0 +1,12 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER2_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	ElementLine(0 0 0 100 10)
+	ElementLine(0 100 200 100 10)
+	ElementLine(200 100 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER30_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER30_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER30_1.fp	(revision 296)
@@ -0,0 +1,40 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER30_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(50 1350 60 38 "14" 0x01)
+	Pin(50 1450 60 38 "15" 0x01)
+	Pin(150 1450 60 38 "16" 0x01)
+	Pin(150 1350 60 38 "17" 0x01)
+	Pin(150 1250 60 38 "18" 0x01)
+	Pin(150 1150 60 38 "19" 0x01)
+	Pin(150 1050 60 38 "20" 0x01)
+	Pin(150 950 60 38 "21" 0x01)
+	Pin(150 850 60 38 "22" 0x01)
+	Pin(150 750 60 38 "23" 0x01)
+	Pin(150 650 60 38 "24" 0x01)
+	Pin(150 550 60 38 "25" 0x01)
+	Pin(150 450 60 38 "26" 0x01)
+	Pin(150 350 60 38 "27" 0x01)
+	Pin(150 250 60 38 "28" 0x01)
+	Pin(150 150 60 38 "29" 0x01)
+	Pin(150 50 60 38 "30" 0x01)
+	ElementLine(0 0 0 1500 10)
+	ElementLine(0 1500 200 1500 10)
+	ElementLine(200 1500 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER30_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER30_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER30_2.fp	(revision 296)
@@ -0,0 +1,40 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER30_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	 Pin(50 1350 60 38 "27" 0x01)
+	Pin(150 1350 60 38 "28" 0x01)
+	 Pin(50 1450 60 38 "29" 0x01)
+	Pin(150 1450 60 38 "30" 0x01)
+	ElementLine(0 0 0 1500 10)
+	ElementLine(0 1500 200 1500 10)
+	ElementLine(200 1500 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER32_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER32_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER32_1.fp	(revision 296)
@@ -0,0 +1,42 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER32_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(50 1350 60 38 "14" 0x01)
+	Pin(50 1450 60 38 "15" 0x01)
+	Pin(50 1550 60 38 "16" 0x01)
+	Pin(150 1550 60 38 "17" 0x01)
+	Pin(150 1450 60 38 "18" 0x01)
+	Pin(150 1350 60 38 "19" 0x01)
+	Pin(150 1250 60 38 "20" 0x01)
+	Pin(150 1150 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	Pin(150 950 60 38 "23" 0x01)
+	Pin(150 850 60 38 "24" 0x01)
+	Pin(150 750 60 38 "25" 0x01)
+	Pin(150 650 60 38 "26" 0x01)
+	Pin(150 550 60 38 "27" 0x01)
+	Pin(150 450 60 38 "28" 0x01)
+	Pin(150 350 60 38 "29" 0x01)
+	Pin(150 250 60 38 "30" 0x01)
+	Pin(150 150 60 38 "31" 0x01)
+	Pin(150 50 60 38 "32" 0x01)
+	ElementLine(0 0 0 1600 10)
+	ElementLine(0 1600 200 1600 10)
+	ElementLine(200 1600 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER32_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER32_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER32_2.fp	(revision 296)
@@ -0,0 +1,42 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER32_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	 Pin(50 1350 60 38 "27" 0x01)
+	Pin(150 1350 60 38 "28" 0x01)
+	 Pin(50 1450 60 38 "29" 0x01)
+	Pin(150 1450 60 38 "30" 0x01)
+	 Pin(50 1550 60 38 "31" 0x01)
+	Pin(150 1550 60 38 "32" 0x01)
+	ElementLine(0 0 0 1600 10)
+	ElementLine(0 1600 200 1600 10)
+	ElementLine(200 1600 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER34_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER34_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER34_1.fp	(revision 296)
@@ -0,0 +1,44 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER34_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(50 1350 60 38 "14" 0x01)
+	Pin(50 1450 60 38 "15" 0x01)
+	Pin(50 1550 60 38 "16" 0x01)
+	Pin(50 1650 60 38 "17" 0x01)
+	Pin(150 1650 60 38 "18" 0x01)
+	Pin(150 1550 60 38 "19" 0x01)
+	Pin(150 1450 60 38 "20" 0x01)
+	Pin(150 1350 60 38 "21" 0x01)
+	Pin(150 1250 60 38 "22" 0x01)
+	Pin(150 1150 60 38 "23" 0x01)
+	Pin(150 1050 60 38 "24" 0x01)
+	Pin(150 950 60 38 "25" 0x01)
+	Pin(150 850 60 38 "26" 0x01)
+	Pin(150 750 60 38 "27" 0x01)
+	Pin(150 650 60 38 "28" 0x01)
+	Pin(150 550 60 38 "29" 0x01)
+	Pin(150 450 60 38 "30" 0x01)
+	Pin(150 350 60 38 "31" 0x01)
+	Pin(150 250 60 38 "32" 0x01)
+	Pin(150 150 60 38 "33" 0x01)
+	Pin(150 50 60 38 "34" 0x01)
+	ElementLine(0 0 0 1700 10)
+	ElementLine(0 1700 200 1700 10)
+	ElementLine(200 1700 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER34_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER34_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER34_2.fp	(revision 296)
@@ -0,0 +1,44 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER34_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	 Pin(50 1350 60 38 "27" 0x01)
+	Pin(150 1350 60 38 "28" 0x01)
+	 Pin(50 1450 60 38 "29" 0x01)
+	Pin(150 1450 60 38 "30" 0x01)
+	 Pin(50 1550 60 38 "31" 0x01)
+	Pin(150 1550 60 38 "32" 0x01)
+	 Pin(50 1650 60 38 "33" 0x01)
+	Pin(150 1650 60 38 "34" 0x01)
+	ElementLine(0 0 0 1700 10)
+	ElementLine(0 1700 200 1700 10)
+	ElementLine(200 1700 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER36_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER36_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER36_1.fp	(revision 296)
@@ -0,0 +1,46 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER36_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(50 1350 60 38 "14" 0x01)
+	Pin(50 1450 60 38 "15" 0x01)
+	Pin(50 1550 60 38 "16" 0x01)
+	Pin(50 1650 60 38 "17" 0x01)
+	Pin(50 1750 60 38 "18" 0x01)
+	Pin(150 1750 60 38 "19" 0x01)
+	Pin(150 1650 60 38 "20" 0x01)
+	Pin(150 1550 60 38 "21" 0x01)
+	Pin(150 1450 60 38 "22" 0x01)
+	Pin(150 1350 60 38 "23" 0x01)
+	Pin(150 1250 60 38 "24" 0x01)
+	Pin(150 1150 60 38 "25" 0x01)
+	Pin(150 1050 60 38 "26" 0x01)
+	Pin(150 950 60 38 "27" 0x01)
+	Pin(150 850 60 38 "28" 0x01)
+	Pin(150 750 60 38 "29" 0x01)
+	Pin(150 650 60 38 "30" 0x01)
+	Pin(150 550 60 38 "31" 0x01)
+	Pin(150 450 60 38 "32" 0x01)
+	Pin(150 350 60 38 "33" 0x01)
+	Pin(150 250 60 38 "34" 0x01)
+	Pin(150 150 60 38 "35" 0x01)
+	Pin(150 50 60 38 "36" 0x01)
+	ElementLine(0 0 0 1800 10)
+	ElementLine(0 1800 200 1800 10)
+	ElementLine(200 1800 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER36_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER36_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER36_2.fp	(revision 296)
@@ -0,0 +1,46 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER36_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	 Pin(50 1350 60 38 "27" 0x01)
+	Pin(150 1350 60 38 "28" 0x01)
+	 Pin(50 1450 60 38 "29" 0x01)
+	Pin(150 1450 60 38 "30" 0x01)
+	 Pin(50 1550 60 38 "31" 0x01)
+	Pin(150 1550 60 38 "32" 0x01)
+	 Pin(50 1650 60 38 "33" 0x01)
+	Pin(150 1650 60 38 "34" 0x01)
+	 Pin(50 1750 60 38 "35" 0x01)
+	Pin(150 1750 60 38 "36" 0x01)
+	ElementLine(0 0 0 1800 10)
+	ElementLine(0 1800 200 1800 10)
+	ElementLine(200 1800 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER38_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER38_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER38_1.fp	(revision 296)
@@ -0,0 +1,48 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER38_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(50 1350 60 38 "14" 0x01)
+	Pin(50 1450 60 38 "15" 0x01)
+	Pin(50 1550 60 38 "16" 0x01)
+	Pin(50 1650 60 38 "17" 0x01)
+	Pin(50 1750 60 38 "18" 0x01)
+	Pin(50 1850 60 38 "19" 0x01)
+	Pin(150 1850 60 38 "20" 0x01)
+	Pin(150 1750 60 38 "21" 0x01)
+	Pin(150 1650 60 38 "22" 0x01)
+	Pin(150 1550 60 38 "23" 0x01)
+	Pin(150 1450 60 38 "24" 0x01)
+	Pin(150 1350 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	Pin(150 1150 60 38 "27" 0x01)
+	Pin(150 1050 60 38 "28" 0x01)
+	Pin(150 950 60 38 "29" 0x01)
+	Pin(150 850 60 38 "30" 0x01)
+	Pin(150 750 60 38 "31" 0x01)
+	Pin(150 650 60 38 "32" 0x01)
+	Pin(150 550 60 38 "33" 0x01)
+	Pin(150 450 60 38 "34" 0x01)
+	Pin(150 350 60 38 "35" 0x01)
+	Pin(150 250 60 38 "36" 0x01)
+	Pin(150 150 60 38 "37" 0x01)
+	Pin(150 50 60 38 "38" 0x01)
+	ElementLine(0 0 0 1900 10)
+	ElementLine(0 1900 200 1900 10)
+	ElementLine(200 1900 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER38_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER38_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER38_2.fp	(revision 296)
@@ -0,0 +1,48 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER38_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	 Pin(50 1350 60 38 "27" 0x01)
+	Pin(150 1350 60 38 "28" 0x01)
+	 Pin(50 1450 60 38 "29" 0x01)
+	Pin(150 1450 60 38 "30" 0x01)
+	 Pin(50 1550 60 38 "31" 0x01)
+	Pin(150 1550 60 38 "32" 0x01)
+	 Pin(50 1650 60 38 "33" 0x01)
+	Pin(150 1650 60 38 "34" 0x01)
+	 Pin(50 1750 60 38 "35" 0x01)
+	Pin(150 1750 60 38 "36" 0x01)
+	 Pin(50 1850 60 38 "37" 0x01)
+	Pin(150 1850 60 38 "38" 0x01)
+	ElementLine(0 0 0 1900 10)
+	ElementLine(0 1900 200 1900 10)
+	ElementLine(200 1900 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER40_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER40_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER40_1.fp	(revision 296)
@@ -0,0 +1,50 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER40_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(50 1350 60 38 "14" 0x01)
+	Pin(50 1450 60 38 "15" 0x01)
+	Pin(50 1550 60 38 "16" 0x01)
+	Pin(50 1650 60 38 "17" 0x01)
+	Pin(50 1750 60 38 "18" 0x01)
+	Pin(50 1850 60 38 "19" 0x01)
+	Pin(50 1950 60 38 "20" 0x01)
+	Pin(150 1950 60 38 "21" 0x01)
+	Pin(150 1850 60 38 "22" 0x01)
+	Pin(150 1750 60 38 "23" 0x01)
+	Pin(150 1650 60 38 "24" 0x01)
+	Pin(150 1550 60 38 "25" 0x01)
+	Pin(150 1450 60 38 "26" 0x01)
+	Pin(150 1350 60 38 "27" 0x01)
+	Pin(150 1250 60 38 "28" 0x01)
+	Pin(150 1150 60 38 "29" 0x01)
+	Pin(150 1050 60 38 "30" 0x01)
+	Pin(150 950 60 38 "31" 0x01)
+	Pin(150 850 60 38 "32" 0x01)
+	Pin(150 750 60 38 "33" 0x01)
+	Pin(150 650 60 38 "34" 0x01)
+	Pin(150 550 60 38 "35" 0x01)
+	Pin(150 450 60 38 "36" 0x01)
+	Pin(150 350 60 38 "37" 0x01)
+	Pin(150 250 60 38 "38" 0x01)
+	Pin(150 150 60 38 "39" 0x01)
+	Pin(150 50 60 38 "40" 0x01)
+	ElementLine(0 0 0 2000 10)
+	ElementLine(0 2000 200 2000 10)
+	ElementLine(200 2000 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER40_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER40_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER40_2.fp	(revision 296)
@@ -0,0 +1,50 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER40_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	 Pin(50 1350 60 38 "27" 0x01)
+	Pin(150 1350 60 38 "28" 0x01)
+	 Pin(50 1450 60 38 "29" 0x01)
+	Pin(150 1450 60 38 "30" 0x01)
+	 Pin(50 1550 60 38 "31" 0x01)
+	Pin(150 1550 60 38 "32" 0x01)
+	 Pin(50 1650 60 38 "33" 0x01)
+	Pin(150 1650 60 38 "34" 0x01)
+	 Pin(50 1750 60 38 "35" 0x01)
+	Pin(150 1750 60 38 "36" 0x01)
+	 Pin(50 1850 60 38 "37" 0x01)
+	Pin(150 1850 60 38 "38" 0x01)
+	 Pin(50 1950 60 38 "39" 0x01)
+	Pin(150 1950 60 38 "40" 0x01)
+	ElementLine(0 0 0 2000 10)
+	ElementLine(0 2000 200 2000 10)
+	ElementLine(200 2000 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER42_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER42_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER42_1.fp	(revision 296)
@@ -0,0 +1,52 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER42_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(50 1350 60 38 "14" 0x01)
+	Pin(50 1450 60 38 "15" 0x01)
+	Pin(50 1550 60 38 "16" 0x01)
+	Pin(50 1650 60 38 "17" 0x01)
+	Pin(50 1750 60 38 "18" 0x01)
+	Pin(50 1850 60 38 "19" 0x01)
+	Pin(50 1950 60 38 "20" 0x01)
+	Pin(50 2050 60 38 "21" 0x01)
+	Pin(150 2050 60 38 "22" 0x01)
+	Pin(150 1950 60 38 "23" 0x01)
+	Pin(150 1850 60 38 "24" 0x01)
+	Pin(150 1750 60 38 "25" 0x01)
+	Pin(150 1650 60 38 "26" 0x01)
+	Pin(150 1550 60 38 "27" 0x01)
+	Pin(150 1450 60 38 "28" 0x01)
+	Pin(150 1350 60 38 "29" 0x01)
+	Pin(150 1250 60 38 "30" 0x01)
+	Pin(150 1150 60 38 "31" 0x01)
+	Pin(150 1050 60 38 "32" 0x01)
+	Pin(150 950 60 38 "33" 0x01)
+	Pin(150 850 60 38 "34" 0x01)
+	Pin(150 750 60 38 "35" 0x01)
+	Pin(150 650 60 38 "36" 0x01)
+	Pin(150 550 60 38 "37" 0x01)
+	Pin(150 450 60 38 "38" 0x01)
+	Pin(150 350 60 38 "39" 0x01)
+	Pin(150 250 60 38 "40" 0x01)
+	Pin(150 150 60 38 "41" 0x01)
+	Pin(150 50 60 38 "42" 0x01)
+	ElementLine(0 0 0 2100 10)
+	ElementLine(0 2100 200 2100 10)
+	ElementLine(200 2100 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER42_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER42_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER42_2.fp	(revision 296)
@@ -0,0 +1,52 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER42_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	 Pin(50 1350 60 38 "27" 0x01)
+	Pin(150 1350 60 38 "28" 0x01)
+	 Pin(50 1450 60 38 "29" 0x01)
+	Pin(150 1450 60 38 "30" 0x01)
+	 Pin(50 1550 60 38 "31" 0x01)
+	Pin(150 1550 60 38 "32" 0x01)
+	 Pin(50 1650 60 38 "33" 0x01)
+	Pin(150 1650 60 38 "34" 0x01)
+	 Pin(50 1750 60 38 "35" 0x01)
+	Pin(150 1750 60 38 "36" 0x01)
+	 Pin(50 1850 60 38 "37" 0x01)
+	Pin(150 1850 60 38 "38" 0x01)
+	 Pin(50 1950 60 38 "39" 0x01)
+	Pin(150 1950 60 38 "40" 0x01)
+	 Pin(50 2050 60 38 "41" 0x01)
+	Pin(150 2050 60 38 "42" 0x01)
+	ElementLine(0 0 0 2100 10)
+	ElementLine(0 2100 200 2100 10)
+	ElementLine(200 2100 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER44_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER44_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER44_1.fp	(revision 296)
@@ -0,0 +1,54 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER44_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(50 1350 60 38 "14" 0x01)
+	Pin(50 1450 60 38 "15" 0x01)
+	Pin(50 1550 60 38 "16" 0x01)
+	Pin(50 1650 60 38 "17" 0x01)
+	Pin(50 1750 60 38 "18" 0x01)
+	Pin(50 1850 60 38 "19" 0x01)
+	Pin(50 1950 60 38 "20" 0x01)
+	Pin(50 2050 60 38 "21" 0x01)
+	Pin(50 2150 60 38 "22" 0x01)
+	Pin(150 2150 60 38 "23" 0x01)
+	Pin(150 2050 60 38 "24" 0x01)
+	Pin(150 1950 60 38 "25" 0x01)
+	Pin(150 1850 60 38 "26" 0x01)
+	Pin(150 1750 60 38 "27" 0x01)
+	Pin(150 1650 60 38 "28" 0x01)
+	Pin(150 1550 60 38 "29" 0x01)
+	Pin(150 1450 60 38 "30" 0x01)
+	Pin(150 1350 60 38 "31" 0x01)
+	Pin(150 1250 60 38 "32" 0x01)
+	Pin(150 1150 60 38 "33" 0x01)
+	Pin(150 1050 60 38 "34" 0x01)
+	Pin(150 950 60 38 "35" 0x01)
+	Pin(150 850 60 38 "36" 0x01)
+	Pin(150 750 60 38 "37" 0x01)
+	Pin(150 650 60 38 "38" 0x01)
+	Pin(150 550 60 38 "39" 0x01)
+	Pin(150 450 60 38 "40" 0x01)
+	Pin(150 350 60 38 "41" 0x01)
+	Pin(150 250 60 38 "42" 0x01)
+	Pin(150 150 60 38 "43" 0x01)
+	Pin(150 50 60 38 "44" 0x01)
+	ElementLine(0 0 0 2200 10)
+	ElementLine(0 2200 200 2200 10)
+	ElementLine(200 2200 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER44_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER44_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER44_2.fp	(revision 296)
@@ -0,0 +1,54 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER44_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	 Pin(50 1350 60 38 "27" 0x01)
+	Pin(150 1350 60 38 "28" 0x01)
+	 Pin(50 1450 60 38 "29" 0x01)
+	Pin(150 1450 60 38 "30" 0x01)
+	 Pin(50 1550 60 38 "31" 0x01)
+	Pin(150 1550 60 38 "32" 0x01)
+	 Pin(50 1650 60 38 "33" 0x01)
+	Pin(150 1650 60 38 "34" 0x01)
+	 Pin(50 1750 60 38 "35" 0x01)
+	Pin(150 1750 60 38 "36" 0x01)
+	 Pin(50 1850 60 38 "37" 0x01)
+	Pin(150 1850 60 38 "38" 0x01)
+	 Pin(50 1950 60 38 "39" 0x01)
+	Pin(150 1950 60 38 "40" 0x01)
+	 Pin(50 2050 60 38 "41" 0x01)
+	Pin(150 2050 60 38 "42" 0x01)
+	 Pin(50 2150 60 38 "43" 0x01)
+	Pin(150 2150 60 38 "44" 0x01)
+	ElementLine(0 0 0 2200 10)
+	ElementLine(0 2200 200 2200 10)
+	ElementLine(200 2200 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER46_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER46_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER46_1.fp	(revision 296)
@@ -0,0 +1,56 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER46_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(50 1350 60 38 "14" 0x01)
+	Pin(50 1450 60 38 "15" 0x01)
+	Pin(50 1550 60 38 "16" 0x01)
+	Pin(50 1650 60 38 "17" 0x01)
+	Pin(50 1750 60 38 "18" 0x01)
+	Pin(50 1850 60 38 "19" 0x01)
+	Pin(50 1950 60 38 "20" 0x01)
+	Pin(50 2050 60 38 "21" 0x01)
+	Pin(50 2150 60 38 "22" 0x01)
+	Pin(50 2250 60 38 "23" 0x01)
+	Pin(150 2250 60 38 "24" 0x01)
+	Pin(150 2150 60 38 "25" 0x01)
+	Pin(150 2050 60 38 "26" 0x01)
+	Pin(150 1950 60 38 "27" 0x01)
+	Pin(150 1850 60 38 "28" 0x01)
+	Pin(150 1750 60 38 "29" 0x01)
+	Pin(150 1650 60 38 "30" 0x01)
+	Pin(150 1550 60 38 "31" 0x01)
+	Pin(150 1450 60 38 "32" 0x01)
+	Pin(150 1350 60 38 "33" 0x01)
+	Pin(150 1250 60 38 "34" 0x01)
+	Pin(150 1150 60 38 "35" 0x01)
+	Pin(150 1050 60 38 "36" 0x01)
+	Pin(150 950 60 38 "37" 0x01)
+	Pin(150 850 60 38 "38" 0x01)
+	Pin(150 750 60 38 "39" 0x01)
+	Pin(150 650 60 38 "40" 0x01)
+	Pin(150 550 60 38 "41" 0x01)
+	Pin(150 450 60 38 "42" 0x01)
+	Pin(150 350 60 38 "43" 0x01)
+	Pin(150 250 60 38 "44" 0x01)
+	Pin(150 150 60 38 "45" 0x01)
+	Pin(150 50 60 38 "46" 0x01)
+	ElementLine(0 0 0 2300 10)
+	ElementLine(0 2300 200 2300 10)
+	ElementLine(200 2300 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER46_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER46_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER46_2.fp	(revision 296)
@@ -0,0 +1,56 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER46_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	 Pin(50 1350 60 38 "27" 0x01)
+	Pin(150 1350 60 38 "28" 0x01)
+	 Pin(50 1450 60 38 "29" 0x01)
+	Pin(150 1450 60 38 "30" 0x01)
+	 Pin(50 1550 60 38 "31" 0x01)
+	Pin(150 1550 60 38 "32" 0x01)
+	 Pin(50 1650 60 38 "33" 0x01)
+	Pin(150 1650 60 38 "34" 0x01)
+	 Pin(50 1750 60 38 "35" 0x01)
+	Pin(150 1750 60 38 "36" 0x01)
+	 Pin(50 1850 60 38 "37" 0x01)
+	Pin(150 1850 60 38 "38" 0x01)
+	 Pin(50 1950 60 38 "39" 0x01)
+	Pin(150 1950 60 38 "40" 0x01)
+	 Pin(50 2050 60 38 "41" 0x01)
+	Pin(150 2050 60 38 "42" 0x01)
+	 Pin(50 2150 60 38 "43" 0x01)
+	Pin(150 2150 60 38 "44" 0x01)
+	 Pin(50 2250 60 38 "45" 0x01)
+	Pin(150 2250 60 38 "46" 0x01)
+	ElementLine(0 0 0 2300 10)
+	ElementLine(0 2300 200 2300 10)
+	ElementLine(200 2300 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER48_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER48_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER48_1.fp	(revision 296)
@@ -0,0 +1,58 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER48_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(50 1350 60 38 "14" 0x01)
+	Pin(50 1450 60 38 "15" 0x01)
+	Pin(50 1550 60 38 "16" 0x01)
+	Pin(50 1650 60 38 "17" 0x01)
+	Pin(50 1750 60 38 "18" 0x01)
+	Pin(50 1850 60 38 "19" 0x01)
+	Pin(50 1950 60 38 "20" 0x01)
+	Pin(50 2050 60 38 "21" 0x01)
+	Pin(50 2150 60 38 "22" 0x01)
+	Pin(50 2250 60 38 "23" 0x01)
+	Pin(50 2350 60 38 "24" 0x01)
+	Pin(150 2350 60 38 "25" 0x01)
+	Pin(150 2250 60 38 "26" 0x01)
+	Pin(150 2150 60 38 "27" 0x01)
+	Pin(150 2050 60 38 "28" 0x01)
+	Pin(150 1950 60 38 "29" 0x01)
+	Pin(150 1850 60 38 "30" 0x01)
+	Pin(150 1750 60 38 "31" 0x01)
+	Pin(150 1650 60 38 "32" 0x01)
+	Pin(150 1550 60 38 "33" 0x01)
+	Pin(150 1450 60 38 "34" 0x01)
+	Pin(150 1350 60 38 "35" 0x01)
+	Pin(150 1250 60 38 "36" 0x01)
+	Pin(150 1150 60 38 "37" 0x01)
+	Pin(150 1050 60 38 "38" 0x01)
+	Pin(150 950 60 38 "39" 0x01)
+	Pin(150 850 60 38 "40" 0x01)
+	Pin(150 750 60 38 "41" 0x01)
+	Pin(150 650 60 38 "42" 0x01)
+	Pin(150 550 60 38 "43" 0x01)
+	Pin(150 450 60 38 "44" 0x01)
+	Pin(150 350 60 38 "45" 0x01)
+	Pin(150 250 60 38 "46" 0x01)
+	Pin(150 150 60 38 "47" 0x01)
+	Pin(150 50 60 38 "48" 0x01)
+	ElementLine(0 0 0 2400 10)
+	ElementLine(0 2400 200 2400 10)
+	ElementLine(200 2400 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER48_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER48_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER48_2.fp	(revision 296)
@@ -0,0 +1,58 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER48_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	 Pin(50 1350 60 38 "27" 0x01)
+	Pin(150 1350 60 38 "28" 0x01)
+	 Pin(50 1450 60 38 "29" 0x01)
+	Pin(150 1450 60 38 "30" 0x01)
+	 Pin(50 1550 60 38 "31" 0x01)
+	Pin(150 1550 60 38 "32" 0x01)
+	 Pin(50 1650 60 38 "33" 0x01)
+	Pin(150 1650 60 38 "34" 0x01)
+	 Pin(50 1750 60 38 "35" 0x01)
+	Pin(150 1750 60 38 "36" 0x01)
+	 Pin(50 1850 60 38 "37" 0x01)
+	Pin(150 1850 60 38 "38" 0x01)
+	 Pin(50 1950 60 38 "39" 0x01)
+	Pin(150 1950 60 38 "40" 0x01)
+	 Pin(50 2050 60 38 "41" 0x01)
+	Pin(150 2050 60 38 "42" 0x01)
+	 Pin(50 2150 60 38 "43" 0x01)
+	Pin(150 2150 60 38 "44" 0x01)
+	 Pin(50 2250 60 38 "45" 0x01)
+	Pin(150 2250 60 38 "46" 0x01)
+	 Pin(50 2350 60 38 "47" 0x01)
+	Pin(150 2350 60 38 "48" 0x01)
+	ElementLine(0 0 0 2400 10)
+	ElementLine(0 2400 200 2400 10)
+	ElementLine(200 2400 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER4_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER4_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER4_1.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER4_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(150 150 60 38 "3" 0x01)
+	Pin(150 50 60 38 "4" 0x01)
+	ElementLine(0 0 0 200 10)
+	ElementLine(0 200 200 200 10)
+	ElementLine(200 200 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER4_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER4_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER4_2.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER4_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	ElementLine(0 0 0 200 10)
+	ElementLine(0 200 200 200 10)
+	ElementLine(200 200 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER50_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER50_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER50_1.fp	(revision 296)
@@ -0,0 +1,60 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER50_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(50 1350 60 38 "14" 0x01)
+	Pin(50 1450 60 38 "15" 0x01)
+	Pin(50 1550 60 38 "16" 0x01)
+	Pin(50 1650 60 38 "17" 0x01)
+	Pin(50 1750 60 38 "18" 0x01)
+	Pin(50 1850 60 38 "19" 0x01)
+	Pin(50 1950 60 38 "20" 0x01)
+	Pin(50 2050 60 38 "21" 0x01)
+	Pin(50 2150 60 38 "22" 0x01)
+	Pin(50 2250 60 38 "23" 0x01)
+	Pin(50 2350 60 38 "24" 0x01)
+	Pin(50 2450 60 38 "25" 0x01)
+	Pin(150 2450 60 38 "26" 0x01)
+	Pin(150 2350 60 38 "27" 0x01)
+	Pin(150 2250 60 38 "28" 0x01)
+	Pin(150 2150 60 38 "29" 0x01)
+	Pin(150 2050 60 38 "30" 0x01)
+	Pin(150 1950 60 38 "31" 0x01)
+	Pin(150 1850 60 38 "32" 0x01)
+	Pin(150 1750 60 38 "33" 0x01)
+	Pin(150 1650 60 38 "34" 0x01)
+	Pin(150 1550 60 38 "35" 0x01)
+	Pin(150 1450 60 38 "36" 0x01)
+	Pin(150 1350 60 38 "37" 0x01)
+	Pin(150 1250 60 38 "38" 0x01)
+	Pin(150 1150 60 38 "39" 0x01)
+	Pin(150 1050 60 38 "40" 0x01)
+	Pin(150 950 60 38 "41" 0x01)
+	Pin(150 850 60 38 "42" 0x01)
+	Pin(150 750 60 38 "43" 0x01)
+	Pin(150 650 60 38 "44" 0x01)
+	Pin(150 550 60 38 "45" 0x01)
+	Pin(150 450 60 38 "46" 0x01)
+	Pin(150 350 60 38 "47" 0x01)
+	Pin(150 250 60 38 "48" 0x01)
+	Pin(150 150 60 38 "49" 0x01)
+	Pin(150 50 60 38 "50" 0x01)
+	ElementLine(0 0 0 2500 10)
+	ElementLine(0 2500 200 2500 10)
+	ElementLine(200 2500 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER50_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER50_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER50_2.fp	(revision 296)
@@ -0,0 +1,60 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER50_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	 Pin(50 1350 60 38 "27" 0x01)
+	Pin(150 1350 60 38 "28" 0x01)
+	 Pin(50 1450 60 38 "29" 0x01)
+	Pin(150 1450 60 38 "30" 0x01)
+	 Pin(50 1550 60 38 "31" 0x01)
+	Pin(150 1550 60 38 "32" 0x01)
+	 Pin(50 1650 60 38 "33" 0x01)
+	Pin(150 1650 60 38 "34" 0x01)
+	 Pin(50 1750 60 38 "35" 0x01)
+	Pin(150 1750 60 38 "36" 0x01)
+	 Pin(50 1850 60 38 "37" 0x01)
+	Pin(150 1850 60 38 "38" 0x01)
+	 Pin(50 1950 60 38 "39" 0x01)
+	Pin(150 1950 60 38 "40" 0x01)
+	 Pin(50 2050 60 38 "41" 0x01)
+	Pin(150 2050 60 38 "42" 0x01)
+	 Pin(50 2150 60 38 "43" 0x01)
+	Pin(150 2150 60 38 "44" 0x01)
+	 Pin(50 2250 60 38 "45" 0x01)
+	Pin(150 2250 60 38 "46" 0x01)
+	 Pin(50 2350 60 38 "47" 0x01)
+	Pin(150 2350 60 38 "48" 0x01)
+	 Pin(50 2450 60 38 "49" 0x01)
+	Pin(150 2450 60 38 "50" 0x01)
+	ElementLine(0 0 0 2500 10)
+	ElementLine(0 2500 200 2500 10)
+	ElementLine(200 2500 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER52_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER52_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER52_1.fp	(revision 296)
@@ -0,0 +1,62 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER52_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(50 1350 60 38 "14" 0x01)
+	Pin(50 1450 60 38 "15" 0x01)
+	Pin(50 1550 60 38 "16" 0x01)
+	Pin(50 1650 60 38 "17" 0x01)
+	Pin(50 1750 60 38 "18" 0x01)
+	Pin(50 1850 60 38 "19" 0x01)
+	Pin(50 1950 60 38 "20" 0x01)
+	Pin(50 2050 60 38 "21" 0x01)
+	Pin(50 2150 60 38 "22" 0x01)
+	Pin(50 2250 60 38 "23" 0x01)
+	Pin(50 2350 60 38 "24" 0x01)
+	Pin(50 2450 60 38 "25" 0x01)
+	Pin(50 2550 60 38 "26" 0x01)
+	Pin(150 2550 60 38 "27" 0x01)
+	Pin(150 2450 60 38 "28" 0x01)
+	Pin(150 2350 60 38 "29" 0x01)
+	Pin(150 2250 60 38 "30" 0x01)
+	Pin(150 2150 60 38 "31" 0x01)
+	Pin(150 2050 60 38 "32" 0x01)
+	Pin(150 1950 60 38 "33" 0x01)
+	Pin(150 1850 60 38 "34" 0x01)
+	Pin(150 1750 60 38 "35" 0x01)
+	Pin(150 1650 60 38 "36" 0x01)
+	Pin(150 1550 60 38 "37" 0x01)
+	Pin(150 1450 60 38 "38" 0x01)
+	Pin(150 1350 60 38 "39" 0x01)
+	Pin(150 1250 60 38 "40" 0x01)
+	Pin(150 1150 60 38 "41" 0x01)
+	Pin(150 1050 60 38 "42" 0x01)
+	Pin(150 950 60 38 "43" 0x01)
+	Pin(150 850 60 38 "44" 0x01)
+	Pin(150 750 60 38 "45" 0x01)
+	Pin(150 650 60 38 "46" 0x01)
+	Pin(150 550 60 38 "47" 0x01)
+	Pin(150 450 60 38 "48" 0x01)
+	Pin(150 350 60 38 "49" 0x01)
+	Pin(150 250 60 38 "50" 0x01)
+	Pin(150 150 60 38 "51" 0x01)
+	Pin(150 50 60 38 "52" 0x01)
+	ElementLine(0 0 0 2600 10)
+	ElementLine(0 2600 200 2600 10)
+	ElementLine(200 2600 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER52_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER52_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER52_2.fp	(revision 296)
@@ -0,0 +1,62 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER52_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	 Pin(50 1350 60 38 "27" 0x01)
+	Pin(150 1350 60 38 "28" 0x01)
+	 Pin(50 1450 60 38 "29" 0x01)
+	Pin(150 1450 60 38 "30" 0x01)
+	 Pin(50 1550 60 38 "31" 0x01)
+	Pin(150 1550 60 38 "32" 0x01)
+	 Pin(50 1650 60 38 "33" 0x01)
+	Pin(150 1650 60 38 "34" 0x01)
+	 Pin(50 1750 60 38 "35" 0x01)
+	Pin(150 1750 60 38 "36" 0x01)
+	 Pin(50 1850 60 38 "37" 0x01)
+	Pin(150 1850 60 38 "38" 0x01)
+	 Pin(50 1950 60 38 "39" 0x01)
+	Pin(150 1950 60 38 "40" 0x01)
+	 Pin(50 2050 60 38 "41" 0x01)
+	Pin(150 2050 60 38 "42" 0x01)
+	 Pin(50 2150 60 38 "43" 0x01)
+	Pin(150 2150 60 38 "44" 0x01)
+	 Pin(50 2250 60 38 "45" 0x01)
+	Pin(150 2250 60 38 "46" 0x01)
+	 Pin(50 2350 60 38 "47" 0x01)
+	Pin(150 2350 60 38 "48" 0x01)
+	 Pin(50 2450 60 38 "49" 0x01)
+	Pin(150 2450 60 38 "50" 0x01)
+	 Pin(50 2550 60 38 "51" 0x01)
+	Pin(150 2550 60 38 "52" 0x01)
+	ElementLine(0 0 0 2600 10)
+	ElementLine(0 2600 200 2600 10)
+	ElementLine(200 2600 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER54_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER54_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER54_1.fp	(revision 296)
@@ -0,0 +1,64 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER54_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(50 1350 60 38 "14" 0x01)
+	Pin(50 1450 60 38 "15" 0x01)
+	Pin(50 1550 60 38 "16" 0x01)
+	Pin(50 1650 60 38 "17" 0x01)
+	Pin(50 1750 60 38 "18" 0x01)
+	Pin(50 1850 60 38 "19" 0x01)
+	Pin(50 1950 60 38 "20" 0x01)
+	Pin(50 2050 60 38 "21" 0x01)
+	Pin(50 2150 60 38 "22" 0x01)
+	Pin(50 2250 60 38 "23" 0x01)
+	Pin(50 2350 60 38 "24" 0x01)
+	Pin(50 2450 60 38 "25" 0x01)
+	Pin(50 2550 60 38 "26" 0x01)
+	Pin(50 2650 60 38 "27" 0x01)
+	Pin(150 2650 60 38 "28" 0x01)
+	Pin(150 2550 60 38 "29" 0x01)
+	Pin(150 2450 60 38 "30" 0x01)
+	Pin(150 2350 60 38 "31" 0x01)
+	Pin(150 2250 60 38 "32" 0x01)
+	Pin(150 2150 60 38 "33" 0x01)
+	Pin(150 2050 60 38 "34" 0x01)
+	Pin(150 1950 60 38 "35" 0x01)
+	Pin(150 1850 60 38 "36" 0x01)
+	Pin(150 1750 60 38 "37" 0x01)
+	Pin(150 1650 60 38 "38" 0x01)
+	Pin(150 1550 60 38 "39" 0x01)
+	Pin(150 1450 60 38 "40" 0x01)
+	Pin(150 1350 60 38 "41" 0x01)
+	Pin(150 1250 60 38 "42" 0x01)
+	Pin(150 1150 60 38 "43" 0x01)
+	Pin(150 1050 60 38 "44" 0x01)
+	Pin(150 950 60 38 "45" 0x01)
+	Pin(150 850 60 38 "46" 0x01)
+	Pin(150 750 60 38 "47" 0x01)
+	Pin(150 650 60 38 "48" 0x01)
+	Pin(150 550 60 38 "49" 0x01)
+	Pin(150 450 60 38 "50" 0x01)
+	Pin(150 350 60 38 "51" 0x01)
+	Pin(150 250 60 38 "52" 0x01)
+	Pin(150 150 60 38 "53" 0x01)
+	Pin(150 50 60 38 "54" 0x01)
+	ElementLine(0 0 0 2700 10)
+	ElementLine(0 2700 200 2700 10)
+	ElementLine(200 2700 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER54_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER54_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER54_2.fp	(revision 296)
@@ -0,0 +1,64 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER54_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	 Pin(50 1350 60 38 "27" 0x01)
+	Pin(150 1350 60 38 "28" 0x01)
+	 Pin(50 1450 60 38 "29" 0x01)
+	Pin(150 1450 60 38 "30" 0x01)
+	 Pin(50 1550 60 38 "31" 0x01)
+	Pin(150 1550 60 38 "32" 0x01)
+	 Pin(50 1650 60 38 "33" 0x01)
+	Pin(150 1650 60 38 "34" 0x01)
+	 Pin(50 1750 60 38 "35" 0x01)
+	Pin(150 1750 60 38 "36" 0x01)
+	 Pin(50 1850 60 38 "37" 0x01)
+	Pin(150 1850 60 38 "38" 0x01)
+	 Pin(50 1950 60 38 "39" 0x01)
+	Pin(150 1950 60 38 "40" 0x01)
+	 Pin(50 2050 60 38 "41" 0x01)
+	Pin(150 2050 60 38 "42" 0x01)
+	 Pin(50 2150 60 38 "43" 0x01)
+	Pin(150 2150 60 38 "44" 0x01)
+	 Pin(50 2250 60 38 "45" 0x01)
+	Pin(150 2250 60 38 "46" 0x01)
+	 Pin(50 2350 60 38 "47" 0x01)
+	Pin(150 2350 60 38 "48" 0x01)
+	 Pin(50 2450 60 38 "49" 0x01)
+	Pin(150 2450 60 38 "50" 0x01)
+	 Pin(50 2550 60 38 "51" 0x01)
+	Pin(150 2550 60 38 "52" 0x01)
+	 Pin(50 2650 60 38 "53" 0x01)
+	Pin(150 2650 60 38 "54" 0x01)
+	ElementLine(0 0 0 2700 10)
+	ElementLine(0 2700 200 2700 10)
+	ElementLine(200 2700 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER56_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER56_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER56_1.fp	(revision 296)
@@ -0,0 +1,66 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER56_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(50 1350 60 38 "14" 0x01)
+	Pin(50 1450 60 38 "15" 0x01)
+	Pin(50 1550 60 38 "16" 0x01)
+	Pin(50 1650 60 38 "17" 0x01)
+	Pin(50 1750 60 38 "18" 0x01)
+	Pin(50 1850 60 38 "19" 0x01)
+	Pin(50 1950 60 38 "20" 0x01)
+	Pin(50 2050 60 38 "21" 0x01)
+	Pin(50 2150 60 38 "22" 0x01)
+	Pin(50 2250 60 38 "23" 0x01)
+	Pin(50 2350 60 38 "24" 0x01)
+	Pin(50 2450 60 38 "25" 0x01)
+	Pin(50 2550 60 38 "26" 0x01)
+	Pin(50 2650 60 38 "27" 0x01)
+	Pin(50 2750 60 38 "28" 0x01)
+	Pin(150 2750 60 38 "29" 0x01)
+	Pin(150 2650 60 38 "30" 0x01)
+	Pin(150 2550 60 38 "31" 0x01)
+	Pin(150 2450 60 38 "32" 0x01)
+	Pin(150 2350 60 38 "33" 0x01)
+	Pin(150 2250 60 38 "34" 0x01)
+	Pin(150 2150 60 38 "35" 0x01)
+	Pin(150 2050 60 38 "36" 0x01)
+	Pin(150 1950 60 38 "37" 0x01)
+	Pin(150 1850 60 38 "38" 0x01)
+	Pin(150 1750 60 38 "39" 0x01)
+	Pin(150 1650 60 38 "40" 0x01)
+	Pin(150 1550 60 38 "41" 0x01)
+	Pin(150 1450 60 38 "42" 0x01)
+	Pin(150 1350 60 38 "43" 0x01)
+	Pin(150 1250 60 38 "44" 0x01)
+	Pin(150 1150 60 38 "45" 0x01)
+	Pin(150 1050 60 38 "46" 0x01)
+	Pin(150 950 60 38 "47" 0x01)
+	Pin(150 850 60 38 "48" 0x01)
+	Pin(150 750 60 38 "49" 0x01)
+	Pin(150 650 60 38 "50" 0x01)
+	Pin(150 550 60 38 "51" 0x01)
+	Pin(150 450 60 38 "52" 0x01)
+	Pin(150 350 60 38 "53" 0x01)
+	Pin(150 250 60 38 "54" 0x01)
+	Pin(150 150 60 38 "55" 0x01)
+	Pin(150 50 60 38 "56" 0x01)
+	ElementLine(0 0 0 2800 10)
+	ElementLine(0 2800 200 2800 10)
+	ElementLine(200 2800 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER56_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER56_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER56_2.fp	(revision 296)
@@ -0,0 +1,66 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER56_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	 Pin(50 1350 60 38 "27" 0x01)
+	Pin(150 1350 60 38 "28" 0x01)
+	 Pin(50 1450 60 38 "29" 0x01)
+	Pin(150 1450 60 38 "30" 0x01)
+	 Pin(50 1550 60 38 "31" 0x01)
+	Pin(150 1550 60 38 "32" 0x01)
+	 Pin(50 1650 60 38 "33" 0x01)
+	Pin(150 1650 60 38 "34" 0x01)
+	 Pin(50 1750 60 38 "35" 0x01)
+	Pin(150 1750 60 38 "36" 0x01)
+	 Pin(50 1850 60 38 "37" 0x01)
+	Pin(150 1850 60 38 "38" 0x01)
+	 Pin(50 1950 60 38 "39" 0x01)
+	Pin(150 1950 60 38 "40" 0x01)
+	 Pin(50 2050 60 38 "41" 0x01)
+	Pin(150 2050 60 38 "42" 0x01)
+	 Pin(50 2150 60 38 "43" 0x01)
+	Pin(150 2150 60 38 "44" 0x01)
+	 Pin(50 2250 60 38 "45" 0x01)
+	Pin(150 2250 60 38 "46" 0x01)
+	 Pin(50 2350 60 38 "47" 0x01)
+	Pin(150 2350 60 38 "48" 0x01)
+	 Pin(50 2450 60 38 "49" 0x01)
+	Pin(150 2450 60 38 "50" 0x01)
+	 Pin(50 2550 60 38 "51" 0x01)
+	Pin(150 2550 60 38 "52" 0x01)
+	 Pin(50 2650 60 38 "53" 0x01)
+	Pin(150 2650 60 38 "54" 0x01)
+	 Pin(50 2750 60 38 "55" 0x01)
+	Pin(150 2750 60 38 "56" 0x01)
+	ElementLine(0 0 0 2800 10)
+	ElementLine(0 2800 200 2800 10)
+	ElementLine(200 2800 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER58_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER58_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER58_1.fp	(revision 296)
@@ -0,0 +1,68 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER58_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(50 1350 60 38 "14" 0x01)
+	Pin(50 1450 60 38 "15" 0x01)
+	Pin(50 1550 60 38 "16" 0x01)
+	Pin(50 1650 60 38 "17" 0x01)
+	Pin(50 1750 60 38 "18" 0x01)
+	Pin(50 1850 60 38 "19" 0x01)
+	Pin(50 1950 60 38 "20" 0x01)
+	Pin(50 2050 60 38 "21" 0x01)
+	Pin(50 2150 60 38 "22" 0x01)
+	Pin(50 2250 60 38 "23" 0x01)
+	Pin(50 2350 60 38 "24" 0x01)
+	Pin(50 2450 60 38 "25" 0x01)
+	Pin(50 2550 60 38 "26" 0x01)
+	Pin(50 2650 60 38 "27" 0x01)
+	Pin(50 2750 60 38 "28" 0x01)
+	Pin(50 2850 60 38 "29" 0x01)
+	Pin(150 2850 60 38 "30" 0x01)
+	Pin(150 2750 60 38 "31" 0x01)
+	Pin(150 2650 60 38 "32" 0x01)
+	Pin(150 2550 60 38 "33" 0x01)
+	Pin(150 2450 60 38 "34" 0x01)
+	Pin(150 2350 60 38 "35" 0x01)
+	Pin(150 2250 60 38 "36" 0x01)
+	Pin(150 2150 60 38 "37" 0x01)
+	Pin(150 2050 60 38 "38" 0x01)
+	Pin(150 1950 60 38 "39" 0x01)
+	Pin(150 1850 60 38 "40" 0x01)
+	Pin(150 1750 60 38 "41" 0x01)
+	Pin(150 1650 60 38 "42" 0x01)
+	Pin(150 1550 60 38 "43" 0x01)
+	Pin(150 1450 60 38 "44" 0x01)
+	Pin(150 1350 60 38 "45" 0x01)
+	Pin(150 1250 60 38 "46" 0x01)
+	Pin(150 1150 60 38 "47" 0x01)
+	Pin(150 1050 60 38 "48" 0x01)
+	Pin(150 950 60 38 "49" 0x01)
+	Pin(150 850 60 38 "50" 0x01)
+	Pin(150 750 60 38 "51" 0x01)
+	Pin(150 650 60 38 "52" 0x01)
+	Pin(150 550 60 38 "53" 0x01)
+	Pin(150 450 60 38 "54" 0x01)
+	Pin(150 350 60 38 "55" 0x01)
+	Pin(150 250 60 38 "56" 0x01)
+	Pin(150 150 60 38 "57" 0x01)
+	Pin(150 50 60 38 "58" 0x01)
+	ElementLine(0 0 0 2900 10)
+	ElementLine(0 2900 200 2900 10)
+	ElementLine(200 2900 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER58_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER58_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER58_2.fp	(revision 296)
@@ -0,0 +1,68 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER58_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	 Pin(50 1350 60 38 "27" 0x01)
+	Pin(150 1350 60 38 "28" 0x01)
+	 Pin(50 1450 60 38 "29" 0x01)
+	Pin(150 1450 60 38 "30" 0x01)
+	 Pin(50 1550 60 38 "31" 0x01)
+	Pin(150 1550 60 38 "32" 0x01)
+	 Pin(50 1650 60 38 "33" 0x01)
+	Pin(150 1650 60 38 "34" 0x01)
+	 Pin(50 1750 60 38 "35" 0x01)
+	Pin(150 1750 60 38 "36" 0x01)
+	 Pin(50 1850 60 38 "37" 0x01)
+	Pin(150 1850 60 38 "38" 0x01)
+	 Pin(50 1950 60 38 "39" 0x01)
+	Pin(150 1950 60 38 "40" 0x01)
+	 Pin(50 2050 60 38 "41" 0x01)
+	Pin(150 2050 60 38 "42" 0x01)
+	 Pin(50 2150 60 38 "43" 0x01)
+	Pin(150 2150 60 38 "44" 0x01)
+	 Pin(50 2250 60 38 "45" 0x01)
+	Pin(150 2250 60 38 "46" 0x01)
+	 Pin(50 2350 60 38 "47" 0x01)
+	Pin(150 2350 60 38 "48" 0x01)
+	 Pin(50 2450 60 38 "49" 0x01)
+	Pin(150 2450 60 38 "50" 0x01)
+	 Pin(50 2550 60 38 "51" 0x01)
+	Pin(150 2550 60 38 "52" 0x01)
+	 Pin(50 2650 60 38 "53" 0x01)
+	Pin(150 2650 60 38 "54" 0x01)
+	 Pin(50 2750 60 38 "55" 0x01)
+	Pin(150 2750 60 38 "56" 0x01)
+	 Pin(50 2850 60 38 "57" 0x01)
+	Pin(150 2850 60 38 "58" 0x01)
+	ElementLine(0 0 0 2900 10)
+	ElementLine(0 2900 200 2900 10)
+	ElementLine(200 2900 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER60_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER60_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER60_1.fp	(revision 296)
@@ -0,0 +1,70 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER60_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(50 1350 60 38 "14" 0x01)
+	Pin(50 1450 60 38 "15" 0x01)
+	Pin(50 1550 60 38 "16" 0x01)
+	Pin(50 1650 60 38 "17" 0x01)
+	Pin(50 1750 60 38 "18" 0x01)
+	Pin(50 1850 60 38 "19" 0x01)
+	Pin(50 1950 60 38 "20" 0x01)
+	Pin(50 2050 60 38 "21" 0x01)
+	Pin(50 2150 60 38 "22" 0x01)
+	Pin(50 2250 60 38 "23" 0x01)
+	Pin(50 2350 60 38 "24" 0x01)
+	Pin(50 2450 60 38 "25" 0x01)
+	Pin(50 2550 60 38 "26" 0x01)
+	Pin(50 2650 60 38 "27" 0x01)
+	Pin(50 2750 60 38 "28" 0x01)
+	Pin(50 2850 60 38 "29" 0x01)
+	Pin(50 2950 60 38 "30" 0x01)
+	Pin(150 2950 60 38 "31" 0x01)
+	Pin(150 2850 60 38 "32" 0x01)
+	Pin(150 2750 60 38 "33" 0x01)
+	Pin(150 2650 60 38 "34" 0x01)
+	Pin(150 2550 60 38 "35" 0x01)
+	Pin(150 2450 60 38 "36" 0x01)
+	Pin(150 2350 60 38 "37" 0x01)
+	Pin(150 2250 60 38 "38" 0x01)
+	Pin(150 2150 60 38 "39" 0x01)
+	Pin(150 2050 60 38 "40" 0x01)
+	Pin(150 1950 60 38 "41" 0x01)
+	Pin(150 1850 60 38 "42" 0x01)
+	Pin(150 1750 60 38 "43" 0x01)
+	Pin(150 1650 60 38 "44" 0x01)
+	Pin(150 1550 60 38 "45" 0x01)
+	Pin(150 1450 60 38 "46" 0x01)
+	Pin(150 1350 60 38 "47" 0x01)
+	Pin(150 1250 60 38 "48" 0x01)
+	Pin(150 1150 60 38 "49" 0x01)
+	Pin(150 1050 60 38 "50" 0x01)
+	Pin(150 950 60 38 "51" 0x01)
+	Pin(150 850 60 38 "52" 0x01)
+	Pin(150 750 60 38 "53" 0x01)
+	Pin(150 650 60 38 "54" 0x01)
+	Pin(150 550 60 38 "55" 0x01)
+	Pin(150 450 60 38 "56" 0x01)
+	Pin(150 350 60 38 "57" 0x01)
+	Pin(150 250 60 38 "58" 0x01)
+	Pin(150 150 60 38 "59" 0x01)
+	Pin(150 50 60 38 "60" 0x01)
+	ElementLine(0 0 0 3000 10)
+	ElementLine(0 3000 200 3000 10)
+	ElementLine(200 3000 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER60_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER60_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER60_2.fp	(revision 296)
@@ -0,0 +1,70 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER60_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	 Pin(50 1350 60 38 "27" 0x01)
+	Pin(150 1350 60 38 "28" 0x01)
+	 Pin(50 1450 60 38 "29" 0x01)
+	Pin(150 1450 60 38 "30" 0x01)
+	 Pin(50 1550 60 38 "31" 0x01)
+	Pin(150 1550 60 38 "32" 0x01)
+	 Pin(50 1650 60 38 "33" 0x01)
+	Pin(150 1650 60 38 "34" 0x01)
+	 Pin(50 1750 60 38 "35" 0x01)
+	Pin(150 1750 60 38 "36" 0x01)
+	 Pin(50 1850 60 38 "37" 0x01)
+	Pin(150 1850 60 38 "38" 0x01)
+	 Pin(50 1950 60 38 "39" 0x01)
+	Pin(150 1950 60 38 "40" 0x01)
+	 Pin(50 2050 60 38 "41" 0x01)
+	Pin(150 2050 60 38 "42" 0x01)
+	 Pin(50 2150 60 38 "43" 0x01)
+	Pin(150 2150 60 38 "44" 0x01)
+	 Pin(50 2250 60 38 "45" 0x01)
+	Pin(150 2250 60 38 "46" 0x01)
+	 Pin(50 2350 60 38 "47" 0x01)
+	Pin(150 2350 60 38 "48" 0x01)
+	 Pin(50 2450 60 38 "49" 0x01)
+	Pin(150 2450 60 38 "50" 0x01)
+	 Pin(50 2550 60 38 "51" 0x01)
+	Pin(150 2550 60 38 "52" 0x01)
+	 Pin(50 2650 60 38 "53" 0x01)
+	Pin(150 2650 60 38 "54" 0x01)
+	 Pin(50 2750 60 38 "55" 0x01)
+	Pin(150 2750 60 38 "56" 0x01)
+	 Pin(50 2850 60 38 "57" 0x01)
+	Pin(150 2850 60 38 "58" 0x01)
+	 Pin(50 2950 60 38 "59" 0x01)
+	Pin(150 2950 60 38 "60" 0x01)
+	ElementLine(0 0 0 3000 10)
+	ElementLine(0 3000 200 3000 10)
+	ElementLine(200 3000 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER62_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER62_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER62_1.fp	(revision 296)
@@ -0,0 +1,72 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER62_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(50 1350 60 38 "14" 0x01)
+	Pin(50 1450 60 38 "15" 0x01)
+	Pin(50 1550 60 38 "16" 0x01)
+	Pin(50 1650 60 38 "17" 0x01)
+	Pin(50 1750 60 38 "18" 0x01)
+	Pin(50 1850 60 38 "19" 0x01)
+	Pin(50 1950 60 38 "20" 0x01)
+	Pin(50 2050 60 38 "21" 0x01)
+	Pin(50 2150 60 38 "22" 0x01)
+	Pin(50 2250 60 38 "23" 0x01)
+	Pin(50 2350 60 38 "24" 0x01)
+	Pin(50 2450 60 38 "25" 0x01)
+	Pin(50 2550 60 38 "26" 0x01)
+	Pin(50 2650 60 38 "27" 0x01)
+	Pin(50 2750 60 38 "28" 0x01)
+	Pin(50 2850 60 38 "29" 0x01)
+	Pin(50 2950 60 38 "30" 0x01)
+	Pin(50 3050 60 38 "31" 0x01)
+	Pin(150 3050 60 38 "32" 0x01)
+	Pin(150 2950 60 38 "33" 0x01)
+	Pin(150 2850 60 38 "34" 0x01)
+	Pin(150 2750 60 38 "35" 0x01)
+	Pin(150 2650 60 38 "36" 0x01)
+	Pin(150 2550 60 38 "37" 0x01)
+	Pin(150 2450 60 38 "38" 0x01)
+	Pin(150 2350 60 38 "39" 0x01)
+	Pin(150 2250 60 38 "40" 0x01)
+	Pin(150 2150 60 38 "41" 0x01)
+	Pin(150 2050 60 38 "42" 0x01)
+	Pin(150 1950 60 38 "43" 0x01)
+	Pin(150 1850 60 38 "44" 0x01)
+	Pin(150 1750 60 38 "45" 0x01)
+	Pin(150 1650 60 38 "46" 0x01)
+	Pin(150 1550 60 38 "47" 0x01)
+	Pin(150 1450 60 38 "48" 0x01)
+	Pin(150 1350 60 38 "49" 0x01)
+	Pin(150 1250 60 38 "50" 0x01)
+	Pin(150 1150 60 38 "51" 0x01)
+	Pin(150 1050 60 38 "52" 0x01)
+	Pin(150 950 60 38 "53" 0x01)
+	Pin(150 850 60 38 "54" 0x01)
+	Pin(150 750 60 38 "55" 0x01)
+	Pin(150 650 60 38 "56" 0x01)
+	Pin(150 550 60 38 "57" 0x01)
+	Pin(150 450 60 38 "58" 0x01)
+	Pin(150 350 60 38 "59" 0x01)
+	Pin(150 250 60 38 "60" 0x01)
+	Pin(150 150 60 38 "61" 0x01)
+	Pin(150 50 60 38 "62" 0x01)
+	ElementLine(0 0 0 3100 10)
+	ElementLine(0 3100 200 3100 10)
+	ElementLine(200 3100 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER62_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER62_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER62_2.fp	(revision 296)
@@ -0,0 +1,72 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER62_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	 Pin(50 1350 60 38 "27" 0x01)
+	Pin(150 1350 60 38 "28" 0x01)
+	 Pin(50 1450 60 38 "29" 0x01)
+	Pin(150 1450 60 38 "30" 0x01)
+	 Pin(50 1550 60 38 "31" 0x01)
+	Pin(150 1550 60 38 "32" 0x01)
+	 Pin(50 1650 60 38 "33" 0x01)
+	Pin(150 1650 60 38 "34" 0x01)
+	 Pin(50 1750 60 38 "35" 0x01)
+	Pin(150 1750 60 38 "36" 0x01)
+	 Pin(50 1850 60 38 "37" 0x01)
+	Pin(150 1850 60 38 "38" 0x01)
+	 Pin(50 1950 60 38 "39" 0x01)
+	Pin(150 1950 60 38 "40" 0x01)
+	 Pin(50 2050 60 38 "41" 0x01)
+	Pin(150 2050 60 38 "42" 0x01)
+	 Pin(50 2150 60 38 "43" 0x01)
+	Pin(150 2150 60 38 "44" 0x01)
+	 Pin(50 2250 60 38 "45" 0x01)
+	Pin(150 2250 60 38 "46" 0x01)
+	 Pin(50 2350 60 38 "47" 0x01)
+	Pin(150 2350 60 38 "48" 0x01)
+	 Pin(50 2450 60 38 "49" 0x01)
+	Pin(150 2450 60 38 "50" 0x01)
+	 Pin(50 2550 60 38 "51" 0x01)
+	Pin(150 2550 60 38 "52" 0x01)
+	 Pin(50 2650 60 38 "53" 0x01)
+	Pin(150 2650 60 38 "54" 0x01)
+	 Pin(50 2750 60 38 "55" 0x01)
+	Pin(150 2750 60 38 "56" 0x01)
+	 Pin(50 2850 60 38 "57" 0x01)
+	Pin(150 2850 60 38 "58" 0x01)
+	 Pin(50 2950 60 38 "59" 0x01)
+	Pin(150 2950 60 38 "60" 0x01)
+	 Pin(50 3050 60 38 "61" 0x01)
+	Pin(150 3050 60 38 "62" 0x01)
+	ElementLine(0 0 0 3100 10)
+	ElementLine(0 3100 200 3100 10)
+	ElementLine(200 3100 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER64_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER64_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER64_1.fp	(revision 296)
@@ -0,0 +1,74 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER64_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(50 1350 60 38 "14" 0x01)
+	Pin(50 1450 60 38 "15" 0x01)
+	Pin(50 1550 60 38 "16" 0x01)
+	Pin(50 1650 60 38 "17" 0x01)
+	Pin(50 1750 60 38 "18" 0x01)
+	Pin(50 1850 60 38 "19" 0x01)
+	Pin(50 1950 60 38 "20" 0x01)
+	Pin(50 2050 60 38 "21" 0x01)
+	Pin(50 2150 60 38 "22" 0x01)
+	Pin(50 2250 60 38 "23" 0x01)
+	Pin(50 2350 60 38 "24" 0x01)
+	Pin(50 2450 60 38 "25" 0x01)
+	Pin(50 2550 60 38 "26" 0x01)
+	Pin(50 2650 60 38 "27" 0x01)
+	Pin(50 2750 60 38 "28" 0x01)
+	Pin(50 2850 60 38 "29" 0x01)
+	Pin(50 2950 60 38 "30" 0x01)
+	Pin(50 3050 60 38 "31" 0x01)
+	Pin(50 3150 60 38 "32" 0x01)
+	Pin(150 3150 60 38 "33" 0x01)
+	Pin(150 3050 60 38 "34" 0x01)
+	Pin(150 2950 60 38 "35" 0x01)
+	Pin(150 2850 60 38 "36" 0x01)
+	Pin(150 2750 60 38 "37" 0x01)
+	Pin(150 2650 60 38 "38" 0x01)
+	Pin(150 2550 60 38 "39" 0x01)
+	Pin(150 2450 60 38 "40" 0x01)
+	Pin(150 2350 60 38 "41" 0x01)
+	Pin(150 2250 60 38 "42" 0x01)
+	Pin(150 2150 60 38 "43" 0x01)
+	Pin(150 2050 60 38 "44" 0x01)
+	Pin(150 1950 60 38 "45" 0x01)
+	Pin(150 1850 60 38 "46" 0x01)
+	Pin(150 1750 60 38 "47" 0x01)
+	Pin(150 1650 60 38 "48" 0x01)
+	Pin(150 1550 60 38 "49" 0x01)
+	Pin(150 1450 60 38 "50" 0x01)
+	Pin(150 1350 60 38 "51" 0x01)
+	Pin(150 1250 60 38 "52" 0x01)
+	Pin(150 1150 60 38 "53" 0x01)
+	Pin(150 1050 60 38 "54" 0x01)
+	Pin(150 950 60 38 "55" 0x01)
+	Pin(150 850 60 38 "56" 0x01)
+	Pin(150 750 60 38 "57" 0x01)
+	Pin(150 650 60 38 "58" 0x01)
+	Pin(150 550 60 38 "59" 0x01)
+	Pin(150 450 60 38 "60" 0x01)
+	Pin(150 350 60 38 "61" 0x01)
+	Pin(150 250 60 38 "62" 0x01)
+	Pin(150 150 60 38 "63" 0x01)
+	Pin(150 50 60 38 "64" 0x01)
+	ElementLine(0 0 0 3200 10)
+	ElementLine(0 3200 200 3200 10)
+	ElementLine(200 3200 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER64_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER64_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER64_2.fp	(revision 296)
@@ -0,0 +1,74 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER64_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	 Pin(50 1350 60 38 "27" 0x01)
+	Pin(150 1350 60 38 "28" 0x01)
+	 Pin(50 1450 60 38 "29" 0x01)
+	Pin(150 1450 60 38 "30" 0x01)
+	 Pin(50 1550 60 38 "31" 0x01)
+	Pin(150 1550 60 38 "32" 0x01)
+	 Pin(50 1650 60 38 "33" 0x01)
+	Pin(150 1650 60 38 "34" 0x01)
+	 Pin(50 1750 60 38 "35" 0x01)
+	Pin(150 1750 60 38 "36" 0x01)
+	 Pin(50 1850 60 38 "37" 0x01)
+	Pin(150 1850 60 38 "38" 0x01)
+	 Pin(50 1950 60 38 "39" 0x01)
+	Pin(150 1950 60 38 "40" 0x01)
+	 Pin(50 2050 60 38 "41" 0x01)
+	Pin(150 2050 60 38 "42" 0x01)
+	 Pin(50 2150 60 38 "43" 0x01)
+	Pin(150 2150 60 38 "44" 0x01)
+	 Pin(50 2250 60 38 "45" 0x01)
+	Pin(150 2250 60 38 "46" 0x01)
+	 Pin(50 2350 60 38 "47" 0x01)
+	Pin(150 2350 60 38 "48" 0x01)
+	 Pin(50 2450 60 38 "49" 0x01)
+	Pin(150 2450 60 38 "50" 0x01)
+	 Pin(50 2550 60 38 "51" 0x01)
+	Pin(150 2550 60 38 "52" 0x01)
+	 Pin(50 2650 60 38 "53" 0x01)
+	Pin(150 2650 60 38 "54" 0x01)
+	 Pin(50 2750 60 38 "55" 0x01)
+	Pin(150 2750 60 38 "56" 0x01)
+	 Pin(50 2850 60 38 "57" 0x01)
+	Pin(150 2850 60 38 "58" 0x01)
+	 Pin(50 2950 60 38 "59" 0x01)
+	Pin(150 2950 60 38 "60" 0x01)
+	 Pin(50 3050 60 38 "61" 0x01)
+	Pin(150 3050 60 38 "62" 0x01)
+	 Pin(50 3150 60 38 "63" 0x01)
+	Pin(150 3150 60 38 "64" 0x01)
+	ElementLine(0 0 0 3200 10)
+	ElementLine(0 3200 200 3200 10)
+	ElementLine(200 3200 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER6_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER6_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER6_1.fp	(revision 296)
@@ -0,0 +1,16 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER6_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(150 250 60 38 "4" 0x01)
+	Pin(150 150 60 38 "5" 0x01)
+	Pin(150 50 60 38 "6" 0x01)
+	ElementLine(0 0 0 300 10)
+	ElementLine(0 300 200 300 10)
+	ElementLine(200 300 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER6_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER6_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER6_2.fp	(revision 296)
@@ -0,0 +1,16 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER6_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	ElementLine(0 0 0 300 10)
+	ElementLine(0 300 200 300 10)
+	ElementLine(200 300 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER80_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER80_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER80_1.fp	(revision 296)
@@ -0,0 +1,90 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER80_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(50 450 60 38 "5" 0x01)
+	Pin(50 550 60 38 "6" 0x01)
+	Pin(50 650 60 38 "7" 0x01)
+	Pin(50 750 60 38 "8" 0x01)
+	Pin(50 850 60 38 "9" 0x01)
+	Pin(50 950 60 38 "10" 0x01)
+	Pin(50 1050 60 38 "11" 0x01)
+	Pin(50 1150 60 38 "12" 0x01)
+	Pin(50 1250 60 38 "13" 0x01)
+	Pin(50 1350 60 38 "14" 0x01)
+	Pin(50 1450 60 38 "15" 0x01)
+	Pin(50 1550 60 38 "16" 0x01)
+	Pin(50 1650 60 38 "17" 0x01)
+	Pin(50 1750 60 38 "18" 0x01)
+	Pin(50 1850 60 38 "19" 0x01)
+	Pin(50 1950 60 38 "20" 0x01)
+	Pin(50 2050 60 38 "21" 0x01)
+	Pin(50 2150 60 38 "22" 0x01)
+	Pin(50 2250 60 38 "23" 0x01)
+	Pin(50 2350 60 38 "24" 0x01)
+	Pin(50 2450 60 38 "25" 0x01)
+	Pin(50 2550 60 38 "26" 0x01)
+	Pin(50 2650 60 38 "27" 0x01)
+	Pin(50 2750 60 38 "28" 0x01)
+	Pin(50 2850 60 38 "29" 0x01)
+	Pin(50 2950 60 38 "30" 0x01)
+	Pin(50 3050 60 38 "31" 0x01)
+	Pin(50 3150 60 38 "32" 0x01)
+	Pin(50 3250 60 38 "33" 0x01)
+	Pin(50 3350 60 38 "34" 0x01)
+	Pin(50 3450 60 38 "35" 0x01)
+	Pin(50 3550 60 38 "36" 0x01)
+	Pin(50 3650 60 38 "37" 0x01)
+	Pin(50 3750 60 38 "38" 0x01)
+	Pin(50 3850 60 38 "39" 0x01)
+	Pin(50 3950 60 38 "40" 0x01)
+	Pin(150 3950 60 38 "41" 0x01)
+	Pin(150 3850 60 38 "42" 0x01)
+	Pin(150 3750 60 38 "43" 0x01)
+	Pin(150 3650 60 38 "44" 0x01)
+	Pin(150 3550 60 38 "45" 0x01)
+	Pin(150 3450 60 38 "46" 0x01)
+	Pin(150 3350 60 38 "47" 0x01)
+	Pin(150 3250 60 38 "48" 0x01)
+	Pin(150 3150 60 38 "49" 0x01)
+	Pin(150 3050 60 38 "50" 0x01)
+	Pin(150 2950 60 38 "51" 0x01)
+	Pin(150 2850 60 38 "52" 0x01)
+	Pin(150 2750 60 38 "53" 0x01)
+	Pin(150 2650 60 38 "54" 0x01)
+	Pin(150 2550 60 38 "55" 0x01)
+	Pin(150 2450 60 38 "56" 0x01)
+	Pin(150 2350 60 38 "57" 0x01)
+	Pin(150 2250 60 38 "58" 0x01)
+	Pin(150 2150 60 38 "59" 0x01)
+	Pin(150 2050 60 38 "60" 0x01)
+	Pin(150 1950 60 38 "61" 0x01)
+	Pin(150 1850 60 38 "62" 0x01)
+	Pin(150 1750 60 38 "63" 0x01)
+	Pin(150 1650 60 38 "64" 0x01)
+	Pin(150 1550 60 38 "65" 0x01)
+	Pin(150 1450 60 38 "66" 0x01)
+	Pin(150 1350 60 38 "67" 0x01)
+	Pin(150 1250 60 38 "68" 0x01)
+	Pin(150 1150 60 38 "69" 0x01)
+	Pin(150 1050 60 38 "70" 0x01)
+	Pin(150 950 60 38 "71" 0x01)
+	Pin(150 850 60 38 "72" 0x01)
+	Pin(150 750 60 38 "73" 0x01)
+	Pin(150 650 60 38 "74" 0x01)
+	Pin(150 550 60 38 "75" 0x01)
+	Pin(150 450 60 38 "76" 0x01)
+	Pin(150 350 60 38 "77" 0x01)
+	Pin(150 250 60 38 "78" 0x01)
+	Pin(150 150 60 38 "79" 0x01)
+	Pin(150 50 60 38 "80" 0x01)
+	ElementLine(0 0 0 4000 10)
+	ElementLine(0 4000 200 4000 10)
+	ElementLine(200 4000 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER80_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER80_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER80_2.fp	(revision 296)
@@ -0,0 +1,90 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER80_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	 Pin(50 450 60 38 "9" 0x01)
+	Pin(150 450 60 38 "10" 0x01)
+	 Pin(50 550 60 38 "11" 0x01)
+	Pin(150 550 60 38 "12" 0x01)
+	 Pin(50 650 60 38 "13" 0x01)
+	Pin(150 650 60 38 "14" 0x01)
+	 Pin(50 750 60 38 "15" 0x01)
+	Pin(150 750 60 38 "16" 0x01)
+	 Pin(50 850 60 38 "17" 0x01)
+	Pin(150 850 60 38 "18" 0x01)
+	 Pin(50 950 60 38 "19" 0x01)
+	Pin(150 950 60 38 "20" 0x01)
+	 Pin(50 1050 60 38 "21" 0x01)
+	Pin(150 1050 60 38 "22" 0x01)
+	 Pin(50 1150 60 38 "23" 0x01)
+	Pin(150 1150 60 38 "24" 0x01)
+	 Pin(50 1250 60 38 "25" 0x01)
+	Pin(150 1250 60 38 "26" 0x01)
+	 Pin(50 1350 60 38 "27" 0x01)
+	Pin(150 1350 60 38 "28" 0x01)
+	 Pin(50 1450 60 38 "29" 0x01)
+	Pin(150 1450 60 38 "30" 0x01)
+	 Pin(50 1550 60 38 "31" 0x01)
+	Pin(150 1550 60 38 "32" 0x01)
+	 Pin(50 1650 60 38 "33" 0x01)
+	Pin(150 1650 60 38 "34" 0x01)
+	 Pin(50 1750 60 38 "35" 0x01)
+	Pin(150 1750 60 38 "36" 0x01)
+	 Pin(50 1850 60 38 "37" 0x01)
+	Pin(150 1850 60 38 "38" 0x01)
+	 Pin(50 1950 60 38 "39" 0x01)
+	Pin(150 1950 60 38 "40" 0x01)
+	 Pin(50 2050 60 38 "41" 0x01)
+	Pin(150 2050 60 38 "42" 0x01)
+	 Pin(50 2150 60 38 "43" 0x01)
+	Pin(150 2150 60 38 "44" 0x01)
+	 Pin(50 2250 60 38 "45" 0x01)
+	Pin(150 2250 60 38 "46" 0x01)
+	 Pin(50 2350 60 38 "47" 0x01)
+	Pin(150 2350 60 38 "48" 0x01)
+	 Pin(50 2450 60 38 "49" 0x01)
+	Pin(150 2450 60 38 "50" 0x01)
+	 Pin(50 2550 60 38 "51" 0x01)
+	Pin(150 2550 60 38 "52" 0x01)
+	 Pin(50 2650 60 38 "53" 0x01)
+	Pin(150 2650 60 38 "54" 0x01)
+	 Pin(50 2750 60 38 "55" 0x01)
+	Pin(150 2750 60 38 "56" 0x01)
+	 Pin(50 2850 60 38 "57" 0x01)
+	Pin(150 2850 60 38 "58" 0x01)
+	 Pin(50 2950 60 38 "59" 0x01)
+	Pin(150 2950 60 38 "60" 0x01)
+	 Pin(50 3050 60 38 "61" 0x01)
+	Pin(150 3050 60 38 "62" 0x01)
+	 Pin(50 3150 60 38 "63" 0x01)
+	Pin(150 3150 60 38 "64" 0x01)
+	 Pin(50 3250 60 38 "65" 0x01)
+	Pin(150 3250 60 38 "66" 0x01)
+	 Pin(50 3350 60 38 "67" 0x01)
+	Pin(150 3350 60 38 "68" 0x01)
+	 Pin(50 3450 60 38 "69" 0x01)
+	Pin(150 3450 60 38 "70" 0x01)
+	 Pin(50 3550 60 38 "71" 0x01)
+	Pin(150 3550 60 38 "72" 0x01)
+	 Pin(50 3650 60 38 "73" 0x01)
+	Pin(150 3650 60 38 "74" 0x01)
+	 Pin(50 3750 60 38 "75" 0x01)
+	Pin(150 3750 60 38 "76" 0x01)
+	 Pin(50 3850 60 38 "77" 0x01)
+	Pin(150 3850 60 38 "78" 0x01)
+	 Pin(50 3950 60 38 "79" 0x01)
+	Pin(150 3950 60 38 "80" 0x01)
+	ElementLine(0 0 0 4000 10)
+	ElementLine(0 4000 200 4000 10)
+	ElementLine(200 4000 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER8_1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER8_1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER8_1.fp	(revision 296)
@@ -0,0 +1,18 @@
+Element(0x00 "Header connector, DIP pin numbering" "" "HEADER8_1" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(50 150 60 38 "2" 0x01)
+	Pin(50 250 60 38 "3" 0x01)
+	Pin(50 350 60 38 "4" 0x01)
+	Pin(150 350 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	Pin(150 150 60 38 "7" 0x01)
+	Pin(150 50 60 38 "8" 0x01)
+	ElementLine(0 0 0 400 10)
+	ElementLine(0 400 200 400 10)
+	ElementLine(200 400 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEADER8_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEADER8_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEADER8_2.fp	(revision 296)
@@ -0,0 +1,18 @@
+Element(0x00 "Header connector, ribbon cable numbering" "" "HEADER8_2" 260 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	Pin(150 50 60 38 "2" 0x01)
+	 Pin(50 150 60 38 "3" 0x01)
+	Pin(150 150 60 38 "4" 0x01)
+	 Pin(50 250 60 38 "5" 0x01)
+	Pin(150 250 60 38 "6" 0x01)
+	 Pin(50 350 60 38 "7" 0x01)
+	Pin(150 350 60 38 "8" 0x01)
+	ElementLine(0 0 0 400 10)
+	ElementLine(0 400 200 400 10)
+	ElementLine(200 400 200 0 10)
+	ElementLine(200 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/HEPTAWATT.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/HEPTAWATT.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/HEPTAWATT.fp	(revision 296)
@@ -0,0 +1,18 @@
+Element(0x00 "Power IC, as in MULTIWATT15" "" "HEPTAWATT" 469 50 3 100 0x00)
+(
+       Pin(54 310 90 60 "1" 0x101)
+       Pin(104 110 90 60 "2" 0x01)
+       Pin(154 310 90 60 "3" 0x01)
+       Pin(204 110 90 60 "4" 0x01)
+       Pin(254 310 90 60 "5" 0x01)
+       Pin(304 110 90 60 "6" 0x01)
+       Pin(354 310 90 60 "7" 0x01)
+       ElementLine(0 0 0 189 20)
+       ElementLine(0 189 409 189 20)
+       ElementLine(409 189 409 0 20)
+       ElementLine(409 0 0 0 20)
+       ElementLine(0 50 409 50 10)
+       ElementLine(129 0 129 50 10)
+       ElementLine(279 0 279 50 10)
+       Mark(54 249)
+ ) 
Index: oldlib/lib/pcblib-newlib/geda/INDC0402L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC0402L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC0402L.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC0402L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-610 -216
+		-610 216
+		590 2000 1190 "1" "1" "square"]
+	    Pad[610 -216
+		610 216
+		590 2000 1190 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC0402M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC0402M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC0402M.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC0402M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-1003 -20
+		-1003 20
+		1377 2000 1977 "1" "1" "square"]
+	    Pad[1003 -20
+		1003 20
+		1377 2000 1977 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC0402N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC0402N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC0402N.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC0402N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-807 -19
+		-807 19
+		984 2000 1584 "1" "1" "square"]
+	    Pad[807 -19
+		807 19
+		984 2000 1584 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC1005L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC1005L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC1005L.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC1005L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-1574 -197
+		-1574 197
+		1968 2000 2568 "1" "1" "square"]
+	    Pad[1574 -197
+		1574 197
+		1968 2000 2568 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC1005M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC1005M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC1005M.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC1005M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-1968 -197
+		-1968 197
+		2755 2000 3355 "1" "1" "square"]
+	    Pad[1968 -197
+		1968 197
+		2755 2000 3355 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC1005N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC1005N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC1005N.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC1005N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-1574 -393
+		-1574 393
+		1968 2000 2568 "1" "1" "square"]
+	    Pad[1574 -393
+		1574 393
+		1968 2000 2568 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC1608L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC1608L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC1608L.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC1608L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-2362 -492
+		-2362 492
+		2559 2000 3159 "1" "1" "square"]
+	    Pad[2362 -492
+		2362 492
+		2559 2000 3159 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC1608M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC1608M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC1608M.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC1608M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-2755 -492
+		-2755 492
+		3346 2000 3946 "1" "1" "square"]
+	    Pad[2755 -492
+		2755 492
+		3346 2000 3946 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC1608N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC1608N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC1608N.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC1608N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-2559 -492
+		-2559 492
+		2952 2000 3552 "1" "1" "square"]
+	    Pad[2559 -492
+		2559 492
+		2952 2000 3552 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC2012L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC2012L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC2012L.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC2012L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-3149 -590
+		-3149 590
+		4330 2000 4930 "1" "1" "square"]
+	    Pad[3149 -590
+		3149 590
+		4330 2000 4930 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC2012M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC2012M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC2012M.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC2012M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-3937 -197
+		-3937 197
+		5905 2000 6505 "1" "1" "square"]
+	    Pad[3937 -197
+		3937 197
+		5905 2000 6505 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC2012N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC2012N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC2012N.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC2012N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-3543 -393
+		-3543 393
+		5118 2000 5718 "1" "1" "square"]
+	    Pad[3543 -393
+		3543 393
+		5118 2000 5718 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC2520L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC2520L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC2520L.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC2520L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-4724 -2559
+		-4724 2559
+		3543 2000 4143 "1" "1" "square"]
+	    Pad[4724 -2559
+		4724 2559
+		3543 2000 4143 "2" "2" "square"]
+	ElementLine[-1574 -4330 1574 -4330 800]
+	    ElementLine[-1574 4330 1574 4330 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC2520M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC2520M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC2520M.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC2520M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-5511 -2165
+		-5511 2165
+		5118 2000 5718 "1" "1" "square"]
+	    Pad[5511 -2165
+		5511 2165
+		5118 2000 5718 "2" "2" "square"]
+	ElementLine[-1574 -4724 1574 -4724 800]
+	    ElementLine[-1574 4724 1574 4724 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC2520N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC2520N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC2520N.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC2520N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-5118 -2362
+		-5118 2362
+		4330 2000 4930 "1" "1" "square"]
+	    Pad[5118 -2362
+		5118 2362
+		4330 2000 4930 "2" "2" "square"]
+	ElementLine[-1377 -4527 1377 -4527 800]
+	    ElementLine[-1377 4527 1377 4527 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC3216L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC3216L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC3216L.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC3216L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-5905 -1574
+		-5905 1574
+		3937 2000 4537 "1" "1" "square"]
+	    Pad[5905 -1574
+		5905 1574
+		3937 2000 4537 "2" "2" "square"]
+	ElementLine[-2362 -3543 2362 -3543 800]
+	    ElementLine[-2362 3543 2362 3543 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC3216M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC3216M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC3216M.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC3216M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-6692 -1181
+		-6692 1181
+		5511 2000 6111 "1" "1" "square"]
+	    Pad[6692 -1181
+		6692 1181
+		5511 2000 6111 "2" "2" "square"]
+	ElementLine[-2559 -3937 2559 -3937 800]
+	    ElementLine[-2559 3937 2559 3937 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC3216N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC3216N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC3216N.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC3216N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-6299 -1378
+		-6299 1378
+		4724 2000 5324 "1" "1" "square"]
+	    Pad[6299 -1378
+		6299 1378
+		4724 2000 5324 "2" "2" "square"]
+	ElementLine[-2362 -3740 2362 -3740 800]
+	    ElementLine[-2362 3740 2362 3740 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC3225L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC3225L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC3225L.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC3225L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-5511 -2953
+		-5511 2953
+		4330 2000 4930 "1" "1" "square"]
+	    Pad[5511 -2953
+		5511 2953
+		4330 2000 4930 "2" "2" "square"]
+	ElementLine[-1771 -5118 1771 -5118 800]
+	    ElementLine[-1771 5118 1771 5118 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC3225M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC3225M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC3225M.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC3225M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-6299 -2559
+		-6299 2559
+		5905 2000 6505 "1" "1" "square"]
+	    Pad[6299 -2559
+		6299 2559
+		5905 2000 6505 "2" "2" "square"]
+	ElementLine[-1968 -5511 1968 -5511 800]
+	    ElementLine[-1968 5511 1968 5511 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC3225N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC3225N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC3225N.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC3225N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-5905 -2755
+		-5905 2755
+		5118 2000 5718 "1" "1" "square"]
+	    Pad[5905 -2755
+		5905 2755
+		5118 2000 5718 "2" "2" "square"]
+	ElementLine[-1968 -5314 1968 -5314 800]
+	    ElementLine[-1968 5314 1968 5314 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC4509L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC4509L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC4509L.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC4509L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-8268 0
+		-7480 0
+		4330 2000 4930 "1" "1" "square"]
+	    Pad[7480 0
+		8268 0
+		4330 2000 4930 "2" "2" "square"]
+	ElementLine[-3937 -2165 3937 -2165 800]
+	    ElementLine[-3937 2165 3937 2165 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC4509M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC4509M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC4509M.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC4509M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-9448 0
+		-7874 0
+		5118 2000 5718 "1" "1" "square"]
+	    Pad[7874 0
+		9448 0
+		5118 2000 5718 "2" "2" "square"]
+	ElementLine[-3937 -2559 3937 -2559 800]
+	    ElementLine[-3937 2559 3937 2559 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC4509N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC4509N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC4509N.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC4509N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-8858 0
+		-7677 0
+		4724 2000 5324 "1" "1" "square"]
+	    Pad[7677 0
+		8858 0
+		4724 2000 5324 "2" "2" "square"]
+	ElementLine[-3740 -2362 3740 -2362 800]
+	    ElementLine[-3740 2362 3740 2362 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC4532L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC4532L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC4532L.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC4532L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-7480 -3740
+		-7480 3740
+		5511 2000 6111 "1" "1" "square"]
+	    Pad[7480 -3740
+		7480 3740
+		5511 2000 6111 "2" "2" "square"]
+	ElementLine[-3149 -6496 3149 -6496 800]
+	    ElementLine[-3149 6496 3149 6496 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC4532M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC4532M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC4532M.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC4532M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-8267 -3346
+		-8267 3346
+		7086 2000 7686 "1" "1" "square"]
+	    Pad[8267 -3346
+		8267 3346
+		7086 2000 7686 "2" "2" "square"]
+	ElementLine[-3149 -6889 3149 -6889 800]
+	    ElementLine[-3149 6889 3149 6889 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/INDC4532N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/INDC4532N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/INDC4532N.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "INDC4532N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-7874 -3543
+		-7874 3543
+		6299 2000 6899 "1" "1" "square"]
+	    Pad[7874 -3543
+		7874 3543
+		6299 2000 6899 "2" "2" "square"]
+	ElementLine[-3149 -6692 3149 -6692 800]
+	    ElementLine[-3149 6692 3149 6692 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER1.fp	(revision 296)
@@ -0,0 +1,11 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER1" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	ElementLine(0 0 0 100 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER10.fp	(revision 296)
@@ -0,0 +1,20 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER10" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	 Pin(50 650 60 38 "7" 0x01)
+	 Pin(50 750 60 38 "8" 0x01)
+	 Pin(50 850 60 38 "9" 0x01)
+	 Pin(50 950 60 38 "10" 0x01)
+	ElementLine(0 0 0 1000 10)
+	ElementLine(0 1000 100 1000 10)
+	ElementLine(100 1000 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER11.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER11.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER11.fp	(revision 296)
@@ -0,0 +1,21 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER11" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	 Pin(50 650 60 38 "7" 0x01)
+	 Pin(50 750 60 38 "8" 0x01)
+	 Pin(50 850 60 38 "9" 0x01)
+	 Pin(50 950 60 38 "10" 0x01)
+	 Pin(50 1050 60 38 "11" 0x01)
+	ElementLine(0 0 0 1100 10)
+	ElementLine(0 1100 100 1100 10)
+	ElementLine(100 1100 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER12.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER12.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER12.fp	(revision 296)
@@ -0,0 +1,22 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER12" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	 Pin(50 650 60 38 "7" 0x01)
+	 Pin(50 750 60 38 "8" 0x01)
+	 Pin(50 850 60 38 "9" 0x01)
+	 Pin(50 950 60 38 "10" 0x01)
+	 Pin(50 1050 60 38 "11" 0x01)
+	 Pin(50 1150 60 38 "12" 0x01)
+	ElementLine(0 0 0 1200 10)
+	ElementLine(0 1200 100 1200 10)
+	ElementLine(100 1200 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER13.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER13.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER13.fp	(revision 296)
@@ -0,0 +1,23 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER13" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	 Pin(50 650 60 38 "7" 0x01)
+	 Pin(50 750 60 38 "8" 0x01)
+	 Pin(50 850 60 38 "9" 0x01)
+	 Pin(50 950 60 38 "10" 0x01)
+	 Pin(50 1050 60 38 "11" 0x01)
+	 Pin(50 1150 60 38 "12" 0x01)
+	 Pin(50 1250 60 38 "13" 0x01)
+	ElementLine(0 0 0 1300 10)
+	ElementLine(0 1300 100 1300 10)
+	ElementLine(100 1300 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER14.fp	(revision 296)
@@ -0,0 +1,24 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER14" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	 Pin(50 650 60 38 "7" 0x01)
+	 Pin(50 750 60 38 "8" 0x01)
+	 Pin(50 850 60 38 "9" 0x01)
+	 Pin(50 950 60 38 "10" 0x01)
+	 Pin(50 1050 60 38 "11" 0x01)
+	 Pin(50 1150 60 38 "12" 0x01)
+	 Pin(50 1250 60 38 "13" 0x01)
+	 Pin(50 1350 60 38 "14" 0x01)
+	ElementLine(0 0 0 1400 10)
+	ElementLine(0 1400 100 1400 10)
+	ElementLine(100 1400 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER15.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER15.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER15.fp	(revision 296)
@@ -0,0 +1,25 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER15" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	 Pin(50 650 60 38 "7" 0x01)
+	 Pin(50 750 60 38 "8" 0x01)
+	 Pin(50 850 60 38 "9" 0x01)
+	 Pin(50 950 60 38 "10" 0x01)
+	 Pin(50 1050 60 38 "11" 0x01)
+	 Pin(50 1150 60 38 "12" 0x01)
+	 Pin(50 1250 60 38 "13" 0x01)
+	 Pin(50 1350 60 38 "14" 0x01)
+	 Pin(50 1450 60 38 "15" 0x01)
+	ElementLine(0 0 0 1500 10)
+	ElementLine(0 1500 100 1500 10)
+	ElementLine(100 1500 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER16.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER16.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER16.fp	(revision 296)
@@ -0,0 +1,26 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER16" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	 Pin(50 650 60 38 "7" 0x01)
+	 Pin(50 750 60 38 "8" 0x01)
+	 Pin(50 850 60 38 "9" 0x01)
+	 Pin(50 950 60 38 "10" 0x01)
+	 Pin(50 1050 60 38 "11" 0x01)
+	 Pin(50 1150 60 38 "12" 0x01)
+	 Pin(50 1250 60 38 "13" 0x01)
+	 Pin(50 1350 60 38 "14" 0x01)
+	 Pin(50 1450 60 38 "15" 0x01)
+	 Pin(50 1550 60 38 "16" 0x01)
+	ElementLine(0 0 0 1600 10)
+	ElementLine(0 1600 100 1600 10)
+	ElementLine(100 1600 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER17.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER17.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER17.fp	(revision 296)
@@ -0,0 +1,27 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER17" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	 Pin(50 650 60 38 "7" 0x01)
+	 Pin(50 750 60 38 "8" 0x01)
+	 Pin(50 850 60 38 "9" 0x01)
+	 Pin(50 950 60 38 "10" 0x01)
+	 Pin(50 1050 60 38 "11" 0x01)
+	 Pin(50 1150 60 38 "12" 0x01)
+	 Pin(50 1250 60 38 "13" 0x01)
+	 Pin(50 1350 60 38 "14" 0x01)
+	 Pin(50 1450 60 38 "15" 0x01)
+	 Pin(50 1550 60 38 "16" 0x01)
+	 Pin(50 1650 60 38 "17" 0x01)
+	ElementLine(0 0 0 1700 10)
+	ElementLine(0 1700 100 1700 10)
+	ElementLine(100 1700 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER18.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER18.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER18.fp	(revision 296)
@@ -0,0 +1,28 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER18" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	 Pin(50 650 60 38 "7" 0x01)
+	 Pin(50 750 60 38 "8" 0x01)
+	 Pin(50 850 60 38 "9" 0x01)
+	 Pin(50 950 60 38 "10" 0x01)
+	 Pin(50 1050 60 38 "11" 0x01)
+	 Pin(50 1150 60 38 "12" 0x01)
+	 Pin(50 1250 60 38 "13" 0x01)
+	 Pin(50 1350 60 38 "14" 0x01)
+	 Pin(50 1450 60 38 "15" 0x01)
+	 Pin(50 1550 60 38 "16" 0x01)
+	 Pin(50 1650 60 38 "17" 0x01)
+	 Pin(50 1750 60 38 "18" 0x01)
+	ElementLine(0 0 0 1800 10)
+	ElementLine(0 1800 100 1800 10)
+	ElementLine(100 1800 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER19.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER19.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER19.fp	(revision 296)
@@ -0,0 +1,29 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER19" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	 Pin(50 650 60 38 "7" 0x01)
+	 Pin(50 750 60 38 "8" 0x01)
+	 Pin(50 850 60 38 "9" 0x01)
+	 Pin(50 950 60 38 "10" 0x01)
+	 Pin(50 1050 60 38 "11" 0x01)
+	 Pin(50 1150 60 38 "12" 0x01)
+	 Pin(50 1250 60 38 "13" 0x01)
+	 Pin(50 1350 60 38 "14" 0x01)
+	 Pin(50 1450 60 38 "15" 0x01)
+	 Pin(50 1550 60 38 "16" 0x01)
+	 Pin(50 1650 60 38 "17" 0x01)
+	 Pin(50 1750 60 38 "18" 0x01)
+	 Pin(50 1850 60 38 "19" 0x01)
+	ElementLine(0 0 0 1900 10)
+	ElementLine(0 1900 100 1900 10)
+	ElementLine(100 1900 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER2.fp	(revision 296)
@@ -0,0 +1,12 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER2" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	ElementLine(0 0 0 200 10)
+	ElementLine(0 200 100 200 10)
+	ElementLine(100 200 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER20.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER20.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER20.fp	(revision 296)
@@ -0,0 +1,30 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER20" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	 Pin(50 650 60 38 "7" 0x01)
+	 Pin(50 750 60 38 "8" 0x01)
+	 Pin(50 850 60 38 "9" 0x01)
+	 Pin(50 950 60 38 "10" 0x01)
+	 Pin(50 1050 60 38 "11" 0x01)
+	 Pin(50 1150 60 38 "12" 0x01)
+	 Pin(50 1250 60 38 "13" 0x01)
+	 Pin(50 1350 60 38 "14" 0x01)
+	 Pin(50 1450 60 38 "15" 0x01)
+	 Pin(50 1550 60 38 "16" 0x01)
+	 Pin(50 1650 60 38 "17" 0x01)
+	 Pin(50 1750 60 38 "18" 0x01)
+	 Pin(50 1850 60 38 "19" 0x01)
+	 Pin(50 1950 60 38 "20" 0x01)
+	ElementLine(0 0 0 2000 10)
+	ElementLine(0 2000 100 2000 10)
+	ElementLine(100 2000 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER21.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER21.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER21.fp	(revision 296)
@@ -0,0 +1,31 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER21" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	 Pin(50 650 60 38 "7" 0x01)
+	 Pin(50 750 60 38 "8" 0x01)
+	 Pin(50 850 60 38 "9" 0x01)
+	 Pin(50 950 60 38 "10" 0x01)
+	 Pin(50 1050 60 38 "11" 0x01)
+	 Pin(50 1150 60 38 "12" 0x01)
+	 Pin(50 1250 60 38 "13" 0x01)
+	 Pin(50 1350 60 38 "14" 0x01)
+	 Pin(50 1450 60 38 "15" 0x01)
+	 Pin(50 1550 60 38 "16" 0x01)
+	 Pin(50 1650 60 38 "17" 0x01)
+	 Pin(50 1750 60 38 "18" 0x01)
+	 Pin(50 1850 60 38 "19" 0x01)
+	 Pin(50 1950 60 38 "20" 0x01)
+	 Pin(50 2050 60 38 "21" 0x01)
+	ElementLine(0 0 0 2100 10)
+	ElementLine(0 2100 100 2100 10)
+	ElementLine(100 2100 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER22.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER22.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER22.fp	(revision 296)
@@ -0,0 +1,32 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER22" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	 Pin(50 650 60 38 "7" 0x01)
+	 Pin(50 750 60 38 "8" 0x01)
+	 Pin(50 850 60 38 "9" 0x01)
+	 Pin(50 950 60 38 "10" 0x01)
+	 Pin(50 1050 60 38 "11" 0x01)
+	 Pin(50 1150 60 38 "12" 0x01)
+	 Pin(50 1250 60 38 "13" 0x01)
+	 Pin(50 1350 60 38 "14" 0x01)
+	 Pin(50 1450 60 38 "15" 0x01)
+	 Pin(50 1550 60 38 "16" 0x01)
+	 Pin(50 1650 60 38 "17" 0x01)
+	 Pin(50 1750 60 38 "18" 0x01)
+	 Pin(50 1850 60 38 "19" 0x01)
+	 Pin(50 1950 60 38 "20" 0x01)
+	 Pin(50 2050 60 38 "21" 0x01)
+	 Pin(50 2150 60 38 "22" 0x01)
+	ElementLine(0 0 0 2200 10)
+	ElementLine(0 2200 100 2200 10)
+	ElementLine(100 2200 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER23.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER23.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER23.fp	(revision 296)
@@ -0,0 +1,33 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER23" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	 Pin(50 650 60 38 "7" 0x01)
+	 Pin(50 750 60 38 "8" 0x01)
+	 Pin(50 850 60 38 "9" 0x01)
+	 Pin(50 950 60 38 "10" 0x01)
+	 Pin(50 1050 60 38 "11" 0x01)
+	 Pin(50 1150 60 38 "12" 0x01)
+	 Pin(50 1250 60 38 "13" 0x01)
+	 Pin(50 1350 60 38 "14" 0x01)
+	 Pin(50 1450 60 38 "15" 0x01)
+	 Pin(50 1550 60 38 "16" 0x01)
+	 Pin(50 1650 60 38 "17" 0x01)
+	 Pin(50 1750 60 38 "18" 0x01)
+	 Pin(50 1850 60 38 "19" 0x01)
+	 Pin(50 1950 60 38 "20" 0x01)
+	 Pin(50 2050 60 38 "21" 0x01)
+	 Pin(50 2150 60 38 "22" 0x01)
+	 Pin(50 2250 60 38 "23" 0x01)
+	ElementLine(0 0 0 2300 10)
+	ElementLine(0 2300 100 2300 10)
+	ElementLine(100 2300 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER24.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER24.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER24.fp	(revision 296)
@@ -0,0 +1,34 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER24" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	 Pin(50 650 60 38 "7" 0x01)
+	 Pin(50 750 60 38 "8" 0x01)
+	 Pin(50 850 60 38 "9" 0x01)
+	 Pin(50 950 60 38 "10" 0x01)
+	 Pin(50 1050 60 38 "11" 0x01)
+	 Pin(50 1150 60 38 "12" 0x01)
+	 Pin(50 1250 60 38 "13" 0x01)
+	 Pin(50 1350 60 38 "14" 0x01)
+	 Pin(50 1450 60 38 "15" 0x01)
+	 Pin(50 1550 60 38 "16" 0x01)
+	 Pin(50 1650 60 38 "17" 0x01)
+	 Pin(50 1750 60 38 "18" 0x01)
+	 Pin(50 1850 60 38 "19" 0x01)
+	 Pin(50 1950 60 38 "20" 0x01)
+	 Pin(50 2050 60 38 "21" 0x01)
+	 Pin(50 2150 60 38 "22" 0x01)
+	 Pin(50 2250 60 38 "23" 0x01)
+	 Pin(50 2350 60 38 "24" 0x01)
+	ElementLine(0 0 0 2400 10)
+	ElementLine(0 2400 100 2400 10)
+	ElementLine(100 2400 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER25.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER25.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER25.fp	(revision 296)
@@ -0,0 +1,35 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER25" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	 Pin(50 650 60 38 "7" 0x01)
+	 Pin(50 750 60 38 "8" 0x01)
+	 Pin(50 850 60 38 "9" 0x01)
+	 Pin(50 950 60 38 "10" 0x01)
+	 Pin(50 1050 60 38 "11" 0x01)
+	 Pin(50 1150 60 38 "12" 0x01)
+	 Pin(50 1250 60 38 "13" 0x01)
+	 Pin(50 1350 60 38 "14" 0x01)
+	 Pin(50 1450 60 38 "15" 0x01)
+	 Pin(50 1550 60 38 "16" 0x01)
+	 Pin(50 1650 60 38 "17" 0x01)
+	 Pin(50 1750 60 38 "18" 0x01)
+	 Pin(50 1850 60 38 "19" 0x01)
+	 Pin(50 1950 60 38 "20" 0x01)
+	 Pin(50 2050 60 38 "21" 0x01)
+	 Pin(50 2150 60 38 "22" 0x01)
+	 Pin(50 2250 60 38 "23" 0x01)
+	 Pin(50 2350 60 38 "24" 0x01)
+	 Pin(50 2450 60 38 "25" 0x01)
+	ElementLine(0 0 0 2500 10)
+	ElementLine(0 2500 100 2500 10)
+	ElementLine(100 2500 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER26.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER26.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER26.fp	(revision 296)
@@ -0,0 +1,36 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER26" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	 Pin(50 650 60 38 "7" 0x01)
+	 Pin(50 750 60 38 "8" 0x01)
+	 Pin(50 850 60 38 "9" 0x01)
+	 Pin(50 950 60 38 "10" 0x01)
+	 Pin(50 1050 60 38 "11" 0x01)
+	 Pin(50 1150 60 38 "12" 0x01)
+	 Pin(50 1250 60 38 "13" 0x01)
+	 Pin(50 1350 60 38 "14" 0x01)
+	 Pin(50 1450 60 38 "15" 0x01)
+	 Pin(50 1550 60 38 "16" 0x01)
+	 Pin(50 1650 60 38 "17" 0x01)
+	 Pin(50 1750 60 38 "18" 0x01)
+	 Pin(50 1850 60 38 "19" 0x01)
+	 Pin(50 1950 60 38 "20" 0x01)
+	 Pin(50 2050 60 38 "21" 0x01)
+	 Pin(50 2150 60 38 "22" 0x01)
+	 Pin(50 2250 60 38 "23" 0x01)
+	 Pin(50 2350 60 38 "24" 0x01)
+	 Pin(50 2450 60 38 "25" 0x01)
+	 Pin(50 2550 60 38 "26" 0x01)
+	ElementLine(0 0 0 2600 10)
+	ElementLine(0 2600 100 2600 10)
+	ElementLine(100 2600 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER3.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER3.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER3.fp	(revision 296)
@@ -0,0 +1,13 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER3" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	ElementLine(0 0 0 300 10)
+	ElementLine(0 300 100 300 10)
+	ElementLine(100 300 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER4.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER4" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	ElementLine(0 0 0 400 10)
+	ElementLine(0 400 100 400 10)
+	ElementLine(100 400 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER5.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER5.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER5.fp	(revision 296)
@@ -0,0 +1,15 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER5" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	ElementLine(0 0 0 500 10)
+	ElementLine(0 500 100 500 10)
+	ElementLine(100 500 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER6.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER6.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER6.fp	(revision 296)
@@ -0,0 +1,16 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER6" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	ElementLine(0 0 0 600 10)
+	ElementLine(0 600 100 600 10)
+	ElementLine(100 600 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER7.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER7.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER7.fp	(revision 296)
@@ -0,0 +1,17 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER7" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	 Pin(50 650 60 38 "7" 0x01)
+	ElementLine(0 0 0 700 10)
+	ElementLine(0 700 100 700 10)
+	ElementLine(100 700 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER8.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER8.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER8.fp	(revision 296)
@@ -0,0 +1,18 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER8" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	 Pin(50 650 60 38 "7" 0x01)
+	 Pin(50 750 60 38 "8" 0x01)
+	ElementLine(0 0 0 800 10)
+	ElementLine(0 800 100 800 10)
+	ElementLine(100 800 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/JUMPER9.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/JUMPER9.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/JUMPER9.fp	(revision 296)
@@ -0,0 +1,19 @@
+Element(0x00 "Jumper, i.e. single row headers" "" "JUMPER9" 160 0 3 100 0x00)
+(
+	Pin(50 50 60 38 "1" 0x101)
+	 Pin(50 150 60 38 "2" 0x01)
+	 Pin(50 250 60 38 "3" 0x01)
+	 Pin(50 350 60 38 "4" 0x01)
+	 Pin(50 450 60 38 "5" 0x01)
+	 Pin(50 550 60 38 "6" 0x01)
+	 Pin(50 650 60 38 "7" 0x01)
+	 Pin(50 750 60 38 "8" 0x01)
+	 Pin(50 850 60 38 "9" 0x01)
+	ElementLine(0 0 0 900 10)
+	ElementLine(0 900 100 900 10)
+	ElementLine(100 900 100 0 10)
+	ElementLine(100 0 0 0 10)
+	ElementLine(0 100 100 100 10)
+	ElementLine(100 100 100 0 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP100_10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP100_10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP100_10.fp	(revision 296)
@@ -0,0 +1,119 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP100_10" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-24193  -18897  -20677  -18897  984  3000 1284 "1" "1"  0x00000100]
+	Pad[-24193  -17323  -20677  -17323  984  3000 1284 "2" "2"  0x00000100]
+	Pad[-24193  -15748  -20677  -15748  984  3000 1284 "3" "3"  0x00000100]
+	Pad[-24193  -14173  -20677  -14173  984  3000 1284 "4" "4"  0x00000100]
+	Pad[-24193  -12598  -20677  -12598  984  3000 1284 "5" "5"  0x00000100]
+	Pad[-24193  -11023  -20677  -11023  984  3000 1284 "6" "6"  0x00000100]
+	Pad[-24193  -9449  -20677  -9449  984  3000 1284 "7" "7"  0x00000100]
+	Pad[-24193  -7874  -20677  -7874  984  3000 1284 "8" "8"  0x00000100]
+	Pad[-24193  -6299  -20677  -6299  984  3000 1284 "9" "9"  0x00000100]
+	Pad[-24193  -4724  -20677  -4724  984  3000 1284 "10" "10"  0x00000100]
+	Pad[-24193  -3149  -20677  -3149  984  3000 1284 "11" "11"  0x00000100]
+	Pad[-24193  -1575  -20677  -1575  984  3000 1284 "12" "12"  0x00000100]
+	Pad[-24193  0  -20677  0  984  3000 1284 "13" "13"  0x00000100]
+	Pad[-24193  1575  -20677  1575  984  3000 1284 "14" "14"  0x00000100]
+	Pad[-24193  3150  -20677  3150  984  3000 1284 "15" "15"  0x00000100]
+	Pad[-24193  4725  -20677  4725  984  3000 1284 "16" "16"  0x00000100]
+	Pad[-24193  6299  -20677  6299  984  3000 1284 "17" "17"  0x00000100]
+	Pad[-24193  7874  -20677  7874  984  3000 1284 "18" "18"  0x00000100]
+	Pad[-24193  9449  -20677  9449  984  3000 1284 "19" "19"  0x00000100]
+	Pad[-24193  11024  -20677  11024  984  3000 1284 "20" "20"  0x00000100]
+	Pad[-24193  12599  -20677  12599  984  3000 1284 "21" "21"  0x00000100]
+	Pad[-24193  14173  -20677  14173  984  3000 1284 "22" "22"  0x00000100]
+	Pad[-24193  15748  -20677  15748  984  3000 1284 "23" "23"  0x00000100]
+	Pad[-24193  17323  -20677  17323  984  3000 1284 "24" "24"  0x00000100]
+	Pad[-24193  18898  -20677  18898  984  3000 1284 "25" "25"  0x00000100]
+	# bottom row
+	Pad[-18897 24193  -18897  20677  984  3000 1284 "26" "26"  0x00000900]
+	Pad[-17323 24193  -17323  20677  984  3000 1284 "27" "27"  0x00000900]
+	Pad[-15748 24193  -15748  20677  984  3000 1284 "28" "28"  0x00000900]
+	Pad[-14173 24193  -14173  20677  984  3000 1284 "29" "29"  0x00000900]
+	Pad[-12598 24193  -12598  20677  984  3000 1284 "30" "30"  0x00000900]
+	Pad[-11023 24193  -11023  20677  984  3000 1284 "31" "31"  0x00000900]
+	Pad[-9449 24193  -9449  20677  984  3000 1284 "32" "32"  0x00000900]
+	Pad[-7874 24193  -7874  20677  984  3000 1284 "33" "33"  0x00000900]
+	Pad[-6299 24193  -6299  20677  984  3000 1284 "34" "34"  0x00000900]
+	Pad[-4724 24193  -4724  20677  984  3000 1284 "35" "35"  0x00000900]
+	Pad[-3149 24193  -3149  20677  984  3000 1284 "36" "36"  0x00000900]
+	Pad[-1575 24193  -1575  20677  984  3000 1284 "37" "37"  0x00000900]
+	Pad[0 24193  0  20677  984  3000 1284 "38" "38"  0x00000900]
+	Pad[1575 24193  1575  20677  984  3000 1284 "39" "39"  0x00000900]
+	Pad[3150 24193  3150  20677  984  3000 1284 "40" "40"  0x00000900]
+	Pad[4725 24193  4725  20677  984  3000 1284 "41" "41"  0x00000900]
+	Pad[6299 24193  6299  20677  984  3000 1284 "42" "42"  0x00000900]
+	Pad[7874 24193  7874  20677  984  3000 1284 "43" "43"  0x00000900]
+	Pad[9449 24193  9449  20677  984  3000 1284 "44" "44"  0x00000900]
+	Pad[11024 24193  11024  20677  984  3000 1284 "45" "45"  0x00000900]
+	Pad[12599 24193  12599  20677  984  3000 1284 "46" "46"  0x00000900]
+	Pad[14173 24193  14173  20677  984  3000 1284 "47" "47"  0x00000900]
+	Pad[15748 24193  15748  20677  984  3000 1284 "48" "48"  0x00000900]
+	Pad[17323 24193  17323  20677  984  3000 1284 "49" "49"  0x00000900]
+	Pad[18898 24193  18898  20677  984  3000 1284 "50" "50"  0x00000900]
+	# right row
+	Pad[24193  18897  20677  18897  984  3000 1284 "51" "51"  0x00000100]
+	Pad[24193  17323  20677  17323  984  3000 1284 "52" "52"  0x00000100]
+	Pad[24193  15748  20677  15748  984  3000 1284 "53" "53"  0x00000100]
+	Pad[24193  14173  20677  14173  984  3000 1284 "54" "54"  0x00000100]
+	Pad[24193  12598  20677  12598  984  3000 1284 "55" "55"  0x00000100]
+	Pad[24193  11023  20677  11023  984  3000 1284 "56" "56"  0x00000100]
+	Pad[24193  9449  20677  9449  984  3000 1284 "57" "57"  0x00000100]
+	Pad[24193  7874  20677  7874  984  3000 1284 "58" "58"  0x00000100]
+	Pad[24193  6299  20677  6299  984  3000 1284 "59" "59"  0x00000100]
+	Pad[24193  4724  20677  4724  984  3000 1284 "60" "60"  0x00000100]
+	Pad[24193  3149  20677  3149  984  3000 1284 "61" "61"  0x00000100]
+	Pad[24193  1575  20677  1575  984  3000 1284 "62" "62"  0x00000100]
+	Pad[24193  0  20677  0  984  3000 1284 "63" "63"  0x00000100]
+	Pad[24193  -1575  20677  -1575  984  3000 1284 "64" "64"  0x00000100]
+	Pad[24193  -3150  20677  -3150  984  3000 1284 "65" "65"  0x00000100]
+	Pad[24193  -4725  20677  -4725  984  3000 1284 "66" "66"  0x00000100]
+	Pad[24193  -6299  20677  -6299  984  3000 1284 "67" "67"  0x00000100]
+	Pad[24193  -7874  20677  -7874  984  3000 1284 "68" "68"  0x00000100]
+	Pad[24193  -9449  20677  -9449  984  3000 1284 "69" "69"  0x00000100]
+	Pad[24193  -11024  20677  -11024  984  3000 1284 "70" "70"  0x00000100]
+	Pad[24193  -12599  20677  -12599  984  3000 1284 "71" "71"  0x00000100]
+	Pad[24193  -14173  20677  -14173  984  3000 1284 "72" "72"  0x00000100]
+	Pad[24193  -15748  20677  -15748  984  3000 1284 "73" "73"  0x00000100]
+	Pad[24193  -17323  20677  -17323  984  3000 1284 "74" "74"  0x00000100]
+	Pad[24193  -18898  20677  -18898  984  3000 1284 "75" "75"  0x00000100]
+	# top row
+	Pad[18897 -24193  18897  -20677  984  3000 1284 "76" "76"  0x00000900]
+	Pad[17323 -24193  17323  -20677  984  3000 1284 "77" "77"  0x00000900]
+	Pad[15748 -24193  15748  -20677  984  3000 1284 "78" "78"  0x00000900]
+	Pad[14173 -24193  14173  -20677  984  3000 1284 "79" "79"  0x00000900]
+	Pad[12598 -24193  12598  -20677  984  3000 1284 "80" "80"  0x00000900]
+	Pad[11023 -24193  11023  -20677  984  3000 1284 "81" "81"  0x00000900]
+	Pad[9449 -24193  9449  -20677  984  3000 1284 "82" "82"  0x00000900]
+	Pad[7874 -24193  7874  -20677  984  3000 1284 "83" "83"  0x00000900]
+	Pad[6299 -24193  6299  -20677  984  3000 1284 "84" "84"  0x00000900]
+	Pad[4724 -24193  4724  -20677  984  3000 1284 "85" "85"  0x00000900]
+	Pad[3149 -24193  3149  -20677  984  3000 1284 "86" "86"  0x00000900]
+	Pad[1575 -24193  1575  -20677  984  3000 1284 "87" "87"  0x00000900]
+	Pad[0 -24193  0  -20677  984  3000 1284 "88" "88"  0x00000900]
+	Pad[-1575 -24193  -1575  -20677  984  3000 1284 "89" "89"  0x00000900]
+	Pad[-3150 -24193  -3150  -20677  984  3000 1284 "90" "90"  0x00000900]
+	Pad[-4725 -24193  -4725  -20677  984  3000 1284 "91" "91"  0x00000900]
+	Pad[-6299 -24193  -6299  -20677  984  3000 1284 "92" "92"  0x00000900]
+	Pad[-7874 -24193  -7874  -20677  984  3000 1284 "93" "93"  0x00000900]
+	Pad[-9449 -24193  -9449  -20677  984  3000 1284 "94" "94"  0x00000900]
+	Pad[-11024 -24193  -11024  -20677  984  3000 1284 "95" "95"  0x00000900]
+	Pad[-12599 -24193  -12599  -20677  984  3000 1284 "96" "96"  0x00000900]
+	Pad[-14173 -24193  -14173  -20677  984  3000 1284 "97" "97"  0x00000900]
+	Pad[-15748 -24193  -15748  -20677  984  3000 1284 "98" "98"  0x00000900]
+	Pad[-17323 -24193  -17323  -20677  984  3000 1284 "99" "99"  0x00000900]
+	Pad[-18898 -24193  -18898  -20677  984  3000 1284 "100" "100"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-16385 -19285 19285 -19285 800]
+	# right
+	ElementLine[19285 -19285 19285 19285 800]
+	# bottom
+	ElementLine[19285 19285 -19285 19285 800]
+	# left
+	ElementLine[-19285 19285 -19285 -16385 800]
+	# angled corner
+	ElementLine[-19285 -16385 -16385 -19285 800]
+	ElementArc[-16385 -16385 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP100_14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP100_14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP100_14.fp	(revision 296)
@@ -0,0 +1,119 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP100_14" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-32008  -23622  -28610  -23622  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-32008  -21654  -28610  -21654  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-32008  -19685  -28610  -19685  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-32008  -17717  -28610  -17717  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-32008  -15748  -28610  -15748  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-32008  -13780  -28610  -13780  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-32008  -11811  -28610  -11811  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-32008  -9843  -28610  -9843  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-32008  -7874  -28610  -7874  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-32008  -5906  -28610  -5906  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-32008  -3937  -28610  -3937  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-32008  -1969  -28610  -1969  1102  3000 1402 "12" "12"  0x00000100]
+	Pad[-32008  0  -28610  0  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[-32008  1968  -28610  1968  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[-32008  3937  -28610  3937  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[-32008  5905  -28610  5905  1102  3000 1402 "16" "16"  0x00000100]
+	Pad[-32008  7874  -28610  7874  1102  3000 1402 "17" "17"  0x00000100]
+	Pad[-32008  9842  -28610  9842  1102  3000 1402 "18" "18"  0x00000100]
+	Pad[-32008  11811  -28610  11811  1102  3000 1402 "19" "19"  0x00000100]
+	Pad[-32008  13779  -28610  13779  1102  3000 1402 "20" "20"  0x00000100]
+	Pad[-32008  15748  -28610  15748  1102  3000 1402 "21" "21"  0x00000100]
+	Pad[-32008  17716  -28610  17716  1102  3000 1402 "22" "22"  0x00000100]
+	Pad[-32008  19685  -28610  19685  1102  3000 1402 "23" "23"  0x00000100]
+	Pad[-32008  21653  -28610  21653  1102  3000 1402 "24" "24"  0x00000100]
+	Pad[-32008  23622  -28610  23622  1102  3000 1402 "25" "25"  0x00000100]
+	# bottom row
+	Pad[-23622 32008  -23622  28610  1102  3000 1402 "26" "26"  0x00000900]
+	Pad[-21654 32008  -21654  28610  1102  3000 1402 "27" "27"  0x00000900]
+	Pad[-19685 32008  -19685  28610  1102  3000 1402 "28" "28"  0x00000900]
+	Pad[-17717 32008  -17717  28610  1102  3000 1402 "29" "29"  0x00000900]
+	Pad[-15748 32008  -15748  28610  1102  3000 1402 "30" "30"  0x00000900]
+	Pad[-13780 32008  -13780  28610  1102  3000 1402 "31" "31"  0x00000900]
+	Pad[-11811 32008  -11811  28610  1102  3000 1402 "32" "32"  0x00000900]
+	Pad[-9843 32008  -9843  28610  1102  3000 1402 "33" "33"  0x00000900]
+	Pad[-7874 32008  -7874  28610  1102  3000 1402 "34" "34"  0x00000900]
+	Pad[-5906 32008  -5906  28610  1102  3000 1402 "35" "35"  0x00000900]
+	Pad[-3937 32008  -3937  28610  1102  3000 1402 "36" "36"  0x00000900]
+	Pad[-1969 32008  -1969  28610  1102  3000 1402 "37" "37"  0x00000900]
+	Pad[0 32008  0  28610  1102  3000 1402 "38" "38"  0x00000900]
+	Pad[1968 32008  1968  28610  1102  3000 1402 "39" "39"  0x00000900]
+	Pad[3937 32008  3937  28610  1102  3000 1402 "40" "40"  0x00000900]
+	Pad[5905 32008  5905  28610  1102  3000 1402 "41" "41"  0x00000900]
+	Pad[7874 32008  7874  28610  1102  3000 1402 "42" "42"  0x00000900]
+	Pad[9842 32008  9842  28610  1102  3000 1402 "43" "43"  0x00000900]
+	Pad[11811 32008  11811  28610  1102  3000 1402 "44" "44"  0x00000900]
+	Pad[13779 32008  13779  28610  1102  3000 1402 "45" "45"  0x00000900]
+	Pad[15748 32008  15748  28610  1102  3000 1402 "46" "46"  0x00000900]
+	Pad[17716 32008  17716  28610  1102  3000 1402 "47" "47"  0x00000900]
+	Pad[19685 32008  19685  28610  1102  3000 1402 "48" "48"  0x00000900]
+	Pad[21653 32008  21653  28610  1102  3000 1402 "49" "49"  0x00000900]
+	Pad[23622 32008  23622  28610  1102  3000 1402 "50" "50"  0x00000900]
+	# right row
+	Pad[32008  23622  28610  23622  1102  3000 1402 "51" "51"  0x00000100]
+	Pad[32008  21654  28610  21654  1102  3000 1402 "52" "52"  0x00000100]
+	Pad[32008  19685  28610  19685  1102  3000 1402 "53" "53"  0x00000100]
+	Pad[32008  17717  28610  17717  1102  3000 1402 "54" "54"  0x00000100]
+	Pad[32008  15748  28610  15748  1102  3000 1402 "55" "55"  0x00000100]
+	Pad[32008  13780  28610  13780  1102  3000 1402 "56" "56"  0x00000100]
+	Pad[32008  11811  28610  11811  1102  3000 1402 "57" "57"  0x00000100]
+	Pad[32008  9843  28610  9843  1102  3000 1402 "58" "58"  0x00000100]
+	Pad[32008  7874  28610  7874  1102  3000 1402 "59" "59"  0x00000100]
+	Pad[32008  5906  28610  5906  1102  3000 1402 "60" "60"  0x00000100]
+	Pad[32008  3937  28610  3937  1102  3000 1402 "61" "61"  0x00000100]
+	Pad[32008  1969  28610  1969  1102  3000 1402 "62" "62"  0x00000100]
+	Pad[32008  0  28610  0  1102  3000 1402 "63" "63"  0x00000100]
+	Pad[32008  -1968  28610  -1968  1102  3000 1402 "64" "64"  0x00000100]
+	Pad[32008  -3937  28610  -3937  1102  3000 1402 "65" "65"  0x00000100]
+	Pad[32008  -5905  28610  -5905  1102  3000 1402 "66" "66"  0x00000100]
+	Pad[32008  -7874  28610  -7874  1102  3000 1402 "67" "67"  0x00000100]
+	Pad[32008  -9842  28610  -9842  1102  3000 1402 "68" "68"  0x00000100]
+	Pad[32008  -11811  28610  -11811  1102  3000 1402 "69" "69"  0x00000100]
+	Pad[32008  -13779  28610  -13779  1102  3000 1402 "70" "70"  0x00000100]
+	Pad[32008  -15748  28610  -15748  1102  3000 1402 "71" "71"  0x00000100]
+	Pad[32008  -17716  28610  -17716  1102  3000 1402 "72" "72"  0x00000100]
+	Pad[32008  -19685  28610  -19685  1102  3000 1402 "73" "73"  0x00000100]
+	Pad[32008  -21653  28610  -21653  1102  3000 1402 "74" "74"  0x00000100]
+	Pad[32008  -23622  28610  -23622  1102  3000 1402 "75" "75"  0x00000100]
+	# top row
+	Pad[23622 -32008  23622  -28610  1102  3000 1402 "76" "76"  0x00000900]
+	Pad[21654 -32008  21654  -28610  1102  3000 1402 "77" "77"  0x00000900]
+	Pad[19685 -32008  19685  -28610  1102  3000 1402 "78" "78"  0x00000900]
+	Pad[17717 -32008  17717  -28610  1102  3000 1402 "79" "79"  0x00000900]
+	Pad[15748 -32008  15748  -28610  1102  3000 1402 "80" "80"  0x00000900]
+	Pad[13780 -32008  13780  -28610  1102  3000 1402 "81" "81"  0x00000900]
+	Pad[11811 -32008  11811  -28610  1102  3000 1402 "82" "82"  0x00000900]
+	Pad[9843 -32008  9843  -28610  1102  3000 1402 "83" "83"  0x00000900]
+	Pad[7874 -32008  7874  -28610  1102  3000 1402 "84" "84"  0x00000900]
+	Pad[5906 -32008  5906  -28610  1102  3000 1402 "85" "85"  0x00000900]
+	Pad[3937 -32008  3937  -28610  1102  3000 1402 "86" "86"  0x00000900]
+	Pad[1969 -32008  1969  -28610  1102  3000 1402 "87" "87"  0x00000900]
+	Pad[0 -32008  0  -28610  1102  3000 1402 "88" "88"  0x00000900]
+	Pad[-1968 -32008  -1968  -28610  1102  3000 1402 "89" "89"  0x00000900]
+	Pad[-3937 -32008  -3937  -28610  1102  3000 1402 "90" "90"  0x00000900]
+	Pad[-5905 -32008  -5905  -28610  1102  3000 1402 "91" "91"  0x00000900]
+	Pad[-7874 -32008  -7874  -28610  1102  3000 1402 "92" "92"  0x00000900]
+	Pad[-9842 -32008  -9842  -28610  1102  3000 1402 "93" "93"  0x00000900]
+	Pad[-11811 -32008  -11811  -28610  1102  3000 1402 "94" "94"  0x00000900]
+	Pad[-13779 -32008  -13779  -28610  1102  3000 1402 "95" "95"  0x00000900]
+	Pad[-15748 -32008  -15748  -28610  1102  3000 1402 "96" "96"  0x00000900]
+	Pad[-17716 -32008  -17716  -28610  1102  3000 1402 "97" "97"  0x00000900]
+	Pad[-19685 -32008  -19685  -28610  1102  3000 1402 "98" "98"  0x00000900]
+	Pad[-21653 -32008  -21653  -28610  1102  3000 1402 "99" "99"  0x00000900]
+	Pad[-23622 -32008  -23622  -28610  1102  3000 1402 "100" "100"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-24259 -27159 27159 -27159 800]
+	# right
+	ElementLine[27159 -27159 27159 27159 800]
+	# bottom
+	ElementLine[27159 27159 -27159 27159 800]
+	# left
+	ElementLine[-27159 27159 -27159 -24259 800]
+	# angled corner
+	ElementLine[-27159 -24259 -24259 -27159 800]
+	ElementArc[-24259 -24259 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP112_20.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP112_20.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP112_20.fp	(revision 296)
@@ -0,0 +1,131 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP112_20" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-43583  -34546  -40657  -34546  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-43583  -31987  -40657  -31987  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-43583  -29428  -40657  -29428  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-43583  -26869  -40657  -26869  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-43583  -24310  -40657  -24310  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-43583  -21751  -40657  -21751  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-43583  -19192  -40657  -19192  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-43583  -16633  -40657  -16633  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-43583  -14074  -40657  -14074  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-43583  -11515  -40657  -11515  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-43583  -8956  -40657  -8956  1574  3000 1874 "11" "11"  0x00000100]
+	Pad[-43583  -6397  -40657  -6397  1574  3000 1874 "12" "12"  0x00000100]
+	Pad[-43583  -3838  -40657  -3838  1574  3000 1874 "13" "13"  0x00000100]
+	Pad[-43583  -1279  -40657  -1279  1574  3000 1874 "14" "14"  0x00000100]
+	Pad[-43583  1280  -40657  1280  1574  3000 1874 "15" "15"  0x00000100]
+	Pad[-43583  3839  -40657  3839  1574  3000 1874 "16" "16"  0x00000100]
+	Pad[-43583  6398  -40657  6398  1574  3000 1874 "17" "17"  0x00000100]
+	Pad[-43583  8957  -40657  8957  1574  3000 1874 "18" "18"  0x00000100]
+	Pad[-43583  11516  -40657  11516  1574  3000 1874 "19" "19"  0x00000100]
+	Pad[-43583  14075  -40657  14075  1574  3000 1874 "20" "20"  0x00000100]
+	Pad[-43583  16634  -40657  16634  1574  3000 1874 "21" "21"  0x00000100]
+	Pad[-43583  19193  -40657  19193  1574  3000 1874 "22" "22"  0x00000100]
+	Pad[-43583  21752  -40657  21752  1574  3000 1874 "23" "23"  0x00000100]
+	Pad[-43583  24311  -40657  24311  1574  3000 1874 "24" "24"  0x00000100]
+	Pad[-43583  26870  -40657  26870  1574  3000 1874 "25" "25"  0x00000100]
+	Pad[-43583  29429  -40657  29429  1574  3000 1874 "26" "26"  0x00000100]
+	Pad[-43583  31988  -40657  31988  1574  3000 1874 "27" "27"  0x00000100]
+	Pad[-43583  34547  -40657  34547  1574  3000 1874 "28" "28"  0x00000100]
+	# bottom row
+	Pad[-34546 43583  -34546  40657  1574  3000 1874 "29" "29"  0x00000900]
+	Pad[-31987 43583  -31987  40657  1574  3000 1874 "30" "30"  0x00000900]
+	Pad[-29428 43583  -29428  40657  1574  3000 1874 "31" "31"  0x00000900]
+	Pad[-26869 43583  -26869  40657  1574  3000 1874 "32" "32"  0x00000900]
+	Pad[-24310 43583  -24310  40657  1574  3000 1874 "33" "33"  0x00000900]
+	Pad[-21751 43583  -21751  40657  1574  3000 1874 "34" "34"  0x00000900]
+	Pad[-19192 43583  -19192  40657  1574  3000 1874 "35" "35"  0x00000900]
+	Pad[-16633 43583  -16633  40657  1574  3000 1874 "36" "36"  0x00000900]
+	Pad[-14074 43583  -14074  40657  1574  3000 1874 "37" "37"  0x00000900]
+	Pad[-11515 43583  -11515  40657  1574  3000 1874 "38" "38"  0x00000900]
+	Pad[-8956 43583  -8956  40657  1574  3000 1874 "39" "39"  0x00000900]
+	Pad[-6397 43583  -6397  40657  1574  3000 1874 "40" "40"  0x00000900]
+	Pad[-3838 43583  -3838  40657  1574  3000 1874 "41" "41"  0x00000900]
+	Pad[-1279 43583  -1279  40657  1574  3000 1874 "42" "42"  0x00000900]
+	Pad[1280 43583  1280  40657  1574  3000 1874 "43" "43"  0x00000900]
+	Pad[3839 43583  3839  40657  1574  3000 1874 "44" "44"  0x00000900]
+	Pad[6398 43583  6398  40657  1574  3000 1874 "45" "45"  0x00000900]
+	Pad[8957 43583  8957  40657  1574  3000 1874 "46" "46"  0x00000900]
+	Pad[11516 43583  11516  40657  1574  3000 1874 "47" "47"  0x00000900]
+	Pad[14075 43583  14075  40657  1574  3000 1874 "48" "48"  0x00000900]
+	Pad[16634 43583  16634  40657  1574  3000 1874 "49" "49"  0x00000900]
+	Pad[19193 43583  19193  40657  1574  3000 1874 "50" "50"  0x00000900]
+	Pad[21752 43583  21752  40657  1574  3000 1874 "51" "51"  0x00000900]
+	Pad[24311 43583  24311  40657  1574  3000 1874 "52" "52"  0x00000900]
+	Pad[26870 43583  26870  40657  1574  3000 1874 "53" "53"  0x00000900]
+	Pad[29429 43583  29429  40657  1574  3000 1874 "54" "54"  0x00000900]
+	Pad[31988 43583  31988  40657  1574  3000 1874 "55" "55"  0x00000900]
+	Pad[34547 43583  34547  40657  1574  3000 1874 "56" "56"  0x00000900]
+	# right row
+	Pad[43583  34546  40657  34546  1574  3000 1874 "57" "57"  0x00000100]
+	Pad[43583  31987  40657  31987  1574  3000 1874 "58" "58"  0x00000100]
+	Pad[43583  29428  40657  29428  1574  3000 1874 "59" "59"  0x00000100]
+	Pad[43583  26869  40657  26869  1574  3000 1874 "60" "60"  0x00000100]
+	Pad[43583  24310  40657  24310  1574  3000 1874 "61" "61"  0x00000100]
+	Pad[43583  21751  40657  21751  1574  3000 1874 "62" "62"  0x00000100]
+	Pad[43583  19192  40657  19192  1574  3000 1874 "63" "63"  0x00000100]
+	Pad[43583  16633  40657  16633  1574  3000 1874 "64" "64"  0x00000100]
+	Pad[43583  14074  40657  14074  1574  3000 1874 "65" "65"  0x00000100]
+	Pad[43583  11515  40657  11515  1574  3000 1874 "66" "66"  0x00000100]
+	Pad[43583  8956  40657  8956  1574  3000 1874 "67" "67"  0x00000100]
+	Pad[43583  6397  40657  6397  1574  3000 1874 "68" "68"  0x00000100]
+	Pad[43583  3838  40657  3838  1574  3000 1874 "69" "69"  0x00000100]
+	Pad[43583  1279  40657  1279  1574  3000 1874 "70" "70"  0x00000100]
+	Pad[43583  -1280  40657  -1280  1574  3000 1874 "71" "71"  0x00000100]
+	Pad[43583  -3839  40657  -3839  1574  3000 1874 "72" "72"  0x00000100]
+	Pad[43583  -6398  40657  -6398  1574  3000 1874 "73" "73"  0x00000100]
+	Pad[43583  -8957  40657  -8957  1574  3000 1874 "74" "74"  0x00000100]
+	Pad[43583  -11516  40657  -11516  1574  3000 1874 "75" "75"  0x00000100]
+	Pad[43583  -14075  40657  -14075  1574  3000 1874 "76" "76"  0x00000100]
+	Pad[43583  -16634  40657  -16634  1574  3000 1874 "77" "77"  0x00000100]
+	Pad[43583  -19193  40657  -19193  1574  3000 1874 "78" "78"  0x00000100]
+	Pad[43583  -21752  40657  -21752  1574  3000 1874 "79" "79"  0x00000100]
+	Pad[43583  -24311  40657  -24311  1574  3000 1874 "80" "80"  0x00000100]
+	Pad[43583  -26870  40657  -26870  1574  3000 1874 "81" "81"  0x00000100]
+	Pad[43583  -29429  40657  -29429  1574  3000 1874 "82" "82"  0x00000100]
+	Pad[43583  -31988  40657  -31988  1574  3000 1874 "83" "83"  0x00000100]
+	Pad[43583  -34547  40657  -34547  1574  3000 1874 "84" "84"  0x00000100]
+	# top row
+	Pad[34546 -43583  34546  -40657  1574  3000 1874 "85" "85"  0x00000900]
+	Pad[31987 -43583  31987  -40657  1574  3000 1874 "86" "86"  0x00000900]
+	Pad[29428 -43583  29428  -40657  1574  3000 1874 "87" "87"  0x00000900]
+	Pad[26869 -43583  26869  -40657  1574  3000 1874 "88" "88"  0x00000900]
+	Pad[24310 -43583  24310  -40657  1574  3000 1874 "89" "89"  0x00000900]
+	Pad[21751 -43583  21751  -40657  1574  3000 1874 "90" "90"  0x00000900]
+	Pad[19192 -43583  19192  -40657  1574  3000 1874 "91" "91"  0x00000900]
+	Pad[16633 -43583  16633  -40657  1574  3000 1874 "92" "92"  0x00000900]
+	Pad[14074 -43583  14074  -40657  1574  3000 1874 "93" "93"  0x00000900]
+	Pad[11515 -43583  11515  -40657  1574  3000 1874 "94" "94"  0x00000900]
+	Pad[8956 -43583  8956  -40657  1574  3000 1874 "95" "95"  0x00000900]
+	Pad[6397 -43583  6397  -40657  1574  3000 1874 "96" "96"  0x00000900]
+	Pad[3838 -43583  3838  -40657  1574  3000 1874 "97" "97"  0x00000900]
+	Pad[1279 -43583  1279  -40657  1574  3000 1874 "98" "98"  0x00000900]
+	Pad[-1280 -43583  -1280  -40657  1574  3000 1874 "99" "99"  0x00000900]
+	Pad[-3839 -43583  -3839  -40657  1574  3000 1874 "100" "100"  0x00000900]
+	Pad[-6398 -43583  -6398  -40657  1574  3000 1874 "101" "101"  0x00000900]
+	Pad[-8957 -43583  -8957  -40657  1574  3000 1874 "102" "102"  0x00000900]
+	Pad[-11516 -43583  -11516  -40657  1574  3000 1874 "103" "103"  0x00000900]
+	Pad[-14075 -43583  -14075  -40657  1574  3000 1874 "104" "104"  0x00000900]
+	Pad[-16634 -43583  -16634  -40657  1574  3000 1874 "105" "105"  0x00000900]
+	Pad[-19193 -43583  -19193  -40657  1574  3000 1874 "106" "106"  0x00000900]
+	Pad[-21752 -43583  -21752  -40657  1574  3000 1874 "107" "107"  0x00000900]
+	Pad[-24311 -43583  -24311  -40657  1574  3000 1874 "108" "108"  0x00000900]
+	Pad[-26870 -43583  -26870  -40657  1574  3000 1874 "109" "109"  0x00000900]
+	Pad[-29429 -43583  -29429  -40657  1574  3000 1874 "110" "110"  0x00000900]
+	Pad[-31988 -43583  -31988  -40657  1574  3000 1874 "111" "111"  0x00000900]
+	Pad[-34547 -43583  -34547  -40657  1574  3000 1874 "112" "112"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-36070 -38970 38970 -38970 800]
+	# right
+	ElementLine[38970 -38970 38970 38970 800]
+	# bottom
+	ElementLine[38970 38970 -38970 38970 800]
+	# left
+	ElementLine[-38970 38970 -38970 -36070 800]
+	# angled corner
+	ElementLine[-38970 -36070 -36070 -38970 800]
+	ElementArc[-36070 -36070 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP120_16.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP120_16.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP120_16.fp	(revision 296)
@@ -0,0 +1,139 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP120_16" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-35945  -28543  -32547  -28543  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-35945  -26575  -32547  -26575  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-35945  -24606  -32547  -24606  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-35945  -22638  -32547  -22638  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-35945  -20669  -32547  -20669  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-35945  -18701  -32547  -18701  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-35945  -16732  -32547  -16732  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-35945  -14764  -32547  -14764  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-35945  -12795  -32547  -12795  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-35945  -10827  -32547  -10827  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-35945  -8858  -32547  -8858  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-35945  -6890  -32547  -6890  1102  3000 1402 "12" "12"  0x00000100]
+	Pad[-35945  -4921  -32547  -4921  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[-35945  -2953  -32547  -2953  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[-35945  -984  -32547  -984  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[-35945  984  -32547  984  1102  3000 1402 "16" "16"  0x00000100]
+	Pad[-35945  2953  -32547  2953  1102  3000 1402 "17" "17"  0x00000100]
+	Pad[-35945  4921  -32547  4921  1102  3000 1402 "18" "18"  0x00000100]
+	Pad[-35945  6890  -32547  6890  1102  3000 1402 "19" "19"  0x00000100]
+	Pad[-35945  8858  -32547  8858  1102  3000 1402 "20" "20"  0x00000100]
+	Pad[-35945  10827  -32547  10827  1102  3000 1402 "21" "21"  0x00000100]
+	Pad[-35945  12795  -32547  12795  1102  3000 1402 "22" "22"  0x00000100]
+	Pad[-35945  14764  -32547  14764  1102  3000 1402 "23" "23"  0x00000100]
+	Pad[-35945  16732  -32547  16732  1102  3000 1402 "24" "24"  0x00000100]
+	Pad[-35945  18701  -32547  18701  1102  3000 1402 "25" "25"  0x00000100]
+	Pad[-35945  20669  -32547  20669  1102  3000 1402 "26" "26"  0x00000100]
+	Pad[-35945  22638  -32547  22638  1102  3000 1402 "27" "27"  0x00000100]
+	Pad[-35945  24606  -32547  24606  1102  3000 1402 "28" "28"  0x00000100]
+	Pad[-35945  26575  -32547  26575  1102  3000 1402 "29" "29"  0x00000100]
+	Pad[-35945  28543  -32547  28543  1102  3000 1402 "30" "30"  0x00000100]
+	# bottom row
+	Pad[-28543 35945  -28543  32547  1102  3000 1402 "31" "31"  0x00000900]
+	Pad[-26575 35945  -26575  32547  1102  3000 1402 "32" "32"  0x00000900]
+	Pad[-24606 35945  -24606  32547  1102  3000 1402 "33" "33"  0x00000900]
+	Pad[-22638 35945  -22638  32547  1102  3000 1402 "34" "34"  0x00000900]
+	Pad[-20669 35945  -20669  32547  1102  3000 1402 "35" "35"  0x00000900]
+	Pad[-18701 35945  -18701  32547  1102  3000 1402 "36" "36"  0x00000900]
+	Pad[-16732 35945  -16732  32547  1102  3000 1402 "37" "37"  0x00000900]
+	Pad[-14764 35945  -14764  32547  1102  3000 1402 "38" "38"  0x00000900]
+	Pad[-12795 35945  -12795  32547  1102  3000 1402 "39" "39"  0x00000900]
+	Pad[-10827 35945  -10827  32547  1102  3000 1402 "40" "40"  0x00000900]
+	Pad[-8858 35945  -8858  32547  1102  3000 1402 "41" "41"  0x00000900]
+	Pad[-6890 35945  -6890  32547  1102  3000 1402 "42" "42"  0x00000900]
+	Pad[-4921 35945  -4921  32547  1102  3000 1402 "43" "43"  0x00000900]
+	Pad[-2953 35945  -2953  32547  1102  3000 1402 "44" "44"  0x00000900]
+	Pad[-984 35945  -984  32547  1102  3000 1402 "45" "45"  0x00000900]
+	Pad[984 35945  984  32547  1102  3000 1402 "46" "46"  0x00000900]
+	Pad[2953 35945  2953  32547  1102  3000 1402 "47" "47"  0x00000900]
+	Pad[4921 35945  4921  32547  1102  3000 1402 "48" "48"  0x00000900]
+	Pad[6890 35945  6890  32547  1102  3000 1402 "49" "49"  0x00000900]
+	Pad[8858 35945  8858  32547  1102  3000 1402 "50" "50"  0x00000900]
+	Pad[10827 35945  10827  32547  1102  3000 1402 "51" "51"  0x00000900]
+	Pad[12795 35945  12795  32547  1102  3000 1402 "52" "52"  0x00000900]
+	Pad[14764 35945  14764  32547  1102  3000 1402 "53" "53"  0x00000900]
+	Pad[16732 35945  16732  32547  1102  3000 1402 "54" "54"  0x00000900]
+	Pad[18701 35945  18701  32547  1102  3000 1402 "55" "55"  0x00000900]
+	Pad[20669 35945  20669  32547  1102  3000 1402 "56" "56"  0x00000900]
+	Pad[22638 35945  22638  32547  1102  3000 1402 "57" "57"  0x00000900]
+	Pad[24606 35945  24606  32547  1102  3000 1402 "58" "58"  0x00000900]
+	Pad[26575 35945  26575  32547  1102  3000 1402 "59" "59"  0x00000900]
+	Pad[28543 35945  28543  32547  1102  3000 1402 "60" "60"  0x00000900]
+	# right row
+	Pad[35945  28543  32547  28543  1102  3000 1402 "61" "61"  0x00000100]
+	Pad[35945  26575  32547  26575  1102  3000 1402 "62" "62"  0x00000100]
+	Pad[35945  24606  32547  24606  1102  3000 1402 "63" "63"  0x00000100]
+	Pad[35945  22638  32547  22638  1102  3000 1402 "64" "64"  0x00000100]
+	Pad[35945  20669  32547  20669  1102  3000 1402 "65" "65"  0x00000100]
+	Pad[35945  18701  32547  18701  1102  3000 1402 "66" "66"  0x00000100]
+	Pad[35945  16732  32547  16732  1102  3000 1402 "67" "67"  0x00000100]
+	Pad[35945  14764  32547  14764  1102  3000 1402 "68" "68"  0x00000100]
+	Pad[35945  12795  32547  12795  1102  3000 1402 "69" "69"  0x00000100]
+	Pad[35945  10827  32547  10827  1102  3000 1402 "70" "70"  0x00000100]
+	Pad[35945  8858  32547  8858  1102  3000 1402 "71" "71"  0x00000100]
+	Pad[35945  6890  32547  6890  1102  3000 1402 "72" "72"  0x00000100]
+	Pad[35945  4921  32547  4921  1102  3000 1402 "73" "73"  0x00000100]
+	Pad[35945  2953  32547  2953  1102  3000 1402 "74" "74"  0x00000100]
+	Pad[35945  984  32547  984  1102  3000 1402 "75" "75"  0x00000100]
+	Pad[35945  -984  32547  -984  1102  3000 1402 "76" "76"  0x00000100]
+	Pad[35945  -2953  32547  -2953  1102  3000 1402 "77" "77"  0x00000100]
+	Pad[35945  -4921  32547  -4921  1102  3000 1402 "78" "78"  0x00000100]
+	Pad[35945  -6890  32547  -6890  1102  3000 1402 "79" "79"  0x00000100]
+	Pad[35945  -8858  32547  -8858  1102  3000 1402 "80" "80"  0x00000100]
+	Pad[35945  -10827  32547  -10827  1102  3000 1402 "81" "81"  0x00000100]
+	Pad[35945  -12795  32547  -12795  1102  3000 1402 "82" "82"  0x00000100]
+	Pad[35945  -14764  32547  -14764  1102  3000 1402 "83" "83"  0x00000100]
+	Pad[35945  -16732  32547  -16732  1102  3000 1402 "84" "84"  0x00000100]
+	Pad[35945  -18701  32547  -18701  1102  3000 1402 "85" "85"  0x00000100]
+	Pad[35945  -20669  32547  -20669  1102  3000 1402 "86" "86"  0x00000100]
+	Pad[35945  -22638  32547  -22638  1102  3000 1402 "87" "87"  0x00000100]
+	Pad[35945  -24606  32547  -24606  1102  3000 1402 "88" "88"  0x00000100]
+	Pad[35945  -26575  32547  -26575  1102  3000 1402 "89" "89"  0x00000100]
+	Pad[35945  -28543  32547  -28543  1102  3000 1402 "90" "90"  0x00000100]
+	# top row
+	Pad[28543 -35945  28543  -32547  1102  3000 1402 "91" "91"  0x00000900]
+	Pad[26575 -35945  26575  -32547  1102  3000 1402 "92" "92"  0x00000900]
+	Pad[24606 -35945  24606  -32547  1102  3000 1402 "93" "93"  0x00000900]
+	Pad[22638 -35945  22638  -32547  1102  3000 1402 "94" "94"  0x00000900]
+	Pad[20669 -35945  20669  -32547  1102  3000 1402 "95" "95"  0x00000900]
+	Pad[18701 -35945  18701  -32547  1102  3000 1402 "96" "96"  0x00000900]
+	Pad[16732 -35945  16732  -32547  1102  3000 1402 "97" "97"  0x00000900]
+	Pad[14764 -35945  14764  -32547  1102  3000 1402 "98" "98"  0x00000900]
+	Pad[12795 -35945  12795  -32547  1102  3000 1402 "99" "99"  0x00000900]
+	Pad[10827 -35945  10827  -32547  1102  3000 1402 "100" "100"  0x00000900]
+	Pad[8858 -35945  8858  -32547  1102  3000 1402 "101" "101"  0x00000900]
+	Pad[6890 -35945  6890  -32547  1102  3000 1402 "102" "102"  0x00000900]
+	Pad[4921 -35945  4921  -32547  1102  3000 1402 "103" "103"  0x00000900]
+	Pad[2953 -35945  2953  -32547  1102  3000 1402 "104" "104"  0x00000900]
+	Pad[984 -35945  984  -32547  1102  3000 1402 "105" "105"  0x00000900]
+	Pad[-984 -35945  -984  -32547  1102  3000 1402 "106" "106"  0x00000900]
+	Pad[-2953 -35945  -2953  -32547  1102  3000 1402 "107" "107"  0x00000900]
+	Pad[-4921 -35945  -4921  -32547  1102  3000 1402 "108" "108"  0x00000900]
+	Pad[-6890 -35945  -6890  -32547  1102  3000 1402 "109" "109"  0x00000900]
+	Pad[-8858 -35945  -8858  -32547  1102  3000 1402 "110" "110"  0x00000900]
+	Pad[-10827 -35945  -10827  -32547  1102  3000 1402 "111" "111"  0x00000900]
+	Pad[-12795 -35945  -12795  -32547  1102  3000 1402 "112" "112"  0x00000900]
+	Pad[-14764 -35945  -14764  -32547  1102  3000 1402 "113" "113"  0x00000900]
+	Pad[-16732 -35945  -16732  -32547  1102  3000 1402 "114" "114"  0x00000900]
+	Pad[-18701 -35945  -18701  -32547  1102  3000 1402 "115" "115"  0x00000900]
+	Pad[-20669 -35945  -20669  -32547  1102  3000 1402 "116" "116"  0x00000900]
+	Pad[-22638 -35945  -22638  -32547  1102  3000 1402 "117" "117"  0x00000900]
+	Pad[-24606 -35945  -24606  -32547  1102  3000 1402 "118" "118"  0x00000900]
+	Pad[-26575 -35945  -26575  -32547  1102  3000 1402 "119" "119"  0x00000900]
+	Pad[-28543 -35945  -28543  -32547  1102  3000 1402 "120" "120"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-28196 -31096 31096 -31096 800]
+	# right
+	ElementLine[31096 -31096 31096 31096 800]
+	# bottom
+	ElementLine[31096 31096 -31096 31096 800]
+	# left
+	ElementLine[-31096 31096 -31096 -28196 800]
+	# angled corner
+	ElementLine[-31096 -28196 -28196 -31096 800]
+	ElementArc[-28196 -28196 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP128_14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP128_14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP128_14.fp	(revision 296)
@@ -0,0 +1,147 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP128_14" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-32067  -24409  -28551  -24409  984  3000 1284 "1" "1"  0x00000100]
+	Pad[-32067  -22835  -28551  -22835  984  3000 1284 "2" "2"  0x00000100]
+	Pad[-32067  -21260  -28551  -21260  984  3000 1284 "3" "3"  0x00000100]
+	Pad[-32067  -19685  -28551  -19685  984  3000 1284 "4" "4"  0x00000100]
+	Pad[-32067  -18110  -28551  -18110  984  3000 1284 "5" "5"  0x00000100]
+	Pad[-32067  -16535  -28551  -16535  984  3000 1284 "6" "6"  0x00000100]
+	Pad[-32067  -14961  -28551  -14961  984  3000 1284 "7" "7"  0x00000100]
+	Pad[-32067  -13386  -28551  -13386  984  3000 1284 "8" "8"  0x00000100]
+	Pad[-32067  -11811  -28551  -11811  984  3000 1284 "9" "9"  0x00000100]
+	Pad[-32067  -10236  -28551  -10236  984  3000 1284 "10" "10"  0x00000100]
+	Pad[-32067  -8661  -28551  -8661  984  3000 1284 "11" "11"  0x00000100]
+	Pad[-32067  -7087  -28551  -7087  984  3000 1284 "12" "12"  0x00000100]
+	Pad[-32067  -5512  -28551  -5512  984  3000 1284 "13" "13"  0x00000100]
+	Pad[-32067  -3937  -28551  -3937  984  3000 1284 "14" "14"  0x00000100]
+	Pad[-32067  -2362  -28551  -2362  984  3000 1284 "15" "15"  0x00000100]
+	Pad[-32067  -787  -28551  -787  984  3000 1284 "16" "16"  0x00000100]
+	Pad[-32067  787  -28551  787  984  3000 1284 "17" "17"  0x00000100]
+	Pad[-32067  2362  -28551  2362  984  3000 1284 "18" "18"  0x00000100]
+	Pad[-32067  3937  -28551  3937  984  3000 1284 "19" "19"  0x00000100]
+	Pad[-32067  5512  -28551  5512  984  3000 1284 "20" "20"  0x00000100]
+	Pad[-32067  7087  -28551  7087  984  3000 1284 "21" "21"  0x00000100]
+	Pad[-32067  8661  -28551  8661  984  3000 1284 "22" "22"  0x00000100]
+	Pad[-32067  10236  -28551  10236  984  3000 1284 "23" "23"  0x00000100]
+	Pad[-32067  11811  -28551  11811  984  3000 1284 "24" "24"  0x00000100]
+	Pad[-32067  13386  -28551  13386  984  3000 1284 "25" "25"  0x00000100]
+	Pad[-32067  14961  -28551  14961  984  3000 1284 "26" "26"  0x00000100]
+	Pad[-32067  16535  -28551  16535  984  3000 1284 "27" "27"  0x00000100]
+	Pad[-32067  18110  -28551  18110  984  3000 1284 "28" "28"  0x00000100]
+	Pad[-32067  19685  -28551  19685  984  3000 1284 "29" "29"  0x00000100]
+	Pad[-32067  21260  -28551  21260  984  3000 1284 "30" "30"  0x00000100]
+	Pad[-32067  22835  -28551  22835  984  3000 1284 "31" "31"  0x00000100]
+	Pad[-32067  24409  -28551  24409  984  3000 1284 "32" "32"  0x00000100]
+	# bottom row
+	Pad[-24409 32067  -24409  28551  984  3000 1284 "33" "33"  0x00000900]
+	Pad[-22835 32067  -22835  28551  984  3000 1284 "34" "34"  0x00000900]
+	Pad[-21260 32067  -21260  28551  984  3000 1284 "35" "35"  0x00000900]
+	Pad[-19685 32067  -19685  28551  984  3000 1284 "36" "36"  0x00000900]
+	Pad[-18110 32067  -18110  28551  984  3000 1284 "37" "37"  0x00000900]
+	Pad[-16535 32067  -16535  28551  984  3000 1284 "38" "38"  0x00000900]
+	Pad[-14961 32067  -14961  28551  984  3000 1284 "39" "39"  0x00000900]
+	Pad[-13386 32067  -13386  28551  984  3000 1284 "40" "40"  0x00000900]
+	Pad[-11811 32067  -11811  28551  984  3000 1284 "41" "41"  0x00000900]
+	Pad[-10236 32067  -10236  28551  984  3000 1284 "42" "42"  0x00000900]
+	Pad[-8661 32067  -8661  28551  984  3000 1284 "43" "43"  0x00000900]
+	Pad[-7087 32067  -7087  28551  984  3000 1284 "44" "44"  0x00000900]
+	Pad[-5512 32067  -5512  28551  984  3000 1284 "45" "45"  0x00000900]
+	Pad[-3937 32067  -3937  28551  984  3000 1284 "46" "46"  0x00000900]
+	Pad[-2362 32067  -2362  28551  984  3000 1284 "47" "47"  0x00000900]
+	Pad[-787 32067  -787  28551  984  3000 1284 "48" "48"  0x00000900]
+	Pad[787 32067  787  28551  984  3000 1284 "49" "49"  0x00000900]
+	Pad[2362 32067  2362  28551  984  3000 1284 "50" "50"  0x00000900]
+	Pad[3937 32067  3937  28551  984  3000 1284 "51" "51"  0x00000900]
+	Pad[5512 32067  5512  28551  984  3000 1284 "52" "52"  0x00000900]
+	Pad[7087 32067  7087  28551  984  3000 1284 "53" "53"  0x00000900]
+	Pad[8661 32067  8661  28551  984  3000 1284 "54" "54"  0x00000900]
+	Pad[10236 32067  10236  28551  984  3000 1284 "55" "55"  0x00000900]
+	Pad[11811 32067  11811  28551  984  3000 1284 "56" "56"  0x00000900]
+	Pad[13386 32067  13386  28551  984  3000 1284 "57" "57"  0x00000900]
+	Pad[14961 32067  14961  28551  984  3000 1284 "58" "58"  0x00000900]
+	Pad[16535 32067  16535  28551  984  3000 1284 "59" "59"  0x00000900]
+	Pad[18110 32067  18110  28551  984  3000 1284 "60" "60"  0x00000900]
+	Pad[19685 32067  19685  28551  984  3000 1284 "61" "61"  0x00000900]
+	Pad[21260 32067  21260  28551  984  3000 1284 "62" "62"  0x00000900]
+	Pad[22835 32067  22835  28551  984  3000 1284 "63" "63"  0x00000900]
+	Pad[24409 32067  24409  28551  984  3000 1284 "64" "64"  0x00000900]
+	# right row
+	Pad[32067  24409  28551  24409  984  3000 1284 "65" "65"  0x00000100]
+	Pad[32067  22835  28551  22835  984  3000 1284 "66" "66"  0x00000100]
+	Pad[32067  21260  28551  21260  984  3000 1284 "67" "67"  0x00000100]
+	Pad[32067  19685  28551  19685  984  3000 1284 "68" "68"  0x00000100]
+	Pad[32067  18110  28551  18110  984  3000 1284 "69" "69"  0x00000100]
+	Pad[32067  16535  28551  16535  984  3000 1284 "70" "70"  0x00000100]
+	Pad[32067  14961  28551  14961  984  3000 1284 "71" "71"  0x00000100]
+	Pad[32067  13386  28551  13386  984  3000 1284 "72" "72"  0x00000100]
+	Pad[32067  11811  28551  11811  984  3000 1284 "73" "73"  0x00000100]
+	Pad[32067  10236  28551  10236  984  3000 1284 "74" "74"  0x00000100]
+	Pad[32067  8661  28551  8661  984  3000 1284 "75" "75"  0x00000100]
+	Pad[32067  7087  28551  7087  984  3000 1284 "76" "76"  0x00000100]
+	Pad[32067  5512  28551  5512  984  3000 1284 "77" "77"  0x00000100]
+	Pad[32067  3937  28551  3937  984  3000 1284 "78" "78"  0x00000100]
+	Pad[32067  2362  28551  2362  984  3000 1284 "79" "79"  0x00000100]
+	Pad[32067  787  28551  787  984  3000 1284 "80" "80"  0x00000100]
+	Pad[32067  -787  28551  -787  984  3000 1284 "81" "81"  0x00000100]
+	Pad[32067  -2362  28551  -2362  984  3000 1284 "82" "82"  0x00000100]
+	Pad[32067  -3937  28551  -3937  984  3000 1284 "83" "83"  0x00000100]
+	Pad[32067  -5512  28551  -5512  984  3000 1284 "84" "84"  0x00000100]
+	Pad[32067  -7087  28551  -7087  984  3000 1284 "85" "85"  0x00000100]
+	Pad[32067  -8661  28551  -8661  984  3000 1284 "86" "86"  0x00000100]
+	Pad[32067  -10236  28551  -10236  984  3000 1284 "87" "87"  0x00000100]
+	Pad[32067  -11811  28551  -11811  984  3000 1284 "88" "88"  0x00000100]
+	Pad[32067  -13386  28551  -13386  984  3000 1284 "89" "89"  0x00000100]
+	Pad[32067  -14961  28551  -14961  984  3000 1284 "90" "90"  0x00000100]
+	Pad[32067  -16535  28551  -16535  984  3000 1284 "91" "91"  0x00000100]
+	Pad[32067  -18110  28551  -18110  984  3000 1284 "92" "92"  0x00000100]
+	Pad[32067  -19685  28551  -19685  984  3000 1284 "93" "93"  0x00000100]
+	Pad[32067  -21260  28551  -21260  984  3000 1284 "94" "94"  0x00000100]
+	Pad[32067  -22835  28551  -22835  984  3000 1284 "95" "95"  0x00000100]
+	Pad[32067  -24409  28551  -24409  984  3000 1284 "96" "96"  0x00000100]
+	# top row
+	Pad[24409 -32067  24409  -28551  984  3000 1284 "97" "97"  0x00000900]
+	Pad[22835 -32067  22835  -28551  984  3000 1284 "98" "98"  0x00000900]
+	Pad[21260 -32067  21260  -28551  984  3000 1284 "99" "99"  0x00000900]
+	Pad[19685 -32067  19685  -28551  984  3000 1284 "100" "100"  0x00000900]
+	Pad[18110 -32067  18110  -28551  984  3000 1284 "101" "101"  0x00000900]
+	Pad[16535 -32067  16535  -28551  984  3000 1284 "102" "102"  0x00000900]
+	Pad[14961 -32067  14961  -28551  984  3000 1284 "103" "103"  0x00000900]
+	Pad[13386 -32067  13386  -28551  984  3000 1284 "104" "104"  0x00000900]
+	Pad[11811 -32067  11811  -28551  984  3000 1284 "105" "105"  0x00000900]
+	Pad[10236 -32067  10236  -28551  984  3000 1284 "106" "106"  0x00000900]
+	Pad[8661 -32067  8661  -28551  984  3000 1284 "107" "107"  0x00000900]
+	Pad[7087 -32067  7087  -28551  984  3000 1284 "108" "108"  0x00000900]
+	Pad[5512 -32067  5512  -28551  984  3000 1284 "109" "109"  0x00000900]
+	Pad[3937 -32067  3937  -28551  984  3000 1284 "110" "110"  0x00000900]
+	Pad[2362 -32067  2362  -28551  984  3000 1284 "111" "111"  0x00000900]
+	Pad[787 -32067  787  -28551  984  3000 1284 "112" "112"  0x00000900]
+	Pad[-787 -32067  -787  -28551  984  3000 1284 "113" "113"  0x00000900]
+	Pad[-2362 -32067  -2362  -28551  984  3000 1284 "114" "114"  0x00000900]
+	Pad[-3937 -32067  -3937  -28551  984  3000 1284 "115" "115"  0x00000900]
+	Pad[-5512 -32067  -5512  -28551  984  3000 1284 "116" "116"  0x00000900]
+	Pad[-7087 -32067  -7087  -28551  984  3000 1284 "117" "117"  0x00000900]
+	Pad[-8661 -32067  -8661  -28551  984  3000 1284 "118" "118"  0x00000900]
+	Pad[-10236 -32067  -10236  -28551  984  3000 1284 "119" "119"  0x00000900]
+	Pad[-11811 -32067  -11811  -28551  984  3000 1284 "120" "120"  0x00000900]
+	Pad[-13386 -32067  -13386  -28551  984  3000 1284 "121" "121"  0x00000900]
+	Pad[-14961 -32067  -14961  -28551  984  3000 1284 "122" "122"  0x00000900]
+	Pad[-16535 -32067  -16535  -28551  984  3000 1284 "123" "123"  0x00000900]
+	Pad[-18110 -32067  -18110  -28551  984  3000 1284 "124" "124"  0x00000900]
+	Pad[-19685 -32067  -19685  -28551  984  3000 1284 "125" "125"  0x00000900]
+	Pad[-21260 -32067  -21260  -28551  984  3000 1284 "126" "126"  0x00000900]
+	Pad[-22835 -32067  -22835  -28551  984  3000 1284 "127" "127"  0x00000900]
+	Pad[-24409 -32067  -24409  -28551  984  3000 1284 "128" "128"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-24259 -27159 27159 -27159 800]
+	# right
+	ElementLine[27159 -27159 27159 27159 800]
+	# bottom
+	ElementLine[27159 27159 -27159 27159 800]
+	# left
+	ElementLine[-27159 27159 -27159 -24259 800]
+	# angled corner
+	ElementLine[-27159 -24259 -24259 -27159 800]
+	ElementArc[-24259 -24259 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP128_14_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP128_14_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP128_14_EP.fp	(revision 296)
@@ -0,0 +1,148 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP128_14_EP" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-32067  -24409  -28551  -24409  984  3000 1284 "1" "1"  0x00000100]
+	Pad[-32067  -22835  -28551  -22835  984  3000 1284 "2" "2"  0x00000100]
+	Pad[-32067  -21260  -28551  -21260  984  3000 1284 "3" "3"  0x00000100]
+	Pad[-32067  -19685  -28551  -19685  984  3000 1284 "4" "4"  0x00000100]
+	Pad[-32067  -18110  -28551  -18110  984  3000 1284 "5" "5"  0x00000100]
+	Pad[-32067  -16535  -28551  -16535  984  3000 1284 "6" "6"  0x00000100]
+	Pad[-32067  -14961  -28551  -14961  984  3000 1284 "7" "7"  0x00000100]
+	Pad[-32067  -13386  -28551  -13386  984  3000 1284 "8" "8"  0x00000100]
+	Pad[-32067  -11811  -28551  -11811  984  3000 1284 "9" "9"  0x00000100]
+	Pad[-32067  -10236  -28551  -10236  984  3000 1284 "10" "10"  0x00000100]
+	Pad[-32067  -8661  -28551  -8661  984  3000 1284 "11" "11"  0x00000100]
+	Pad[-32067  -7087  -28551  -7087  984  3000 1284 "12" "12"  0x00000100]
+	Pad[-32067  -5512  -28551  -5512  984  3000 1284 "13" "13"  0x00000100]
+	Pad[-32067  -3937  -28551  -3937  984  3000 1284 "14" "14"  0x00000100]
+	Pad[-32067  -2362  -28551  -2362  984  3000 1284 "15" "15"  0x00000100]
+	Pad[-32067  -787  -28551  -787  984  3000 1284 "16" "16"  0x00000100]
+	Pad[-32067  787  -28551  787  984  3000 1284 "17" "17"  0x00000100]
+	Pad[-32067  2362  -28551  2362  984  3000 1284 "18" "18"  0x00000100]
+	Pad[-32067  3937  -28551  3937  984  3000 1284 "19" "19"  0x00000100]
+	Pad[-32067  5512  -28551  5512  984  3000 1284 "20" "20"  0x00000100]
+	Pad[-32067  7087  -28551  7087  984  3000 1284 "21" "21"  0x00000100]
+	Pad[-32067  8661  -28551  8661  984  3000 1284 "22" "22"  0x00000100]
+	Pad[-32067  10236  -28551  10236  984  3000 1284 "23" "23"  0x00000100]
+	Pad[-32067  11811  -28551  11811  984  3000 1284 "24" "24"  0x00000100]
+	Pad[-32067  13386  -28551  13386  984  3000 1284 "25" "25"  0x00000100]
+	Pad[-32067  14961  -28551  14961  984  3000 1284 "26" "26"  0x00000100]
+	Pad[-32067  16535  -28551  16535  984  3000 1284 "27" "27"  0x00000100]
+	Pad[-32067  18110  -28551  18110  984  3000 1284 "28" "28"  0x00000100]
+	Pad[-32067  19685  -28551  19685  984  3000 1284 "29" "29"  0x00000100]
+	Pad[-32067  21260  -28551  21260  984  3000 1284 "30" "30"  0x00000100]
+	Pad[-32067  22835  -28551  22835  984  3000 1284 "31" "31"  0x00000100]
+	Pad[-32067  24409  -28551  24409  984  3000 1284 "32" "32"  0x00000100]
+	# bottom row
+	Pad[-24409 32067  -24409  28551  984  3000 1284 "33" "33"  0x00000900]
+	Pad[-22835 32067  -22835  28551  984  3000 1284 "34" "34"  0x00000900]
+	Pad[-21260 32067  -21260  28551  984  3000 1284 "35" "35"  0x00000900]
+	Pad[-19685 32067  -19685  28551  984  3000 1284 "36" "36"  0x00000900]
+	Pad[-18110 32067  -18110  28551  984  3000 1284 "37" "37"  0x00000900]
+	Pad[-16535 32067  -16535  28551  984  3000 1284 "38" "38"  0x00000900]
+	Pad[-14961 32067  -14961  28551  984  3000 1284 "39" "39"  0x00000900]
+	Pad[-13386 32067  -13386  28551  984  3000 1284 "40" "40"  0x00000900]
+	Pad[-11811 32067  -11811  28551  984  3000 1284 "41" "41"  0x00000900]
+	Pad[-10236 32067  -10236  28551  984  3000 1284 "42" "42"  0x00000900]
+	Pad[-8661 32067  -8661  28551  984  3000 1284 "43" "43"  0x00000900]
+	Pad[-7087 32067  -7087  28551  984  3000 1284 "44" "44"  0x00000900]
+	Pad[-5512 32067  -5512  28551  984  3000 1284 "45" "45"  0x00000900]
+	Pad[-3937 32067  -3937  28551  984  3000 1284 "46" "46"  0x00000900]
+	Pad[-2362 32067  -2362  28551  984  3000 1284 "47" "47"  0x00000900]
+	Pad[-787 32067  -787  28551  984  3000 1284 "48" "48"  0x00000900]
+	Pad[787 32067  787  28551  984  3000 1284 "49" "49"  0x00000900]
+	Pad[2362 32067  2362  28551  984  3000 1284 "50" "50"  0x00000900]
+	Pad[3937 32067  3937  28551  984  3000 1284 "51" "51"  0x00000900]
+	Pad[5512 32067  5512  28551  984  3000 1284 "52" "52"  0x00000900]
+	Pad[7087 32067  7087  28551  984  3000 1284 "53" "53"  0x00000900]
+	Pad[8661 32067  8661  28551  984  3000 1284 "54" "54"  0x00000900]
+	Pad[10236 32067  10236  28551  984  3000 1284 "55" "55"  0x00000900]
+	Pad[11811 32067  11811  28551  984  3000 1284 "56" "56"  0x00000900]
+	Pad[13386 32067  13386  28551  984  3000 1284 "57" "57"  0x00000900]
+	Pad[14961 32067  14961  28551  984  3000 1284 "58" "58"  0x00000900]
+	Pad[16535 32067  16535  28551  984  3000 1284 "59" "59"  0x00000900]
+	Pad[18110 32067  18110  28551  984  3000 1284 "60" "60"  0x00000900]
+	Pad[19685 32067  19685  28551  984  3000 1284 "61" "61"  0x00000900]
+	Pad[21260 32067  21260  28551  984  3000 1284 "62" "62"  0x00000900]
+	Pad[22835 32067  22835  28551  984  3000 1284 "63" "63"  0x00000900]
+	Pad[24409 32067  24409  28551  984  3000 1284 "64" "64"  0x00000900]
+	# right row
+	Pad[32067  24409  28551  24409  984  3000 1284 "65" "65"  0x00000100]
+	Pad[32067  22835  28551  22835  984  3000 1284 "66" "66"  0x00000100]
+	Pad[32067  21260  28551  21260  984  3000 1284 "67" "67"  0x00000100]
+	Pad[32067  19685  28551  19685  984  3000 1284 "68" "68"  0x00000100]
+	Pad[32067  18110  28551  18110  984  3000 1284 "69" "69"  0x00000100]
+	Pad[32067  16535  28551  16535  984  3000 1284 "70" "70"  0x00000100]
+	Pad[32067  14961  28551  14961  984  3000 1284 "71" "71"  0x00000100]
+	Pad[32067  13386  28551  13386  984  3000 1284 "72" "72"  0x00000100]
+	Pad[32067  11811  28551  11811  984  3000 1284 "73" "73"  0x00000100]
+	Pad[32067  10236  28551  10236  984  3000 1284 "74" "74"  0x00000100]
+	Pad[32067  8661  28551  8661  984  3000 1284 "75" "75"  0x00000100]
+	Pad[32067  7087  28551  7087  984  3000 1284 "76" "76"  0x00000100]
+	Pad[32067  5512  28551  5512  984  3000 1284 "77" "77"  0x00000100]
+	Pad[32067  3937  28551  3937  984  3000 1284 "78" "78"  0x00000100]
+	Pad[32067  2362  28551  2362  984  3000 1284 "79" "79"  0x00000100]
+	Pad[32067  787  28551  787  984  3000 1284 "80" "80"  0x00000100]
+	Pad[32067  -787  28551  -787  984  3000 1284 "81" "81"  0x00000100]
+	Pad[32067  -2362  28551  -2362  984  3000 1284 "82" "82"  0x00000100]
+	Pad[32067  -3937  28551  -3937  984  3000 1284 "83" "83"  0x00000100]
+	Pad[32067  -5512  28551  -5512  984  3000 1284 "84" "84"  0x00000100]
+	Pad[32067  -7087  28551  -7087  984  3000 1284 "85" "85"  0x00000100]
+	Pad[32067  -8661  28551  -8661  984  3000 1284 "86" "86"  0x00000100]
+	Pad[32067  -10236  28551  -10236  984  3000 1284 "87" "87"  0x00000100]
+	Pad[32067  -11811  28551  -11811  984  3000 1284 "88" "88"  0x00000100]
+	Pad[32067  -13386  28551  -13386  984  3000 1284 "89" "89"  0x00000100]
+	Pad[32067  -14961  28551  -14961  984  3000 1284 "90" "90"  0x00000100]
+	Pad[32067  -16535  28551  -16535  984  3000 1284 "91" "91"  0x00000100]
+	Pad[32067  -18110  28551  -18110  984  3000 1284 "92" "92"  0x00000100]
+	Pad[32067  -19685  28551  -19685  984  3000 1284 "93" "93"  0x00000100]
+	Pad[32067  -21260  28551  -21260  984  3000 1284 "94" "94"  0x00000100]
+	Pad[32067  -22835  28551  -22835  984  3000 1284 "95" "95"  0x00000100]
+	Pad[32067  -24409  28551  -24409  984  3000 1284 "96" "96"  0x00000100]
+	# top row
+	Pad[24409 -32067  24409  -28551  984  3000 1284 "97" "97"  0x00000900]
+	Pad[22835 -32067  22835  -28551  984  3000 1284 "98" "98"  0x00000900]
+	Pad[21260 -32067  21260  -28551  984  3000 1284 "99" "99"  0x00000900]
+	Pad[19685 -32067  19685  -28551  984  3000 1284 "100" "100"  0x00000900]
+	Pad[18110 -32067  18110  -28551  984  3000 1284 "101" "101"  0x00000900]
+	Pad[16535 -32067  16535  -28551  984  3000 1284 "102" "102"  0x00000900]
+	Pad[14961 -32067  14961  -28551  984  3000 1284 "103" "103"  0x00000900]
+	Pad[13386 -32067  13386  -28551  984  3000 1284 "104" "104"  0x00000900]
+	Pad[11811 -32067  11811  -28551  984  3000 1284 "105" "105"  0x00000900]
+	Pad[10236 -32067  10236  -28551  984  3000 1284 "106" "106"  0x00000900]
+	Pad[8661 -32067  8661  -28551  984  3000 1284 "107" "107"  0x00000900]
+	Pad[7087 -32067  7087  -28551  984  3000 1284 "108" "108"  0x00000900]
+	Pad[5512 -32067  5512  -28551  984  3000 1284 "109" "109"  0x00000900]
+	Pad[3937 -32067  3937  -28551  984  3000 1284 "110" "110"  0x00000900]
+	Pad[2362 -32067  2362  -28551  984  3000 1284 "111" "111"  0x00000900]
+	Pad[787 -32067  787  -28551  984  3000 1284 "112" "112"  0x00000900]
+	Pad[-787 -32067  -787  -28551  984  3000 1284 "113" "113"  0x00000900]
+	Pad[-2362 -32067  -2362  -28551  984  3000 1284 "114" "114"  0x00000900]
+	Pad[-3937 -32067  -3937  -28551  984  3000 1284 "115" "115"  0x00000900]
+	Pad[-5512 -32067  -5512  -28551  984  3000 1284 "116" "116"  0x00000900]
+	Pad[-7087 -32067  -7087  -28551  984  3000 1284 "117" "117"  0x00000900]
+	Pad[-8661 -32067  -8661  -28551  984  3000 1284 "118" "118"  0x00000900]
+	Pad[-10236 -32067  -10236  -28551  984  3000 1284 "119" "119"  0x00000900]
+	Pad[-11811 -32067  -11811  -28551  984  3000 1284 "120" "120"  0x00000900]
+	Pad[-13386 -32067  -13386  -28551  984  3000 1284 "121" "121"  0x00000900]
+	Pad[-14961 -32067  -14961  -28551  984  3000 1284 "122" "122"  0x00000900]
+	Pad[-16535 -32067  -16535  -28551  984  3000 1284 "123" "123"  0x00000900]
+	Pad[-18110 -32067  -18110  -28551  984  3000 1284 "124" "124"  0x00000900]
+	Pad[-19685 -32067  -19685  -28551  984  3000 1284 "125" "125"  0x00000900]
+	Pad[-21260 -32067  -21260  -28551  984  3000 1284 "126" "126"  0x00000900]
+	Pad[-22835 -32067  -22835  -28551  984  3000 1284 "127" "127"  0x00000900]
+	Pad[-24409 -32067  -24409  -28551  984  3000 1284 "128" "128"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+Pad[0 0 0 0 38188 500 38588 "1" "1" 0x00000100]
+	# top
+	ElementLine[-24259 -27159 27159 -27159 800]
+	# right
+	ElementLine[27159 -27159 27159 27159 800]
+	# bottom
+	ElementLine[27159 27159 -27159 27159 800]
+	# left
+	ElementLine[-27159 27159 -27159 -24259 800]
+	# angled corner
+	ElementLine[-27159 -24259 -24259 -27159 800]
+	ElementArc[-24259 -24259 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP128_R.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP128_R.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP128_R.fp	(revision 296)
@@ -0,0 +1,147 @@
+Element[0x00000000 "Rectangular Quad-side flat pack" "" "LQFP128_R" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-32008  -36417  -28610  -36417  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-32008  -34449  -28610  -34449  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-32008  -32480  -28610  -32480  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-32008  -30512  -28610  -30512  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-32008  -28543  -28610  -28543  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-32008  -26575  -28610  -26575  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-32008  -24606  -28610  -24606  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-32008  -22638  -28610  -22638  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-32008  -20669  -28610  -20669  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-32008  -18701  -28610  -18701  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-32008  -16732  -28610  -16732  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-32008  -14764  -28610  -14764  1102  3000 1402 "12" "12"  0x00000100]
+	Pad[-32008  -12795  -28610  -12795  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[-32008  -10827  -28610  -10827  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[-32008  -8858  -28610  -8858  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[-32008  -6890  -28610  -6890  1102  3000 1402 "16" "16"  0x00000100]
+	Pad[-32008  -4921  -28610  -4921  1102  3000 1402 "17" "17"  0x00000100]
+	Pad[-32008  -2953  -28610  -2953  1102  3000 1402 "18" "18"  0x00000100]
+	Pad[-32008  -984  -28610  -984  1102  3000 1402 "19" "19"  0x00000100]
+	Pad[-32008  984  -28610  984  1102  3000 1402 "20" "20"  0x00000100]
+	Pad[-32008  2953  -28610  2953  1102  3000 1402 "21" "21"  0x00000100]
+	Pad[-32008  4921  -28610  4921  1102  3000 1402 "22" "22"  0x00000100]
+	Pad[-32008  6890  -28610  6890  1102  3000 1402 "23" "23"  0x00000100]
+	Pad[-32008  8858  -28610  8858  1102  3000 1402 "24" "24"  0x00000100]
+	Pad[-32008  10827  -28610  10827  1102  3000 1402 "25" "25"  0x00000100]
+	Pad[-32008  12795  -28610  12795  1102  3000 1402 "26" "26"  0x00000100]
+	Pad[-32008  14764  -28610  14764  1102  3000 1402 "27" "27"  0x00000100]
+	Pad[-32008  16732  -28610  16732  1102  3000 1402 "28" "28"  0x00000100]
+	Pad[-32008  18701  -28610  18701  1102  3000 1402 "29" "29"  0x00000100]
+	Pad[-32008  20669  -28610  20669  1102  3000 1402 "30" "30"  0x00000100]
+	Pad[-32008  22638  -28610  22638  1102  3000 1402 "31" "31"  0x00000100]
+	Pad[-32008  24606  -28610  24606  1102  3000 1402 "32" "32"  0x00000100]
+	Pad[-32008  26575  -28610  26575  1102  3000 1402 "33" "33"  0x00000100]
+	Pad[-32008  28543  -28610  28543  1102  3000 1402 "34" "34"  0x00000100]
+	Pad[-32008  30512  -28610  30512  1102  3000 1402 "35" "35"  0x00000100]
+	Pad[-32008  32480  -28610  32480  1102  3000 1402 "36" "36"  0x00000100]
+	Pad[-32008  34449  -28610  34449  1102  3000 1402 "37" "37"  0x00000100]
+	Pad[-32008  36417  -28610  36417  1102  3000 1402 "38" "38"  0x00000100]
+	# bottom row
+	Pad[-24606 43819  -24606  40421  1102  3000 1402 "39" "39"  0x00000900]
+	Pad[-22638 43819  -22638  40421  1102  3000 1402 "40" "40"  0x00000900]
+	Pad[-20669 43819  -20669  40421  1102  3000 1402 "41" "41"  0x00000900]
+	Pad[-18701 43819  -18701  40421  1102  3000 1402 "42" "42"  0x00000900]
+	Pad[-16732 43819  -16732  40421  1102  3000 1402 "43" "43"  0x00000900]
+	Pad[-14764 43819  -14764  40421  1102  3000 1402 "44" "44"  0x00000900]
+	Pad[-12795 43819  -12795  40421  1102  3000 1402 "45" "45"  0x00000900]
+	Pad[-10827 43819  -10827  40421  1102  3000 1402 "46" "46"  0x00000900]
+	Pad[-8858 43819  -8858  40421  1102  3000 1402 "47" "47"  0x00000900]
+	Pad[-6890 43819  -6890  40421  1102  3000 1402 "48" "48"  0x00000900]
+	Pad[-4921 43819  -4921  40421  1102  3000 1402 "49" "49"  0x00000900]
+	Pad[-2953 43819  -2953  40421  1102  3000 1402 "50" "50"  0x00000900]
+	Pad[-984 43819  -984  40421  1102  3000 1402 "51" "51"  0x00000900]
+	Pad[984 43819  984  40421  1102  3000 1402 "52" "52"  0x00000900]
+	Pad[2953 43819  2953  40421  1102  3000 1402 "53" "53"  0x00000900]
+	Pad[4921 43819  4921  40421  1102  3000 1402 "54" "54"  0x00000900]
+	Pad[6890 43819  6890  40421  1102  3000 1402 "55" "55"  0x00000900]
+	Pad[8858 43819  8858  40421  1102  3000 1402 "56" "56"  0x00000900]
+	Pad[10827 43819  10827  40421  1102  3000 1402 "57" "57"  0x00000900]
+	Pad[12795 43819  12795  40421  1102  3000 1402 "58" "58"  0x00000900]
+	Pad[14764 43819  14764  40421  1102  3000 1402 "59" "59"  0x00000900]
+	Pad[16732 43819  16732  40421  1102  3000 1402 "60" "60"  0x00000900]
+	Pad[18701 43819  18701  40421  1102  3000 1402 "61" "61"  0x00000900]
+	Pad[20669 43819  20669  40421  1102  3000 1402 "62" "62"  0x00000900]
+	Pad[22638 43819  22638  40421  1102  3000 1402 "63" "63"  0x00000900]
+	Pad[24606 43819  24606  40421  1102  3000 1402 "64" "64"  0x00000900]
+	# right row
+	Pad[32008  36417  28610  36417  1102  3000 1402 "65" "65"  0x00000100]
+	Pad[32008  34449  28610  34449  1102  3000 1402 "66" "66"  0x00000100]
+	Pad[32008  32480  28610  32480  1102  3000 1402 "67" "67"  0x00000100]
+	Pad[32008  30512  28610  30512  1102  3000 1402 "68" "68"  0x00000100]
+	Pad[32008  28543  28610  28543  1102  3000 1402 "69" "69"  0x00000100]
+	Pad[32008  26575  28610  26575  1102  3000 1402 "70" "70"  0x00000100]
+	Pad[32008  24606  28610  24606  1102  3000 1402 "71" "71"  0x00000100]
+	Pad[32008  22638  28610  22638  1102  3000 1402 "72" "72"  0x00000100]
+	Pad[32008  20669  28610  20669  1102  3000 1402 "73" "73"  0x00000100]
+	Pad[32008  18701  28610  18701  1102  3000 1402 "74" "74"  0x00000100]
+	Pad[32008  16732  28610  16732  1102  3000 1402 "75" "75"  0x00000100]
+	Pad[32008  14764  28610  14764  1102  3000 1402 "76" "76"  0x00000100]
+	Pad[32008  12795  28610  12795  1102  3000 1402 "77" "77"  0x00000100]
+	Pad[32008  10827  28610  10827  1102  3000 1402 "78" "78"  0x00000100]
+	Pad[32008  8858  28610  8858  1102  3000 1402 "79" "79"  0x00000100]
+	Pad[32008  6890  28610  6890  1102  3000 1402 "80" "80"  0x00000100]
+	Pad[32008  4921  28610  4921  1102  3000 1402 "81" "81"  0x00000100]
+	Pad[32008  2953  28610  2953  1102  3000 1402 "82" "82"  0x00000100]
+	Pad[32008  984  28610  984  1102  3000 1402 "83" "83"  0x00000100]
+	Pad[32008  -984  28610  -984  1102  3000 1402 "84" "84"  0x00000100]
+	Pad[32008  -2953  28610  -2953  1102  3000 1402 "85" "85"  0x00000100]
+	Pad[32008  -4921  28610  -4921  1102  3000 1402 "86" "86"  0x00000100]
+	Pad[32008  -6890  28610  -6890  1102  3000 1402 "87" "87"  0x00000100]
+	Pad[32008  -8858  28610  -8858  1102  3000 1402 "88" "88"  0x00000100]
+	Pad[32008  -10827  28610  -10827  1102  3000 1402 "89" "89"  0x00000100]
+	Pad[32008  -12795  28610  -12795  1102  3000 1402 "90" "90"  0x00000100]
+	Pad[32008  -14764  28610  -14764  1102  3000 1402 "91" "91"  0x00000100]
+	Pad[32008  -16732  28610  -16732  1102  3000 1402 "92" "92"  0x00000100]
+	Pad[32008  -18701  28610  -18701  1102  3000 1402 "93" "93"  0x00000100]
+	Pad[32008  -20669  28610  -20669  1102  3000 1402 "94" "94"  0x00000100]
+	Pad[32008  -22638  28610  -22638  1102  3000 1402 "95" "95"  0x00000100]
+	Pad[32008  -24606  28610  -24606  1102  3000 1402 "96" "96"  0x00000100]
+	Pad[32008  -26575  28610  -26575  1102  3000 1402 "97" "97"  0x00000100]
+	Pad[32008  -28543  28610  -28543  1102  3000 1402 "98" "98"  0x00000100]
+	Pad[32008  -30512  28610  -30512  1102  3000 1402 "99" "99"  0x00000100]
+	Pad[32008  -32480  28610  -32480  1102  3000 1402 "100" "100"  0x00000100]
+	Pad[32008  -34449  28610  -34449  1102  3000 1402 "101" "101"  0x00000100]
+	Pad[32008  -36417  28610  -36417  1102  3000 1402 "102" "102"  0x00000100]
+	# top row
+	Pad[24606 -43819  24606  -40421  1102  3000 1402 "103" "103"  0x00000900]
+	Pad[22638 -43819  22638  -40421  1102  3000 1402 "104" "104"  0x00000900]
+	Pad[20669 -43819  20669  -40421  1102  3000 1402 "105" "105"  0x00000900]
+	Pad[18701 -43819  18701  -40421  1102  3000 1402 "106" "106"  0x00000900]
+	Pad[16732 -43819  16732  -40421  1102  3000 1402 "107" "107"  0x00000900]
+	Pad[14764 -43819  14764  -40421  1102  3000 1402 "108" "108"  0x00000900]
+	Pad[12795 -43819  12795  -40421  1102  3000 1402 "109" "109"  0x00000900]
+	Pad[10827 -43819  10827  -40421  1102  3000 1402 "110" "110"  0x00000900]
+	Pad[8858 -43819  8858  -40421  1102  3000 1402 "111" "111"  0x00000900]
+	Pad[6890 -43819  6890  -40421  1102  3000 1402 "112" "112"  0x00000900]
+	Pad[4921 -43819  4921  -40421  1102  3000 1402 "113" "113"  0x00000900]
+	Pad[2953 -43819  2953  -40421  1102  3000 1402 "114" "114"  0x00000900]
+	Pad[984 -43819  984  -40421  1102  3000 1402 "115" "115"  0x00000900]
+	Pad[-984 -43819  -984  -40421  1102  3000 1402 "116" "116"  0x00000900]
+	Pad[-2953 -43819  -2953  -40421  1102  3000 1402 "117" "117"  0x00000900]
+	Pad[-4921 -43819  -4921  -40421  1102  3000 1402 "118" "118"  0x00000900]
+	Pad[-6890 -43819  -6890  -40421  1102  3000 1402 "119" "119"  0x00000900]
+	Pad[-8858 -43819  -8858  -40421  1102  3000 1402 "120" "120"  0x00000900]
+	Pad[-10827 -43819  -10827  -40421  1102  3000 1402 "121" "121"  0x00000900]
+	Pad[-12795 -43819  -12795  -40421  1102  3000 1402 "122" "122"  0x00000900]
+	Pad[-14764 -43819  -14764  -40421  1102  3000 1402 "123" "123"  0x00000900]
+	Pad[-16732 -43819  -16732  -40421  1102  3000 1402 "124" "124"  0x00000900]
+	Pad[-18701 -43819  -18701  -40421  1102  3000 1402 "125" "125"  0x00000900]
+	Pad[-20669 -43819  -20669  -40421  1102  3000 1402 "126" "126"  0x00000900]
+	Pad[-22638 -43819  -22638  -40421  1102  3000 1402 "127" "127"  0x00000900]
+	Pad[-24606 -43819  -24606  -40421  1102  3000 1402 "128" "128"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-24259 -38970 27159 -38970 800]
+	# right
+	ElementLine[27159 -38970 27159 38970 800]
+	# bottom
+	ElementLine[27159 38970 -27159 38970 800]
+	# left
+	ElementLine[-27159 38970 -27159 -36070 800]
+	# angled corner
+	ElementLine[-27159 -36070 -24259 -38970 800]
+	ElementArc[-24259 -36070 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP144_20.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP144_20.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP144_20.fp	(revision 296)
@@ -0,0 +1,163 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP144_20" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-43819  -34448  -40421  -34448  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-43819  -32480  -40421  -32480  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-43819  -30511  -40421  -30511  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-43819  -28543  -40421  -28543  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-43819  -26574  -40421  -26574  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-43819  -24606  -40421  -24606  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-43819  -22637  -40421  -22637  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-43819  -20669  -40421  -20669  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-43819  -18700  -40421  -18700  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-43819  -16732  -40421  -16732  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-43819  -14763  -40421  -14763  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-43819  -12795  -40421  -12795  1102  3000 1402 "12" "12"  0x00000100]
+	Pad[-43819  -10826  -40421  -10826  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[-43819  -8858  -40421  -8858  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[-43819  -6889  -40421  -6889  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[-43819  -4921  -40421  -4921  1102  3000 1402 "16" "16"  0x00000100]
+	Pad[-43819  -2952  -40421  -2952  1102  3000 1402 "17" "17"  0x00000100]
+	Pad[-43819  -984  -40421  -984  1102  3000 1402 "18" "18"  0x00000100]
+	Pad[-43819  985  -40421  985  1102  3000 1402 "19" "19"  0x00000100]
+	Pad[-43819  2953  -40421  2953  1102  3000 1402 "20" "20"  0x00000100]
+	Pad[-43819  4922  -40421  4922  1102  3000 1402 "21" "21"  0x00000100]
+	Pad[-43819  6890  -40421  6890  1102  3000 1402 "22" "22"  0x00000100]
+	Pad[-43819  8859  -40421  8859  1102  3000 1402 "23" "23"  0x00000100]
+	Pad[-43819  10827  -40421  10827  1102  3000 1402 "24" "24"  0x00000100]
+	Pad[-43819  12796  -40421  12796  1102  3000 1402 "25" "25"  0x00000100]
+	Pad[-43819  14764  -40421  14764  1102  3000 1402 "26" "26"  0x00000100]
+	Pad[-43819  16733  -40421  16733  1102  3000 1402 "27" "27"  0x00000100]
+	Pad[-43819  18701  -40421  18701  1102  3000 1402 "28" "28"  0x00000100]
+	Pad[-43819  20670  -40421  20670  1102  3000 1402 "29" "29"  0x00000100]
+	Pad[-43819  22638  -40421  22638  1102  3000 1402 "30" "30"  0x00000100]
+	Pad[-43819  24607  -40421  24607  1102  3000 1402 "31" "31"  0x00000100]
+	Pad[-43819  26575  -40421  26575  1102  3000 1402 "32" "32"  0x00000100]
+	Pad[-43819  28544  -40421  28544  1102  3000 1402 "33" "33"  0x00000100]
+	Pad[-43819  30512  -40421  30512  1102  3000 1402 "34" "34"  0x00000100]
+	Pad[-43819  32481  -40421  32481  1102  3000 1402 "35" "35"  0x00000100]
+	Pad[-43819  34449  -40421  34449  1102  3000 1402 "36" "36"  0x00000100]
+	# bottom row
+	Pad[-34448 43819  -34448  40421  1102  3000 1402 "37" "37"  0x00000900]
+	Pad[-32480 43819  -32480  40421  1102  3000 1402 "38" "38"  0x00000900]
+	Pad[-30511 43819  -30511  40421  1102  3000 1402 "39" "39"  0x00000900]
+	Pad[-28543 43819  -28543  40421  1102  3000 1402 "40" "40"  0x00000900]
+	Pad[-26574 43819  -26574  40421  1102  3000 1402 "41" "41"  0x00000900]
+	Pad[-24606 43819  -24606  40421  1102  3000 1402 "42" "42"  0x00000900]
+	Pad[-22637 43819  -22637  40421  1102  3000 1402 "43" "43"  0x00000900]
+	Pad[-20669 43819  -20669  40421  1102  3000 1402 "44" "44"  0x00000900]
+	Pad[-18700 43819  -18700  40421  1102  3000 1402 "45" "45"  0x00000900]
+	Pad[-16732 43819  -16732  40421  1102  3000 1402 "46" "46"  0x00000900]
+	Pad[-14763 43819  -14763  40421  1102  3000 1402 "47" "47"  0x00000900]
+	Pad[-12795 43819  -12795  40421  1102  3000 1402 "48" "48"  0x00000900]
+	Pad[-10826 43819  -10826  40421  1102  3000 1402 "49" "49"  0x00000900]
+	Pad[-8858 43819  -8858  40421  1102  3000 1402 "50" "50"  0x00000900]
+	Pad[-6889 43819  -6889  40421  1102  3000 1402 "51" "51"  0x00000900]
+	Pad[-4921 43819  -4921  40421  1102  3000 1402 "52" "52"  0x00000900]
+	Pad[-2952 43819  -2952  40421  1102  3000 1402 "53" "53"  0x00000900]
+	Pad[-984 43819  -984  40421  1102  3000 1402 "54" "54"  0x00000900]
+	Pad[985 43819  985  40421  1102  3000 1402 "55" "55"  0x00000900]
+	Pad[2953 43819  2953  40421  1102  3000 1402 "56" "56"  0x00000900]
+	Pad[4922 43819  4922  40421  1102  3000 1402 "57" "57"  0x00000900]
+	Pad[6890 43819  6890  40421  1102  3000 1402 "58" "58"  0x00000900]
+	Pad[8859 43819  8859  40421  1102  3000 1402 "59" "59"  0x00000900]
+	Pad[10827 43819  10827  40421  1102  3000 1402 "60" "60"  0x00000900]
+	Pad[12796 43819  12796  40421  1102  3000 1402 "61" "61"  0x00000900]
+	Pad[14764 43819  14764  40421  1102  3000 1402 "62" "62"  0x00000900]
+	Pad[16733 43819  16733  40421  1102  3000 1402 "63" "63"  0x00000900]
+	Pad[18701 43819  18701  40421  1102  3000 1402 "64" "64"  0x00000900]
+	Pad[20670 43819  20670  40421  1102  3000 1402 "65" "65"  0x00000900]
+	Pad[22638 43819  22638  40421  1102  3000 1402 "66" "66"  0x00000900]
+	Pad[24607 43819  24607  40421  1102  3000 1402 "67" "67"  0x00000900]
+	Pad[26575 43819  26575  40421  1102  3000 1402 "68" "68"  0x00000900]
+	Pad[28544 43819  28544  40421  1102  3000 1402 "69" "69"  0x00000900]
+	Pad[30512 43819  30512  40421  1102  3000 1402 "70" "70"  0x00000900]
+	Pad[32481 43819  32481  40421  1102  3000 1402 "71" "71"  0x00000900]
+	Pad[34449 43819  34449  40421  1102  3000 1402 "72" "72"  0x00000900]
+	# right row
+	Pad[43819  34448  40421  34448  1102  3000 1402 "73" "73"  0x00000100]
+	Pad[43819  32480  40421  32480  1102  3000 1402 "74" "74"  0x00000100]
+	Pad[43819  30511  40421  30511  1102  3000 1402 "75" "75"  0x00000100]
+	Pad[43819  28543  40421  28543  1102  3000 1402 "76" "76"  0x00000100]
+	Pad[43819  26574  40421  26574  1102  3000 1402 "77" "77"  0x00000100]
+	Pad[43819  24606  40421  24606  1102  3000 1402 "78" "78"  0x00000100]
+	Pad[43819  22637  40421  22637  1102  3000 1402 "79" "79"  0x00000100]
+	Pad[43819  20669  40421  20669  1102  3000 1402 "80" "80"  0x00000100]
+	Pad[43819  18700  40421  18700  1102  3000 1402 "81" "81"  0x00000100]
+	Pad[43819  16732  40421  16732  1102  3000 1402 "82" "82"  0x00000100]
+	Pad[43819  14763  40421  14763  1102  3000 1402 "83" "83"  0x00000100]
+	Pad[43819  12795  40421  12795  1102  3000 1402 "84" "84"  0x00000100]
+	Pad[43819  10826  40421  10826  1102  3000 1402 "85" "85"  0x00000100]
+	Pad[43819  8858  40421  8858  1102  3000 1402 "86" "86"  0x00000100]
+	Pad[43819  6889  40421  6889  1102  3000 1402 "87" "87"  0x00000100]
+	Pad[43819  4921  40421  4921  1102  3000 1402 "88" "88"  0x00000100]
+	Pad[43819  2952  40421  2952  1102  3000 1402 "89" "89"  0x00000100]
+	Pad[43819  984  40421  984  1102  3000 1402 "90" "90"  0x00000100]
+	Pad[43819  -985  40421  -985  1102  3000 1402 "91" "91"  0x00000100]
+	Pad[43819  -2953  40421  -2953  1102  3000 1402 "92" "92"  0x00000100]
+	Pad[43819  -4922  40421  -4922  1102  3000 1402 "93" "93"  0x00000100]
+	Pad[43819  -6890  40421  -6890  1102  3000 1402 "94" "94"  0x00000100]
+	Pad[43819  -8859  40421  -8859  1102  3000 1402 "95" "95"  0x00000100]
+	Pad[43819  -10827  40421  -10827  1102  3000 1402 "96" "96"  0x00000100]
+	Pad[43819  -12796  40421  -12796  1102  3000 1402 "97" "97"  0x00000100]
+	Pad[43819  -14764  40421  -14764  1102  3000 1402 "98" "98"  0x00000100]
+	Pad[43819  -16733  40421  -16733  1102  3000 1402 "99" "99"  0x00000100]
+	Pad[43819  -18701  40421  -18701  1102  3000 1402 "100" "100"  0x00000100]
+	Pad[43819  -20670  40421  -20670  1102  3000 1402 "101" "101"  0x00000100]
+	Pad[43819  -22638  40421  -22638  1102  3000 1402 "102" "102"  0x00000100]
+	Pad[43819  -24607  40421  -24607  1102  3000 1402 "103" "103"  0x00000100]
+	Pad[43819  -26575  40421  -26575  1102  3000 1402 "104" "104"  0x00000100]
+	Pad[43819  -28544  40421  -28544  1102  3000 1402 "105" "105"  0x00000100]
+	Pad[43819  -30512  40421  -30512  1102  3000 1402 "106" "106"  0x00000100]
+	Pad[43819  -32481  40421  -32481  1102  3000 1402 "107" "107"  0x00000100]
+	Pad[43819  -34449  40421  -34449  1102  3000 1402 "108" "108"  0x00000100]
+	# top row
+	Pad[34448 -43819  34448  -40421  1102  3000 1402 "109" "109"  0x00000900]
+	Pad[32480 -43819  32480  -40421  1102  3000 1402 "110" "110"  0x00000900]
+	Pad[30511 -43819  30511  -40421  1102  3000 1402 "111" "111"  0x00000900]
+	Pad[28543 -43819  28543  -40421  1102  3000 1402 "112" "112"  0x00000900]
+	Pad[26574 -43819  26574  -40421  1102  3000 1402 "113" "113"  0x00000900]
+	Pad[24606 -43819  24606  -40421  1102  3000 1402 "114" "114"  0x00000900]
+	Pad[22637 -43819  22637  -40421  1102  3000 1402 "115" "115"  0x00000900]
+	Pad[20669 -43819  20669  -40421  1102  3000 1402 "116" "116"  0x00000900]
+	Pad[18700 -43819  18700  -40421  1102  3000 1402 "117" "117"  0x00000900]
+	Pad[16732 -43819  16732  -40421  1102  3000 1402 "118" "118"  0x00000900]
+	Pad[14763 -43819  14763  -40421  1102  3000 1402 "119" "119"  0x00000900]
+	Pad[12795 -43819  12795  -40421  1102  3000 1402 "120" "120"  0x00000900]
+	Pad[10826 -43819  10826  -40421  1102  3000 1402 "121" "121"  0x00000900]
+	Pad[8858 -43819  8858  -40421  1102  3000 1402 "122" "122"  0x00000900]
+	Pad[6889 -43819  6889  -40421  1102  3000 1402 "123" "123"  0x00000900]
+	Pad[4921 -43819  4921  -40421  1102  3000 1402 "124" "124"  0x00000900]
+	Pad[2952 -43819  2952  -40421  1102  3000 1402 "125" "125"  0x00000900]
+	Pad[984 -43819  984  -40421  1102  3000 1402 "126" "126"  0x00000900]
+	Pad[-985 -43819  -985  -40421  1102  3000 1402 "127" "127"  0x00000900]
+	Pad[-2953 -43819  -2953  -40421  1102  3000 1402 "128" "128"  0x00000900]
+	Pad[-4922 -43819  -4922  -40421  1102  3000 1402 "129" "129"  0x00000900]
+	Pad[-6890 -43819  -6890  -40421  1102  3000 1402 "130" "130"  0x00000900]
+	Pad[-8859 -43819  -8859  -40421  1102  3000 1402 "131" "131"  0x00000900]
+	Pad[-10827 -43819  -10827  -40421  1102  3000 1402 "132" "132"  0x00000900]
+	Pad[-12796 -43819  -12796  -40421  1102  3000 1402 "133" "133"  0x00000900]
+	Pad[-14764 -43819  -14764  -40421  1102  3000 1402 "134" "134"  0x00000900]
+	Pad[-16733 -43819  -16733  -40421  1102  3000 1402 "135" "135"  0x00000900]
+	Pad[-18701 -43819  -18701  -40421  1102  3000 1402 "136" "136"  0x00000900]
+	Pad[-20670 -43819  -20670  -40421  1102  3000 1402 "137" "137"  0x00000900]
+	Pad[-22638 -43819  -22638  -40421  1102  3000 1402 "138" "138"  0x00000900]
+	Pad[-24607 -43819  -24607  -40421  1102  3000 1402 "139" "139"  0x00000900]
+	Pad[-26575 -43819  -26575  -40421  1102  3000 1402 "140" "140"  0x00000900]
+	Pad[-28544 -43819  -28544  -40421  1102  3000 1402 "141" "141"  0x00000900]
+	Pad[-30512 -43819  -30512  -40421  1102  3000 1402 "142" "142"  0x00000900]
+	Pad[-32481 -43819  -32481  -40421  1102  3000 1402 "143" "143"  0x00000900]
+	Pad[-34449 -43819  -34449  -40421  1102  3000 1402 "144" "144"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-36070 -38970 38970 -38970 800]
+	# right
+	ElementLine[38970 -38970 38970 38970 800]
+	# bottom
+	ElementLine[38970 38970 -38970 38970 800]
+	# left
+	ElementLine[-38970 38970 -38970 -36070 800]
+	# angled corner
+	ElementLine[-38970 -36070 -36070 -38970 800]
+	ElementArc[-36070 -36070 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP160_24.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP160_24.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP160_24.fp	(revision 296)
@@ -0,0 +1,179 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP160_24" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-51693  -38385  -48295  -38385  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-51693  -36417  -48295  -36417  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-51693  -34448  -48295  -34448  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-51693  -32480  -48295  -32480  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-51693  -30511  -48295  -30511  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-51693  -28543  -48295  -28543  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-51693  -26574  -48295  -26574  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-51693  -24606  -48295  -24606  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-51693  -22637  -48295  -22637  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-51693  -20669  -48295  -20669  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-51693  -18700  -48295  -18700  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-51693  -16732  -48295  -16732  1102  3000 1402 "12" "12"  0x00000100]
+	Pad[-51693  -14763  -48295  -14763  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[-51693  -12795  -48295  -12795  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[-51693  -10826  -48295  -10826  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[-51693  -8858  -48295  -8858  1102  3000 1402 "16" "16"  0x00000100]
+	Pad[-51693  -6889  -48295  -6889  1102  3000 1402 "17" "17"  0x00000100]
+	Pad[-51693  -4921  -48295  -4921  1102  3000 1402 "18" "18"  0x00000100]
+	Pad[-51693  -2952  -48295  -2952  1102  3000 1402 "19" "19"  0x00000100]
+	Pad[-51693  -984  -48295  -984  1102  3000 1402 "20" "20"  0x00000100]
+	Pad[-51693  985  -48295  985  1102  3000 1402 "21" "21"  0x00000100]
+	Pad[-51693  2953  -48295  2953  1102  3000 1402 "22" "22"  0x00000100]
+	Pad[-51693  4922  -48295  4922  1102  3000 1402 "23" "23"  0x00000100]
+	Pad[-51693  6890  -48295  6890  1102  3000 1402 "24" "24"  0x00000100]
+	Pad[-51693  8859  -48295  8859  1102  3000 1402 "25" "25"  0x00000100]
+	Pad[-51693  10827  -48295  10827  1102  3000 1402 "26" "26"  0x00000100]
+	Pad[-51693  12796  -48295  12796  1102  3000 1402 "27" "27"  0x00000100]
+	Pad[-51693  14764  -48295  14764  1102  3000 1402 "28" "28"  0x00000100]
+	Pad[-51693  16733  -48295  16733  1102  3000 1402 "29" "29"  0x00000100]
+	Pad[-51693  18701  -48295  18701  1102  3000 1402 "30" "30"  0x00000100]
+	Pad[-51693  20670  -48295  20670  1102  3000 1402 "31" "31"  0x00000100]
+	Pad[-51693  22638  -48295  22638  1102  3000 1402 "32" "32"  0x00000100]
+	Pad[-51693  24607  -48295  24607  1102  3000 1402 "33" "33"  0x00000100]
+	Pad[-51693  26575  -48295  26575  1102  3000 1402 "34" "34"  0x00000100]
+	Pad[-51693  28544  -48295  28544  1102  3000 1402 "35" "35"  0x00000100]
+	Pad[-51693  30512  -48295  30512  1102  3000 1402 "36" "36"  0x00000100]
+	Pad[-51693  32481  -48295  32481  1102  3000 1402 "37" "37"  0x00000100]
+	Pad[-51693  34449  -48295  34449  1102  3000 1402 "38" "38"  0x00000100]
+	Pad[-51693  36418  -48295  36418  1102  3000 1402 "39" "39"  0x00000100]
+	Pad[-51693  38386  -48295  38386  1102  3000 1402 "40" "40"  0x00000100]
+	# bottom row
+	Pad[-38385 51693  -38385  48295  1102  3000 1402 "41" "41"  0x00000900]
+	Pad[-36417 51693  -36417  48295  1102  3000 1402 "42" "42"  0x00000900]
+	Pad[-34448 51693  -34448  48295  1102  3000 1402 "43" "43"  0x00000900]
+	Pad[-32480 51693  -32480  48295  1102  3000 1402 "44" "44"  0x00000900]
+	Pad[-30511 51693  -30511  48295  1102  3000 1402 "45" "45"  0x00000900]
+	Pad[-28543 51693  -28543  48295  1102  3000 1402 "46" "46"  0x00000900]
+	Pad[-26574 51693  -26574  48295  1102  3000 1402 "47" "47"  0x00000900]
+	Pad[-24606 51693  -24606  48295  1102  3000 1402 "48" "48"  0x00000900]
+	Pad[-22637 51693  -22637  48295  1102  3000 1402 "49" "49"  0x00000900]
+	Pad[-20669 51693  -20669  48295  1102  3000 1402 "50" "50"  0x00000900]
+	Pad[-18700 51693  -18700  48295  1102  3000 1402 "51" "51"  0x00000900]
+	Pad[-16732 51693  -16732  48295  1102  3000 1402 "52" "52"  0x00000900]
+	Pad[-14763 51693  -14763  48295  1102  3000 1402 "53" "53"  0x00000900]
+	Pad[-12795 51693  -12795  48295  1102  3000 1402 "54" "54"  0x00000900]
+	Pad[-10826 51693  -10826  48295  1102  3000 1402 "55" "55"  0x00000900]
+	Pad[-8858 51693  -8858  48295  1102  3000 1402 "56" "56"  0x00000900]
+	Pad[-6889 51693  -6889  48295  1102  3000 1402 "57" "57"  0x00000900]
+	Pad[-4921 51693  -4921  48295  1102  3000 1402 "58" "58"  0x00000900]
+	Pad[-2952 51693  -2952  48295  1102  3000 1402 "59" "59"  0x00000900]
+	Pad[-984 51693  -984  48295  1102  3000 1402 "60" "60"  0x00000900]
+	Pad[985 51693  985  48295  1102  3000 1402 "61" "61"  0x00000900]
+	Pad[2953 51693  2953  48295  1102  3000 1402 "62" "62"  0x00000900]
+	Pad[4922 51693  4922  48295  1102  3000 1402 "63" "63"  0x00000900]
+	Pad[6890 51693  6890  48295  1102  3000 1402 "64" "64"  0x00000900]
+	Pad[8859 51693  8859  48295  1102  3000 1402 "65" "65"  0x00000900]
+	Pad[10827 51693  10827  48295  1102  3000 1402 "66" "66"  0x00000900]
+	Pad[12796 51693  12796  48295  1102  3000 1402 "67" "67"  0x00000900]
+	Pad[14764 51693  14764  48295  1102  3000 1402 "68" "68"  0x00000900]
+	Pad[16733 51693  16733  48295  1102  3000 1402 "69" "69"  0x00000900]
+	Pad[18701 51693  18701  48295  1102  3000 1402 "70" "70"  0x00000900]
+	Pad[20670 51693  20670  48295  1102  3000 1402 "71" "71"  0x00000900]
+	Pad[22638 51693  22638  48295  1102  3000 1402 "72" "72"  0x00000900]
+	Pad[24607 51693  24607  48295  1102  3000 1402 "73" "73"  0x00000900]
+	Pad[26575 51693  26575  48295  1102  3000 1402 "74" "74"  0x00000900]
+	Pad[28544 51693  28544  48295  1102  3000 1402 "75" "75"  0x00000900]
+	Pad[30512 51693  30512  48295  1102  3000 1402 "76" "76"  0x00000900]
+	Pad[32481 51693  32481  48295  1102  3000 1402 "77" "77"  0x00000900]
+	Pad[34449 51693  34449  48295  1102  3000 1402 "78" "78"  0x00000900]
+	Pad[36418 51693  36418  48295  1102  3000 1402 "79" "79"  0x00000900]
+	Pad[38386 51693  38386  48295  1102  3000 1402 "80" "80"  0x00000900]
+	# right row
+	Pad[51693  38385  48295  38385  1102  3000 1402 "81" "81"  0x00000100]
+	Pad[51693  36417  48295  36417  1102  3000 1402 "82" "82"  0x00000100]
+	Pad[51693  34448  48295  34448  1102  3000 1402 "83" "83"  0x00000100]
+	Pad[51693  32480  48295  32480  1102  3000 1402 "84" "84"  0x00000100]
+	Pad[51693  30511  48295  30511  1102  3000 1402 "85" "85"  0x00000100]
+	Pad[51693  28543  48295  28543  1102  3000 1402 "86" "86"  0x00000100]
+	Pad[51693  26574  48295  26574  1102  3000 1402 "87" "87"  0x00000100]
+	Pad[51693  24606  48295  24606  1102  3000 1402 "88" "88"  0x00000100]
+	Pad[51693  22637  48295  22637  1102  3000 1402 "89" "89"  0x00000100]
+	Pad[51693  20669  48295  20669  1102  3000 1402 "90" "90"  0x00000100]
+	Pad[51693  18700  48295  18700  1102  3000 1402 "91" "91"  0x00000100]
+	Pad[51693  16732  48295  16732  1102  3000 1402 "92" "92"  0x00000100]
+	Pad[51693  14763  48295  14763  1102  3000 1402 "93" "93"  0x00000100]
+	Pad[51693  12795  48295  12795  1102  3000 1402 "94" "94"  0x00000100]
+	Pad[51693  10826  48295  10826  1102  3000 1402 "95" "95"  0x00000100]
+	Pad[51693  8858  48295  8858  1102  3000 1402 "96" "96"  0x00000100]
+	Pad[51693  6889  48295  6889  1102  3000 1402 "97" "97"  0x00000100]
+	Pad[51693  4921  48295  4921  1102  3000 1402 "98" "98"  0x00000100]
+	Pad[51693  2952  48295  2952  1102  3000 1402 "99" "99"  0x00000100]
+	Pad[51693  984  48295  984  1102  3000 1402 "100" "100"  0x00000100]
+	Pad[51693  -985  48295  -985  1102  3000 1402 "101" "101"  0x00000100]
+	Pad[51693  -2953  48295  -2953  1102  3000 1402 "102" "102"  0x00000100]
+	Pad[51693  -4922  48295  -4922  1102  3000 1402 "103" "103"  0x00000100]
+	Pad[51693  -6890  48295  -6890  1102  3000 1402 "104" "104"  0x00000100]
+	Pad[51693  -8859  48295  -8859  1102  3000 1402 "105" "105"  0x00000100]
+	Pad[51693  -10827  48295  -10827  1102  3000 1402 "106" "106"  0x00000100]
+	Pad[51693  -12796  48295  -12796  1102  3000 1402 "107" "107"  0x00000100]
+	Pad[51693  -14764  48295  -14764  1102  3000 1402 "108" "108"  0x00000100]
+	Pad[51693  -16733  48295  -16733  1102  3000 1402 "109" "109"  0x00000100]
+	Pad[51693  -18701  48295  -18701  1102  3000 1402 "110" "110"  0x00000100]
+	Pad[51693  -20670  48295  -20670  1102  3000 1402 "111" "111"  0x00000100]
+	Pad[51693  -22638  48295  -22638  1102  3000 1402 "112" "112"  0x00000100]
+	Pad[51693  -24607  48295  -24607  1102  3000 1402 "113" "113"  0x00000100]
+	Pad[51693  -26575  48295  -26575  1102  3000 1402 "114" "114"  0x00000100]
+	Pad[51693  -28544  48295  -28544  1102  3000 1402 "115" "115"  0x00000100]
+	Pad[51693  -30512  48295  -30512  1102  3000 1402 "116" "116"  0x00000100]
+	Pad[51693  -32481  48295  -32481  1102  3000 1402 "117" "117"  0x00000100]
+	Pad[51693  -34449  48295  -34449  1102  3000 1402 "118" "118"  0x00000100]
+	Pad[51693  -36418  48295  -36418  1102  3000 1402 "119" "119"  0x00000100]
+	Pad[51693  -38386  48295  -38386  1102  3000 1402 "120" "120"  0x00000100]
+	# top row
+	Pad[38385 -51693  38385  -48295  1102  3000 1402 "121" "121"  0x00000900]
+	Pad[36417 -51693  36417  -48295  1102  3000 1402 "122" "122"  0x00000900]
+	Pad[34448 -51693  34448  -48295  1102  3000 1402 "123" "123"  0x00000900]
+	Pad[32480 -51693  32480  -48295  1102  3000 1402 "124" "124"  0x00000900]
+	Pad[30511 -51693  30511  -48295  1102  3000 1402 "125" "125"  0x00000900]
+	Pad[28543 -51693  28543  -48295  1102  3000 1402 "126" "126"  0x00000900]
+	Pad[26574 -51693  26574  -48295  1102  3000 1402 "127" "127"  0x00000900]
+	Pad[24606 -51693  24606  -48295  1102  3000 1402 "128" "128"  0x00000900]
+	Pad[22637 -51693  22637  -48295  1102  3000 1402 "129" "129"  0x00000900]
+	Pad[20669 -51693  20669  -48295  1102  3000 1402 "130" "130"  0x00000900]
+	Pad[18700 -51693  18700  -48295  1102  3000 1402 "131" "131"  0x00000900]
+	Pad[16732 -51693  16732  -48295  1102  3000 1402 "132" "132"  0x00000900]
+	Pad[14763 -51693  14763  -48295  1102  3000 1402 "133" "133"  0x00000900]
+	Pad[12795 -51693  12795  -48295  1102  3000 1402 "134" "134"  0x00000900]
+	Pad[10826 -51693  10826  -48295  1102  3000 1402 "135" "135"  0x00000900]
+	Pad[8858 -51693  8858  -48295  1102  3000 1402 "136" "136"  0x00000900]
+	Pad[6889 -51693  6889  -48295  1102  3000 1402 "137" "137"  0x00000900]
+	Pad[4921 -51693  4921  -48295  1102  3000 1402 "138" "138"  0x00000900]
+	Pad[2952 -51693  2952  -48295  1102  3000 1402 "139" "139"  0x00000900]
+	Pad[984 -51693  984  -48295  1102  3000 1402 "140" "140"  0x00000900]
+	Pad[-985 -51693  -985  -48295  1102  3000 1402 "141" "141"  0x00000900]
+	Pad[-2953 -51693  -2953  -48295  1102  3000 1402 "142" "142"  0x00000900]
+	Pad[-4922 -51693  -4922  -48295  1102  3000 1402 "143" "143"  0x00000900]
+	Pad[-6890 -51693  -6890  -48295  1102  3000 1402 "144" "144"  0x00000900]
+	Pad[-8859 -51693  -8859  -48295  1102  3000 1402 "145" "145"  0x00000900]
+	Pad[-10827 -51693  -10827  -48295  1102  3000 1402 "146" "146"  0x00000900]
+	Pad[-12796 -51693  -12796  -48295  1102  3000 1402 "147" "147"  0x00000900]
+	Pad[-14764 -51693  -14764  -48295  1102  3000 1402 "148" "148"  0x00000900]
+	Pad[-16733 -51693  -16733  -48295  1102  3000 1402 "149" "149"  0x00000900]
+	Pad[-18701 -51693  -18701  -48295  1102  3000 1402 "150" "150"  0x00000900]
+	Pad[-20670 -51693  -20670  -48295  1102  3000 1402 "151" "151"  0x00000900]
+	Pad[-22638 -51693  -22638  -48295  1102  3000 1402 "152" "152"  0x00000900]
+	Pad[-24607 -51693  -24607  -48295  1102  3000 1402 "153" "153"  0x00000900]
+	Pad[-26575 -51693  -26575  -48295  1102  3000 1402 "154" "154"  0x00000900]
+	Pad[-28544 -51693  -28544  -48295  1102  3000 1402 "155" "155"  0x00000900]
+	Pad[-30512 -51693  -30512  -48295  1102  3000 1402 "156" "156"  0x00000900]
+	Pad[-32481 -51693  -32481  -48295  1102  3000 1402 "157" "157"  0x00000900]
+	Pad[-34449 -51693  -34449  -48295  1102  3000 1402 "158" "158"  0x00000900]
+	Pad[-36418 -51693  -36418  -48295  1102  3000 1402 "159" "159"  0x00000900]
+	Pad[-38386 -51693  -38386  -48295  1102  3000 1402 "160" "160"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-43944 -46844 46844 -46844 800]
+	# right
+	ElementLine[46844 -46844 46844 46844 800]
+	# bottom
+	ElementLine[46844 46844 -46844 46844 800]
+	# left
+	ElementLine[-46844 46844 -46844 -43944 800]
+	# angled corner
+	ElementLine[-46844 -43944 -43944 -46844 800]
+	ElementArc[-43944 -43944 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP176_24.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP176_24.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP176_24.fp	(revision 296)
@@ -0,0 +1,195 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP176_24" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-51693  -42322  -48295  -42322  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-51693  -40354  -48295  -40354  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-51693  -38385  -48295  -38385  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-51693  -36417  -48295  -36417  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-51693  -34448  -48295  -34448  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-51693  -32480  -48295  -32480  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-51693  -30511  -48295  -30511  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-51693  -28543  -48295  -28543  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-51693  -26574  -48295  -26574  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-51693  -24606  -48295  -24606  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-51693  -22637  -48295  -22637  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-51693  -20669  -48295  -20669  1102  3000 1402 "12" "12"  0x00000100]
+	Pad[-51693  -18700  -48295  -18700  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[-51693  -16732  -48295  -16732  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[-51693  -14763  -48295  -14763  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[-51693  -12795  -48295  -12795  1102  3000 1402 "16" "16"  0x00000100]
+	Pad[-51693  -10826  -48295  -10826  1102  3000 1402 "17" "17"  0x00000100]
+	Pad[-51693  -8858  -48295  -8858  1102  3000 1402 "18" "18"  0x00000100]
+	Pad[-51693  -6889  -48295  -6889  1102  3000 1402 "19" "19"  0x00000100]
+	Pad[-51693  -4921  -48295  -4921  1102  3000 1402 "20" "20"  0x00000100]
+	Pad[-51693  -2952  -48295  -2952  1102  3000 1402 "21" "21"  0x00000100]
+	Pad[-51693  -984  -48295  -984  1102  3000 1402 "22" "22"  0x00000100]
+	Pad[-51693  985  -48295  985  1102  3000 1402 "23" "23"  0x00000100]
+	Pad[-51693  2953  -48295  2953  1102  3000 1402 "24" "24"  0x00000100]
+	Pad[-51693  4922  -48295  4922  1102  3000 1402 "25" "25"  0x00000100]
+	Pad[-51693  6890  -48295  6890  1102  3000 1402 "26" "26"  0x00000100]
+	Pad[-51693  8859  -48295  8859  1102  3000 1402 "27" "27"  0x00000100]
+	Pad[-51693  10827  -48295  10827  1102  3000 1402 "28" "28"  0x00000100]
+	Pad[-51693  12796  -48295  12796  1102  3000 1402 "29" "29"  0x00000100]
+	Pad[-51693  14764  -48295  14764  1102  3000 1402 "30" "30"  0x00000100]
+	Pad[-51693  16733  -48295  16733  1102  3000 1402 "31" "31"  0x00000100]
+	Pad[-51693  18701  -48295  18701  1102  3000 1402 "32" "32"  0x00000100]
+	Pad[-51693  20670  -48295  20670  1102  3000 1402 "33" "33"  0x00000100]
+	Pad[-51693  22638  -48295  22638  1102  3000 1402 "34" "34"  0x00000100]
+	Pad[-51693  24607  -48295  24607  1102  3000 1402 "35" "35"  0x00000100]
+	Pad[-51693  26575  -48295  26575  1102  3000 1402 "36" "36"  0x00000100]
+	Pad[-51693  28544  -48295  28544  1102  3000 1402 "37" "37"  0x00000100]
+	Pad[-51693  30512  -48295  30512  1102  3000 1402 "38" "38"  0x00000100]
+	Pad[-51693  32481  -48295  32481  1102  3000 1402 "39" "39"  0x00000100]
+	Pad[-51693  34449  -48295  34449  1102  3000 1402 "40" "40"  0x00000100]
+	Pad[-51693  36418  -48295  36418  1102  3000 1402 "41" "41"  0x00000100]
+	Pad[-51693  38386  -48295  38386  1102  3000 1402 "42" "42"  0x00000100]
+	Pad[-51693  40355  -48295  40355  1102  3000 1402 "43" "43"  0x00000100]
+	Pad[-51693  42323  -48295  42323  1102  3000 1402 "44" "44"  0x00000100]
+	# bottom row
+	Pad[-42322 51693  -42322  48295  1102  3000 1402 "45" "45"  0x00000900]
+	Pad[-40354 51693  -40354  48295  1102  3000 1402 "46" "46"  0x00000900]
+	Pad[-38385 51693  -38385  48295  1102  3000 1402 "47" "47"  0x00000900]
+	Pad[-36417 51693  -36417  48295  1102  3000 1402 "48" "48"  0x00000900]
+	Pad[-34448 51693  -34448  48295  1102  3000 1402 "49" "49"  0x00000900]
+	Pad[-32480 51693  -32480  48295  1102  3000 1402 "50" "50"  0x00000900]
+	Pad[-30511 51693  -30511  48295  1102  3000 1402 "51" "51"  0x00000900]
+	Pad[-28543 51693  -28543  48295  1102  3000 1402 "52" "52"  0x00000900]
+	Pad[-26574 51693  -26574  48295  1102  3000 1402 "53" "53"  0x00000900]
+	Pad[-24606 51693  -24606  48295  1102  3000 1402 "54" "54"  0x00000900]
+	Pad[-22637 51693  -22637  48295  1102  3000 1402 "55" "55"  0x00000900]
+	Pad[-20669 51693  -20669  48295  1102  3000 1402 "56" "56"  0x00000900]
+	Pad[-18700 51693  -18700  48295  1102  3000 1402 "57" "57"  0x00000900]
+	Pad[-16732 51693  -16732  48295  1102  3000 1402 "58" "58"  0x00000900]
+	Pad[-14763 51693  -14763  48295  1102  3000 1402 "59" "59"  0x00000900]
+	Pad[-12795 51693  -12795  48295  1102  3000 1402 "60" "60"  0x00000900]
+	Pad[-10826 51693  -10826  48295  1102  3000 1402 "61" "61"  0x00000900]
+	Pad[-8858 51693  -8858  48295  1102  3000 1402 "62" "62"  0x00000900]
+	Pad[-6889 51693  -6889  48295  1102  3000 1402 "63" "63"  0x00000900]
+	Pad[-4921 51693  -4921  48295  1102  3000 1402 "64" "64"  0x00000900]
+	Pad[-2952 51693  -2952  48295  1102  3000 1402 "65" "65"  0x00000900]
+	Pad[-984 51693  -984  48295  1102  3000 1402 "66" "66"  0x00000900]
+	Pad[985 51693  985  48295  1102  3000 1402 "67" "67"  0x00000900]
+	Pad[2953 51693  2953  48295  1102  3000 1402 "68" "68"  0x00000900]
+	Pad[4922 51693  4922  48295  1102  3000 1402 "69" "69"  0x00000900]
+	Pad[6890 51693  6890  48295  1102  3000 1402 "70" "70"  0x00000900]
+	Pad[8859 51693  8859  48295  1102  3000 1402 "71" "71"  0x00000900]
+	Pad[10827 51693  10827  48295  1102  3000 1402 "72" "72"  0x00000900]
+	Pad[12796 51693  12796  48295  1102  3000 1402 "73" "73"  0x00000900]
+	Pad[14764 51693  14764  48295  1102  3000 1402 "74" "74"  0x00000900]
+	Pad[16733 51693  16733  48295  1102  3000 1402 "75" "75"  0x00000900]
+	Pad[18701 51693  18701  48295  1102  3000 1402 "76" "76"  0x00000900]
+	Pad[20670 51693  20670  48295  1102  3000 1402 "77" "77"  0x00000900]
+	Pad[22638 51693  22638  48295  1102  3000 1402 "78" "78"  0x00000900]
+	Pad[24607 51693  24607  48295  1102  3000 1402 "79" "79"  0x00000900]
+	Pad[26575 51693  26575  48295  1102  3000 1402 "80" "80"  0x00000900]
+	Pad[28544 51693  28544  48295  1102  3000 1402 "81" "81"  0x00000900]
+	Pad[30512 51693  30512  48295  1102  3000 1402 "82" "82"  0x00000900]
+	Pad[32481 51693  32481  48295  1102  3000 1402 "83" "83"  0x00000900]
+	Pad[34449 51693  34449  48295  1102  3000 1402 "84" "84"  0x00000900]
+	Pad[36418 51693  36418  48295  1102  3000 1402 "85" "85"  0x00000900]
+	Pad[38386 51693  38386  48295  1102  3000 1402 "86" "86"  0x00000900]
+	Pad[40355 51693  40355  48295  1102  3000 1402 "87" "87"  0x00000900]
+	Pad[42323 51693  42323  48295  1102  3000 1402 "88" "88"  0x00000900]
+	# right row
+	Pad[51693  42322  48295  42322  1102  3000 1402 "89" "89"  0x00000100]
+	Pad[51693  40354  48295  40354  1102  3000 1402 "90" "90"  0x00000100]
+	Pad[51693  38385  48295  38385  1102  3000 1402 "91" "91"  0x00000100]
+	Pad[51693  36417  48295  36417  1102  3000 1402 "92" "92"  0x00000100]
+	Pad[51693  34448  48295  34448  1102  3000 1402 "93" "93"  0x00000100]
+	Pad[51693  32480  48295  32480  1102  3000 1402 "94" "94"  0x00000100]
+	Pad[51693  30511  48295  30511  1102  3000 1402 "95" "95"  0x00000100]
+	Pad[51693  28543  48295  28543  1102  3000 1402 "96" "96"  0x00000100]
+	Pad[51693  26574  48295  26574  1102  3000 1402 "97" "97"  0x00000100]
+	Pad[51693  24606  48295  24606  1102  3000 1402 "98" "98"  0x00000100]
+	Pad[51693  22637  48295  22637  1102  3000 1402 "99" "99"  0x00000100]
+	Pad[51693  20669  48295  20669  1102  3000 1402 "100" "100"  0x00000100]
+	Pad[51693  18700  48295  18700  1102  3000 1402 "101" "101"  0x00000100]
+	Pad[51693  16732  48295  16732  1102  3000 1402 "102" "102"  0x00000100]
+	Pad[51693  14763  48295  14763  1102  3000 1402 "103" "103"  0x00000100]
+	Pad[51693  12795  48295  12795  1102  3000 1402 "104" "104"  0x00000100]
+	Pad[51693  10826  48295  10826  1102  3000 1402 "105" "105"  0x00000100]
+	Pad[51693  8858  48295  8858  1102  3000 1402 "106" "106"  0x00000100]
+	Pad[51693  6889  48295  6889  1102  3000 1402 "107" "107"  0x00000100]
+	Pad[51693  4921  48295  4921  1102  3000 1402 "108" "108"  0x00000100]
+	Pad[51693  2952  48295  2952  1102  3000 1402 "109" "109"  0x00000100]
+	Pad[51693  984  48295  984  1102  3000 1402 "110" "110"  0x00000100]
+	Pad[51693  -985  48295  -985  1102  3000 1402 "111" "111"  0x00000100]
+	Pad[51693  -2953  48295  -2953  1102  3000 1402 "112" "112"  0x00000100]
+	Pad[51693  -4922  48295  -4922  1102  3000 1402 "113" "113"  0x00000100]
+	Pad[51693  -6890  48295  -6890  1102  3000 1402 "114" "114"  0x00000100]
+	Pad[51693  -8859  48295  -8859  1102  3000 1402 "115" "115"  0x00000100]
+	Pad[51693  -10827  48295  -10827  1102  3000 1402 "116" "116"  0x00000100]
+	Pad[51693  -12796  48295  -12796  1102  3000 1402 "117" "117"  0x00000100]
+	Pad[51693  -14764  48295  -14764  1102  3000 1402 "118" "118"  0x00000100]
+	Pad[51693  -16733  48295  -16733  1102  3000 1402 "119" "119"  0x00000100]
+	Pad[51693  -18701  48295  -18701  1102  3000 1402 "120" "120"  0x00000100]
+	Pad[51693  -20670  48295  -20670  1102  3000 1402 "121" "121"  0x00000100]
+	Pad[51693  -22638  48295  -22638  1102  3000 1402 "122" "122"  0x00000100]
+	Pad[51693  -24607  48295  -24607  1102  3000 1402 "123" "123"  0x00000100]
+	Pad[51693  -26575  48295  -26575  1102  3000 1402 "124" "124"  0x00000100]
+	Pad[51693  -28544  48295  -28544  1102  3000 1402 "125" "125"  0x00000100]
+	Pad[51693  -30512  48295  -30512  1102  3000 1402 "126" "126"  0x00000100]
+	Pad[51693  -32481  48295  -32481  1102  3000 1402 "127" "127"  0x00000100]
+	Pad[51693  -34449  48295  -34449  1102  3000 1402 "128" "128"  0x00000100]
+	Pad[51693  -36418  48295  -36418  1102  3000 1402 "129" "129"  0x00000100]
+	Pad[51693  -38386  48295  -38386  1102  3000 1402 "130" "130"  0x00000100]
+	Pad[51693  -40355  48295  -40355  1102  3000 1402 "131" "131"  0x00000100]
+	Pad[51693  -42323  48295  -42323  1102  3000 1402 "132" "132"  0x00000100]
+	# top row
+	Pad[42322 -51693  42322  -48295  1102  3000 1402 "133" "133"  0x00000900]
+	Pad[40354 -51693  40354  -48295  1102  3000 1402 "134" "134"  0x00000900]
+	Pad[38385 -51693  38385  -48295  1102  3000 1402 "135" "135"  0x00000900]
+	Pad[36417 -51693  36417  -48295  1102  3000 1402 "136" "136"  0x00000900]
+	Pad[34448 -51693  34448  -48295  1102  3000 1402 "137" "137"  0x00000900]
+	Pad[32480 -51693  32480  -48295  1102  3000 1402 "138" "138"  0x00000900]
+	Pad[30511 -51693  30511  -48295  1102  3000 1402 "139" "139"  0x00000900]
+	Pad[28543 -51693  28543  -48295  1102  3000 1402 "140" "140"  0x00000900]
+	Pad[26574 -51693  26574  -48295  1102  3000 1402 "141" "141"  0x00000900]
+	Pad[24606 -51693  24606  -48295  1102  3000 1402 "142" "142"  0x00000900]
+	Pad[22637 -51693  22637  -48295  1102  3000 1402 "143" "143"  0x00000900]
+	Pad[20669 -51693  20669  -48295  1102  3000 1402 "144" "144"  0x00000900]
+	Pad[18700 -51693  18700  -48295  1102  3000 1402 "145" "145"  0x00000900]
+	Pad[16732 -51693  16732  -48295  1102  3000 1402 "146" "146"  0x00000900]
+	Pad[14763 -51693  14763  -48295  1102  3000 1402 "147" "147"  0x00000900]
+	Pad[12795 -51693  12795  -48295  1102  3000 1402 "148" "148"  0x00000900]
+	Pad[10826 -51693  10826  -48295  1102  3000 1402 "149" "149"  0x00000900]
+	Pad[8858 -51693  8858  -48295  1102  3000 1402 "150" "150"  0x00000900]
+	Pad[6889 -51693  6889  -48295  1102  3000 1402 "151" "151"  0x00000900]
+	Pad[4921 -51693  4921  -48295  1102  3000 1402 "152" "152"  0x00000900]
+	Pad[2952 -51693  2952  -48295  1102  3000 1402 "153" "153"  0x00000900]
+	Pad[984 -51693  984  -48295  1102  3000 1402 "154" "154"  0x00000900]
+	Pad[-985 -51693  -985  -48295  1102  3000 1402 "155" "155"  0x00000900]
+	Pad[-2953 -51693  -2953  -48295  1102  3000 1402 "156" "156"  0x00000900]
+	Pad[-4922 -51693  -4922  -48295  1102  3000 1402 "157" "157"  0x00000900]
+	Pad[-6890 -51693  -6890  -48295  1102  3000 1402 "158" "158"  0x00000900]
+	Pad[-8859 -51693  -8859  -48295  1102  3000 1402 "159" "159"  0x00000900]
+	Pad[-10827 -51693  -10827  -48295  1102  3000 1402 "160" "160"  0x00000900]
+	Pad[-12796 -51693  -12796  -48295  1102  3000 1402 "161" "161"  0x00000900]
+	Pad[-14764 -51693  -14764  -48295  1102  3000 1402 "162" "162"  0x00000900]
+	Pad[-16733 -51693  -16733  -48295  1102  3000 1402 "163" "163"  0x00000900]
+	Pad[-18701 -51693  -18701  -48295  1102  3000 1402 "164" "164"  0x00000900]
+	Pad[-20670 -51693  -20670  -48295  1102  3000 1402 "165" "165"  0x00000900]
+	Pad[-22638 -51693  -22638  -48295  1102  3000 1402 "166" "166"  0x00000900]
+	Pad[-24607 -51693  -24607  -48295  1102  3000 1402 "167" "167"  0x00000900]
+	Pad[-26575 -51693  -26575  -48295  1102  3000 1402 "168" "168"  0x00000900]
+	Pad[-28544 -51693  -28544  -48295  1102  3000 1402 "169" "169"  0x00000900]
+	Pad[-30512 -51693  -30512  -48295  1102  3000 1402 "170" "170"  0x00000900]
+	Pad[-32481 -51693  -32481  -48295  1102  3000 1402 "171" "171"  0x00000900]
+	Pad[-34449 -51693  -34449  -48295  1102  3000 1402 "172" "172"  0x00000900]
+	Pad[-36418 -51693  -36418  -48295  1102  3000 1402 "173" "173"  0x00000900]
+	Pad[-38386 -51693  -38386  -48295  1102  3000 1402 "174" "174"  0x00000900]
+	Pad[-40355 -51693  -40355  -48295  1102  3000 1402 "175" "175"  0x00000900]
+	Pad[-42323 -51693  -42323  -48295  1102  3000 1402 "176" "176"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-43944 -46844 46844 -46844 800]
+	# right
+	ElementLine[46844 -46844 46844 46844 800]
+	# bottom
+	ElementLine[46844 46844 -46844 46844 800]
+	# left
+	ElementLine[-46844 46844 -46844 -43944 800]
+	# angled corner
+	ElementLine[-46844 -43944 -43944 -46844 800]
+	ElementArc[-43944 -43944 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP24_4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP24_4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP24_4.fp	(revision 296)
@@ -0,0 +1,43 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP24_4" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-12323  -4921  -8925  -4921  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-12323  -2953  -8925  -2953  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-12323  -984  -8925  -984  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-12323  984  -8925  984  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-12323  2953  -8925  2953  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-12323  4921  -8925  4921  1102  3000 1402 "6" "6"  0x00000100]
+	# bottom row
+	Pad[-4921 12323  -4921  8925  1102  3000 1402 "7" "7"  0x00000900]
+	Pad[-2953 12323  -2953  8925  1102  3000 1402 "8" "8"  0x00000900]
+	Pad[-984 12323  -984  8925  1102  3000 1402 "9" "9"  0x00000900]
+	Pad[984 12323  984  8925  1102  3000 1402 "10" "10"  0x00000900]
+	Pad[2953 12323  2953  8925  1102  3000 1402 "11" "11"  0x00000900]
+	Pad[4921 12323  4921  8925  1102  3000 1402 "12" "12"  0x00000900]
+	# right row
+	Pad[12323  4921  8925  4921  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[12323  2953  8925  2953  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[12323  984  8925  984  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[12323  -984  8925  -984  1102  3000 1402 "16" "16"  0x00000100]
+	Pad[12323  -2953  8925  -2953  1102  3000 1402 "17" "17"  0x00000100]
+	Pad[12323  -4921  8925  -4921  1102  3000 1402 "18" "18"  0x00000100]
+	# top row
+	Pad[4921 -12323  4921  -8925  1102  3000 1402 "19" "19"  0x00000900]
+	Pad[2953 -12323  2953  -8925  1102  3000 1402 "20" "20"  0x00000900]
+	Pad[984 -12323  984  -8925  1102  3000 1402 "21" "21"  0x00000900]
+	Pad[-984 -12323  -984  -8925  1102  3000 1402 "22" "22"  0x00000900]
+	Pad[-2953 -12323  -2953  -8925  1102  3000 1402 "23" "23"  0x00000900]
+	Pad[-4921 -12323  -4921  -8925  1102  3000 1402 "24" "24"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-4574 -7474 7474 -7474 800]
+	# right
+	ElementLine[7474 -7474 7474 7474 800]
+	# bottom
+	ElementLine[7474 7474 -7474 7474 800]
+	# left
+	ElementLine[-7474 7474 -7474 -4574 800]
+	# angled corner
+	ElementLine[-7474 -4574 -4574 -7474 800]
+	ElementArc[-4574 -4574 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP32_5.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP32_5.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP32_5.fp	(revision 296)
@@ -0,0 +1,51 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP32_5" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-14291  -6889  -10893  -6889  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-14291  -4921  -10893  -4921  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-14291  -2952  -10893  -2952  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-14291  -984  -10893  -984  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-14291  985  -10893  985  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-14291  2953  -10893  2953  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-14291  4922  -10893  4922  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-14291  6890  -10893  6890  1102  3000 1402 "8" "8"  0x00000100]
+	# bottom row
+	Pad[-6889 14291  -6889  10893  1102  3000 1402 "9" "9"  0x00000900]
+	Pad[-4921 14291  -4921  10893  1102  3000 1402 "10" "10"  0x00000900]
+	Pad[-2952 14291  -2952  10893  1102  3000 1402 "11" "11"  0x00000900]
+	Pad[-984 14291  -984  10893  1102  3000 1402 "12" "12"  0x00000900]
+	Pad[985 14291  985  10893  1102  3000 1402 "13" "13"  0x00000900]
+	Pad[2953 14291  2953  10893  1102  3000 1402 "14" "14"  0x00000900]
+	Pad[4922 14291  4922  10893  1102  3000 1402 "15" "15"  0x00000900]
+	Pad[6890 14291  6890  10893  1102  3000 1402 "16" "16"  0x00000900]
+	# right row
+	Pad[14291  6889  10893  6889  1102  3000 1402 "17" "17"  0x00000100]
+	Pad[14291  4921  10893  4921  1102  3000 1402 "18" "18"  0x00000100]
+	Pad[14291  2952  10893  2952  1102  3000 1402 "19" "19"  0x00000100]
+	Pad[14291  984  10893  984  1102  3000 1402 "20" "20"  0x00000100]
+	Pad[14291  -985  10893  -985  1102  3000 1402 "21" "21"  0x00000100]
+	Pad[14291  -2953  10893  -2953  1102  3000 1402 "22" "22"  0x00000100]
+	Pad[14291  -4922  10893  -4922  1102  3000 1402 "23" "23"  0x00000100]
+	Pad[14291  -6890  10893  -6890  1102  3000 1402 "24" "24"  0x00000100]
+	# top row
+	Pad[6889 -14291  6889  -10893  1102  3000 1402 "25" "25"  0x00000900]
+	Pad[4921 -14291  4921  -10893  1102  3000 1402 "26" "26"  0x00000900]
+	Pad[2952 -14291  2952  -10893  1102  3000 1402 "27" "27"  0x00000900]
+	Pad[984 -14291  984  -10893  1102  3000 1402 "28" "28"  0x00000900]
+	Pad[-985 -14291  -985  -10893  1102  3000 1402 "29" "29"  0x00000900]
+	Pad[-2953 -14291  -2953  -10893  1102  3000 1402 "30" "30"  0x00000900]
+	Pad[-4922 -14291  -4922  -10893  1102  3000 1402 "31" "31"  0x00000900]
+	Pad[-6890 -14291  -6890  -10893  1102  3000 1402 "32" "32"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-6542 -9442 9442 -9442 800]
+	# right
+	ElementLine[9442 -9442 9442 9442 800]
+	# bottom
+	ElementLine[9442 9442 -9442 9442 800]
+	# left
+	ElementLine[-9442 9442 -9442 -6542 800]
+	# angled corner
+	ElementLine[-9442 -6542 -6542 -9442 800]
+	ElementArc[-6542 -6542 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP32_7.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP32_7.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP32_7.fp	(revision 296)
@@ -0,0 +1,51 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP32_7" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-17992  -11023  -15066  -11023  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-17992  -7874  -15066  -7874  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-17992  -4724  -15066  -4724  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-17992  -1575  -15066  -1575  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-17992  1575  -15066  1575  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-17992  4725  -15066  4725  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-17992  7874  -15066  7874  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-17992  11024  -15066  11024  1574  3000 1874 "8" "8"  0x00000100]
+	# bottom row
+	Pad[-11023 17992  -11023  15066  1574  3000 1874 "9" "9"  0x00000900]
+	Pad[-7874 17992  -7874  15066  1574  3000 1874 "10" "10"  0x00000900]
+	Pad[-4724 17992  -4724  15066  1574  3000 1874 "11" "11"  0x00000900]
+	Pad[-1575 17992  -1575  15066  1574  3000 1874 "12" "12"  0x00000900]
+	Pad[1575 17992  1575  15066  1574  3000 1874 "13" "13"  0x00000900]
+	Pad[4725 17992  4725  15066  1574  3000 1874 "14" "14"  0x00000900]
+	Pad[7874 17992  7874  15066  1574  3000 1874 "15" "15"  0x00000900]
+	Pad[11024 17992  11024  15066  1574  3000 1874 "16" "16"  0x00000900]
+	# right row
+	Pad[17992  11023  15066  11023  1574  3000 1874 "17" "17"  0x00000100]
+	Pad[17992  7874  15066  7874  1574  3000 1874 "18" "18"  0x00000100]
+	Pad[17992  4724  15066  4724  1574  3000 1874 "19" "19"  0x00000100]
+	Pad[17992  1575  15066  1575  1574  3000 1874 "20" "20"  0x00000100]
+	Pad[17992  -1575  15066  -1575  1574  3000 1874 "21" "21"  0x00000100]
+	Pad[17992  -4725  15066  -4725  1574  3000 1874 "22" "22"  0x00000100]
+	Pad[17992  -7874  15066  -7874  1574  3000 1874 "23" "23"  0x00000100]
+	Pad[17992  -11024  15066  -11024  1574  3000 1874 "24" "24"  0x00000100]
+	# top row
+	Pad[11023 -17992  11023  -15066  1574  3000 1874 "25" "25"  0x00000900]
+	Pad[7874 -17992  7874  -15066  1574  3000 1874 "26" "26"  0x00000900]
+	Pad[4724 -17992  4724  -15066  1574  3000 1874 "27" "27"  0x00000900]
+	Pad[1575 -17992  1575  -15066  1574  3000 1874 "28" "28"  0x00000900]
+	Pad[-1575 -17992  -1575  -15066  1574  3000 1874 "29" "29"  0x00000900]
+	Pad[-4725 -17992  -4725  -15066  1574  3000 1874 "30" "30"  0x00000900]
+	Pad[-7874 -17992  -7874  -15066  1574  3000 1874 "31" "31"  0x00000900]
+	Pad[-11024 -17992  -11024  -15066  1574  3000 1874 "32" "32"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-10479 -13379 13379 -13379 800]
+	# right
+	ElementLine[13379 -13379 13379 13379 800]
+	# bottom
+	ElementLine[13379 13379 -13379 13379 800]
+	# left
+	ElementLine[-13379 13379 -13379 -10479 800]
+	# angled corner
+	ElementLine[-13379 -10479 -10479 -13379 800]
+	ElementArc[-10479 -10479 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP44_10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP44_10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP44_10.fp	(revision 296)
@@ -0,0 +1,63 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP44_10" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-23898  -15748  -20972  -15748  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-23898  -12599  -20972  -12599  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-23898  -9449  -20972  -9449  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-23898  -6300  -20972  -6300  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-23898  -3150  -20972  -3150  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-23898  0  -20972  0  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-23898  3149  -20972  3149  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-23898  6299  -20972  6299  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-23898  9448  -20972  9448  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-23898  12598  -20972  12598  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-23898  15748  -20972  15748  1574  3000 1874 "11" "11"  0x00000100]
+	# bottom row
+	Pad[-15748 23898  -15748  20972  1574  3000 1874 "12" "12"  0x00000900]
+	Pad[-12599 23898  -12599  20972  1574  3000 1874 "13" "13"  0x00000900]
+	Pad[-9449 23898  -9449  20972  1574  3000 1874 "14" "14"  0x00000900]
+	Pad[-6300 23898  -6300  20972  1574  3000 1874 "15" "15"  0x00000900]
+	Pad[-3150 23898  -3150  20972  1574  3000 1874 "16" "16"  0x00000900]
+	Pad[0 23898  0  20972  1574  3000 1874 "17" "17"  0x00000900]
+	Pad[3149 23898  3149  20972  1574  3000 1874 "18" "18"  0x00000900]
+	Pad[6299 23898  6299  20972  1574  3000 1874 "19" "19"  0x00000900]
+	Pad[9448 23898  9448  20972  1574  3000 1874 "20" "20"  0x00000900]
+	Pad[12598 23898  12598  20972  1574  3000 1874 "21" "21"  0x00000900]
+	Pad[15748 23898  15748  20972  1574  3000 1874 "22" "22"  0x00000900]
+	# right row
+	Pad[23898  15748  20972  15748  1574  3000 1874 "23" "23"  0x00000100]
+	Pad[23898  12599  20972  12599  1574  3000 1874 "24" "24"  0x00000100]
+	Pad[23898  9449  20972  9449  1574  3000 1874 "25" "25"  0x00000100]
+	Pad[23898  6300  20972  6300  1574  3000 1874 "26" "26"  0x00000100]
+	Pad[23898  3150  20972  3150  1574  3000 1874 "27" "27"  0x00000100]
+	Pad[23898  0  20972  0  1574  3000 1874 "28" "28"  0x00000100]
+	Pad[23898  -3149  20972  -3149  1574  3000 1874 "29" "29"  0x00000100]
+	Pad[23898  -6299  20972  -6299  1574  3000 1874 "30" "30"  0x00000100]
+	Pad[23898  -9448  20972  -9448  1574  3000 1874 "31" "31"  0x00000100]
+	Pad[23898  -12598  20972  -12598  1574  3000 1874 "32" "32"  0x00000100]
+	Pad[23898  -15748  20972  -15748  1574  3000 1874 "33" "33"  0x00000100]
+	# top row
+	Pad[15748 -23898  15748  -20972  1574  3000 1874 "34" "34"  0x00000900]
+	Pad[12599 -23898  12599  -20972  1574  3000 1874 "35" "35"  0x00000900]
+	Pad[9449 -23898  9449  -20972  1574  3000 1874 "36" "36"  0x00000900]
+	Pad[6300 -23898  6300  -20972  1574  3000 1874 "37" "37"  0x00000900]
+	Pad[3150 -23898  3150  -20972  1574  3000 1874 "38" "38"  0x00000900]
+	Pad[0 -23898  0  -20972  1574  3000 1874 "39" "39"  0x00000900]
+	Pad[-3149 -23898  -3149  -20972  1574  3000 1874 "40" "40"  0x00000900]
+	Pad[-6299 -23898  -6299  -20972  1574  3000 1874 "41" "41"  0x00000900]
+	Pad[-9448 -23898  -9448  -20972  1574  3000 1874 "42" "42"  0x00000900]
+	Pad[-12598 -23898  -12598  -20972  1574  3000 1874 "43" "43"  0x00000900]
+	Pad[-15748 -23898  -15748  -20972  1574  3000 1874 "44" "44"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-16385 -19285 19285 -19285 800]
+	# right
+	ElementLine[19285 -19285 19285 19285 800]
+	# bottom
+	ElementLine[19285 19285 -19285 19285 800]
+	# left
+	ElementLine[-19285 19285 -19285 -16385 800]
+	# angled corner
+	ElementLine[-19285 -16385 -16385 -19285 800]
+	ElementArc[-16385 -16385 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP48_12.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP48_12.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP48_12.fp	(revision 296)
@@ -0,0 +1,67 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP48_12" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-27835  -17322  -24909  -17322  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-27835  -14173  -24909  -14173  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-27835  -11023  -24909  -11023  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-27835  -7874  -24909  -7874  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-27835  -4724  -24909  -4724  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-27835  -1574  -24909  -1574  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-27835  1575  -24909  1575  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-27835  4725  -24909  4725  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-27835  7874  -24909  7874  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-27835  11024  -24909  11024  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-27835  14174  -24909  14174  1574  3000 1874 "11" "11"  0x00000100]
+	Pad[-27835  17323  -24909  17323  1574  3000 1874 "12" "12"  0x00000100]
+	# bottom row
+	Pad[-17322 27835  -17322  24909  1574  3000 1874 "13" "13"  0x00000900]
+	Pad[-14173 27835  -14173  24909  1574  3000 1874 "14" "14"  0x00000900]
+	Pad[-11023 27835  -11023  24909  1574  3000 1874 "15" "15"  0x00000900]
+	Pad[-7874 27835  -7874  24909  1574  3000 1874 "16" "16"  0x00000900]
+	Pad[-4724 27835  -4724  24909  1574  3000 1874 "17" "17"  0x00000900]
+	Pad[-1574 27835  -1574  24909  1574  3000 1874 "18" "18"  0x00000900]
+	Pad[1575 27835  1575  24909  1574  3000 1874 "19" "19"  0x00000900]
+	Pad[4725 27835  4725  24909  1574  3000 1874 "20" "20"  0x00000900]
+	Pad[7874 27835  7874  24909  1574  3000 1874 "21" "21"  0x00000900]
+	Pad[11024 27835  11024  24909  1574  3000 1874 "22" "22"  0x00000900]
+	Pad[14174 27835  14174  24909  1574  3000 1874 "23" "23"  0x00000900]
+	Pad[17323 27835  17323  24909  1574  3000 1874 "24" "24"  0x00000900]
+	# right row
+	Pad[27835  17322  24909  17322  1574  3000 1874 "25" "25"  0x00000100]
+	Pad[27835  14173  24909  14173  1574  3000 1874 "26" "26"  0x00000100]
+	Pad[27835  11023  24909  11023  1574  3000 1874 "27" "27"  0x00000100]
+	Pad[27835  7874  24909  7874  1574  3000 1874 "28" "28"  0x00000100]
+	Pad[27835  4724  24909  4724  1574  3000 1874 "29" "29"  0x00000100]
+	Pad[27835  1574  24909  1574  1574  3000 1874 "30" "30"  0x00000100]
+	Pad[27835  -1575  24909  -1575  1574  3000 1874 "31" "31"  0x00000100]
+	Pad[27835  -4725  24909  -4725  1574  3000 1874 "32" "32"  0x00000100]
+	Pad[27835  -7874  24909  -7874  1574  3000 1874 "33" "33"  0x00000100]
+	Pad[27835  -11024  24909  -11024  1574  3000 1874 "34" "34"  0x00000100]
+	Pad[27835  -14174  24909  -14174  1574  3000 1874 "35" "35"  0x00000100]
+	Pad[27835  -17323  24909  -17323  1574  3000 1874 "36" "36"  0x00000100]
+	# top row
+	Pad[17322 -27835  17322  -24909  1574  3000 1874 "37" "37"  0x00000900]
+	Pad[14173 -27835  14173  -24909  1574  3000 1874 "38" "38"  0x00000900]
+	Pad[11023 -27835  11023  -24909  1574  3000 1874 "39" "39"  0x00000900]
+	Pad[7874 -27835  7874  -24909  1574  3000 1874 "40" "40"  0x00000900]
+	Pad[4724 -27835  4724  -24909  1574  3000 1874 "41" "41"  0x00000900]
+	Pad[1574 -27835  1574  -24909  1574  3000 1874 "42" "42"  0x00000900]
+	Pad[-1575 -27835  -1575  -24909  1574  3000 1874 "43" "43"  0x00000900]
+	Pad[-4725 -27835  -4725  -24909  1574  3000 1874 "44" "44"  0x00000900]
+	Pad[-7874 -27835  -7874  -24909  1574  3000 1874 "45" "45"  0x00000900]
+	Pad[-11024 -27835  -11024  -24909  1574  3000 1874 "46" "46"  0x00000900]
+	Pad[-14174 -27835  -14174  -24909  1574  3000 1874 "47" "47"  0x00000900]
+	Pad[-17323 -27835  -17323  -24909  1574  3000 1874 "48" "48"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-20322 -23222 23222 -23222 800]
+	# right
+	ElementLine[23222 -23222 23222 23222 800]
+	# bottom
+	ElementLine[23222 23222 -23222 23222 800]
+	# left
+	ElementLine[-23222 23222 -23222 -20322 800]
+	# angled corner
+	ElementLine[-23222 -20322 -20322 -23222 800]
+	ElementArc[-20322 -20322 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP48_7.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP48_7.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP48_7.fp	(revision 296)
@@ -0,0 +1,67 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP48_7" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-18228  -10826  -14830  -10826  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-18228  -8858  -14830  -8858  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-18228  -6889  -14830  -6889  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-18228  -4921  -14830  -4921  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-18228  -2952  -14830  -2952  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-18228  -984  -14830  -984  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-18228  985  -14830  985  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-18228  2953  -14830  2953  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-18228  4922  -14830  4922  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-18228  6890  -14830  6890  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-18228  8859  -14830  8859  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-18228  10827  -14830  10827  1102  3000 1402 "12" "12"  0x00000100]
+	# bottom row
+	Pad[-10826 18228  -10826  14830  1102  3000 1402 "13" "13"  0x00000900]
+	Pad[-8858 18228  -8858  14830  1102  3000 1402 "14" "14"  0x00000900]
+	Pad[-6889 18228  -6889  14830  1102  3000 1402 "15" "15"  0x00000900]
+	Pad[-4921 18228  -4921  14830  1102  3000 1402 "16" "16"  0x00000900]
+	Pad[-2952 18228  -2952  14830  1102  3000 1402 "17" "17"  0x00000900]
+	Pad[-984 18228  -984  14830  1102  3000 1402 "18" "18"  0x00000900]
+	Pad[985 18228  985  14830  1102  3000 1402 "19" "19"  0x00000900]
+	Pad[2953 18228  2953  14830  1102  3000 1402 "20" "20"  0x00000900]
+	Pad[4922 18228  4922  14830  1102  3000 1402 "21" "21"  0x00000900]
+	Pad[6890 18228  6890  14830  1102  3000 1402 "22" "22"  0x00000900]
+	Pad[8859 18228  8859  14830  1102  3000 1402 "23" "23"  0x00000900]
+	Pad[10827 18228  10827  14830  1102  3000 1402 "24" "24"  0x00000900]
+	# right row
+	Pad[18228  10826  14830  10826  1102  3000 1402 "25" "25"  0x00000100]
+	Pad[18228  8858  14830  8858  1102  3000 1402 "26" "26"  0x00000100]
+	Pad[18228  6889  14830  6889  1102  3000 1402 "27" "27"  0x00000100]
+	Pad[18228  4921  14830  4921  1102  3000 1402 "28" "28"  0x00000100]
+	Pad[18228  2952  14830  2952  1102  3000 1402 "29" "29"  0x00000100]
+	Pad[18228  984  14830  984  1102  3000 1402 "30" "30"  0x00000100]
+	Pad[18228  -985  14830  -985  1102  3000 1402 "31" "31"  0x00000100]
+	Pad[18228  -2953  14830  -2953  1102  3000 1402 "32" "32"  0x00000100]
+	Pad[18228  -4922  14830  -4922  1102  3000 1402 "33" "33"  0x00000100]
+	Pad[18228  -6890  14830  -6890  1102  3000 1402 "34" "34"  0x00000100]
+	Pad[18228  -8859  14830  -8859  1102  3000 1402 "35" "35"  0x00000100]
+	Pad[18228  -10827  14830  -10827  1102  3000 1402 "36" "36"  0x00000100]
+	# top row
+	Pad[10826 -18228  10826  -14830  1102  3000 1402 "37" "37"  0x00000900]
+	Pad[8858 -18228  8858  -14830  1102  3000 1402 "38" "38"  0x00000900]
+	Pad[6889 -18228  6889  -14830  1102  3000 1402 "39" "39"  0x00000900]
+	Pad[4921 -18228  4921  -14830  1102  3000 1402 "40" "40"  0x00000900]
+	Pad[2952 -18228  2952  -14830  1102  3000 1402 "41" "41"  0x00000900]
+	Pad[984 -18228  984  -14830  1102  3000 1402 "42" "42"  0x00000900]
+	Pad[-985 -18228  -985  -14830  1102  3000 1402 "43" "43"  0x00000900]
+	Pad[-2953 -18228  -2953  -14830  1102  3000 1402 "44" "44"  0x00000900]
+	Pad[-4922 -18228  -4922  -14830  1102  3000 1402 "45" "45"  0x00000900]
+	Pad[-6890 -18228  -6890  -14830  1102  3000 1402 "46" "46"  0x00000900]
+	Pad[-8859 -18228  -8859  -14830  1102  3000 1402 "47" "47"  0x00000900]
+	Pad[-10827 -18228  -10827  -14830  1102  3000 1402 "48" "48"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-10479 -13379 13379 -13379 800]
+	# right
+	ElementLine[13379 -13379 13379 13379 800]
+	# bottom
+	ElementLine[13379 13379 -13379 13379 800]
+	# left
+	ElementLine[-13379 13379 -13379 -10479 800]
+	# angled corner
+	ElementLine[-13379 -10479 -10479 -13379 800]
+	ElementArc[-10479 -10479 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP52_10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP52_10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP52_10.fp	(revision 296)
@@ -0,0 +1,71 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP52_10" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-23898  -15354  -20972  -15354  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-23898  -12795  -20972  -12795  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-23898  -10236  -20972  -10236  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-23898  -7677  -20972  -7677  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-23898  -5118  -20972  -5118  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-23898  -2559  -20972  -2559  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-23898  0  -20972  0  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-23898  2559  -20972  2559  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-23898  5118  -20972  5118  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-23898  7677  -20972  7677  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-23898  10236  -20972  10236  1574  3000 1874 "11" "11"  0x00000100]
+	Pad[-23898  12795  -20972  12795  1574  3000 1874 "12" "12"  0x00000100]
+	Pad[-23898  15354  -20972  15354  1574  3000 1874 "13" "13"  0x00000100]
+	# bottom row
+	Pad[-15354 23898  -15354  20972  1574  3000 1874 "14" "14"  0x00000900]
+	Pad[-12795 23898  -12795  20972  1574  3000 1874 "15" "15"  0x00000900]
+	Pad[-10236 23898  -10236  20972  1574  3000 1874 "16" "16"  0x00000900]
+	Pad[-7677 23898  -7677  20972  1574  3000 1874 "17" "17"  0x00000900]
+	Pad[-5118 23898  -5118  20972  1574  3000 1874 "18" "18"  0x00000900]
+	Pad[-2559 23898  -2559  20972  1574  3000 1874 "19" "19"  0x00000900]
+	Pad[0 23898  0  20972  1574  3000 1874 "20" "20"  0x00000900]
+	Pad[2559 23898  2559  20972  1574  3000 1874 "21" "21"  0x00000900]
+	Pad[5118 23898  5118  20972  1574  3000 1874 "22" "22"  0x00000900]
+	Pad[7677 23898  7677  20972  1574  3000 1874 "23" "23"  0x00000900]
+	Pad[10236 23898  10236  20972  1574  3000 1874 "24" "24"  0x00000900]
+	Pad[12795 23898  12795  20972  1574  3000 1874 "25" "25"  0x00000900]
+	Pad[15354 23898  15354  20972  1574  3000 1874 "26" "26"  0x00000900]
+	# right row
+	Pad[23898  15354  20972  15354  1574  3000 1874 "27" "27"  0x00000100]
+	Pad[23898  12795  20972  12795  1574  3000 1874 "28" "28"  0x00000100]
+	Pad[23898  10236  20972  10236  1574  3000 1874 "29" "29"  0x00000100]
+	Pad[23898  7677  20972  7677  1574  3000 1874 "30" "30"  0x00000100]
+	Pad[23898  5118  20972  5118  1574  3000 1874 "31" "31"  0x00000100]
+	Pad[23898  2559  20972  2559  1574  3000 1874 "32" "32"  0x00000100]
+	Pad[23898  0  20972  0  1574  3000 1874 "33" "33"  0x00000100]
+	Pad[23898  -2559  20972  -2559  1574  3000 1874 "34" "34"  0x00000100]
+	Pad[23898  -5118  20972  -5118  1574  3000 1874 "35" "35"  0x00000100]
+	Pad[23898  -7677  20972  -7677  1574  3000 1874 "36" "36"  0x00000100]
+	Pad[23898  -10236  20972  -10236  1574  3000 1874 "37" "37"  0x00000100]
+	Pad[23898  -12795  20972  -12795  1574  3000 1874 "38" "38"  0x00000100]
+	Pad[23898  -15354  20972  -15354  1574  3000 1874 "39" "39"  0x00000100]
+	# top row
+	Pad[15354 -23898  15354  -20972  1574  3000 1874 "40" "40"  0x00000900]
+	Pad[12795 -23898  12795  -20972  1574  3000 1874 "41" "41"  0x00000900]
+	Pad[10236 -23898  10236  -20972  1574  3000 1874 "42" "42"  0x00000900]
+	Pad[7677 -23898  7677  -20972  1574  3000 1874 "43" "43"  0x00000900]
+	Pad[5118 -23898  5118  -20972  1574  3000 1874 "44" "44"  0x00000900]
+	Pad[2559 -23898  2559  -20972  1574  3000 1874 "45" "45"  0x00000900]
+	Pad[0 -23898  0  -20972  1574  3000 1874 "46" "46"  0x00000900]
+	Pad[-2559 -23898  -2559  -20972  1574  3000 1874 "47" "47"  0x00000900]
+	Pad[-5118 -23898  -5118  -20972  1574  3000 1874 "48" "48"  0x00000900]
+	Pad[-7677 -23898  -7677  -20972  1574  3000 1874 "49" "49"  0x00000900]
+	Pad[-10236 -23898  -10236  -20972  1574  3000 1874 "50" "50"  0x00000900]
+	Pad[-12795 -23898  -12795  -20972  1574  3000 1874 "51" "51"  0x00000900]
+	Pad[-15354 -23898  -15354  -20972  1574  3000 1874 "52" "52"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-16385 -19285 19285 -19285 800]
+	# right
+	ElementLine[19285 -19285 19285 19285 800]
+	# bottom
+	ElementLine[19285 19285 -19285 19285 800]
+	# left
+	ElementLine[-19285 19285 -19285 -16385 800]
+	# angled corner
+	ElementLine[-19285 -16385 -16385 -19285 800]
+	ElementArc[-16385 -16385 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP64_10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP64_10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP64_10.fp	(revision 296)
@@ -0,0 +1,83 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP64_10" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-24134  -14763  -20736  -14763  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-24134  -12795  -20736  -12795  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-24134  -10826  -20736  -10826  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-24134  -8858  -20736  -8858  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-24134  -6889  -20736  -6889  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-24134  -4921  -20736  -4921  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-24134  -2952  -20736  -2952  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-24134  -984  -20736  -984  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-24134  985  -20736  985  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-24134  2953  -20736  2953  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-24134  4922  -20736  4922  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-24134  6890  -20736  6890  1102  3000 1402 "12" "12"  0x00000100]
+	Pad[-24134  8859  -20736  8859  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[-24134  10827  -20736  10827  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[-24134  12796  -20736  12796  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[-24134  14764  -20736  14764  1102  3000 1402 "16" "16"  0x00000100]
+	# bottom row
+	Pad[-14763 24134  -14763  20736  1102  3000 1402 "17" "17"  0x00000900]
+	Pad[-12795 24134  -12795  20736  1102  3000 1402 "18" "18"  0x00000900]
+	Pad[-10826 24134  -10826  20736  1102  3000 1402 "19" "19"  0x00000900]
+	Pad[-8858 24134  -8858  20736  1102  3000 1402 "20" "20"  0x00000900]
+	Pad[-6889 24134  -6889  20736  1102  3000 1402 "21" "21"  0x00000900]
+	Pad[-4921 24134  -4921  20736  1102  3000 1402 "22" "22"  0x00000900]
+	Pad[-2952 24134  -2952  20736  1102  3000 1402 "23" "23"  0x00000900]
+	Pad[-984 24134  -984  20736  1102  3000 1402 "24" "24"  0x00000900]
+	Pad[985 24134  985  20736  1102  3000 1402 "25" "25"  0x00000900]
+	Pad[2953 24134  2953  20736  1102  3000 1402 "26" "26"  0x00000900]
+	Pad[4922 24134  4922  20736  1102  3000 1402 "27" "27"  0x00000900]
+	Pad[6890 24134  6890  20736  1102  3000 1402 "28" "28"  0x00000900]
+	Pad[8859 24134  8859  20736  1102  3000 1402 "29" "29"  0x00000900]
+	Pad[10827 24134  10827  20736  1102  3000 1402 "30" "30"  0x00000900]
+	Pad[12796 24134  12796  20736  1102  3000 1402 "31" "31"  0x00000900]
+	Pad[14764 24134  14764  20736  1102  3000 1402 "32" "32"  0x00000900]
+	# right row
+	Pad[24134  14763  20736  14763  1102  3000 1402 "33" "33"  0x00000100]
+	Pad[24134  12795  20736  12795  1102  3000 1402 "34" "34"  0x00000100]
+	Pad[24134  10826  20736  10826  1102  3000 1402 "35" "35"  0x00000100]
+	Pad[24134  8858  20736  8858  1102  3000 1402 "36" "36"  0x00000100]
+	Pad[24134  6889  20736  6889  1102  3000 1402 "37" "37"  0x00000100]
+	Pad[24134  4921  20736  4921  1102  3000 1402 "38" "38"  0x00000100]
+	Pad[24134  2952  20736  2952  1102  3000 1402 "39" "39"  0x00000100]
+	Pad[24134  984  20736  984  1102  3000 1402 "40" "40"  0x00000100]
+	Pad[24134  -985  20736  -985  1102  3000 1402 "41" "41"  0x00000100]
+	Pad[24134  -2953  20736  -2953  1102  3000 1402 "42" "42"  0x00000100]
+	Pad[24134  -4922  20736  -4922  1102  3000 1402 "43" "43"  0x00000100]
+	Pad[24134  -6890  20736  -6890  1102  3000 1402 "44" "44"  0x00000100]
+	Pad[24134  -8859  20736  -8859  1102  3000 1402 "45" "45"  0x00000100]
+	Pad[24134  -10827  20736  -10827  1102  3000 1402 "46" "46"  0x00000100]
+	Pad[24134  -12796  20736  -12796  1102  3000 1402 "47" "47"  0x00000100]
+	Pad[24134  -14764  20736  -14764  1102  3000 1402 "48" "48"  0x00000100]
+	# top row
+	Pad[14763 -24134  14763  -20736  1102  3000 1402 "49" "49"  0x00000900]
+	Pad[12795 -24134  12795  -20736  1102  3000 1402 "50" "50"  0x00000900]
+	Pad[10826 -24134  10826  -20736  1102  3000 1402 "51" "51"  0x00000900]
+	Pad[8858 -24134  8858  -20736  1102  3000 1402 "52" "52"  0x00000900]
+	Pad[6889 -24134  6889  -20736  1102  3000 1402 "53" "53"  0x00000900]
+	Pad[4921 -24134  4921  -20736  1102  3000 1402 "54" "54"  0x00000900]
+	Pad[2952 -24134  2952  -20736  1102  3000 1402 "55" "55"  0x00000900]
+	Pad[984 -24134  984  -20736  1102  3000 1402 "56" "56"  0x00000900]
+	Pad[-985 -24134  -985  -20736  1102  3000 1402 "57" "57"  0x00000900]
+	Pad[-2953 -24134  -2953  -20736  1102  3000 1402 "58" "58"  0x00000900]
+	Pad[-4922 -24134  -4922  -20736  1102  3000 1402 "59" "59"  0x00000900]
+	Pad[-6890 -24134  -6890  -20736  1102  3000 1402 "60" "60"  0x00000900]
+	Pad[-8859 -24134  -8859  -20736  1102  3000 1402 "61" "61"  0x00000900]
+	Pad[-10827 -24134  -10827  -20736  1102  3000 1402 "62" "62"  0x00000900]
+	Pad[-12796 -24134  -12796  -20736  1102  3000 1402 "63" "63"  0x00000900]
+	Pad[-14764 -24134  -14764  -20736  1102  3000 1402 "64" "64"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-16385 -19285 19285 -19285 800]
+	# right
+	ElementLine[19285 -19285 19285 19285 800]
+	# bottom
+	ElementLine[19285 19285 -19285 19285 800]
+	# left
+	ElementLine[-19285 19285 -19285 -16385 800]
+	# angled corner
+	ElementLine[-19285 -16385 -16385 -19285 800]
+	ElementArc[-16385 -16385 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP64_14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP64_14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP64_14.fp	(revision 296)
@@ -0,0 +1,83 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP64_14" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-31772  -23622  -28846  -23622  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-31772  -20473  -28846  -20473  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-31772  -17323  -28846  -17323  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-31772  -14174  -28846  -14174  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-31772  -11024  -28846  -11024  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-31772  -7874  -28846  -7874  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-31772  -4725  -28846  -4725  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-31772  -1575  -28846  -1575  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-31772  1574  -28846  1574  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-31772  4724  -28846  4724  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-31772  7874  -28846  7874  1574  3000 1874 "11" "11"  0x00000100]
+	Pad[-31772  11023  -28846  11023  1574  3000 1874 "12" "12"  0x00000100]
+	Pad[-31772  14173  -28846  14173  1574  3000 1874 "13" "13"  0x00000100]
+	Pad[-31772  17322  -28846  17322  1574  3000 1874 "14" "14"  0x00000100]
+	Pad[-31772  20472  -28846  20472  1574  3000 1874 "15" "15"  0x00000100]
+	Pad[-31772  23622  -28846  23622  1574  3000 1874 "16" "16"  0x00000100]
+	# bottom row
+	Pad[-23622 31772  -23622  28846  1574  3000 1874 "17" "17"  0x00000900]
+	Pad[-20473 31772  -20473  28846  1574  3000 1874 "18" "18"  0x00000900]
+	Pad[-17323 31772  -17323  28846  1574  3000 1874 "19" "19"  0x00000900]
+	Pad[-14174 31772  -14174  28846  1574  3000 1874 "20" "20"  0x00000900]
+	Pad[-11024 31772  -11024  28846  1574  3000 1874 "21" "21"  0x00000900]
+	Pad[-7874 31772  -7874  28846  1574  3000 1874 "22" "22"  0x00000900]
+	Pad[-4725 31772  -4725  28846  1574  3000 1874 "23" "23"  0x00000900]
+	Pad[-1575 31772  -1575  28846  1574  3000 1874 "24" "24"  0x00000900]
+	Pad[1574 31772  1574  28846  1574  3000 1874 "25" "25"  0x00000900]
+	Pad[4724 31772  4724  28846  1574  3000 1874 "26" "26"  0x00000900]
+	Pad[7874 31772  7874  28846  1574  3000 1874 "27" "27"  0x00000900]
+	Pad[11023 31772  11023  28846  1574  3000 1874 "28" "28"  0x00000900]
+	Pad[14173 31772  14173  28846  1574  3000 1874 "29" "29"  0x00000900]
+	Pad[17322 31772  17322  28846  1574  3000 1874 "30" "30"  0x00000900]
+	Pad[20472 31772  20472  28846  1574  3000 1874 "31" "31"  0x00000900]
+	Pad[23622 31772  23622  28846  1574  3000 1874 "32" "32"  0x00000900]
+	# right row
+	Pad[31772  23622  28846  23622  1574  3000 1874 "33" "33"  0x00000100]
+	Pad[31772  20473  28846  20473  1574  3000 1874 "34" "34"  0x00000100]
+	Pad[31772  17323  28846  17323  1574  3000 1874 "35" "35"  0x00000100]
+	Pad[31772  14174  28846  14174  1574  3000 1874 "36" "36"  0x00000100]
+	Pad[31772  11024  28846  11024  1574  3000 1874 "37" "37"  0x00000100]
+	Pad[31772  7874  28846  7874  1574  3000 1874 "38" "38"  0x00000100]
+	Pad[31772  4725  28846  4725  1574  3000 1874 "39" "39"  0x00000100]
+	Pad[31772  1575  28846  1575  1574  3000 1874 "40" "40"  0x00000100]
+	Pad[31772  -1574  28846  -1574  1574  3000 1874 "41" "41"  0x00000100]
+	Pad[31772  -4724  28846  -4724  1574  3000 1874 "42" "42"  0x00000100]
+	Pad[31772  -7874  28846  -7874  1574  3000 1874 "43" "43"  0x00000100]
+	Pad[31772  -11023  28846  -11023  1574  3000 1874 "44" "44"  0x00000100]
+	Pad[31772  -14173  28846  -14173  1574  3000 1874 "45" "45"  0x00000100]
+	Pad[31772  -17322  28846  -17322  1574  3000 1874 "46" "46"  0x00000100]
+	Pad[31772  -20472  28846  -20472  1574  3000 1874 "47" "47"  0x00000100]
+	Pad[31772  -23622  28846  -23622  1574  3000 1874 "48" "48"  0x00000100]
+	# top row
+	Pad[23622 -31772  23622  -28846  1574  3000 1874 "49" "49"  0x00000900]
+	Pad[20473 -31772  20473  -28846  1574  3000 1874 "50" "50"  0x00000900]
+	Pad[17323 -31772  17323  -28846  1574  3000 1874 "51" "51"  0x00000900]
+	Pad[14174 -31772  14174  -28846  1574  3000 1874 "52" "52"  0x00000900]
+	Pad[11024 -31772  11024  -28846  1574  3000 1874 "53" "53"  0x00000900]
+	Pad[7874 -31772  7874  -28846  1574  3000 1874 "54" "54"  0x00000900]
+	Pad[4725 -31772  4725  -28846  1574  3000 1874 "55" "55"  0x00000900]
+	Pad[1575 -31772  1575  -28846  1574  3000 1874 "56" "56"  0x00000900]
+	Pad[-1574 -31772  -1574  -28846  1574  3000 1874 "57" "57"  0x00000900]
+	Pad[-4724 -31772  -4724  -28846  1574  3000 1874 "58" "58"  0x00000900]
+	Pad[-7874 -31772  -7874  -28846  1574  3000 1874 "59" "59"  0x00000900]
+	Pad[-11023 -31772  -11023  -28846  1574  3000 1874 "60" "60"  0x00000900]
+	Pad[-14173 -31772  -14173  -28846  1574  3000 1874 "61" "61"  0x00000900]
+	Pad[-17322 -31772  -17322  -28846  1574  3000 1874 "62" "62"  0x00000900]
+	Pad[-20472 -31772  -20472  -28846  1574  3000 1874 "63" "63"  0x00000900]
+	Pad[-23622 -31772  -23622  -28846  1574  3000 1874 "64" "64"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-24259 -27159 27159 -27159 800]
+	# right
+	ElementLine[27159 -27159 27159 27159 800]
+	# bottom
+	ElementLine[27159 27159 -27159 27159 800]
+	# left
+	ElementLine[-27159 27159 -27159 -24259 800]
+	# angled corner
+	ElementLine[-27159 -24259 -24259 -27159 800]
+	ElementArc[-24259 -24259 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP64_7.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP64_7.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP64_7.fp	(revision 296)
@@ -0,0 +1,83 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP64_7" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-18287  -11811  -14771  -11811  984  3000 1284 "1" "1"  0x00000100]
+	Pad[-18287  -10237  -14771  -10237  984  3000 1284 "2" "2"  0x00000100]
+	Pad[-18287  -8662  -14771  -8662  984  3000 1284 "3" "3"  0x00000100]
+	Pad[-18287  -7087  -14771  -7087  984  3000 1284 "4" "4"  0x00000100]
+	Pad[-18287  -5512  -14771  -5512  984  3000 1284 "5" "5"  0x00000100]
+	Pad[-18287  -3937  -14771  -3937  984  3000 1284 "6" "6"  0x00000100]
+	Pad[-18287  -2363  -14771  -2363  984  3000 1284 "7" "7"  0x00000100]
+	Pad[-18287  -788  -14771  -788  984  3000 1284 "8" "8"  0x00000100]
+	Pad[-18287  787  -14771  787  984  3000 1284 "9" "9"  0x00000100]
+	Pad[-18287  2362  -14771  2362  984  3000 1284 "10" "10"  0x00000100]
+	Pad[-18287  3937  -14771  3937  984  3000 1284 "11" "11"  0x00000100]
+	Pad[-18287  5511  -14771  5511  984  3000 1284 "12" "12"  0x00000100]
+	Pad[-18287  7086  -14771  7086  984  3000 1284 "13" "13"  0x00000100]
+	Pad[-18287  8661  -14771  8661  984  3000 1284 "14" "14"  0x00000100]
+	Pad[-18287  10236  -14771  10236  984  3000 1284 "15" "15"  0x00000100]
+	Pad[-18287  11811  -14771  11811  984  3000 1284 "16" "16"  0x00000100]
+	# bottom row
+	Pad[-11811 18287  -11811  14771  984  3000 1284 "17" "17"  0x00000900]
+	Pad[-10237 18287  -10237  14771  984  3000 1284 "18" "18"  0x00000900]
+	Pad[-8662 18287  -8662  14771  984  3000 1284 "19" "19"  0x00000900]
+	Pad[-7087 18287  -7087  14771  984  3000 1284 "20" "20"  0x00000900]
+	Pad[-5512 18287  -5512  14771  984  3000 1284 "21" "21"  0x00000900]
+	Pad[-3937 18287  -3937  14771  984  3000 1284 "22" "22"  0x00000900]
+	Pad[-2363 18287  -2363  14771  984  3000 1284 "23" "23"  0x00000900]
+	Pad[-788 18287  -788  14771  984  3000 1284 "24" "24"  0x00000900]
+	Pad[787 18287  787  14771  984  3000 1284 "25" "25"  0x00000900]
+	Pad[2362 18287  2362  14771  984  3000 1284 "26" "26"  0x00000900]
+	Pad[3937 18287  3937  14771  984  3000 1284 "27" "27"  0x00000900]
+	Pad[5511 18287  5511  14771  984  3000 1284 "28" "28"  0x00000900]
+	Pad[7086 18287  7086  14771  984  3000 1284 "29" "29"  0x00000900]
+	Pad[8661 18287  8661  14771  984  3000 1284 "30" "30"  0x00000900]
+	Pad[10236 18287  10236  14771  984  3000 1284 "31" "31"  0x00000900]
+	Pad[11811 18287  11811  14771  984  3000 1284 "32" "32"  0x00000900]
+	# right row
+	Pad[18287  11811  14771  11811  984  3000 1284 "33" "33"  0x00000100]
+	Pad[18287  10237  14771  10237  984  3000 1284 "34" "34"  0x00000100]
+	Pad[18287  8662  14771  8662  984  3000 1284 "35" "35"  0x00000100]
+	Pad[18287  7087  14771  7087  984  3000 1284 "36" "36"  0x00000100]
+	Pad[18287  5512  14771  5512  984  3000 1284 "37" "37"  0x00000100]
+	Pad[18287  3937  14771  3937  984  3000 1284 "38" "38"  0x00000100]
+	Pad[18287  2363  14771  2363  984  3000 1284 "39" "39"  0x00000100]
+	Pad[18287  788  14771  788  984  3000 1284 "40" "40"  0x00000100]
+	Pad[18287  -787  14771  -787  984  3000 1284 "41" "41"  0x00000100]
+	Pad[18287  -2362  14771  -2362  984  3000 1284 "42" "42"  0x00000100]
+	Pad[18287  -3937  14771  -3937  984  3000 1284 "43" "43"  0x00000100]
+	Pad[18287  -5511  14771  -5511  984  3000 1284 "44" "44"  0x00000100]
+	Pad[18287  -7086  14771  -7086  984  3000 1284 "45" "45"  0x00000100]
+	Pad[18287  -8661  14771  -8661  984  3000 1284 "46" "46"  0x00000100]
+	Pad[18287  -10236  14771  -10236  984  3000 1284 "47" "47"  0x00000100]
+	Pad[18287  -11811  14771  -11811  984  3000 1284 "48" "48"  0x00000100]
+	# top row
+	Pad[11811 -18287  11811  -14771  984  3000 1284 "49" "49"  0x00000900]
+	Pad[10237 -18287  10237  -14771  984  3000 1284 "50" "50"  0x00000900]
+	Pad[8662 -18287  8662  -14771  984  3000 1284 "51" "51"  0x00000900]
+	Pad[7087 -18287  7087  -14771  984  3000 1284 "52" "52"  0x00000900]
+	Pad[5512 -18287  5512  -14771  984  3000 1284 "53" "53"  0x00000900]
+	Pad[3937 -18287  3937  -14771  984  3000 1284 "54" "54"  0x00000900]
+	Pad[2363 -18287  2363  -14771  984  3000 1284 "55" "55"  0x00000900]
+	Pad[788 -18287  788  -14771  984  3000 1284 "56" "56"  0x00000900]
+	Pad[-787 -18287  -787  -14771  984  3000 1284 "57" "57"  0x00000900]
+	Pad[-2362 -18287  -2362  -14771  984  3000 1284 "58" "58"  0x00000900]
+	Pad[-3937 -18287  -3937  -14771  984  3000 1284 "59" "59"  0x00000900]
+	Pad[-5511 -18287  -5511  -14771  984  3000 1284 "60" "60"  0x00000900]
+	Pad[-7086 -18287  -7086  -14771  984  3000 1284 "61" "61"  0x00000900]
+	Pad[-8661 -18287  -8661  -14771  984  3000 1284 "62" "62"  0x00000900]
+	Pad[-10236 -18287  -10236  -14771  984  3000 1284 "63" "63"  0x00000900]
+	Pad[-11811 -18287  -11811  -14771  984  3000 1284 "64" "64"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-10479 -13379 13379 -13379 800]
+	# right
+	ElementLine[13379 -13379 13379 13379 800]
+	# bottom
+	ElementLine[13379 13379 -13379 13379 800]
+	# left
+	ElementLine[-13379 13379 -13379 -10479 800]
+	# angled corner
+	ElementLine[-13379 -10479 -10479 -13379 800]
+	ElementArc[-10479 -10479 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP72_10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP72_10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP72_10.fp	(revision 296)
@@ -0,0 +1,91 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP72_10" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-24134  -16732  -20736  -16732  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-24134  -14764  -20736  -14764  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-24134  -12795  -20736  -12795  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-24134  -10827  -20736  -10827  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-24134  -8858  -20736  -8858  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-24134  -6890  -20736  -6890  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-24134  -4921  -20736  -4921  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-24134  -2953  -20736  -2953  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-24134  -984  -20736  -984  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-24134  984  -20736  984  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-24134  2953  -20736  2953  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-24134  4921  -20736  4921  1102  3000 1402 "12" "12"  0x00000100]
+	Pad[-24134  6890  -20736  6890  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[-24134  8858  -20736  8858  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[-24134  10827  -20736  10827  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[-24134  12795  -20736  12795  1102  3000 1402 "16" "16"  0x00000100]
+	Pad[-24134  14764  -20736  14764  1102  3000 1402 "17" "17"  0x00000100]
+	Pad[-24134  16732  -20736  16732  1102  3000 1402 "18" "18"  0x00000100]
+	# bottom row
+	Pad[-16732 24134  -16732  20736  1102  3000 1402 "19" "19"  0x00000900]
+	Pad[-14764 24134  -14764  20736  1102  3000 1402 "20" "20"  0x00000900]
+	Pad[-12795 24134  -12795  20736  1102  3000 1402 "21" "21"  0x00000900]
+	Pad[-10827 24134  -10827  20736  1102  3000 1402 "22" "22"  0x00000900]
+	Pad[-8858 24134  -8858  20736  1102  3000 1402 "23" "23"  0x00000900]
+	Pad[-6890 24134  -6890  20736  1102  3000 1402 "24" "24"  0x00000900]
+	Pad[-4921 24134  -4921  20736  1102  3000 1402 "25" "25"  0x00000900]
+	Pad[-2953 24134  -2953  20736  1102  3000 1402 "26" "26"  0x00000900]
+	Pad[-984 24134  -984  20736  1102  3000 1402 "27" "27"  0x00000900]
+	Pad[984 24134  984  20736  1102  3000 1402 "28" "28"  0x00000900]
+	Pad[2953 24134  2953  20736  1102  3000 1402 "29" "29"  0x00000900]
+	Pad[4921 24134  4921  20736  1102  3000 1402 "30" "30"  0x00000900]
+	Pad[6890 24134  6890  20736  1102  3000 1402 "31" "31"  0x00000900]
+	Pad[8858 24134  8858  20736  1102  3000 1402 "32" "32"  0x00000900]
+	Pad[10827 24134  10827  20736  1102  3000 1402 "33" "33"  0x00000900]
+	Pad[12795 24134  12795  20736  1102  3000 1402 "34" "34"  0x00000900]
+	Pad[14764 24134  14764  20736  1102  3000 1402 "35" "35"  0x00000900]
+	Pad[16732 24134  16732  20736  1102  3000 1402 "36" "36"  0x00000900]
+	# right row
+	Pad[24134  16732  20736  16732  1102  3000 1402 "37" "37"  0x00000100]
+	Pad[24134  14764  20736  14764  1102  3000 1402 "38" "38"  0x00000100]
+	Pad[24134  12795  20736  12795  1102  3000 1402 "39" "39"  0x00000100]
+	Pad[24134  10827  20736  10827  1102  3000 1402 "40" "40"  0x00000100]
+	Pad[24134  8858  20736  8858  1102  3000 1402 "41" "41"  0x00000100]
+	Pad[24134  6890  20736  6890  1102  3000 1402 "42" "42"  0x00000100]
+	Pad[24134  4921  20736  4921  1102  3000 1402 "43" "43"  0x00000100]
+	Pad[24134  2953  20736  2953  1102  3000 1402 "44" "44"  0x00000100]
+	Pad[24134  984  20736  984  1102  3000 1402 "45" "45"  0x00000100]
+	Pad[24134  -984  20736  -984  1102  3000 1402 "46" "46"  0x00000100]
+	Pad[24134  -2953  20736  -2953  1102  3000 1402 "47" "47"  0x00000100]
+	Pad[24134  -4921  20736  -4921  1102  3000 1402 "48" "48"  0x00000100]
+	Pad[24134  -6890  20736  -6890  1102  3000 1402 "49" "49"  0x00000100]
+	Pad[24134  -8858  20736  -8858  1102  3000 1402 "50" "50"  0x00000100]
+	Pad[24134  -10827  20736  -10827  1102  3000 1402 "51" "51"  0x00000100]
+	Pad[24134  -12795  20736  -12795  1102  3000 1402 "52" "52"  0x00000100]
+	Pad[24134  -14764  20736  -14764  1102  3000 1402 "53" "53"  0x00000100]
+	Pad[24134  -16732  20736  -16732  1102  3000 1402 "54" "54"  0x00000100]
+	# top row
+	Pad[16732 -24134  16732  -20736  1102  3000 1402 "55" "55"  0x00000900]
+	Pad[14764 -24134  14764  -20736  1102  3000 1402 "56" "56"  0x00000900]
+	Pad[12795 -24134  12795  -20736  1102  3000 1402 "57" "57"  0x00000900]
+	Pad[10827 -24134  10827  -20736  1102  3000 1402 "58" "58"  0x00000900]
+	Pad[8858 -24134  8858  -20736  1102  3000 1402 "59" "59"  0x00000900]
+	Pad[6890 -24134  6890  -20736  1102  3000 1402 "60" "60"  0x00000900]
+	Pad[4921 -24134  4921  -20736  1102  3000 1402 "61" "61"  0x00000900]
+	Pad[2953 -24134  2953  -20736  1102  3000 1402 "62" "62"  0x00000900]
+	Pad[984 -24134  984  -20736  1102  3000 1402 "63" "63"  0x00000900]
+	Pad[-984 -24134  -984  -20736  1102  3000 1402 "64" "64"  0x00000900]
+	Pad[-2953 -24134  -2953  -20736  1102  3000 1402 "65" "65"  0x00000900]
+	Pad[-4921 -24134  -4921  -20736  1102  3000 1402 "66" "66"  0x00000900]
+	Pad[-6890 -24134  -6890  -20736  1102  3000 1402 "67" "67"  0x00000900]
+	Pad[-8858 -24134  -8858  -20736  1102  3000 1402 "68" "68"  0x00000900]
+	Pad[-10827 -24134  -10827  -20736  1102  3000 1402 "69" "69"  0x00000900]
+	Pad[-12795 -24134  -12795  -20736  1102  3000 1402 "70" "70"  0x00000900]
+	Pad[-14764 -24134  -14764  -20736  1102  3000 1402 "71" "71"  0x00000900]
+	Pad[-16732 -24134  -16732  -20736  1102  3000 1402 "72" "72"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-16385 -19285 19285 -19285 800]
+	# right
+	ElementLine[19285 -19285 19285 19285 800]
+	# bottom
+	ElementLine[19285 19285 -19285 19285 800]
+	# left
+	ElementLine[-19285 19285 -19285 -16385 800]
+	# angled corner
+	ElementLine[-19285 -16385 -16385 -19285 800]
+	ElementArc[-16385 -16385 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP80_12.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP80_12.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP80_12.fp	(revision 296)
@@ -0,0 +1,99 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP80_12" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-28071  -18700  -24673  -18700  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-28071  -16732  -24673  -16732  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-28071  -14763  -24673  -14763  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-28071  -12795  -24673  -12795  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-28071  -10826  -24673  -10826  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-28071  -8858  -24673  -8858  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-28071  -6889  -24673  -6889  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-28071  -4921  -24673  -4921  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-28071  -2952  -24673  -2952  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-28071  -984  -24673  -984  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-28071  985  -24673  985  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-28071  2953  -24673  2953  1102  3000 1402 "12" "12"  0x00000100]
+	Pad[-28071  4922  -24673  4922  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[-28071  6890  -24673  6890  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[-28071  8859  -24673  8859  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[-28071  10827  -24673  10827  1102  3000 1402 "16" "16"  0x00000100]
+	Pad[-28071  12796  -24673  12796  1102  3000 1402 "17" "17"  0x00000100]
+	Pad[-28071  14764  -24673  14764  1102  3000 1402 "18" "18"  0x00000100]
+	Pad[-28071  16733  -24673  16733  1102  3000 1402 "19" "19"  0x00000100]
+	Pad[-28071  18701  -24673  18701  1102  3000 1402 "20" "20"  0x00000100]
+	# bottom row
+	Pad[-18700 28071  -18700  24673  1102  3000 1402 "21" "21"  0x00000900]
+	Pad[-16732 28071  -16732  24673  1102  3000 1402 "22" "22"  0x00000900]
+	Pad[-14763 28071  -14763  24673  1102  3000 1402 "23" "23"  0x00000900]
+	Pad[-12795 28071  -12795  24673  1102  3000 1402 "24" "24"  0x00000900]
+	Pad[-10826 28071  -10826  24673  1102  3000 1402 "25" "25"  0x00000900]
+	Pad[-8858 28071  -8858  24673  1102  3000 1402 "26" "26"  0x00000900]
+	Pad[-6889 28071  -6889  24673  1102  3000 1402 "27" "27"  0x00000900]
+	Pad[-4921 28071  -4921  24673  1102  3000 1402 "28" "28"  0x00000900]
+	Pad[-2952 28071  -2952  24673  1102  3000 1402 "29" "29"  0x00000900]
+	Pad[-984 28071  -984  24673  1102  3000 1402 "30" "30"  0x00000900]
+	Pad[985 28071  985  24673  1102  3000 1402 "31" "31"  0x00000900]
+	Pad[2953 28071  2953  24673  1102  3000 1402 "32" "32"  0x00000900]
+	Pad[4922 28071  4922  24673  1102  3000 1402 "33" "33"  0x00000900]
+	Pad[6890 28071  6890  24673  1102  3000 1402 "34" "34"  0x00000900]
+	Pad[8859 28071  8859  24673  1102  3000 1402 "35" "35"  0x00000900]
+	Pad[10827 28071  10827  24673  1102  3000 1402 "36" "36"  0x00000900]
+	Pad[12796 28071  12796  24673  1102  3000 1402 "37" "37"  0x00000900]
+	Pad[14764 28071  14764  24673  1102  3000 1402 "38" "38"  0x00000900]
+	Pad[16733 28071  16733  24673  1102  3000 1402 "39" "39"  0x00000900]
+	Pad[18701 28071  18701  24673  1102  3000 1402 "40" "40"  0x00000900]
+	# right row
+	Pad[28071  18700  24673  18700  1102  3000 1402 "41" "41"  0x00000100]
+	Pad[28071  16732  24673  16732  1102  3000 1402 "42" "42"  0x00000100]
+	Pad[28071  14763  24673  14763  1102  3000 1402 "43" "43"  0x00000100]
+	Pad[28071  12795  24673  12795  1102  3000 1402 "44" "44"  0x00000100]
+	Pad[28071  10826  24673  10826  1102  3000 1402 "45" "45"  0x00000100]
+	Pad[28071  8858  24673  8858  1102  3000 1402 "46" "46"  0x00000100]
+	Pad[28071  6889  24673  6889  1102  3000 1402 "47" "47"  0x00000100]
+	Pad[28071  4921  24673  4921  1102  3000 1402 "48" "48"  0x00000100]
+	Pad[28071  2952  24673  2952  1102  3000 1402 "49" "49"  0x00000100]
+	Pad[28071  984  24673  984  1102  3000 1402 "50" "50"  0x00000100]
+	Pad[28071  -985  24673  -985  1102  3000 1402 "51" "51"  0x00000100]
+	Pad[28071  -2953  24673  -2953  1102  3000 1402 "52" "52"  0x00000100]
+	Pad[28071  -4922  24673  -4922  1102  3000 1402 "53" "53"  0x00000100]
+	Pad[28071  -6890  24673  -6890  1102  3000 1402 "54" "54"  0x00000100]
+	Pad[28071  -8859  24673  -8859  1102  3000 1402 "55" "55"  0x00000100]
+	Pad[28071  -10827  24673  -10827  1102  3000 1402 "56" "56"  0x00000100]
+	Pad[28071  -12796  24673  -12796  1102  3000 1402 "57" "57"  0x00000100]
+	Pad[28071  -14764  24673  -14764  1102  3000 1402 "58" "58"  0x00000100]
+	Pad[28071  -16733  24673  -16733  1102  3000 1402 "59" "59"  0x00000100]
+	Pad[28071  -18701  24673  -18701  1102  3000 1402 "60" "60"  0x00000100]
+	# top row
+	Pad[18700 -28071  18700  -24673  1102  3000 1402 "61" "61"  0x00000900]
+	Pad[16732 -28071  16732  -24673  1102  3000 1402 "62" "62"  0x00000900]
+	Pad[14763 -28071  14763  -24673  1102  3000 1402 "63" "63"  0x00000900]
+	Pad[12795 -28071  12795  -24673  1102  3000 1402 "64" "64"  0x00000900]
+	Pad[10826 -28071  10826  -24673  1102  3000 1402 "65" "65"  0x00000900]
+	Pad[8858 -28071  8858  -24673  1102  3000 1402 "66" "66"  0x00000900]
+	Pad[6889 -28071  6889  -24673  1102  3000 1402 "67" "67"  0x00000900]
+	Pad[4921 -28071  4921  -24673  1102  3000 1402 "68" "68"  0x00000900]
+	Pad[2952 -28071  2952  -24673  1102  3000 1402 "69" "69"  0x00000900]
+	Pad[984 -28071  984  -24673  1102  3000 1402 "70" "70"  0x00000900]
+	Pad[-985 -28071  -985  -24673  1102  3000 1402 "71" "71"  0x00000900]
+	Pad[-2953 -28071  -2953  -24673  1102  3000 1402 "72" "72"  0x00000900]
+	Pad[-4922 -28071  -4922  -24673  1102  3000 1402 "73" "73"  0x00000900]
+	Pad[-6890 -28071  -6890  -24673  1102  3000 1402 "74" "74"  0x00000900]
+	Pad[-8859 -28071  -8859  -24673  1102  3000 1402 "75" "75"  0x00000900]
+	Pad[-10827 -28071  -10827  -24673  1102  3000 1402 "76" "76"  0x00000900]
+	Pad[-12796 -28071  -12796  -24673  1102  3000 1402 "77" "77"  0x00000900]
+	Pad[-14764 -28071  -14764  -24673  1102  3000 1402 "78" "78"  0x00000900]
+	Pad[-16733 -28071  -16733  -24673  1102  3000 1402 "79" "79"  0x00000900]
+	Pad[-18701 -28071  -18701  -24673  1102  3000 1402 "80" "80"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-20322 -23222 23222 -23222 800]
+	# right
+	ElementLine[23222 -23222 23222 23222 800]
+	# bottom
+	ElementLine[23222 23222 -23222 23222 800]
+	# left
+	ElementLine[-23222 23222 -23222 -20322 800]
+	# angled corner
+	ElementLine[-23222 -20322 -20322 -23222 800]
+	ElementArc[-20322 -20322 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/LQFP80_14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/LQFP80_14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/LQFP80_14.fp	(revision 296)
@@ -0,0 +1,99 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "LQFP80_14" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-31772  -24310  -28846  -24310  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-31772  -21751  -28846  -21751  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-31772  -19192  -28846  -19192  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-31772  -16633  -28846  -16633  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-31772  -14074  -28846  -14074  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-31772  -11515  -28846  -11515  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-31772  -8956  -28846  -8956  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-31772  -6397  -28846  -6397  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-31772  -3838  -28846  -3838  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-31772  -1279  -28846  -1279  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-31772  1280  -28846  1280  1574  3000 1874 "11" "11"  0x00000100]
+	Pad[-31772  3839  -28846  3839  1574  3000 1874 "12" "12"  0x00000100]
+	Pad[-31772  6398  -28846  6398  1574  3000 1874 "13" "13"  0x00000100]
+	Pad[-31772  8957  -28846  8957  1574  3000 1874 "14" "14"  0x00000100]
+	Pad[-31772  11516  -28846  11516  1574  3000 1874 "15" "15"  0x00000100]
+	Pad[-31772  14075  -28846  14075  1574  3000 1874 "16" "16"  0x00000100]
+	Pad[-31772  16634  -28846  16634  1574  3000 1874 "17" "17"  0x00000100]
+	Pad[-31772  19193  -28846  19193  1574  3000 1874 "18" "18"  0x00000100]
+	Pad[-31772  21752  -28846  21752  1574  3000 1874 "19" "19"  0x00000100]
+	Pad[-31772  24311  -28846  24311  1574  3000 1874 "20" "20"  0x00000100]
+	# bottom row
+	Pad[-24310 31772  -24310  28846  1574  3000 1874 "21" "21"  0x00000900]
+	Pad[-21751 31772  -21751  28846  1574  3000 1874 "22" "22"  0x00000900]
+	Pad[-19192 31772  -19192  28846  1574  3000 1874 "23" "23"  0x00000900]
+	Pad[-16633 31772  -16633  28846  1574  3000 1874 "24" "24"  0x00000900]
+	Pad[-14074 31772  -14074  28846  1574  3000 1874 "25" "25"  0x00000900]
+	Pad[-11515 31772  -11515  28846  1574  3000 1874 "26" "26"  0x00000900]
+	Pad[-8956 31772  -8956  28846  1574  3000 1874 "27" "27"  0x00000900]
+	Pad[-6397 31772  -6397  28846  1574  3000 1874 "28" "28"  0x00000900]
+	Pad[-3838 31772  -3838  28846  1574  3000 1874 "29" "29"  0x00000900]
+	Pad[-1279 31772  -1279  28846  1574  3000 1874 "30" "30"  0x00000900]
+	Pad[1280 31772  1280  28846  1574  3000 1874 "31" "31"  0x00000900]
+	Pad[3839 31772  3839  28846  1574  3000 1874 "32" "32"  0x00000900]
+	Pad[6398 31772  6398  28846  1574  3000 1874 "33" "33"  0x00000900]
+	Pad[8957 31772  8957  28846  1574  3000 1874 "34" "34"  0x00000900]
+	Pad[11516 31772  11516  28846  1574  3000 1874 "35" "35"  0x00000900]
+	Pad[14075 31772  14075  28846  1574  3000 1874 "36" "36"  0x00000900]
+	Pad[16634 31772  16634  28846  1574  3000 1874 "37" "37"  0x00000900]
+	Pad[19193 31772  19193  28846  1574  3000 1874 "38" "38"  0x00000900]
+	Pad[21752 31772  21752  28846  1574  3000 1874 "39" "39"  0x00000900]
+	Pad[24311 31772  24311  28846  1574  3000 1874 "40" "40"  0x00000900]
+	# right row
+	Pad[31772  24310  28846  24310  1574  3000 1874 "41" "41"  0x00000100]
+	Pad[31772  21751  28846  21751  1574  3000 1874 "42" "42"  0x00000100]
+	Pad[31772  19192  28846  19192  1574  3000 1874 "43" "43"  0x00000100]
+	Pad[31772  16633  28846  16633  1574  3000 1874 "44" "44"  0x00000100]
+	Pad[31772  14074  28846  14074  1574  3000 1874 "45" "45"  0x00000100]
+	Pad[31772  11515  28846  11515  1574  3000 1874 "46" "46"  0x00000100]
+	Pad[31772  8956  28846  8956  1574  3000 1874 "47" "47"  0x00000100]
+	Pad[31772  6397  28846  6397  1574  3000 1874 "48" "48"  0x00000100]
+	Pad[31772  3838  28846  3838  1574  3000 1874 "49" "49"  0x00000100]
+	Pad[31772  1279  28846  1279  1574  3000 1874 "50" "50"  0x00000100]
+	Pad[31772  -1280  28846  -1280  1574  3000 1874 "51" "51"  0x00000100]
+	Pad[31772  -3839  28846  -3839  1574  3000 1874 "52" "52"  0x00000100]
+	Pad[31772  -6398  28846  -6398  1574  3000 1874 "53" "53"  0x00000100]
+	Pad[31772  -8957  28846  -8957  1574  3000 1874 "54" "54"  0x00000100]
+	Pad[31772  -11516  28846  -11516  1574  3000 1874 "55" "55"  0x00000100]
+	Pad[31772  -14075  28846  -14075  1574  3000 1874 "56" "56"  0x00000100]
+	Pad[31772  -16634  28846  -16634  1574  3000 1874 "57" "57"  0x00000100]
+	Pad[31772  -19193  28846  -19193  1574  3000 1874 "58" "58"  0x00000100]
+	Pad[31772  -21752  28846  -21752  1574  3000 1874 "59" "59"  0x00000100]
+	Pad[31772  -24311  28846  -24311  1574  3000 1874 "60" "60"  0x00000100]
+	# top row
+	Pad[24310 -31772  24310  -28846  1574  3000 1874 "61" "61"  0x00000900]
+	Pad[21751 -31772  21751  -28846  1574  3000 1874 "62" "62"  0x00000900]
+	Pad[19192 -31772  19192  -28846  1574  3000 1874 "63" "63"  0x00000900]
+	Pad[16633 -31772  16633  -28846  1574  3000 1874 "64" "64"  0x00000900]
+	Pad[14074 -31772  14074  -28846  1574  3000 1874 "65" "65"  0x00000900]
+	Pad[11515 -31772  11515  -28846  1574  3000 1874 "66" "66"  0x00000900]
+	Pad[8956 -31772  8956  -28846  1574  3000 1874 "67" "67"  0x00000900]
+	Pad[6397 -31772  6397  -28846  1574  3000 1874 "68" "68"  0x00000900]
+	Pad[3838 -31772  3838  -28846  1574  3000 1874 "69" "69"  0x00000900]
+	Pad[1279 -31772  1279  -28846  1574  3000 1874 "70" "70"  0x00000900]
+	Pad[-1280 -31772  -1280  -28846  1574  3000 1874 "71" "71"  0x00000900]
+	Pad[-3839 -31772  -3839  -28846  1574  3000 1874 "72" "72"  0x00000900]
+	Pad[-6398 -31772  -6398  -28846  1574  3000 1874 "73" "73"  0x00000900]
+	Pad[-8957 -31772  -8957  -28846  1574  3000 1874 "74" "74"  0x00000900]
+	Pad[-11516 -31772  -11516  -28846  1574  3000 1874 "75" "75"  0x00000900]
+	Pad[-14075 -31772  -14075  -28846  1574  3000 1874 "76" "76"  0x00000900]
+	Pad[-16634 -31772  -16634  -28846  1574  3000 1874 "77" "77"  0x00000900]
+	Pad[-19193 -31772  -19193  -28846  1574  3000 1874 "78" "78"  0x00000900]
+	Pad[-21752 -31772  -21752  -28846  1574  3000 1874 "79" "79"  0x00000900]
+	Pad[-24311 -31772  -24311  -28846  1574  3000 1874 "80" "80"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-24259 -27159 27159 -27159 800]
+	# right
+	ElementLine[27159 -27159 27159 27159 800]
+	# bottom
+	ElementLine[27159 27159 -27159 27159 800]
+	# left
+	ElementLine[-27159 27159 -27159 -24259 800]
+	# angled corner
+	ElementLine[-27159 -24259 -24259 -27159 800]
+	ElementArc[-24259 -24259 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/MPAK.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/MPAK.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/MPAK.fp	(revision 296)
@@ -0,0 +1,26 @@
+Element(0x00 "Pressure transducer" "" "MPAK" 235 0 3 100 0x00)
+(
+	ElementLine(0 0 0 558 10)
+	ElementLine(0 558 215 558 10)
+	ElementLine(215 558 215 0 10)
+	ElementLine(215 0 0 0 10)
+	# 1st pin on pin side
+	Pad(32 469
+	    32 525
+			   31 "1" "1" 0x100)
+	Pad(82 469
+	       82 525
+			   31 "2" "2" 0x100)
+	   Pad(132 469
+	       132 525
+			   31 "3" "3" 0x100)
+	# last pin on pin side
+	Pad(182 469
+	    182 525
+			   31 "4" "4" 0x100)
+	# extra wide pin on opposite side
+	Pad(144 60
+	    70 60
+			   87 "5" "5" 0x100)
+	Mark(32 497)
+)
Index: oldlib/lib/pcblib-newlib/geda/MSOP10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/MSOP10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/MSOP10.fp	(revision 296)
@@ -0,0 +1,20 @@
+Element(0x00 "Mini small outline package, .5mm" "" "MSOP10" 121 50 3 100 0x00)
+(
+	Pad(6 9 32 9 12 "1" 0x00)
+	Pad(6 29 32 29 12 "2" 0x100)
+	Pad(6 49 32 49 12 "3" 0x100)
+	Pad(6 68 32 68 12 "4" 0x100)
+	Pad(6 88 32 88 12 "5" 0x100)
+	Pad(171 89 197 89 12 "6" 0x100)
+	Pad(171 69 197 69 12 "7" 0x100)
+	Pad(171 49 197 49 12 "8" 0x100)
+	Pad(171 30 197 30 12 "9" 0x100)
+	Pad(171 10 197 10 12 "10" 0x100)
+	ElementLine(-10 -10 82 -10 10)
+	ElementArc(101 -10 19 19 0 180 10)
+	ElementLine(120 -10 213 -10 10)
+	ElementLine(213 -10 213 108 10)
+	ElementLine(213 108 -10 108 10)
+	ElementLine(-10 108 -10 -10 10)
+	Mark(22 9)
+)
Index: oldlib/lib/pcblib-newlib/geda/MSOP8.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/MSOP8.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/MSOP8.fp	(revision 296)
@@ -0,0 +1,18 @@
+Element(0x00 "Mini small outline package, .65mm" "" "MSOP8" 122 50 3 100 0x00)
+(
+	Pad(8 12 30 12 16 "1" 0x00)
+	Pad(8 38 30 38 16 "2" 0x100)
+	Pad(8 63 30 63 16 "3" 0x100)
+	Pad(8 89 30 89 16 "4" 0x100)
+	Pad(175 90 197 90 16 "5" 0x100)
+	Pad(175 64 197 64 16 "6" 0x100)
+	Pad(175 39 197 39 16 "7" 0x100)
+	Pad(175 13 197 13 16 "8" 0x100)
+	ElementLine(-10 -10 77 -10 10)
+	ElementArc(102 -10 25 25 0 180 10)
+	ElementLine(127 -10 215 -10 10)
+	ElementLine(215 -10 215 112 10)
+	ElementLine(215 112 -10 112 10)
+	ElementLine(-10 112 -10 -10 10)
+	Mark(23 12)
+)
Index: oldlib/lib/pcblib-newlib/geda/MTA100_10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/MTA100_10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/MTA100_10.fp	(revision 296)
@@ -0,0 +1,19 @@
+Element(0x00 "MTA Connector, (0.100 inch pitch)" "" "MTA100_10" 0  140 0 150 0x00)
+(
+        Pin(0 0 60 38 "1" 0x101)
+        Pin(100 0 60 38 "2" 0x01)
+        Pin(200 0 60 38 "3" 0x01)
+        Pin(300 0 60 38 "4" 0x01)
+        Pin(400 0 60 38 "5" 0x01)
+        Pin(500 0 60 38 "6" 0x01)
+        Pin(600 0 60 38 "7" 0x01)
+        Pin(700 0 60 38 "8" 0x01)
+        Pin(800 0 60 38 "9" 0x01)
+        Pin(900 0 60 38 "10" 0x01)
+        ElementLine(-75  -115 975 -115 10) 
+        ElementLine(975  -115 975 135 10) 
+        ElementLine(975  115 -75 115 10) 
+        ElementLine(-75  135 -75 -115 10) 
+        ElementLine(975  135 -75 135 10) 
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/MTA100_11.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/MTA100_11.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/MTA100_11.fp	(revision 296)
@@ -0,0 +1,20 @@
+Element(0x00 "MTA Connector, (0.100 inch pitch)" "" "MTA100_11" 0  140 0 150 0x00)
+(
+        Pin(0 0 60 38 "1" 0x101)
+        Pin(100 0 60 38 "2" 0x01)
+        Pin(200 0 60 38 "3" 0x01)
+        Pin(300 0 60 38 "4" 0x01)
+        Pin(400 0 60 38 "5" 0x01)
+        Pin(500 0 60 38 "6" 0x01)
+        Pin(600 0 60 38 "7" 0x01)
+        Pin(700 0 60 38 "8" 0x01)
+        Pin(800 0 60 38 "9" 0x01)
+        Pin(900 0 60 38 "10" 0x01)
+        Pin(1000 0 60 38 "11" 0x01)
+        ElementLine(-75  -115 1075 -115 10) 
+        ElementLine(1075  -115 1075 135 10) 
+        ElementLine(1075  115 -75 115 10) 
+        ElementLine(-75  135 -75 -115 10) 
+        ElementLine(1075  135 -75 135 10) 
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/MTA100_12.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/MTA100_12.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/MTA100_12.fp	(revision 296)
@@ -0,0 +1,21 @@
+Element(0x00 "MTA Connector, (0.100 inch pitch)" "" "MTA100_12" 0  140 0 150 0x00)
+(
+        Pin(0 0 60 38 "1" 0x101)
+        Pin(100 0 60 38 "2" 0x01)
+        Pin(200 0 60 38 "3" 0x01)
+        Pin(300 0 60 38 "4" 0x01)
+        Pin(400 0 60 38 "5" 0x01)
+        Pin(500 0 60 38 "6" 0x01)
+        Pin(600 0 60 38 "7" 0x01)
+        Pin(700 0 60 38 "8" 0x01)
+        Pin(800 0 60 38 "9" 0x01)
+        Pin(900 0 60 38 "10" 0x01)
+        Pin(1000 0 60 38 "11" 0x01)
+        Pin(1100 0 60 38 "12" 0x01)
+        ElementLine(-75  -115 1175 -115 10) 
+        ElementLine(1175  -115 1175 135 10) 
+        ElementLine(1175  115 -75 115 10) 
+        ElementLine(-75  135 -75 -115 10) 
+        ElementLine(1175  135 -75 135 10) 
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/MTA100_13.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/MTA100_13.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/MTA100_13.fp	(revision 296)
@@ -0,0 +1,22 @@
+Element(0x00 "MTA Connector, (0.100 inch pitch)" "" "MTA100_13" 0  140 0 150 0x00)
+(
+        Pin(0 0 60 38 "1" 0x101)
+        Pin(100 0 60 38 "2" 0x01)
+        Pin(200 0 60 38 "3" 0x01)
+        Pin(300 0 60 38 "4" 0x01)
+        Pin(400 0 60 38 "5" 0x01)
+        Pin(500 0 60 38 "6" 0x01)
+        Pin(600 0 60 38 "7" 0x01)
+        Pin(700 0 60 38 "8" 0x01)
+        Pin(800 0 60 38 "9" 0x01)
+        Pin(900 0 60 38 "10" 0x01)
+        Pin(1000 0 60 38 "11" 0x01)
+        Pin(1100 0 60 38 "12" 0x01)
+        Pin(1200 0 60 38 "13" 0x01)
+        ElementLine(-75  -115 1275 -115 10) 
+        ElementLine(1275  -115 1275 135 10) 
+        ElementLine(1275  115 -75 115 10) 
+        ElementLine(-75  135 -75 -115 10) 
+        ElementLine(1275  135 -75 135 10) 
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/MTA100_14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/MTA100_14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/MTA100_14.fp	(revision 296)
@@ -0,0 +1,23 @@
+Element(0x00 "MTA Connector, (0.100 inch pitch)" "" "MTA100_14" 0  140 0 150 0x00)
+(
+        Pin(0 0 60 38 "1" 0x101)
+        Pin(100 0 60 38 "2" 0x01)
+        Pin(200 0 60 38 "3" 0x01)
+        Pin(300 0 60 38 "4" 0x01)
+        Pin(400 0 60 38 "5" 0x01)
+        Pin(500 0 60 38 "6" 0x01)
+        Pin(600 0 60 38 "7" 0x01)
+        Pin(700 0 60 38 "8" 0x01)
+        Pin(800 0 60 38 "9" 0x01)
+        Pin(900 0 60 38 "10" 0x01)
+        Pin(1000 0 60 38 "11" 0x01)
+        Pin(1100 0 60 38 "12" 0x01)
+        Pin(1200 0 60 38 "13" 0x01)
+        Pin(1300 0 60 38 "14" 0x01)
+        ElementLine(-75  -115 1375 -115 10) 
+        ElementLine(1375  -115 1375 135 10) 
+        ElementLine(1375  115 -75 115 10) 
+        ElementLine(-75  135 -75 -115 10) 
+        ElementLine(1375  135 -75 135 10) 
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/MTA100_15.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/MTA100_15.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/MTA100_15.fp	(revision 296)
@@ -0,0 +1,24 @@
+Element(0x00 "MTA Connector, (0.100 inch pitch)" "" "MTA100_15" 0  140 0 150 0x00)
+(
+        Pin(0 0 60 38 "1" 0x101)
+        Pin(100 0 60 38 "2" 0x01)
+        Pin(200 0 60 38 "3" 0x01)
+        Pin(300 0 60 38 "4" 0x01)
+        Pin(400 0 60 38 "5" 0x01)
+        Pin(500 0 60 38 "6" 0x01)
+        Pin(600 0 60 38 "7" 0x01)
+        Pin(700 0 60 38 "8" 0x01)
+        Pin(800 0 60 38 "9" 0x01)
+        Pin(900 0 60 38 "10" 0x01)
+        Pin(1000 0 60 38 "11" 0x01)
+        Pin(1100 0 60 38 "12" 0x01)
+        Pin(1200 0 60 38 "13" 0x01)
+        Pin(1300 0 60 38 "14" 0x01)
+        Pin(1400 0 60 38 "15" 0x01)
+        ElementLine(-75  -115 1475 -115 10) 
+        ElementLine(1475  -115 1475 135 10) 
+        ElementLine(1475  115 -75 115 10) 
+        ElementLine(-75  135 -75 -115 10) 
+        ElementLine(1475  135 -75 135 10) 
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/MTA100_2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/MTA100_2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/MTA100_2.fp	(revision 296)
@@ -0,0 +1,11 @@
+Element(0x00 "MTA Connector, (0.100 inch pitch)" "" "MTA100_2" 0  140 0 150 0x00)
+(
+        Pin(0 0 60 38 "1" 0x101)
+        Pin(100 0 60 38 "2" 0x01)
+        ElementLine(-75  -115 175 -115 10) 
+        ElementLine(175  -115 175 135 10) 
+        ElementLine(175  115 -75 115 10) 
+        ElementLine(-75  135 -75 -115 10) 
+        ElementLine(175  135 -75 135 10) 
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/MTA100_3.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/MTA100_3.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/MTA100_3.fp	(revision 296)
@@ -0,0 +1,12 @@
+Element(0x00 "MTA Connector, (0.100 inch pitch)" "" "MTA100_3" 0  140 0 150 0x00)
+(
+        Pin(0 0 60 38 "1" 0x101)
+        Pin(100 0 60 38 "2" 0x01)
+        Pin(200 0 60 38 "3" 0x01)
+        ElementLine(-75  -115 275 -115 10) 
+        ElementLine(275  -115 275 135 10) 
+        ElementLine(275  115 -75 115 10) 
+        ElementLine(-75  135 -75 -115 10) 
+        ElementLine(275  135 -75 135 10) 
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/MTA100_4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/MTA100_4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/MTA100_4.fp	(revision 296)
@@ -0,0 +1,13 @@
+Element(0x00 "MTA Connector, (0.100 inch pitch)" "" "MTA100_4" 0  140 0 150 0x00)
+(
+        Pin(0 0 60 38 "1" 0x101)
+        Pin(100 0 60 38 "2" 0x01)
+        Pin(200 0 60 38 "3" 0x01)
+        Pin(300 0 60 38 "4" 0x01)
+        ElementLine(-75  -115 375 -115 10) 
+        ElementLine(375  -115 375 135 10) 
+        ElementLine(375  115 -75 115 10) 
+        ElementLine(-75  135 -75 -115 10) 
+        ElementLine(375  135 -75 135 10) 
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/MTA100_5.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/MTA100_5.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/MTA100_5.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "MTA Connector, (0.100 inch pitch)" "" "MTA100_5" 0  140 0 150 0x00)
+(
+        Pin(0 0 60 38 "1" 0x101)
+        Pin(100 0 60 38 "2" 0x01)
+        Pin(200 0 60 38 "3" 0x01)
+        Pin(300 0 60 38 "4" 0x01)
+        Pin(400 0 60 38 "5" 0x01)
+        ElementLine(-75  -115 475 -115 10) 
+        ElementLine(475  -115 475 135 10) 
+        ElementLine(475  115 -75 115 10) 
+        ElementLine(-75  135 -75 -115 10) 
+        ElementLine(475  135 -75 135 10) 
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/MTA100_6.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/MTA100_6.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/MTA100_6.fp	(revision 296)
@@ -0,0 +1,15 @@
+Element(0x00 "MTA Connector, (0.100 inch pitch)" "" "MTA100_6" 0  140 0 150 0x00)
+(
+        Pin(0 0 60 38 "1" 0x101)
+        Pin(100 0 60 38 "2" 0x01)
+        Pin(200 0 60 38 "3" 0x01)
+        Pin(300 0 60 38 "4" 0x01)
+        Pin(400 0 60 38 "5" 0x01)
+        Pin(500 0 60 38 "6" 0x01)
+        ElementLine(-75  -115 575 -115 10) 
+        ElementLine(575  -115 575 135 10) 
+        ElementLine(575  115 -75 115 10) 
+        ElementLine(-75  135 -75 -115 10) 
+        ElementLine(575  135 -75 135 10) 
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/MTA100_7.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/MTA100_7.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/MTA100_7.fp	(revision 296)
@@ -0,0 +1,16 @@
+Element(0x00 "MTA Connector, (0.100 inch pitch)" "" "MTA100_7" 0  140 0 150 0x00)
+(
+        Pin(0 0 60 38 "1" 0x101)
+        Pin(100 0 60 38 "2" 0x01)
+        Pin(200 0 60 38 "3" 0x01)
+        Pin(300 0 60 38 "4" 0x01)
+        Pin(400 0 60 38 "5" 0x01)
+        Pin(500 0 60 38 "6" 0x01)
+        Pin(600 0 60 38 "7" 0x01)
+        ElementLine(-75  -115 675 -115 10) 
+        ElementLine(675  -115 675 135 10) 
+        ElementLine(675  115 -75 115 10) 
+        ElementLine(-75  135 -75 -115 10) 
+        ElementLine(675  135 -75 135 10) 
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/MTA100_8.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/MTA100_8.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/MTA100_8.fp	(revision 296)
@@ -0,0 +1,17 @@
+Element(0x00 "MTA Connector, (0.100 inch pitch)" "" "MTA100_8" 0  140 0 150 0x00)
+(
+        Pin(0 0 60 38 "1" 0x101)
+        Pin(100 0 60 38 "2" 0x01)
+        Pin(200 0 60 38 "3" 0x01)
+        Pin(300 0 60 38 "4" 0x01)
+        Pin(400 0 60 38 "5" 0x01)
+        Pin(500 0 60 38 "6" 0x01)
+        Pin(600 0 60 38 "7" 0x01)
+        Pin(700 0 60 38 "8" 0x01)
+        ElementLine(-75  -115 775 -115 10) 
+        ElementLine(775  -115 775 135 10) 
+        ElementLine(775  115 -75 115 10) 
+        ElementLine(-75  135 -75 -115 10) 
+        ElementLine(775  135 -75 135 10) 
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/MTA100_9.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/MTA100_9.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/MTA100_9.fp	(revision 296)
@@ -0,0 +1,18 @@
+Element(0x00 "MTA Connector, (0.100 inch pitch)" "" "MTA100_9" 0  140 0 150 0x00)
+(
+        Pin(0 0 60 38 "1" 0x101)
+        Pin(100 0 60 38 "2" 0x01)
+        Pin(200 0 60 38 "3" 0x01)
+        Pin(300 0 60 38 "4" 0x01)
+        Pin(400 0 60 38 "5" 0x01)
+        Pin(500 0 60 38 "6" 0x01)
+        Pin(600 0 60 38 "7" 0x01)
+        Pin(700 0 60 38 "8" 0x01)
+        Pin(800 0 60 38 "9" 0x01)
+        ElementLine(-75  -115 875 -115 10) 
+        ElementLine(875  -115 875 135 10) 
+        ElementLine(875  115 -75 115 10) 
+        ElementLine(-75  135 -75 -115 10) 
+        ElementLine(875  135 -75 135 10) 
+        Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/MULTIWATT11.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/MULTIWATT11.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/MULTIWATT11.fp	(revision 296)
@@ -0,0 +1,22 @@
+Element(0x00 "Power IC, as in MULTIWATT15" "" "MULTIWATT11" 860 50 3 100 0x00)
+(
+       Pin(65 380 90 60 "1" 0x101)
+       Pin(132 180 90 60 "2" 0x01)
+       Pin(199 380 90 60 "3" 0x01)
+       Pin(266 180 90 60 "4" 0x01)
+       Pin(333 380 90 60 "5" 0x01)
+       Pin(400 180 90 60 "6" 0x01)
+       Pin(467 380 90 60 "7" 0x01)
+       Pin(534 180 90 60 "8" 0x01)
+       Pin(601 380 90 60 "9" 0x01)
+       Pin(668 180 90 60 "10" 0x01)
+       Pin(735 380 90 60 "11" 0x01)
+       ElementLine(0 0 0 200 20)
+       ElementLine(0 200 800 200 20)
+       ElementLine(800 200 800 0 20)
+       ElementLine(800 0 0 0 20)
+       ElementLine(0 50 800 50 10)
+       ElementLine(325 0 325 50 10)
+       ElementLine(475 0 475 50 10)
+       Mark(65 260)
+ ) 
Index: oldlib/lib/pcblib-newlib/geda/MULTIWATT15.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/MULTIWATT15.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/MULTIWATT15.fp	(revision 296)
@@ -0,0 +1,26 @@
+Element(0x00 "Power IC, as in MULTIWATT15" "" "MULTIWATT15" 860 50 3 100 0x00)
+(
+       Pin(50 380 90 60 "1" 0x101)
+       Pin(100 180 90 60 "2" 0x01)
+       Pin(150 380 90 60 "3" 0x01)
+       Pin(200 180 90 60 "4" 0x01)
+       Pin(250 380 90 60 "5" 0x01)
+       Pin(300 180 90 60 "6" 0x01)
+       Pin(350 380 90 60 "7" 0x01)
+       Pin(400 180 90 60 "8" 0x01)
+       Pin(450 380 90 60 "9" 0x01)
+       Pin(500 180 90 60 "10" 0x01)
+       Pin(550 380 90 60 "11" 0x01)
+       Pin(600 180 90 60 "12" 0x01)
+       Pin(650 380 90 60 "13" 0x01)
+       Pin(700 180 90 60 "14" 0x01)
+       Pin(750 380 90 60 "15" 0x01)
+       ElementLine(0 0 0 200 20)
+       ElementLine(0 200 800 200 20)
+       ElementLine(800 200 800 0 20)
+       ElementLine(800 0 0 0 20)
+       ElementLine(0 50 800 50 10)
+       ElementLine(325 0 325 50 10)
+       ElementLine(475 0 475 50 10)
+       Mark(50 260)
+ ) 
Index: oldlib/lib/pcblib-newlib/geda/MULTIWATT8.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/MULTIWATT8.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/MULTIWATT8.fp	(revision 296)
@@ -0,0 +1,19 @@
+Element(0x00 "Power IC, as in MULTIWATT15" "" "MULTIWATT8" 860 50 3 100 0x00)
+(
+       Pin(50 115 90 60 "1" 0x101)
+       Pin(150 115 90 60 "2" 0x01)
+       Pin(250 115 90 60 "3" 0x01)
+       Pin(350 115 90 60 "4" 0x01)
+       Pin(450 115 90 60 "5" 0x01)
+       Pin(550 115 90 60 "6" 0x01)
+       Pin(650 115 90 60 "7" 0x01)
+       Pin(750 115 90 60 "8" 0x01)
+       ElementLine(0 0 0 200 20)
+       ElementLine(0 200 800 200 20)
+       ElementLine(800 200 800 0 20)
+       ElementLine(800 0 0 0 20)
+       ElementLine(0 50 800 50 10)
+       ElementLine(325 0 325 50 10)
+       ElementLine(475 0 475 50 10)
+       Mark(50 260)
+ ) 
Index: oldlib/lib/pcblib-newlib/geda/OSC14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/OSC14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/OSC14.fp	(revision 296)
@@ -0,0 +1,23 @@
+	Element(0x00 "Crystal oscillator" "" "OSC14" 270 300 3 100 0x00)
+(
+	Pin(100 100 50 28 "NC" 0x01)
+	Pin(100 700 50 28 "GND" 0x01)
+	Pin(400 700 50 28 "CLK" 0x01)
+	Pin(400 100 50 28 "VCC" 0x01)
+	ElementLine(5 5 400 5 10)
+	ElementArc(400 100 95 95 180 90 10)
+	ElementLine(495 100 495 700 10)
+	ElementArc(400 700 95 95 90 90 10)
+	ElementLine(400 795 100 795 10)
+	ElementArc(100 700 95 95 0 90 10)
+	ElementLine(5 700 5 5 10)
+	ElementLine(100 60 400 60 10)
+	ElementArc(400 100 40 40 180 90 10)
+	ElementLine(440 100 440 700 10)
+	ElementArc(400 700 40 40 90 90 10)
+	ElementLine(400 740 100 740 10)
+	ElementArc(100 700 40 40 0 90 10)
+	ElementLine(60 700 60 100 10)
+	ElementArc(100 100 40 40 270 90 10)
+	Mark(100 100)
+)
Index: oldlib/lib/pcblib-newlib/geda/PENTAWATT.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/PENTAWATT.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/PENTAWATT.fp	(revision 296)
@@ -0,0 +1,16 @@
+Element(0x00 "Power IC, as in MULTIWATT15" "" "PENTAWATT" 469 50 3 100 0x00)
+(
+       Pin(70 334 90 60 "1" 0x101)
+       Pin(137 177 90 60 "2" 0x01)
+       Pin(204 334 90 60 "3" 0x01)
+       Pin(271 177 90 60 "4" 0x01)
+       Pin(338 334 90 60 "5" 0x01)
+       ElementLine(0 0 0 189 20)
+       ElementLine(0 189 409 189 20)
+       ElementLine(409 189 409 0 20)
+       ElementLine(409 0 0 0 20)
+       ElementLine(0 50 409 50 10)
+       ElementLine(129 0 129 50 10)
+       ElementLine(279 0 279 50 10)
+       Mark(70 249)
+ ) 
Index: oldlib/lib/pcblib-newlib/geda/PLCC20.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/PLCC20.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/PLCC20.fp	(revision 296)
@@ -0,0 +1,57 @@
+	    # was 15
+	     # was 50
+Element(0x00 "Plastic leadless chip carrier" "" "PLCC20" 100 175 0 100 0x00)
+(
+	# top left half
+Pad(175 -20 175 40 20 "1" 0x00) 
+	Pad(125 -20 125 40 20 "2" 0x100) 
+	Pad(75 -20 75 40 20 "3" 0x100) 
+	# left row
+Pad(-20 75 40 75 20 "4" 0x100) 
+	Pad(-20 125 40 125 20 "5" 0x100) 
+	Pad(-20 175 40 175 20 "6" 0x100) 
+	Pad(-20 225 40 225 20 "7" 0x100) 
+	Pad(-20 275 40 275 20 "8" 0x100) 
+	# bottom row
+Pad(75 370 75 310 20 "9" 0x100) 
+Pad(125 370 125 310 20 "10" 0x100) 
+Pad(175 370 175 310 20 "11" 0x100) 
+Pad(225 370 225 310 20 "12" 0x100) 
+Pad(275 370 275 310 20 "13" 0x100) 
+	# right row
+Pad(370 275 310 275 20 "14" 0x100) 
+Pad(370 225 310 225 20 "15" 0x100) 
+Pad(370 175 310 175 20 "16" 0x100) 
+Pad(370 125 310 125 20 "17" 0x100) 
+Pad(370 75 310 75 20 "18" 0x100) 
+	# top right row
+Pad(275 -20 275 40 20 "19" 0x100) 
+Pad(225 -20 225 40 20 "20" 0x100) 
+#	ElementLine(50 0 WIDTH 0 20)
+#	ElementLine(WIDTH 0 WIDTH WIDTH 20)
+#	ElementLine(WIDTH WIDTH 0 WIDTH 20)
+#	ElementLine(0 WIDTH 0 50 20)
+#	ElementLine(0 50 50 0 20)
+# Modified by Thomas Olson to eliminate silkscreen blobbing over pads.
+# Approach one: eliminate ElementLine transgression over pads. leave corners
+# only.
+	ElementLine(300 0 350 0 10)
+	ElementLine(350 0 350 50 10)
+	ElementLine(350 300 350 350 10)
+	ElementLine(350 350 300 350 10)
+	ElementLine(50 350 0 350 10)
+	ElementLine(0 350 0 300 10)
+	ElementLine(0 50 50 0 10)
+# Approach two: move outline to edge of pads.
+# The outline should be 15 off. But since the pad algorithm
+# is not making the square pads correctly I give it a total of 30
+# to clear the pads.
+# Try 40 mils, and parameterize it.  1/12/00 LRD
+	ElementLine(50 -40 390 -40 10)
+	ElementLine(390 -40 390 390 10)
+	ElementLine(390 390 -40 390 10)
+	ElementLine(-40 390 -40 50 10)
+	ElementLine(-40 50 50 -40 10)
+	ElementArc(175 100 20 20 0 360 10)
+	Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/PLCC20X.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/PLCC20X.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/PLCC20X.fp	(revision 296)
@@ -0,0 +1,38 @@
+Element(0x00 "Plastic leadless chip carrier with pin socket" "" "PLCC20X" 350 350 0 100 0x00)
+# PLCC - 44 is a  special case, pad 1 in inner row
+(
+# the default case, Pad 1 is on outer top row, in the middle
+#top left row
+Pin(350 150 62 35 "1" 0x101) 
+	Pin(350 250 62 35 "2" 0x01) 
+Pin(250 150 62 35 "3" 0x01)
+# left row
+Pin(150 250 62 35 "4" 0x01) 
+	Pin(250 250 62 35 "5" 0x01) 
+Pin(150 350 62 35 "6" 0x01) 
+	Pin(250 350 62 35 "7" 0x01) 
+Pin(150 450 62 35 "8" 0x01)
+# bottom row
+Pin(250 550 62 35 "9" 0x01) 
+	Pin(250 450 62 35 "10" 0x01) 
+Pin(350 550 62 35 "11" 0x01) 
+	Pin(350 450 62 35 "12" 0x01) 
+Pin(450 550 62 35 "13" 0x01)
+# right row
+Pin(550 450 62 35 "14" 0x01) 
+	Pin(450 450 62 35 "15" 0x01) 
+Pin(550 350 62 35 "16" 0x01) 
+	Pin(450 350 62 35 "17" 0x01) 
+Pin(550 250 62 35 "18" 0x01)
+#top right row
+Pin(450 150 62 35 "19" 0x01) 
+	Pin(450 250 62 35 "20" 0x01) 
+	ElementLine(0 0 700 0 20)
+	ElementLine(700 0 700 700 20)
+	ElementLine(700 700 0 700 20)
+	ElementLine(0 700 0 0 20)
+	ElementLine(0 100 100 0 10)
+	ElementLine(300 0 350 50 10)
+	ElementLine(350 50 400 0 10)
+	Mark(350 150)
+)
Index: oldlib/lib/pcblib-newlib/geda/PLCC28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/PLCC28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/PLCC28.fp	(revision 296)
@@ -0,0 +1,65 @@
+	    # was 15
+	     # was 50
+Element(0x00 "Plastic leadless chip carrier" "" "PLCC28" 100 225 0 100 0x00)
+(
+	# top left half
+Pad(225 -20 225 40 20 "1" 0x00) 
+	Pad(175 -20 175 40 20 "2" 0x100) 
+	Pad(125 -20 125 40 20 "3" 0x100) 
+	Pad(75 -20 75 40 20 "4" 0x100) 
+	# left row
+Pad(-20 75 40 75 20 "5" 0x100) 
+	Pad(-20 125 40 125 20 "6" 0x100) 
+	Pad(-20 175 40 175 20 "7" 0x100) 
+	Pad(-20 225 40 225 20 "8" 0x100) 
+	Pad(-20 275 40 275 20 "9" 0x100) 
+	Pad(-20 325 40 325 20 "10" 0x100) 
+	Pad(-20 375 40 375 20 "11" 0x100) 
+	# bottom row
+Pad(75 470 75 410 20 "12" 0x100) 
+Pad(125 470 125 410 20 "13" 0x100) 
+Pad(175 470 175 410 20 "14" 0x100) 
+Pad(225 470 225 410 20 "15" 0x100) 
+Pad(275 470 275 410 20 "16" 0x100) 
+Pad(325 470 325 410 20 "17" 0x100) 
+Pad(375 470 375 410 20 "18" 0x100) 
+	# right row
+Pad(470 375 410 375 20 "19" 0x100) 
+Pad(470 325 410 325 20 "20" 0x100) 
+Pad(470 275 410 275 20 "21" 0x100) 
+Pad(470 225 410 225 20 "22" 0x100) 
+Pad(470 175 410 175 20 "23" 0x100) 
+Pad(470 125 410 125 20 "24" 0x100) 
+Pad(470 75 410 75 20 "25" 0x100) 
+	# top right row
+Pad(375 -20 375 40 20 "26" 0x100) 
+Pad(325 -20 325 40 20 "27" 0x100) 
+Pad(275 -20 275 40 20 "28" 0x100) 
+#	ElementLine(50 0 WIDTH 0 20)
+#	ElementLine(WIDTH 0 WIDTH WIDTH 20)
+#	ElementLine(WIDTH WIDTH 0 WIDTH 20)
+#	ElementLine(0 WIDTH 0 50 20)
+#	ElementLine(0 50 50 0 20)
+# Modified by Thomas Olson to eliminate silkscreen blobbing over pads.
+# Approach one: eliminate ElementLine transgression over pads. leave corners
+# only.
+	ElementLine(400 0 450 0 10)
+	ElementLine(450 0 450 50 10)
+	ElementLine(450 400 450 450 10)
+	ElementLine(450 450 400 450 10)
+	ElementLine(50 450 0 450 10)
+	ElementLine(0 450 0 400 10)
+	ElementLine(0 50 50 0 10)
+# Approach two: move outline to edge of pads.
+# The outline should be 15 off. But since the pad algorithm
+# is not making the square pads correctly I give it a total of 30
+# to clear the pads.
+# Try 40 mils, and parameterize it.  1/12/00 LRD
+	ElementLine(50 -40 490 -40 10)
+	ElementLine(490 -40 490 490 10)
+	ElementLine(490 490 -40 490 10)
+	ElementLine(-40 490 -40 50 10)
+	ElementLine(-40 50 50 -40 10)
+	ElementArc(225 100 20 20 0 360 10)
+	Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/PLCC28X.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/PLCC28X.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/PLCC28X.fp	(revision 296)
@@ -0,0 +1,47 @@
+Element(0x00 "Plastic leadless chip carrier with pin socket" "" "PLCC28X" 350 400 0 100 0x00)
+# PLCC - 44 is a  special case, pad 1 in inner row
+(
+# top left row
+Pin(450 250 62 35 "1" 0x101) 
+	Pin(350 150 62 35 "2" 0x01) 
+Pin(350 250 62 35 "3" 0x01) 
+	Pin(250 150 62 35 "4" 0x01) 
+#left row
+Pin(150 250 62 35 "5" 0x01) 
+	Pin(250 250 62 35 "6" 0x01) 
+Pin(150 350 62 35 "7" 0x01) 
+	Pin(250 350 62 35 "8" 0x01) 
+Pin(150 450 62 35 "9" 0x01) 
+	Pin(250 450 62 35 "10" 0x01) 
+Pin(150 550 62 35 "11" 0x01)
+# bottom row
+Pin(250 650 62 35 "12" 0x01) 
+	Pin(250 550 62 35 "13" 0x01) 
+Pin(350 650 62 35 "14" 0x01) 
+	Pin(350 550 62 35 "15" 0x01) 
+Pin(450 650 62 35 "16" 0x01) 
+	Pin(450 550 62 35 "17" 0x01) 
+Pin(550 650 62 35 "18" 0x01)
+# right row
+Pin(650 550 62 35 "19" 0x01) 
+	Pin(550 550 62 35 "20" 0x01) 
+Pin(650 450 62 35 "21" 0x01) 
+	Pin(550 450 62 35 "22" 0x01) 
+Pin(650 350 62 35 "23" 0x01) 
+	Pin(550 350 62 35 "24" 0x01) 
+Pin(650 250 62 35 "25" 0x01)
+# top rigth row
+Pin(550 150 62 35 "26" 0x01) 
+	Pin(550 250 62 35 "27" 0x01) 
+Pin(450 150 62 35 "28" 0x01)
+	ElementLine(0 0 800 0 20)
+	ElementLine(800 0 800 800 20)
+	ElementLine(800 800 0 800 20)
+	ElementLine(0 800 0 0 20)
+	ElementLine(0 100 100 0 10)
+	ElementLine(350 0 400 50 10)
+	ElementLine(400 50 450 0 10)
+	Mark(400 150)
+#------------------------------------------------------------------------
+# all other sockets, currently 20,52,68 and 84 pins
+)
Index: oldlib/lib/pcblib-newlib/geda/PLCC32.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/PLCC32.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/PLCC32.fp	(revision 296)
@@ -0,0 +1,69 @@
+	    # was 15
+	     # was 50
+Element(0x00 "Plastic leadless chip carrier" "" "PLCC32" 100 225 0 100 0x00)
+(
+	# top left half
+Pad(225 -20 225 40 20 "1" 0x00) 
+	Pad(175 -20 175 40 20 "2" 0x100) 
+	Pad(125 -20 125 40 20 "3" 0x100) 
+	Pad(75 -20 75 40 20 "4" 0x100) 
+	# left row
+Pad(-20 75 40 75 20 "5" 0x100) 
+	Pad(-20 125 40 125 20 "6" 0x100) 
+	Pad(-20 175 40 175 20 "7" 0x100) 
+	Pad(-20 225 40 225 20 "8" 0x100) 
+	Pad(-20 275 40 275 20 "9" 0x100) 
+	Pad(-20 325 40 325 20 "10" 0x100) 
+	Pad(-20 375 40 375 20 "11" 0x100) 
+	Pad(-20 425 40 425 20 "12" 0x100) 
+	Pad(-20 475 40 475 20 "13" 0x100) 
+	# bottom row
+Pad(75 570 75 510 20 "14" 0x100) 
+Pad(125 570 125 510 20 "15" 0x100) 
+Pad(175 570 175 510 20 "16" 0x100) 
+Pad(225 570 225 510 20 "17" 0x100) 
+Pad(275 570 275 510 20 "18" 0x100) 
+Pad(325 570 325 510 20 "19" 0x100) 
+Pad(375 570 375 510 20 "20" 0x100) 
+	# right row
+Pad(470 475 410 475 20 "21" 0x100) 
+Pad(470 425 410 425 20 "22" 0x100) 
+Pad(470 375 410 375 20 "23" 0x100) 
+Pad(470 325 410 325 20 "24" 0x100) 
+Pad(470 275 410 275 20 "25" 0x100) 
+Pad(470 225 410 225 20 "26" 0x100) 
+Pad(470 175 410 175 20 "27" 0x100) 
+Pad(470 125 410 125 20 "28" 0x100) 
+Pad(470 75 410 75 20 "29" 0x100) 
+	# top right row
+Pad(375 -20 375 40 20 "30" 0x100) 
+Pad(325 -20 325 40 20 "31" 0x100) 
+Pad(275 -20 275 40 20 "32" 0x100) 
+#	ElementLine(50 0 WIDTH 0 20)
+#	ElementLine(WIDTH 0 WIDTH WIDTH 20)
+#	ElementLine(WIDTH WIDTH 0 WIDTH 20)
+#	ElementLine(0 WIDTH 0 50 20)
+#	ElementLine(0 50 50 0 20)
+# Modified by Thomas Olson to eliminate silkscreen blobbing over pads.
+# Approach one: eliminate ElementLine transgression over pads. leave corners
+# only.
+	ElementLine(400 0 450 0 10)
+	ElementLine(450 0 450 50 10)
+	ElementLine(450 500 450 550 10)
+	ElementLine(450 550 400 550 10)
+	ElementLine(50 550 0 550 10)
+	ElementLine(0 550 0 500 10)
+	ElementLine(0 50 50 0 10)
+# Approach two: move outline to edge of pads.
+# The outline should be 15 off. But since the pad algorithm
+# is not making the square pads correctly I give it a total of 30
+# to clear the pads.
+# Try 40 mils, and parameterize it.  1/12/00 LRD
+	ElementLine(50 -40 490 -40 10)
+	ElementLine(490 -40 490 590 10)
+	ElementLine(490 590 -40 590 10)
+	ElementLine(-40 590 -40 50 10)
+	ElementLine(-40 50 50 -40 10)
+	ElementArc(225 100 20 20 0 360 10)
+	Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/PLCC32X.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/PLCC32X.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/PLCC32X.fp	(revision 296)
@@ -0,0 +1,51 @@
+Element(0x00 "Plastic leadless chip carrier with pin socket" "" "PLCC32X" 350 400 0 100 0x00)
+# PLCC - 44 is a  special case, pad 1 in inner row
+(
+# top left row
+Pin(450 250 62 35 "1" 0x101) 
+	Pin(350 150 62 35 "2" 0x01) 
+Pin(350 250 62 35 "3" 0x01) 
+	Pin(250 150 62 35 "4" 0x01) 
+#left row
+Pin(150 250 62 35 "5" 0x01) 
+	Pin(250 250 62 35 "6" 0x01) 
+Pin(150 350 62 35 "7" 0x01) 
+	Pin(250 350 62 35 "8" 0x01) 
+Pin(150 450 62 35 "9" 0x01) 
+	Pin(250 450 62 35 "10" 0x01) 
+Pin(150 550 62 35 "11" 0x01) 
+	Pin(250 550 62 35 "12" 0x01) 
+Pin(150 650 62 35 "13" 0x01)
+# bottom row
+Pin(250 750 62 35 "14" 0x01) 
+	Pin(250 650 62 35 "15" 0x01) 
+Pin(350 750 62 35 "16" 0x01) 
+	Pin(350 650 62 35 "17" 0x01) 
+Pin(450 750 62 35 "18" 0x01) 
+	Pin(450 650 62 35 "19" 0x01) 
+Pin(550 750 62 35 "20" 0x01)
+# right row
+Pin(650 650 62 35 "21" 0x01) 
+	Pin(550 650 62 35 "22" 0x01) 
+Pin(650 550 62 35 "23" 0x01) 
+	Pin(550 550 62 35 "24" 0x01) 
+Pin(650 450 62 35 "25" 0x01) 
+	Pin(550 450 62 35 "26" 0x01) 
+Pin(650 350 62 35 "27" 0x01) 
+	Pin(550 350 62 35 "28" 0x01) 
+Pin(650 250 62 35 "29" 0x01)
+# top rigth row
+Pin(550 150 62 35 "30" 0x01) 
+	Pin(550 250 62 35 "31" 0x01) 
+Pin(450 150 62 35 "32" 0x01)
+	ElementLine(0 0 800 0 20)
+	ElementLine(800 0 800 900 20)
+	ElementLine(800 900 0 900 20)
+	ElementLine(0 900 0 0 20)
+	ElementLine(0 100 100 0 10)
+	ElementLine(350 0 400 50 10)
+	ElementLine(400 50 450 0 10)
+	Mark(400 150)
+#------------------------------------------------------------------------
+# all other sockets, currently 20,52,68 and 84 pins
+)
Index: oldlib/lib/pcblib-newlib/geda/PLCC44.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/PLCC44.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/PLCC44.fp	(revision 296)
@@ -0,0 +1,81 @@
+	    # was 15
+	     # was 50
+Element(0x00 "Plastic leadless chip carrier" "" "PLCC44" 100 325 0 100 0x00)
+(
+	# top left half
+Pad(325 -20 325 40 20 "1" 0x00) 
+	Pad(275 -20 275 40 20 "2" 0x100) 
+	Pad(225 -20 225 40 20 "3" 0x100) 
+	Pad(175 -20 175 40 20 "4" 0x100) 
+	Pad(125 -20 125 40 20 "5" 0x100) 
+	Pad(75 -20 75 40 20 "6" 0x100) 
+	# left row
+Pad(-20 75 40 75 20 "7" 0x100) 
+	Pad(-20 125 40 125 20 "8" 0x100) 
+	Pad(-20 175 40 175 20 "9" 0x100) 
+	Pad(-20 225 40 225 20 "10" 0x100) 
+	Pad(-20 275 40 275 20 "11" 0x100) 
+	Pad(-20 325 40 325 20 "12" 0x100) 
+	Pad(-20 375 40 375 20 "13" 0x100) 
+	Pad(-20 425 40 425 20 "14" 0x100) 
+	Pad(-20 475 40 475 20 "15" 0x100) 
+	Pad(-20 525 40 525 20 "16" 0x100) 
+	Pad(-20 575 40 575 20 "17" 0x100) 
+	# bottom row
+Pad(75 670 75 610 20 "18" 0x100) 
+Pad(125 670 125 610 20 "19" 0x100) 
+Pad(175 670 175 610 20 "20" 0x100) 
+Pad(225 670 225 610 20 "21" 0x100) 
+Pad(275 670 275 610 20 "22" 0x100) 
+Pad(325 670 325 610 20 "23" 0x100) 
+Pad(375 670 375 610 20 "24" 0x100) 
+Pad(425 670 425 610 20 "25" 0x100) 
+Pad(475 670 475 610 20 "26" 0x100) 
+Pad(525 670 525 610 20 "27" 0x100) 
+Pad(575 670 575 610 20 "28" 0x100) 
+	# right row
+Pad(670 575 610 575 20 "29" 0x100) 
+Pad(670 525 610 525 20 "30" 0x100) 
+Pad(670 475 610 475 20 "31" 0x100) 
+Pad(670 425 610 425 20 "32" 0x100) 
+Pad(670 375 610 375 20 "33" 0x100) 
+Pad(670 325 610 325 20 "34" 0x100) 
+Pad(670 275 610 275 20 "35" 0x100) 
+Pad(670 225 610 225 20 "36" 0x100) 
+Pad(670 175 610 175 20 "37" 0x100) 
+Pad(670 125 610 125 20 "38" 0x100) 
+Pad(670 75 610 75 20 "39" 0x100) 
+	# top right row
+Pad(575 -20 575 40 20 "40" 0x100) 
+Pad(525 -20 525 40 20 "41" 0x100) 
+Pad(475 -20 475 40 20 "42" 0x100) 
+Pad(425 -20 425 40 20 "43" 0x100) 
+Pad(375 -20 375 40 20 "44" 0x100) 
+#	ElementLine(50 0 WIDTH 0 20)
+#	ElementLine(WIDTH 0 WIDTH WIDTH 20)
+#	ElementLine(WIDTH WIDTH 0 WIDTH 20)
+#	ElementLine(0 WIDTH 0 50 20)
+#	ElementLine(0 50 50 0 20)
+# Modified by Thomas Olson to eliminate silkscreen blobbing over pads.
+# Approach one: eliminate ElementLine transgression over pads. leave corners
+# only.
+	ElementLine(600 0 650 0 10)
+	ElementLine(650 0 650 50 10)
+	ElementLine(650 600 650 650 10)
+	ElementLine(650 650 600 650 10)
+	ElementLine(50 650 0 650 10)
+	ElementLine(0 650 0 600 10)
+	ElementLine(0 50 50 0 10)
+# Approach two: move outline to edge of pads.
+# The outline should be 15 off. But since the pad algorithm
+# is not making the square pads correctly I give it a total of 30
+# to clear the pads.
+# Try 40 mils, and parameterize it.  1/12/00 LRD
+	ElementLine(50 -40 690 -40 10)
+	ElementLine(690 -40 690 690 10)
+	ElementLine(690 690 -40 690 10)
+	ElementLine(-40 690 -40 50 10)
+	ElementLine(-40 50 50 -40 10)
+	ElementArc(325 100 20 20 0 360 10)
+	Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/PLCC44X.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/PLCC44X.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/PLCC44X.fp	(revision 296)
@@ -0,0 +1,63 @@
+Element(0x00 "Plastic leadless chip carrier with pin socket" "" "PLCC44X" 350 500 0 100 0x00)
+# PLCC - 44 is a  special case, pad 1 in inner row
+(
+# top left row
+Pin(550 250 62 35 "1" 0x101) 
+	Pin(450 150 62 35 "2" 0x01) 
+Pin(450 250 62 35 "3" 0x01) 
+	Pin(350 150 62 35 "4" 0x01) 
+Pin(350 250 62 35 "5" 0x01) 
+	Pin(250 150 62 35 "6" 0x01) 
+#left row
+Pin(150 250 62 35 "7" 0x01) 
+	Pin(250 250 62 35 "8" 0x01) 
+Pin(150 350 62 35 "9" 0x01) 
+	Pin(250 350 62 35 "10" 0x01) 
+Pin(150 450 62 35 "11" 0x01) 
+	Pin(250 450 62 35 "12" 0x01) 
+Pin(150 550 62 35 "13" 0x01) 
+	Pin(250 550 62 35 "14" 0x01) 
+Pin(150 650 62 35 "15" 0x01) 
+	Pin(250 650 62 35 "16" 0x01) 
+Pin(150 750 62 35 "17" 0x01)
+# bottom row
+Pin(250 850 62 35 "18" 0x01) 
+	Pin(250 750 62 35 "19" 0x01) 
+Pin(350 850 62 35 "20" 0x01) 
+	Pin(350 750 62 35 "21" 0x01) 
+Pin(450 850 62 35 "22" 0x01) 
+	Pin(450 750 62 35 "23" 0x01) 
+Pin(550 850 62 35 "24" 0x01) 
+	Pin(550 750 62 35 "25" 0x01) 
+Pin(650 850 62 35 "26" 0x01) 
+	Pin(650 750 62 35 "27" 0x01) 
+Pin(750 850 62 35 "28" 0x01)
+# right row
+Pin(850 750 62 35 "29" 0x01) 
+	Pin(750 750 62 35 "30" 0x01) 
+Pin(850 650 62 35 "31" 0x01) 
+	Pin(750 650 62 35 "32" 0x01) 
+Pin(850 550 62 35 "33" 0x01) 
+	Pin(750 550 62 35 "34" 0x01) 
+Pin(850 450 62 35 "35" 0x01) 
+	Pin(750 450 62 35 "36" 0x01) 
+Pin(850 350 62 35 "37" 0x01) 
+	Pin(750 350 62 35 "38" 0x01) 
+Pin(850 250 62 35 "39" 0x01)
+# top rigth row
+Pin(750 150 62 35 "40" 0x01) 
+	Pin(750 250 62 35 "41" 0x01) 
+Pin(650 150 62 35 "42" 0x01) 
+	Pin(650 250 62 35 "43" 0x01) 
+Pin(550 150 62 35 "44" 0x01)
+	ElementLine(0 0 1000 0 20)
+	ElementLine(1000 0 1000 1000 20)
+	ElementLine(1000 1000 0 1000 20)
+	ElementLine(0 1000 0 0 20)
+	ElementLine(0 100 100 0 10)
+	ElementLine(450 0 500 50 10)
+	ElementLine(500 50 550 0 10)
+	Mark(500 150)
+#------------------------------------------------------------------------
+# all other sockets, currently 20,52,68 and 84 pins
+)
Index: oldlib/lib/pcblib-newlib/geda/PLCC52.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/PLCC52.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/PLCC52.fp	(revision 296)
@@ -0,0 +1,89 @@
+	    # was 15
+	     # was 50
+Element(0x00 "Plastic leadless chip carrier" "" "PLCC52" 100 375 0 100 0x00)
+(
+	# top left half
+Pad(375 -20 375 40 20 "1" 0x00) 
+	Pad(325 -20 325 40 20 "2" 0x100) 
+	Pad(275 -20 275 40 20 "3" 0x100) 
+	Pad(225 -20 225 40 20 "4" 0x100) 
+	Pad(175 -20 175 40 20 "5" 0x100) 
+	Pad(125 -20 125 40 20 "6" 0x100) 
+	Pad(75 -20 75 40 20 "7" 0x100) 
+	# left row
+Pad(-20 75 40 75 20 "8" 0x100) 
+	Pad(-20 125 40 125 20 "9" 0x100) 
+	Pad(-20 175 40 175 20 "10" 0x100) 
+	Pad(-20 225 40 225 20 "11" 0x100) 
+	Pad(-20 275 40 275 20 "12" 0x100) 
+	Pad(-20 325 40 325 20 "13" 0x100) 
+	Pad(-20 375 40 375 20 "14" 0x100) 
+	Pad(-20 425 40 425 20 "15" 0x100) 
+	Pad(-20 475 40 475 20 "16" 0x100) 
+	Pad(-20 525 40 525 20 "17" 0x100) 
+	Pad(-20 575 40 575 20 "18" 0x100) 
+	Pad(-20 625 40 625 20 "19" 0x100) 
+	Pad(-20 675 40 675 20 "20" 0x100) 
+	# bottom row
+Pad(75 770 75 710 20 "21" 0x100) 
+Pad(125 770 125 710 20 "22" 0x100) 
+Pad(175 770 175 710 20 "23" 0x100) 
+Pad(225 770 225 710 20 "24" 0x100) 
+Pad(275 770 275 710 20 "25" 0x100) 
+Pad(325 770 325 710 20 "26" 0x100) 
+Pad(375 770 375 710 20 "27" 0x100) 
+Pad(425 770 425 710 20 "28" 0x100) 
+Pad(475 770 475 710 20 "29" 0x100) 
+Pad(525 770 525 710 20 "30" 0x100) 
+Pad(575 770 575 710 20 "31" 0x100) 
+Pad(625 770 625 710 20 "32" 0x100) 
+Pad(675 770 675 710 20 "33" 0x100) 
+	# right row
+Pad(770 675 710 675 20 "34" 0x100) 
+Pad(770 625 710 625 20 "35" 0x100) 
+Pad(770 575 710 575 20 "36" 0x100) 
+Pad(770 525 710 525 20 "37" 0x100) 
+Pad(770 475 710 475 20 "38" 0x100) 
+Pad(770 425 710 425 20 "39" 0x100) 
+Pad(770 375 710 375 20 "40" 0x100) 
+Pad(770 325 710 325 20 "41" 0x100) 
+Pad(770 275 710 275 20 "42" 0x100) 
+Pad(770 225 710 225 20 "43" 0x100) 
+Pad(770 175 710 175 20 "44" 0x100) 
+Pad(770 125 710 125 20 "45" 0x100) 
+Pad(770 75 710 75 20 "46" 0x100) 
+	# top right row
+Pad(675 -20 675 40 20 "47" 0x100) 
+Pad(625 -20 625 40 20 "48" 0x100) 
+Pad(575 -20 575 40 20 "49" 0x100) 
+Pad(525 -20 525 40 20 "50" 0x100) 
+Pad(475 -20 475 40 20 "51" 0x100) 
+Pad(425 -20 425 40 20 "52" 0x100) 
+#	ElementLine(50 0 WIDTH 0 20)
+#	ElementLine(WIDTH 0 WIDTH WIDTH 20)
+#	ElementLine(WIDTH WIDTH 0 WIDTH 20)
+#	ElementLine(0 WIDTH 0 50 20)
+#	ElementLine(0 50 50 0 20)
+# Modified by Thomas Olson to eliminate silkscreen blobbing over pads.
+# Approach one: eliminate ElementLine transgression over pads. leave corners
+# only.
+	ElementLine(700 0 750 0 10)
+	ElementLine(750 0 750 50 10)
+	ElementLine(750 700 750 750 10)
+	ElementLine(750 750 700 750 10)
+	ElementLine(50 750 0 750 10)
+	ElementLine(0 750 0 700 10)
+	ElementLine(0 50 50 0 10)
+# Approach two: move outline to edge of pads.
+# The outline should be 15 off. But since the pad algorithm
+# is not making the square pads correctly I give it a total of 30
+# to clear the pads.
+# Try 40 mils, and parameterize it.  1/12/00 LRD
+	ElementLine(50 -40 790 -40 10)
+	ElementLine(790 -40 790 790 10)
+	ElementLine(790 790 -40 790 10)
+	ElementLine(-40 790 -40 50 10)
+	ElementLine(-40 50 50 -40 10)
+	ElementArc(375 100 20 20 0 360 10)
+	Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/PLCC52X.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/PLCC52X.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/PLCC52X.fp	(revision 296)
@@ -0,0 +1,70 @@
+Element(0x00 "Plastic leadless chip carrier with pin socket" "" "PLCC52X" 350 550 0 100 0x00)
+# PLCC - 44 is a  special case, pad 1 in inner row
+(
+# the default case, Pad 1 is on outer top row, in the middle
+#top left row
+Pin(550 150 62 35 "1" 0x101) 
+	Pin(550 250 62 35 "2" 0x01) 
+Pin(450 150 62 35 "3" 0x01) 
+	Pin(450 250 62 35 "4" 0x01) 
+Pin(350 150 62 35 "5" 0x01) 
+	Pin(350 250 62 35 "6" 0x01) 
+Pin(250 150 62 35 "7" 0x01)
+# left row
+Pin(150 250 62 35 "8" 0x01) 
+	Pin(250 250 62 35 "9" 0x01) 
+Pin(150 350 62 35 "10" 0x01) 
+	Pin(250 350 62 35 "11" 0x01) 
+Pin(150 450 62 35 "12" 0x01) 
+	Pin(250 450 62 35 "13" 0x01) 
+Pin(150 550 62 35 "14" 0x01) 
+	Pin(250 550 62 35 "15" 0x01) 
+Pin(150 650 62 35 "16" 0x01) 
+	Pin(250 650 62 35 "17" 0x01) 
+Pin(150 750 62 35 "18" 0x01) 
+	Pin(250 750 62 35 "19" 0x01) 
+Pin(150 850 62 35 "20" 0x01)
+# bottom row
+Pin(250 950 62 35 "21" 0x01) 
+	Pin(250 850 62 35 "22" 0x01) 
+Pin(350 950 62 35 "23" 0x01) 
+	Pin(350 850 62 35 "24" 0x01) 
+Pin(450 950 62 35 "25" 0x01) 
+	Pin(450 850 62 35 "26" 0x01) 
+Pin(550 950 62 35 "27" 0x01) 
+	Pin(550 850 62 35 "28" 0x01) 
+Pin(650 950 62 35 "29" 0x01) 
+	Pin(650 850 62 35 "30" 0x01) 
+Pin(750 950 62 35 "31" 0x01) 
+	Pin(750 850 62 35 "32" 0x01) 
+Pin(850 950 62 35 "33" 0x01)
+# right row
+Pin(950 850 62 35 "34" 0x01) 
+	Pin(850 850 62 35 "35" 0x01) 
+Pin(950 750 62 35 "36" 0x01) 
+	Pin(850 750 62 35 "37" 0x01) 
+Pin(950 650 62 35 "38" 0x01) 
+	Pin(850 650 62 35 "39" 0x01) 
+Pin(950 550 62 35 "40" 0x01) 
+	Pin(850 550 62 35 "41" 0x01) 
+Pin(950 450 62 35 "42" 0x01) 
+	Pin(850 450 62 35 "43" 0x01) 
+Pin(950 350 62 35 "44" 0x01) 
+	Pin(850 350 62 35 "45" 0x01) 
+Pin(950 250 62 35 "46" 0x01)
+#top right row
+Pin(850 150 62 35 "47" 0x01) 
+	Pin(850 250 62 35 "48" 0x01) 
+Pin(750 150 62 35 "49" 0x01) 
+	Pin(750 250 62 35 "50" 0x01) 
+Pin(650 150 62 35 "51" 0x01) 
+	Pin(650 250 62 35 "52" 0x01) 
+	ElementLine(0 0 1100 0 20)
+	ElementLine(1100 0 1100 1100 20)
+	ElementLine(1100 1100 0 1100 20)
+	ElementLine(0 1100 0 0 20)
+	ElementLine(0 100 100 0 10)
+	ElementLine(500 0 550 50 10)
+	ElementLine(550 50 600 0 10)
+	Mark(550 150)
+)
Index: oldlib/lib/pcblib-newlib/geda/PLCC68.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/PLCC68.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/PLCC68.fp	(revision 296)
@@ -0,0 +1,105 @@
+	    # was 15
+	     # was 50
+Element(0x00 "Plastic leadless chip carrier" "" "PLCC68" 100 475 0 100 0x00)
+(
+	# top left half
+Pad(475 -20 475 40 20 "1" 0x00) 
+	Pad(425 -20 425 40 20 "2" 0x100) 
+	Pad(375 -20 375 40 20 "3" 0x100) 
+	Pad(325 -20 325 40 20 "4" 0x100) 
+	Pad(275 -20 275 40 20 "5" 0x100) 
+	Pad(225 -20 225 40 20 "6" 0x100) 
+	Pad(175 -20 175 40 20 "7" 0x100) 
+	Pad(125 -20 125 40 20 "8" 0x100) 
+	Pad(75 -20 75 40 20 "9" 0x100) 
+	# left row
+Pad(-20 75 40 75 20 "10" 0x100) 
+	Pad(-20 125 40 125 20 "11" 0x100) 
+	Pad(-20 175 40 175 20 "12" 0x100) 
+	Pad(-20 225 40 225 20 "13" 0x100) 
+	Pad(-20 275 40 275 20 "14" 0x100) 
+	Pad(-20 325 40 325 20 "15" 0x100) 
+	Pad(-20 375 40 375 20 "16" 0x100) 
+	Pad(-20 425 40 425 20 "17" 0x100) 
+	Pad(-20 475 40 475 20 "18" 0x100) 
+	Pad(-20 525 40 525 20 "19" 0x100) 
+	Pad(-20 575 40 575 20 "20" 0x100) 
+	Pad(-20 625 40 625 20 "21" 0x100) 
+	Pad(-20 675 40 675 20 "22" 0x100) 
+	Pad(-20 725 40 725 20 "23" 0x100) 
+	Pad(-20 775 40 775 20 "24" 0x100) 
+	Pad(-20 825 40 825 20 "25" 0x100) 
+	Pad(-20 875 40 875 20 "26" 0x100) 
+	# bottom row
+Pad(75 970 75 910 20 "27" 0x100) 
+Pad(125 970 125 910 20 "28" 0x100) 
+Pad(175 970 175 910 20 "29" 0x100) 
+Pad(225 970 225 910 20 "30" 0x100) 
+Pad(275 970 275 910 20 "31" 0x100) 
+Pad(325 970 325 910 20 "32" 0x100) 
+Pad(375 970 375 910 20 "33" 0x100) 
+Pad(425 970 425 910 20 "34" 0x100) 
+Pad(475 970 475 910 20 "35" 0x100) 
+Pad(525 970 525 910 20 "36" 0x100) 
+Pad(575 970 575 910 20 "37" 0x100) 
+Pad(625 970 625 910 20 "38" 0x100) 
+Pad(675 970 675 910 20 "39" 0x100) 
+Pad(725 970 725 910 20 "40" 0x100) 
+Pad(775 970 775 910 20 "41" 0x100) 
+Pad(825 970 825 910 20 "42" 0x100) 
+Pad(875 970 875 910 20 "43" 0x100) 
+	# right row
+Pad(970 875 910 875 20 "44" 0x100) 
+Pad(970 825 910 825 20 "45" 0x100) 
+Pad(970 775 910 775 20 "46" 0x100) 
+Pad(970 725 910 725 20 "47" 0x100) 
+Pad(970 675 910 675 20 "48" 0x100) 
+Pad(970 625 910 625 20 "49" 0x100) 
+Pad(970 575 910 575 20 "50" 0x100) 
+Pad(970 525 910 525 20 "51" 0x100) 
+Pad(970 475 910 475 20 "52" 0x100) 
+Pad(970 425 910 425 20 "53" 0x100) 
+Pad(970 375 910 375 20 "54" 0x100) 
+Pad(970 325 910 325 20 "55" 0x100) 
+Pad(970 275 910 275 20 "56" 0x100) 
+Pad(970 225 910 225 20 "57" 0x100) 
+Pad(970 175 910 175 20 "58" 0x100) 
+Pad(970 125 910 125 20 "59" 0x100) 
+Pad(970 75 910 75 20 "60" 0x100) 
+	# top right row
+Pad(875 -20 875 40 20 "61" 0x100) 
+Pad(825 -20 825 40 20 "62" 0x100) 
+Pad(775 -20 775 40 20 "63" 0x100) 
+Pad(725 -20 725 40 20 "64" 0x100) 
+Pad(675 -20 675 40 20 "65" 0x100) 
+Pad(625 -20 625 40 20 "66" 0x100) 
+Pad(575 -20 575 40 20 "67" 0x100) 
+Pad(525 -20 525 40 20 "68" 0x100) 
+#	ElementLine(50 0 WIDTH 0 20)
+#	ElementLine(WIDTH 0 WIDTH WIDTH 20)
+#	ElementLine(WIDTH WIDTH 0 WIDTH 20)
+#	ElementLine(0 WIDTH 0 50 20)
+#	ElementLine(0 50 50 0 20)
+# Modified by Thomas Olson to eliminate silkscreen blobbing over pads.
+# Approach one: eliminate ElementLine transgression over pads. leave corners
+# only.
+	ElementLine(900 0 950 0 10)
+	ElementLine(950 0 950 50 10)
+	ElementLine(950 900 950 950 10)
+	ElementLine(950 950 900 950 10)
+	ElementLine(50 950 0 950 10)
+	ElementLine(0 950 0 900 10)
+	ElementLine(0 50 50 0 10)
+# Approach two: move outline to edge of pads.
+# The outline should be 15 off. But since the pad algorithm
+# is not making the square pads correctly I give it a total of 30
+# to clear the pads.
+# Try 40 mils, and parameterize it.  1/12/00 LRD
+	ElementLine(50 -40 990 -40 10)
+	ElementLine(990 -40 990 990 10)
+	ElementLine(990 990 -40 990 10)
+	ElementLine(-40 990 -40 50 10)
+	ElementLine(-40 50 50 -40 10)
+	ElementArc(475 100 20 20 0 360 10)
+	Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/PLCC68X.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/PLCC68X.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/PLCC68X.fp	(revision 296)
@@ -0,0 +1,86 @@
+Element(0x00 "Plastic leadless chip carrier with pin socket" "" "PLCC68X" 350 650 0 100 0x00)
+# PLCC - 44 is a  special case, pad 1 in inner row
+(
+# the default case, Pad 1 is on outer top row, in the middle
+#top left row
+Pin(650 150 62 35 "1" 0x101) 
+	Pin(650 250 62 35 "2" 0x01) 
+Pin(550 150 62 35 "3" 0x01) 
+	Pin(550 250 62 35 "4" 0x01) 
+Pin(450 150 62 35 "5" 0x01) 
+	Pin(450 250 62 35 "6" 0x01) 
+Pin(350 150 62 35 "7" 0x01) 
+	Pin(350 250 62 35 "8" 0x01) 
+Pin(250 150 62 35 "9" 0x01)
+# left row
+Pin(150 250 62 35 "10" 0x01) 
+	Pin(250 250 62 35 "11" 0x01) 
+Pin(150 350 62 35 "12" 0x01) 
+	Pin(250 350 62 35 "13" 0x01) 
+Pin(150 450 62 35 "14" 0x01) 
+	Pin(250 450 62 35 "15" 0x01) 
+Pin(150 550 62 35 "16" 0x01) 
+	Pin(250 550 62 35 "17" 0x01) 
+Pin(150 650 62 35 "18" 0x01) 
+	Pin(250 650 62 35 "19" 0x01) 
+Pin(150 750 62 35 "20" 0x01) 
+	Pin(250 750 62 35 "21" 0x01) 
+Pin(150 850 62 35 "22" 0x01) 
+	Pin(250 850 62 35 "23" 0x01) 
+Pin(150 950 62 35 "24" 0x01) 
+	Pin(250 950 62 35 "25" 0x01) 
+Pin(150 1050 62 35 "26" 0x01)
+# bottom row
+Pin(250 1150 62 35 "27" 0x01) 
+	Pin(250 1050 62 35 "28" 0x01) 
+Pin(350 1150 62 35 "29" 0x01) 
+	Pin(350 1050 62 35 "30" 0x01) 
+Pin(450 1150 62 35 "31" 0x01) 
+	Pin(450 1050 62 35 "32" 0x01) 
+Pin(550 1150 62 35 "33" 0x01) 
+	Pin(550 1050 62 35 "34" 0x01) 
+Pin(650 1150 62 35 "35" 0x01) 
+	Pin(650 1050 62 35 "36" 0x01) 
+Pin(750 1150 62 35 "37" 0x01) 
+	Pin(750 1050 62 35 "38" 0x01) 
+Pin(850 1150 62 35 "39" 0x01) 
+	Pin(850 1050 62 35 "40" 0x01) 
+Pin(950 1150 62 35 "41" 0x01) 
+	Pin(950 1050 62 35 "42" 0x01) 
+Pin(1050 1150 62 35 "43" 0x01)
+# right row
+Pin(1150 1050 62 35 "44" 0x01) 
+	Pin(1050 1050 62 35 "45" 0x01) 
+Pin(1150 950 62 35 "46" 0x01) 
+	Pin(1050 950 62 35 "47" 0x01) 
+Pin(1150 850 62 35 "48" 0x01) 
+	Pin(1050 850 62 35 "49" 0x01) 
+Pin(1150 750 62 35 "50" 0x01) 
+	Pin(1050 750 62 35 "51" 0x01) 
+Pin(1150 650 62 35 "52" 0x01) 
+	Pin(1050 650 62 35 "53" 0x01) 
+Pin(1150 550 62 35 "54" 0x01) 
+	Pin(1050 550 62 35 "55" 0x01) 
+Pin(1150 450 62 35 "56" 0x01) 
+	Pin(1050 450 62 35 "57" 0x01) 
+Pin(1150 350 62 35 "58" 0x01) 
+	Pin(1050 350 62 35 "59" 0x01) 
+Pin(1150 250 62 35 "60" 0x01)
+#top right row
+Pin(1050 150 62 35 "61" 0x01) 
+	Pin(1050 250 62 35 "62" 0x01) 
+Pin(950 150 62 35 "63" 0x01) 
+	Pin(950 250 62 35 "64" 0x01) 
+Pin(850 150 62 35 "65" 0x01) 
+	Pin(850 250 62 35 "66" 0x01) 
+Pin(750 150 62 35 "67" 0x01) 
+	Pin(750 250 62 35 "68" 0x01) 
+	ElementLine(0 0 1300 0 20)
+	ElementLine(1300 0 1300 1300 20)
+	ElementLine(1300 1300 0 1300 20)
+	ElementLine(0 1300 0 0 20)
+	ElementLine(0 100 100 0 10)
+	ElementLine(600 0 650 50 10)
+	ElementLine(650 50 700 0 10)
+	Mark(650 150)
+)
Index: oldlib/lib/pcblib-newlib/geda/PLCC84.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/PLCC84.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/PLCC84.fp	(revision 296)
@@ -0,0 +1,121 @@
+	    # was 15
+	     # was 50
+Element(0x00 "Plastic leadless chip carrier" "" "PLCC84" 100 575 0 100 0x00)
+(
+	# top left half
+Pad(575 -20 575 40 20 "1" 0x00) 
+	Pad(525 -20 525 40 20 "2" 0x100) 
+	Pad(475 -20 475 40 20 "3" 0x100) 
+	Pad(425 -20 425 40 20 "4" 0x100) 
+	Pad(375 -20 375 40 20 "5" 0x100) 
+	Pad(325 -20 325 40 20 "6" 0x100) 
+	Pad(275 -20 275 40 20 "7" 0x100) 
+	Pad(225 -20 225 40 20 "8" 0x100) 
+	Pad(175 -20 175 40 20 "9" 0x100) 
+	Pad(125 -20 125 40 20 "10" 0x100) 
+	Pad(75 -20 75 40 20 "11" 0x100) 
+	# left row
+Pad(-20 75 40 75 20 "12" 0x100) 
+	Pad(-20 125 40 125 20 "13" 0x100) 
+	Pad(-20 175 40 175 20 "14" 0x100) 
+	Pad(-20 225 40 225 20 "15" 0x100) 
+	Pad(-20 275 40 275 20 "16" 0x100) 
+	Pad(-20 325 40 325 20 "17" 0x100) 
+	Pad(-20 375 40 375 20 "18" 0x100) 
+	Pad(-20 425 40 425 20 "19" 0x100) 
+	Pad(-20 475 40 475 20 "20" 0x100) 
+	Pad(-20 525 40 525 20 "21" 0x100) 
+	Pad(-20 575 40 575 20 "22" 0x100) 
+	Pad(-20 625 40 625 20 "23" 0x100) 
+	Pad(-20 675 40 675 20 "24" 0x100) 
+	Pad(-20 725 40 725 20 "25" 0x100) 
+	Pad(-20 775 40 775 20 "26" 0x100) 
+	Pad(-20 825 40 825 20 "27" 0x100) 
+	Pad(-20 875 40 875 20 "28" 0x100) 
+	Pad(-20 925 40 925 20 "29" 0x100) 
+	Pad(-20 975 40 975 20 "30" 0x100) 
+	Pad(-20 1025 40 1025 20 "31" 0x100) 
+	Pad(-20 1075 40 1075 20 "32" 0x100) 
+	# bottom row
+Pad(75 1170 75 1110 20 "33" 0x100) 
+Pad(125 1170 125 1110 20 "34" 0x100) 
+Pad(175 1170 175 1110 20 "35" 0x100) 
+Pad(225 1170 225 1110 20 "36" 0x100) 
+Pad(275 1170 275 1110 20 "37" 0x100) 
+Pad(325 1170 325 1110 20 "38" 0x100) 
+Pad(375 1170 375 1110 20 "39" 0x100) 
+Pad(425 1170 425 1110 20 "40" 0x100) 
+Pad(475 1170 475 1110 20 "41" 0x100) 
+Pad(525 1170 525 1110 20 "42" 0x100) 
+Pad(575 1170 575 1110 20 "43" 0x100) 
+Pad(625 1170 625 1110 20 "44" 0x100) 
+Pad(675 1170 675 1110 20 "45" 0x100) 
+Pad(725 1170 725 1110 20 "46" 0x100) 
+Pad(775 1170 775 1110 20 "47" 0x100) 
+Pad(825 1170 825 1110 20 "48" 0x100) 
+Pad(875 1170 875 1110 20 "49" 0x100) 
+Pad(925 1170 925 1110 20 "50" 0x100) 
+Pad(975 1170 975 1110 20 "51" 0x100) 
+Pad(1025 1170 1025 1110 20 "52" 0x100) 
+Pad(1075 1170 1075 1110 20 "53" 0x100) 
+	# right row
+Pad(1170 1075 1110 1075 20 "54" 0x100) 
+Pad(1170 1025 1110 1025 20 "55" 0x100) 
+Pad(1170 975 1110 975 20 "56" 0x100) 
+Pad(1170 925 1110 925 20 "57" 0x100) 
+Pad(1170 875 1110 875 20 "58" 0x100) 
+Pad(1170 825 1110 825 20 "59" 0x100) 
+Pad(1170 775 1110 775 20 "60" 0x100) 
+Pad(1170 725 1110 725 20 "61" 0x100) 
+Pad(1170 675 1110 675 20 "62" 0x100) 
+Pad(1170 625 1110 625 20 "63" 0x100) 
+Pad(1170 575 1110 575 20 "64" 0x100) 
+Pad(1170 525 1110 525 20 "65" 0x100) 
+Pad(1170 475 1110 475 20 "66" 0x100) 
+Pad(1170 425 1110 425 20 "67" 0x100) 
+Pad(1170 375 1110 375 20 "68" 0x100) 
+Pad(1170 325 1110 325 20 "69" 0x100) 
+Pad(1170 275 1110 275 20 "70" 0x100) 
+Pad(1170 225 1110 225 20 "71" 0x100) 
+Pad(1170 175 1110 175 20 "72" 0x100) 
+Pad(1170 125 1110 125 20 "73" 0x100) 
+Pad(1170 75 1110 75 20 "74" 0x100) 
+	# top right row
+Pad(1075 -20 1075 40 20 "75" 0x100) 
+Pad(1025 -20 1025 40 20 "76" 0x100) 
+Pad(975 -20 975 40 20 "77" 0x100) 
+Pad(925 -20 925 40 20 "78" 0x100) 
+Pad(875 -20 875 40 20 "79" 0x100) 
+Pad(825 -20 825 40 20 "80" 0x100) 
+Pad(775 -20 775 40 20 "81" 0x100) 
+Pad(725 -20 725 40 20 "82" 0x100) 
+Pad(675 -20 675 40 20 "83" 0x100) 
+Pad(625 -20 625 40 20 "84" 0x100) 
+#	ElementLine(50 0 WIDTH 0 20)
+#	ElementLine(WIDTH 0 WIDTH WIDTH 20)
+#	ElementLine(WIDTH WIDTH 0 WIDTH 20)
+#	ElementLine(0 WIDTH 0 50 20)
+#	ElementLine(0 50 50 0 20)
+# Modified by Thomas Olson to eliminate silkscreen blobbing over pads.
+# Approach one: eliminate ElementLine transgression over pads. leave corners
+# only.
+	ElementLine(1100 0 1150 0 10)
+	ElementLine(1150 0 1150 50 10)
+	ElementLine(1150 1100 1150 1150 10)
+	ElementLine(1150 1150 1100 1150 10)
+	ElementLine(50 1150 0 1150 10)
+	ElementLine(0 1150 0 1100 10)
+	ElementLine(0 50 50 0 10)
+# Approach two: move outline to edge of pads.
+# The outline should be 15 off. But since the pad algorithm
+# is not making the square pads correctly I give it a total of 30
+# to clear the pads.
+# Try 40 mils, and parameterize it.  1/12/00 LRD
+	ElementLine(50 -40 1190 -40 10)
+	ElementLine(1190 -40 1190 1190 10)
+	ElementLine(1190 1190 -40 1190 10)
+	ElementLine(-40 1190 -40 50 10)
+	ElementLine(-40 50 50 -40 10)
+	ElementArc(575 100 20 20 0 360 10)
+	Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/geda/PLCC84X.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/PLCC84X.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/PLCC84X.fp	(revision 296)
@@ -0,0 +1,102 @@
+Element(0x00 "Plastic leadless chip carrier with pin socket" "" "PLCC84X" 350 750 0 100 0x00)
+# PLCC - 44 is a  special case, pad 1 in inner row
+(
+# the default case, Pad 1 is on outer top row, in the middle
+#top left row
+Pin(750 150 62 35 "1" 0x101) 
+	Pin(750 250 62 35 "2" 0x01) 
+Pin(650 150 62 35 "3" 0x01) 
+	Pin(650 250 62 35 "4" 0x01) 
+Pin(550 150 62 35 "5" 0x01) 
+	Pin(550 250 62 35 "6" 0x01) 
+Pin(450 150 62 35 "7" 0x01) 
+	Pin(450 250 62 35 "8" 0x01) 
+Pin(350 150 62 35 "9" 0x01) 
+	Pin(350 250 62 35 "10" 0x01) 
+Pin(250 150 62 35 "11" 0x01)
+# left row
+Pin(150 250 62 35 "12" 0x01) 
+	Pin(250 250 62 35 "13" 0x01) 
+Pin(150 350 62 35 "14" 0x01) 
+	Pin(250 350 62 35 "15" 0x01) 
+Pin(150 450 62 35 "16" 0x01) 
+	Pin(250 450 62 35 "17" 0x01) 
+Pin(150 550 62 35 "18" 0x01) 
+	Pin(250 550 62 35 "19" 0x01) 
+Pin(150 650 62 35 "20" 0x01) 
+	Pin(250 650 62 35 "21" 0x01) 
+Pin(150 750 62 35 "22" 0x01) 
+	Pin(250 750 62 35 "23" 0x01) 
+Pin(150 850 62 35 "24" 0x01) 
+	Pin(250 850 62 35 "25" 0x01) 
+Pin(150 950 62 35 "26" 0x01) 
+	Pin(250 950 62 35 "27" 0x01) 
+Pin(150 1050 62 35 "28" 0x01) 
+	Pin(250 1050 62 35 "29" 0x01) 
+Pin(150 1150 62 35 "30" 0x01) 
+	Pin(250 1150 62 35 "31" 0x01) 
+Pin(150 1250 62 35 "32" 0x01)
+# bottom row
+Pin(250 1350 62 35 "33" 0x01) 
+	Pin(250 1250 62 35 "34" 0x01) 
+Pin(350 1350 62 35 "35" 0x01) 
+	Pin(350 1250 62 35 "36" 0x01) 
+Pin(450 1350 62 35 "37" 0x01) 
+	Pin(450 1250 62 35 "38" 0x01) 
+Pin(550 1350 62 35 "39" 0x01) 
+	Pin(550 1250 62 35 "40" 0x01) 
+Pin(650 1350 62 35 "41" 0x01) 
+	Pin(650 1250 62 35 "42" 0x01) 
+Pin(750 1350 62 35 "43" 0x01) 
+	Pin(750 1250 62 35 "44" 0x01) 
+Pin(850 1350 62 35 "45" 0x01) 
+	Pin(850 1250 62 35 "46" 0x01) 
+Pin(950 1350 62 35 "47" 0x01) 
+	Pin(950 1250 62 35 "48" 0x01) 
+Pin(1050 1350 62 35 "49" 0x01) 
+	Pin(1050 1250 62 35 "50" 0x01) 
+Pin(1150 1350 62 35 "51" 0x01) 
+	Pin(1150 1250 62 35 "52" 0x01) 
+Pin(1250 1350 62 35 "53" 0x01)
+# right row
+Pin(1350 1250 62 35 "54" 0x01) 
+	Pin(1250 1250 62 35 "55" 0x01) 
+Pin(1350 1150 62 35 "56" 0x01) 
+	Pin(1250 1150 62 35 "57" 0x01) 
+Pin(1350 1050 62 35 "58" 0x01) 
+	Pin(1250 1050 62 35 "59" 0x01) 
+Pin(1350 950 62 35 "60" 0x01) 
+	Pin(1250 950 62 35 "61" 0x01) 
+Pin(1350 850 62 35 "62" 0x01) 
+	Pin(1250 850 62 35 "63" 0x01) 
+Pin(1350 750 62 35 "64" 0x01) 
+	Pin(1250 750 62 35 "65" 0x01) 
+Pin(1350 650 62 35 "66" 0x01) 
+	Pin(1250 650 62 35 "67" 0x01) 
+Pin(1350 550 62 35 "68" 0x01) 
+	Pin(1250 550 62 35 "69" 0x01) 
+Pin(1350 450 62 35 "70" 0x01) 
+	Pin(1250 450 62 35 "71" 0x01) 
+Pin(1350 350 62 35 "72" 0x01) 
+	Pin(1250 350 62 35 "73" 0x01) 
+Pin(1350 250 62 35 "74" 0x01)
+#top right row
+Pin(1250 150 62 35 "75" 0x01) 
+	Pin(1250 250 62 35 "76" 0x01) 
+Pin(1150 150 62 35 "77" 0x01) 
+	Pin(1150 250 62 35 "78" 0x01) 
+Pin(1050 150 62 35 "79" 0x01) 
+	Pin(1050 250 62 35 "80" 0x01) 
+Pin(950 150 62 35 "81" 0x01) 
+	Pin(950 250 62 35 "82" 0x01) 
+Pin(850 150 62 35 "83" 0x01) 
+	Pin(850 250 62 35 "84" 0x01) 
+	ElementLine(0 0 1500 0 20)
+	ElementLine(1500 0 1500 1500 20)
+	ElementLine(1500 1500 0 1500 20)
+	ElementLine(0 1500 0 0 20)
+	ElementLine(0 100 100 0 10)
+	ElementLine(700 0 750 50 10)
+	ElementLine(750 50 800 0 10)
+	Mark(750 150)
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN12_4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN12_4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN12_4.fp	(revision 296)
@@ -0,0 +1,55 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN12_4" 0 0 -9858 -10908 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-8031  -3149  -6141  -3149  1653  2000 1953 "1" "1"  0x00000100]
+	Pad[-8031  0  -6141  0  1653  2000 1953 "2" "2"  0x00000100]
+	Pad[-8031  3149  -6141  3149  1653  2000 1953 "3" "3"  0x00000100]
+# bottom row
+	Pad[-3149  8031  -3149  6141  1653 2000 1953 "4" "4"  0x00000900]
+	Pad[0  8031  0  6141  1653 2000 1953 "5" "5"  0x00000900]
+	Pad[3149  8031  3149  6141  1653 2000 1953 "6" "6"  0x00000900]
+# right row
+	Pad[8031  3149  6141  3149  1653  2000 1953 "7" "7"  0x00000100]
+	Pad[8031  0  6141  0  1653  2000 1953 "8" "8"  0x00000100]
+	Pad[8031  -3149  6141  -3149  1653  2000 1953 "9" "9"  0x00000100]
+# top row
+	Pad[3149  -8031  3149  -6141  1653 2000 1953 "10" "10" 0x00000900]
+	Pad[0  -8031  0  -6141  1653 2000 1953 "11" "11" 0x00000900]
+	Pad[-3149  -8031  -3149  -6141  1653 2000 1953 "12" "12" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 9858  9858  9858 -9858 1000]
+ElementLine[ 9858 -9858 -9858 -9858 1000]
+ElementLine[-9858 -9858 -9858  9858 1000]
+ElementLine[-9858  9858  9858  9858 1000]
+# Pin 1 indicator
+ElementLine[-9858 -9858 -11358 -11358 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN12_4_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN12_4_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN12_4_EP.fp	(revision 296)
@@ -0,0 +1,58 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN12_4_EP" 0 0 -9858 -10908 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-8031  -3149  -6141  -3149  1653  2000 1953 "1" "1"  0x00000100]
+	Pad[-8031  0  -6141  0  1653  2000 1953 "2" "2"  0x00000100]
+	Pad[-8031  3149  -6141  3149  1653  2000 1953 "3" "3"  0x00000100]
+# bottom row
+	Pad[-3149  8031  -3149  6141  1653 2000 1953 "4" "4"  0x00000900]
+	Pad[0  8031  0  6141  1653 2000 1953 "5" "5"  0x00000900]
+	Pad[3149  8031  3149  6141  1653 2000 1953 "6" "6"  0x00000900]
+# right row
+	Pad[8031  3149  6141  3149  1653  2000 1953 "7" "7"  0x00000100]
+	Pad[8031  0  6141  0  1653  2000 1953 "8" "8"  0x00000100]
+	Pad[8031  -3149  6141  -3149  1653  2000 1953 "9" "9"  0x00000100]
+# top row
+	Pad[3149  -8031  3149  -6141  1653 2000 1953 "10" "10" 0x00000900]
+	Pad[0  -8031  0  -6141  1653 2000 1953 "11" "11" 0x00000900]
+	Pad[-3149  -8031  -3149  -6141  1653 2000 1953 "12" "12" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 8267 0 8667 "13" "13" 0x00000100]
+# Silk screen around package
+ElementLine[ 9858  9858  9858 -9858 1000]
+ElementLine[ 9858 -9858 -9858 -9858 1000]
+ElementLine[-9858 -9858 -9858  9858 1000]
+ElementLine[-9858  9858  9858  9858 1000]
+# Pin 1 indicator
+ElementLine[-9858 -9858 -11358 -11358 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN16_3.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN16_3.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN16_3.fp	(revision 296)
@@ -0,0 +1,59 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN16_3" 0 0 -7889 -8939 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-6338  -2952  -4685  -2952  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-6338  -984  -4685  -984  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-6338  984  -4685  984  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-6338  2952  -4685  2952  1102  2000 1402 "4" "4"  0x00000100]
+# bottom row
+	Pad[-2952  6338  -2952  4685  1102 2000 1402 "5" "5"  0x00000900]
+	Pad[-984  6338  -984  4685  1102 2000 1402 "6" "6"  0x00000900]
+	Pad[984  6338  984  4685  1102 2000 1402 "7" "7"  0x00000900]
+	Pad[2952  6338  2952  4685  1102 2000 1402 "8" "8"  0x00000900]
+# right row
+	Pad[6338  2952  4685  2952  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[6338  984  4685  984  1102  2000 1402 "10" "10"  0x00000100]
+	Pad[6338  -984  4685  -984  1102  2000 1402 "11" "11"  0x00000100]
+	Pad[6338  -2952  4685  -2952  1102  2000 1402 "12" "12"  0x00000100]
+# top row
+	Pad[2952  -6338  2952  -4685  1102 2000 1402 "13" "13" 0x00000900]
+	Pad[984  -6338  984  -4685  1102 2000 1402 "14" "14" 0x00000900]
+	Pad[-984  -6338  -984  -4685  1102 2000 1402 "15" "15" 0x00000900]
+	Pad[-2952  -6338  -2952  -4685  1102 2000 1402 "16" "16" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 7889  7889  7889 -7889 1000]
+ElementLine[ 7889 -7889 -7889 -7889 1000]
+ElementLine[-7889 -7889 -7889  7889 1000]
+ElementLine[-7889  7889  7889  7889 1000]
+# Pin 1 indicator
+ElementLine[-7889 -7889 -9389 -9389 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN16_3_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN16_3_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN16_3_EP.fp	(revision 296)
@@ -0,0 +1,62 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN16_3_EP" 0 0 -7889 -8939 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-6338  -2952  -4685  -2952  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-6338  -984  -4685  -984  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-6338  984  -4685  984  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-6338  2952  -4685  2952  1102  2000 1402 "4" "4"  0x00000100]
+# bottom row
+	Pad[-2952  6338  -2952  4685  1102 2000 1402 "5" "5"  0x00000900]
+	Pad[-984  6338  -984  4685  1102 2000 1402 "6" "6"  0x00000900]
+	Pad[984  6338  984  4685  1102 2000 1402 "7" "7"  0x00000900]
+	Pad[2952  6338  2952  4685  1102 2000 1402 "8" "8"  0x00000900]
+# right row
+	Pad[6338  2952  4685  2952  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[6338  984  4685  984  1102  2000 1402 "10" "10"  0x00000100]
+	Pad[6338  -984  4685  -984  1102  2000 1402 "11" "11"  0x00000100]
+	Pad[6338  -2952  4685  -2952  1102  2000 1402 "12" "12"  0x00000100]
+# top row
+	Pad[2952  -6338  2952  -4685  1102 2000 1402 "13" "13" 0x00000900]
+	Pad[984  -6338  984  -4685  1102 2000 1402 "14" "14" 0x00000900]
+	Pad[-984  -6338  -984  -4685  1102 2000 1402 "15" "15" 0x00000900]
+	Pad[-2952  -6338  -2952  -4685  1102 2000 1402 "16" "16" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 5905 0 6305 "17" "17" 0x00000100]
+# Silk screen around package
+ElementLine[ 7889  7889  7889 -7889 1000]
+ElementLine[ 7889 -7889 -7889 -7889 1000]
+ElementLine[-7889 -7889 -7889  7889 1000]
+ElementLine[-7889  7889  7889  7889 1000]
+# Pin 1 indicator
+ElementLine[-7889 -7889 -9389 -9389 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN16_4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN16_4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN16_4.fp	(revision 296)
@@ -0,0 +1,59 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN16_4" 0 0 -9858 -10908 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-8129  -3838  -6043  -3838  1456  2000 1756 "1" "1"  0x00000100]
+	Pad[-8129  -1279  -6043  -1279  1456  2000 1756 "2" "2"  0x00000100]
+	Pad[-8129  1279  -6043  1279  1456  2000 1756 "3" "3"  0x00000100]
+	Pad[-8129  3838  -6043  3838  1456  2000 1756 "4" "4"  0x00000100]
+# bottom row
+	Pad[-3838  8129  -3838  6043  1456 2000 1756 "5" "5"  0x00000900]
+	Pad[-1279  8129  -1279  6043  1456 2000 1756 "6" "6"  0x00000900]
+	Pad[1279  8129  1279  6043  1456 2000 1756 "7" "7"  0x00000900]
+	Pad[3838  8129  3838  6043  1456 2000 1756 "8" "8"  0x00000900]
+# right row
+	Pad[8129  3838  6043  3838  1456  2000 1756 "9" "9"  0x00000100]
+	Pad[8129  1279  6043  1279  1456  2000 1756 "10" "10"  0x00000100]
+	Pad[8129  -1279  6043  -1279  1456  2000 1756 "11" "11"  0x00000100]
+	Pad[8129  -3838  6043  -3838  1456  2000 1756 "12" "12"  0x00000100]
+# top row
+	Pad[3838  -8129  3838  -6043  1456 2000 1756 "13" "13" 0x00000900]
+	Pad[1279  -8129  1279  -6043  1456 2000 1756 "14" "14" 0x00000900]
+	Pad[-1279  -8129  -1279  -6043  1456 2000 1756 "15" "15" 0x00000900]
+	Pad[-3838  -8129  -3838  -6043  1456 2000 1756 "16" "16" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 9858  9858  9858 -9858 1000]
+ElementLine[ 9858 -9858 -9858 -9858 1000]
+ElementLine[-9858 -9858 -9858  9858 1000]
+ElementLine[-9858  9858  9858  9858 1000]
+# Pin 1 indicator
+ElementLine[-9858 -9858 -11358 -11358 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN16_4_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN16_4_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN16_4_EP.fp	(revision 296)
@@ -0,0 +1,62 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN16_4_EP" 0 0 -9858 -10908 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-8129  -3838  -6043  -3838  1456  2000 1756 "1" "1"  0x00000100]
+	Pad[-8129  -1279  -6043  -1279  1456  2000 1756 "2" "2"  0x00000100]
+	Pad[-8129  1279  -6043  1279  1456  2000 1756 "3" "3"  0x00000100]
+	Pad[-8129  3838  -6043  3838  1456  2000 1756 "4" "4"  0x00000100]
+# bottom row
+	Pad[-3838  8129  -3838  6043  1456 2000 1756 "5" "5"  0x00000900]
+	Pad[-1279  8129  -1279  6043  1456 2000 1756 "6" "6"  0x00000900]
+	Pad[1279  8129  1279  6043  1456 2000 1756 "7" "7"  0x00000900]
+	Pad[3838  8129  3838  6043  1456 2000 1756 "8" "8"  0x00000900]
+# right row
+	Pad[8129  3838  6043  3838  1456  2000 1756 "9" "9"  0x00000100]
+	Pad[8129  1279  6043  1279  1456  2000 1756 "10" "10"  0x00000100]
+	Pad[8129  -1279  6043  -1279  1456  2000 1756 "11" "11"  0x00000100]
+	Pad[8129  -3838  6043  -3838  1456  2000 1756 "12" "12"  0x00000100]
+# top row
+	Pad[3838  -8129  3838  -6043  1456 2000 1756 "13" "13" 0x00000900]
+	Pad[1279  -8129  1279  -6043  1456 2000 1756 "14" "14" 0x00000900]
+	Pad[-1279  -8129  -1279  -6043  1456 2000 1756 "15" "15" 0x00000900]
+	Pad[-3838  -8129  -3838  -6043  1456 2000 1756 "16" "16" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 8267 0 8667 "17" "17" 0x00000100]
+# Silk screen around package
+ElementLine[ 9858  9858  9858 -9858 1000]
+ElementLine[ 9858 -9858 -9858 -9858 1000]
+ElementLine[-9858 -9858 -9858  9858 1000]
+ElementLine[-9858  9858  9858  9858 1000]
+# Pin 1 indicator
+ElementLine[-9858 -9858 -11358 -11358 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN16_5.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN16_5.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN16_5.fp	(revision 296)
@@ -0,0 +1,59 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN16_5" 0 0 -11826 -12876 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-10000  -4724  -8110  -4724  1653  2000 1953 "1" "1"  0x00000100]
+	Pad[-10000  -1574  -8110  -1574  1653  2000 1953 "2" "2"  0x00000100]
+	Pad[-10000  1574  -8110  1574  1653  2000 1953 "3" "3"  0x00000100]
+	Pad[-10000  4724  -8110  4724  1653  2000 1953 "4" "4"  0x00000100]
+# bottom row
+	Pad[-4724  10000  -4724  8110  1653 2000 1953 "5" "5"  0x00000900]
+	Pad[-1574  10000  -1574  8110  1653 2000 1953 "6" "6"  0x00000900]
+	Pad[1574  10000  1574  8110  1653 2000 1953 "7" "7"  0x00000900]
+	Pad[4724  10000  4724  8110  1653 2000 1953 "8" "8"  0x00000900]
+# right row
+	Pad[10000  4724  8110  4724  1653  2000 1953 "9" "9"  0x00000100]
+	Pad[10000  1574  8110  1574  1653  2000 1953 "10" "10"  0x00000100]
+	Pad[10000  -1574  8110  -1574  1653  2000 1953 "11" "11"  0x00000100]
+	Pad[10000  -4724  8110  -4724  1653  2000 1953 "12" "12"  0x00000100]
+# top row
+	Pad[4724  -10000  4724  -8110  1653 2000 1953 "13" "13" 0x00000900]
+	Pad[1574  -10000  1574  -8110  1653 2000 1953 "14" "14" 0x00000900]
+	Pad[-1574  -10000  -1574  -8110  1653 2000 1953 "15" "15" 0x00000900]
+	Pad[-4724  -10000  -4724  -8110  1653 2000 1953 "16" "16" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 11826  11826  11826 -11826 1000]
+ElementLine[ 11826 -11826 -11826 -11826 1000]
+ElementLine[-11826 -11826 -11826  11826 1000]
+ElementLine[-11826  11826  11826  11826 1000]
+# Pin 1 indicator
+ElementLine[-11826 -11826 -13326 -13326 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN16_5_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN16_5_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN16_5_EP.fp	(revision 296)
@@ -0,0 +1,62 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN16_5_EP" 0 0 -11826 -12876 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-10000  -4724  -8110  -4724  1653  2000 1953 "1" "1"  0x00000100]
+	Pad[-10000  -1574  -8110  -1574  1653  2000 1953 "2" "2"  0x00000100]
+	Pad[-10000  1574  -8110  1574  1653  2000 1953 "3" "3"  0x00000100]
+	Pad[-10000  4724  -8110  4724  1653  2000 1953 "4" "4"  0x00000100]
+# bottom row
+	Pad[-4724  10000  -4724  8110  1653 2000 1953 "5" "5"  0x00000900]
+	Pad[-1574  10000  -1574  8110  1653 2000 1953 "6" "6"  0x00000900]
+	Pad[1574  10000  1574  8110  1653 2000 1953 "7" "7"  0x00000900]
+	Pad[4724  10000  4724  8110  1653 2000 1953 "8" "8"  0x00000900]
+# right row
+	Pad[10000  4724  8110  4724  1653  2000 1953 "9" "9"  0x00000100]
+	Pad[10000  1574  8110  1574  1653  2000 1953 "10" "10"  0x00000100]
+	Pad[10000  -1574  8110  -1574  1653  2000 1953 "11" "11"  0x00000100]
+	Pad[10000  -4724  8110  -4724  1653  2000 1953 "12" "12"  0x00000100]
+# top row
+	Pad[4724  -10000  4724  -8110  1653 2000 1953 "13" "13" 0x00000900]
+	Pad[1574  -10000  1574  -8110  1653 2000 1953 "14" "14" 0x00000900]
+	Pad[-1574  -10000  -1574  -8110  1653 2000 1953 "15" "15" 0x00000900]
+	Pad[-4724  -10000  -4724  -8110  1653 2000 1953 "16" "16" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 12204 0 12604 "17" "17" 0x00000100]
+# Silk screen around package
+ElementLine[ 11826  11826  11826 -11826 1000]
+ElementLine[ 11826 -11826 -11826 -11826 1000]
+ElementLine[-11826 -11826 -11826  11826 1000]
+ElementLine[-11826  11826  11826  11826 1000]
+# Pin 1 indicator
+ElementLine[-11826 -11826 -13326 -13326 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN20_4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN20_4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN20_4.fp	(revision 296)
@@ -0,0 +1,63 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN20_4" 0 0 -9858 -10908 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-8307  -3937  -5866  -3937  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-8307  -1968  -5866  -1968  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-8307  0  -5866  0  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-8307  1968  -5866  1968  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-8307  3937  -5866  3937  1102  2000 1402 "5" "5"  0x00000100]
+# bottom row
+	Pad[-3937  8307  -3937  5866  1102 2000 1402 "6" "6"  0x00000900]
+	Pad[-1968  8307  -1968  5866  1102 2000 1402 "7" "7"  0x00000900]
+	Pad[0  8307  0  5866  1102 2000 1402 "8" "8"  0x00000900]
+	Pad[1968  8307  1968  5866  1102 2000 1402 "9" "9"  0x00000900]
+	Pad[3937  8307  3937  5866  1102 2000 1402 "10" "10"  0x00000900]
+# right row
+	Pad[8307  3937  5866  3937  1102  2000 1402 "11" "11"  0x00000100]
+	Pad[8307  1968  5866  1968  1102  2000 1402 "12" "12"  0x00000100]
+	Pad[8307  0  5866  0  1102  2000 1402 "13" "13"  0x00000100]
+	Pad[8307  -1968  5866  -1968  1102  2000 1402 "14" "14"  0x00000100]
+	Pad[8307  -3937  5866  -3937  1102  2000 1402 "15" "15"  0x00000100]
+# top row
+	Pad[3937  -8307  3937  -5866  1102 2000 1402 "16" "16" 0x00000900]
+	Pad[1968  -8307  1968  -5866  1102 2000 1402 "17" "17" 0x00000900]
+	Pad[0  -8307  0  -5866  1102 2000 1402 "18" "18" 0x00000900]
+	Pad[-1968  -8307  -1968  -5866  1102 2000 1402 "19" "19" 0x00000900]
+	Pad[-3937  -8307  -3937  -5866  1102 2000 1402 "20" "20" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 9858  9858  9858 -9858 1000]
+ElementLine[ 9858 -9858 -9858 -9858 1000]
+ElementLine[-9858 -9858 -9858  9858 1000]
+ElementLine[-9858  9858  9858  9858 1000]
+# Pin 1 indicator
+ElementLine[-9858 -9858 -11358 -11358 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN20_4_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN20_4_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN20_4_EP.fp	(revision 296)
@@ -0,0 +1,66 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN20_4_EP" 0 0 -9858 -10908 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-8307  -3937  -5866  -3937  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-8307  -1968  -5866  -1968  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-8307  0  -5866  0  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-8307  1968  -5866  1968  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-8307  3937  -5866  3937  1102  2000 1402 "5" "5"  0x00000100]
+# bottom row
+	Pad[-3937  8307  -3937  5866  1102 2000 1402 "6" "6"  0x00000900]
+	Pad[-1968  8307  -1968  5866  1102 2000 1402 "7" "7"  0x00000900]
+	Pad[0  8307  0  5866  1102 2000 1402 "8" "8"  0x00000900]
+	Pad[1968  8307  1968  5866  1102 2000 1402 "9" "9"  0x00000900]
+	Pad[3937  8307  3937  5866  1102 2000 1402 "10" "10"  0x00000900]
+# right row
+	Pad[8307  3937  5866  3937  1102  2000 1402 "11" "11"  0x00000100]
+	Pad[8307  1968  5866  1968  1102  2000 1402 "12" "12"  0x00000100]
+	Pad[8307  0  5866  0  1102  2000 1402 "13" "13"  0x00000100]
+	Pad[8307  -1968  5866  -1968  1102  2000 1402 "14" "14"  0x00000100]
+	Pad[8307  -3937  5866  -3937  1102  2000 1402 "15" "15"  0x00000100]
+# top row
+	Pad[3937  -8307  3937  -5866  1102 2000 1402 "16" "16" 0x00000900]
+	Pad[1968  -8307  1968  -5866  1102 2000 1402 "17" "17" 0x00000900]
+	Pad[0  -8307  0  -5866  1102 2000 1402 "18" "18" 0x00000900]
+	Pad[-1968  -8307  -1968  -5866  1102 2000 1402 "19" "19" 0x00000900]
+	Pad[-3937  -8307  -3937  -5866  1102 2000 1402 "20" "20" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 8267 0 8667 "21" "21" 0x00000100]
+# Silk screen around package
+ElementLine[ 9858  9858  9858 -9858 1000]
+ElementLine[ 9858 -9858 -9858 -9858 1000]
+ElementLine[-9858 -9858 -9858  9858 1000]
+ElementLine[-9858  9858  9858  9858 1000]
+# Pin 1 indicator
+ElementLine[-9858 -9858 -11358 -11358 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN20_5.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN20_5.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN20_5.fp	(revision 296)
@@ -0,0 +1,63 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN20_5" 0 0 -11826 -12876 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-10098  -5118  -8011  -5118  1456  2000 1756 "1" "1"  0x00000100]
+	Pad[-10098  -2559  -8011  -2559  1456  2000 1756 "2" "2"  0x00000100]
+	Pad[-10098  0  -8011  0  1456  2000 1756 "3" "3"  0x00000100]
+	Pad[-10098  2559  -8011  2559  1456  2000 1756 "4" "4"  0x00000100]
+	Pad[-10098  5118  -8011  5118  1456  2000 1756 "5" "5"  0x00000100]
+# bottom row
+	Pad[-5118  10098  -5118  8011  1456 2000 1756 "6" "6"  0x00000900]
+	Pad[-2559  10098  -2559  8011  1456 2000 1756 "7" "7"  0x00000900]
+	Pad[0  10098  0  8011  1456 2000 1756 "8" "8"  0x00000900]
+	Pad[2559  10098  2559  8011  1456 2000 1756 "9" "9"  0x00000900]
+	Pad[5118  10098  5118  8011  1456 2000 1756 "10" "10"  0x00000900]
+# right row
+	Pad[10098  5118  8011  5118  1456  2000 1756 "11" "11"  0x00000100]
+	Pad[10098  2559  8011  2559  1456  2000 1756 "12" "12"  0x00000100]
+	Pad[10098  0  8011  0  1456  2000 1756 "13" "13"  0x00000100]
+	Pad[10098  -2559  8011  -2559  1456  2000 1756 "14" "14"  0x00000100]
+	Pad[10098  -5118  8011  -5118  1456  2000 1756 "15" "15"  0x00000100]
+# top row
+	Pad[5118  -10098  5118  -8011  1456 2000 1756 "16" "16" 0x00000900]
+	Pad[2559  -10098  2559  -8011  1456 2000 1756 "17" "17" 0x00000900]
+	Pad[0  -10098  0  -8011  1456 2000 1756 "18" "18" 0x00000900]
+	Pad[-2559  -10098  -2559  -8011  1456 2000 1756 "19" "19" 0x00000900]
+	Pad[-5118  -10098  -5118  -8011  1456 2000 1756 "20" "20" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 11826  11826  11826 -11826 1000]
+ElementLine[ 11826 -11826 -11826 -11826 1000]
+ElementLine[-11826 -11826 -11826  11826 1000]
+ElementLine[-11826  11826  11826  11826 1000]
+# Pin 1 indicator
+ElementLine[-11826 -11826 -13326 -13326 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN20_5_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN20_5_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN20_5_EP.fp	(revision 296)
@@ -0,0 +1,66 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN20_5_EP" 0 0 -11826 -12876 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-10098  -5118  -8011  -5118  1456  2000 1756 "1" "1"  0x00000100]
+	Pad[-10098  -2559  -8011  -2559  1456  2000 1756 "2" "2"  0x00000100]
+	Pad[-10098  0  -8011  0  1456  2000 1756 "3" "3"  0x00000100]
+	Pad[-10098  2559  -8011  2559  1456  2000 1756 "4" "4"  0x00000100]
+	Pad[-10098  5118  -8011  5118  1456  2000 1756 "5" "5"  0x00000100]
+# bottom row
+	Pad[-5118  10098  -5118  8011  1456 2000 1756 "6" "6"  0x00000900]
+	Pad[-2559  10098  -2559  8011  1456 2000 1756 "7" "7"  0x00000900]
+	Pad[0  10098  0  8011  1456 2000 1756 "8" "8"  0x00000900]
+	Pad[2559  10098  2559  8011  1456 2000 1756 "9" "9"  0x00000900]
+	Pad[5118  10098  5118  8011  1456 2000 1756 "10" "10"  0x00000900]
+# right row
+	Pad[10098  5118  8011  5118  1456  2000 1756 "11" "11"  0x00000100]
+	Pad[10098  2559  8011  2559  1456  2000 1756 "12" "12"  0x00000100]
+	Pad[10098  0  8011  0  1456  2000 1756 "13" "13"  0x00000100]
+	Pad[10098  -2559  8011  -2559  1456  2000 1756 "14" "14"  0x00000100]
+	Pad[10098  -5118  8011  -5118  1456  2000 1756 "15" "15"  0x00000100]
+# top row
+	Pad[5118  -10098  5118  -8011  1456 2000 1756 "16" "16" 0x00000900]
+	Pad[2559  -10098  2559  -8011  1456 2000 1756 "17" "17" 0x00000900]
+	Pad[0  -10098  0  -8011  1456 2000 1756 "18" "18" 0x00000900]
+	Pad[-2559  -10098  -2559  -8011  1456 2000 1756 "19" "19" 0x00000900]
+	Pad[-5118  -10098  -5118  -8011  1456 2000 1756 "20" "20" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 12204 0 12604 "21" "21" 0x00000100]
+# Silk screen around package
+ElementLine[ 11826  11826  11826 -11826 1000]
+ElementLine[ 11826 -11826 -11826 -11826 1000]
+ElementLine[-11826 -11826 -11826  11826 1000]
+ElementLine[-11826  11826  11826  11826 1000]
+# Pin 1 indicator
+ElementLine[-11826 -11826 -13326 -13326 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN24_4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN24_4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN24_4.fp	(revision 296)
@@ -0,0 +1,67 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN24_4" 0 0 -9858 -10908 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-8307  -4921  -6653  -4921  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-8307  -2952  -6653  -2952  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-8307  -984  -6653  -984  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-8307  984  -6653  984  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-8307  2952  -6653  2952  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-8307  4921  -6653  4921  1102  2000 1402 "6" "6"  0x00000100]
+# bottom row
+	Pad[-4921  8307  -4921  6653  1102 2000 1402 "7" "7"  0x00000900]
+	Pad[-2952  8307  -2952  6653  1102 2000 1402 "8" "8"  0x00000900]
+	Pad[-984  8307  -984  6653  1102 2000 1402 "9" "9"  0x00000900]
+	Pad[984  8307  984  6653  1102 2000 1402 "10" "10"  0x00000900]
+	Pad[2952  8307  2952  6653  1102 2000 1402 "11" "11"  0x00000900]
+	Pad[4921  8307  4921  6653  1102 2000 1402 "12" "12"  0x00000900]
+# right row
+	Pad[8307  4921  6653  4921  1102  2000 1402 "13" "13"  0x00000100]
+	Pad[8307  2952  6653  2952  1102  2000 1402 "14" "14"  0x00000100]
+	Pad[8307  984  6653  984  1102  2000 1402 "15" "15"  0x00000100]
+	Pad[8307  -984  6653  -984  1102  2000 1402 "16" "16"  0x00000100]
+	Pad[8307  -2952  6653  -2952  1102  2000 1402 "17" "17"  0x00000100]
+	Pad[8307  -4921  6653  -4921  1102  2000 1402 "18" "18"  0x00000100]
+# top row
+	Pad[4921  -8307  4921  -6653  1102 2000 1402 "19" "19" 0x00000900]
+	Pad[2952  -8307  2952  -6653  1102 2000 1402 "20" "20" 0x00000900]
+	Pad[984  -8307  984  -6653  1102 2000 1402 "21" "21" 0x00000900]
+	Pad[-984  -8307  -984  -6653  1102 2000 1402 "22" "22" 0x00000900]
+	Pad[-2952  -8307  -2952  -6653  1102 2000 1402 "23" "23" 0x00000900]
+	Pad[-4921  -8307  -4921  -6653  1102 2000 1402 "24" "24" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 9858  9858  9858 -9858 1000]
+ElementLine[ 9858 -9858 -9858 -9858 1000]
+ElementLine[-9858 -9858 -9858  9858 1000]
+ElementLine[-9858  9858  9858  9858 1000]
+# Pin 1 indicator
+ElementLine[-9858 -9858 -11358 -11358 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN24_4_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN24_4_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN24_4_EP.fp	(revision 296)
@@ -0,0 +1,70 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN24_4_EP" 0 0 -9858 -10908 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-8307  -4921  -6653  -4921  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-8307  -2952  -6653  -2952  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-8307  -984  -6653  -984  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-8307  984  -6653  984  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-8307  2952  -6653  2952  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-8307  4921  -6653  4921  1102  2000 1402 "6" "6"  0x00000100]
+# bottom row
+	Pad[-4921  8307  -4921  6653  1102 2000 1402 "7" "7"  0x00000900]
+	Pad[-2952  8307  -2952  6653  1102 2000 1402 "8" "8"  0x00000900]
+	Pad[-984  8307  -984  6653  1102 2000 1402 "9" "9"  0x00000900]
+	Pad[984  8307  984  6653  1102 2000 1402 "10" "10"  0x00000900]
+	Pad[2952  8307  2952  6653  1102 2000 1402 "11" "11"  0x00000900]
+	Pad[4921  8307  4921  6653  1102 2000 1402 "12" "12"  0x00000900]
+# right row
+	Pad[8307  4921  6653  4921  1102  2000 1402 "13" "13"  0x00000100]
+	Pad[8307  2952  6653  2952  1102  2000 1402 "14" "14"  0x00000100]
+	Pad[8307  984  6653  984  1102  2000 1402 "15" "15"  0x00000100]
+	Pad[8307  -984  6653  -984  1102  2000 1402 "16" "16"  0x00000100]
+	Pad[8307  -2952  6653  -2952  1102  2000 1402 "17" "17"  0x00000100]
+	Pad[8307  -4921  6653  -4921  1102  2000 1402 "18" "18"  0x00000100]
+# top row
+	Pad[4921  -8307  4921  -6653  1102 2000 1402 "19" "19" 0x00000900]
+	Pad[2952  -8307  2952  -6653  1102 2000 1402 "20" "20" 0x00000900]
+	Pad[984  -8307  984  -6653  1102 2000 1402 "21" "21" 0x00000900]
+	Pad[-984  -8307  -984  -6653  1102 2000 1402 "22" "22" 0x00000900]
+	Pad[-2952  -8307  -2952  -6653  1102 2000 1402 "23" "23" 0x00000900]
+	Pad[-4921  -8307  -4921  -6653  1102 2000 1402 "24" "24" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 8267 0 8667 "25" "25" 0x00000100]
+# Silk screen around package
+ElementLine[ 9858  9858  9858 -9858 1000]
+ElementLine[ 9858 -9858 -9858 -9858 1000]
+ElementLine[-9858 -9858 -9858  9858 1000]
+ElementLine[-9858  9858  9858  9858 1000]
+# Pin 1 indicator
+ElementLine[-9858 -9858 -11358 -11358 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN28_5.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN28_5.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN28_5.fp	(revision 296)
@@ -0,0 +1,71 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN28_5" 0 0 -11826 -12876 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-10275  -5905  -7834  -5905  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-10275  -3937  -7834  -3937  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-10275  -1968  -7834  -1968  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-10275  0  -7834  0  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-10275  1968  -7834  1968  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-10275  3937  -7834  3937  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-10275  5905  -7834  5905  1102  2000 1402 "7" "7"  0x00000100]
+# bottom row
+	Pad[-5905  10275  -5905  7834  1102 2000 1402 "8" "8"  0x00000900]
+	Pad[-3937  10275  -3937  7834  1102 2000 1402 "9" "9"  0x00000900]
+	Pad[-1968  10275  -1968  7834  1102 2000 1402 "10" "10"  0x00000900]
+	Pad[0  10275  0  7834  1102 2000 1402 "11" "11"  0x00000900]
+	Pad[1968  10275  1968  7834  1102 2000 1402 "12" "12"  0x00000900]
+	Pad[3937  10275  3937  7834  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[5905  10275  5905  7834  1102 2000 1402 "14" "14"  0x00000900]
+# right row
+	Pad[10275  5905  7834  5905  1102  2000 1402 "15" "15"  0x00000100]
+	Pad[10275  3937  7834  3937  1102  2000 1402 "16" "16"  0x00000100]
+	Pad[10275  1968  7834  1968  1102  2000 1402 "17" "17"  0x00000100]
+	Pad[10275  0  7834  0  1102  2000 1402 "18" "18"  0x00000100]
+	Pad[10275  -1968  7834  -1968  1102  2000 1402 "19" "19"  0x00000100]
+	Pad[10275  -3937  7834  -3937  1102  2000 1402 "20" "20"  0x00000100]
+	Pad[10275  -5905  7834  -5905  1102  2000 1402 "21" "21"  0x00000100]
+# top row
+	Pad[5905  -10275  5905  -7834  1102 2000 1402 "22" "22" 0x00000900]
+	Pad[3937  -10275  3937  -7834  1102 2000 1402 "23" "23" 0x00000900]
+	Pad[1968  -10275  1968  -7834  1102 2000 1402 "24" "24" 0x00000900]
+	Pad[0  -10275  0  -7834  1102 2000 1402 "25" "25" 0x00000900]
+	Pad[-1968  -10275  -1968  -7834  1102 2000 1402 "26" "26" 0x00000900]
+	Pad[-3937  -10275  -3937  -7834  1102 2000 1402 "27" "27" 0x00000900]
+	Pad[-5905  -10275  -5905  -7834  1102 2000 1402 "28" "28" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 11826  11826  11826 -11826 1000]
+ElementLine[ 11826 -11826 -11826 -11826 1000]
+ElementLine[-11826 -11826 -11826  11826 1000]
+ElementLine[-11826  11826  11826  11826 1000]
+# Pin 1 indicator
+ElementLine[-11826 -11826 -13326 -13326 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN28_5_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN28_5_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN28_5_EP.fp	(revision 296)
@@ -0,0 +1,74 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN28_5_EP" 0 0 -11826 -12876 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-10275  -5905  -7834  -5905  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-10275  -3937  -7834  -3937  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-10275  -1968  -7834  -1968  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-10275  0  -7834  0  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-10275  1968  -7834  1968  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-10275  3937  -7834  3937  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-10275  5905  -7834  5905  1102  2000 1402 "7" "7"  0x00000100]
+# bottom row
+	Pad[-5905  10275  -5905  7834  1102 2000 1402 "8" "8"  0x00000900]
+	Pad[-3937  10275  -3937  7834  1102 2000 1402 "9" "9"  0x00000900]
+	Pad[-1968  10275  -1968  7834  1102 2000 1402 "10" "10"  0x00000900]
+	Pad[0  10275  0  7834  1102 2000 1402 "11" "11"  0x00000900]
+	Pad[1968  10275  1968  7834  1102 2000 1402 "12" "12"  0x00000900]
+	Pad[3937  10275  3937  7834  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[5905  10275  5905  7834  1102 2000 1402 "14" "14"  0x00000900]
+# right row
+	Pad[10275  5905  7834  5905  1102  2000 1402 "15" "15"  0x00000100]
+	Pad[10275  3937  7834  3937  1102  2000 1402 "16" "16"  0x00000100]
+	Pad[10275  1968  7834  1968  1102  2000 1402 "17" "17"  0x00000100]
+	Pad[10275  0  7834  0  1102  2000 1402 "18" "18"  0x00000100]
+	Pad[10275  -1968  7834  -1968  1102  2000 1402 "19" "19"  0x00000100]
+	Pad[10275  -3937  7834  -3937  1102  2000 1402 "20" "20"  0x00000100]
+	Pad[10275  -5905  7834  -5905  1102  2000 1402 "21" "21"  0x00000100]
+# top row
+	Pad[5905  -10275  5905  -7834  1102 2000 1402 "22" "22" 0x00000900]
+	Pad[3937  -10275  3937  -7834  1102 2000 1402 "23" "23" 0x00000900]
+	Pad[1968  -10275  1968  -7834  1102 2000 1402 "24" "24" 0x00000900]
+	Pad[0  -10275  0  -7834  1102 2000 1402 "25" "25" 0x00000900]
+	Pad[-1968  -10275  -1968  -7834  1102 2000 1402 "26" "26" 0x00000900]
+	Pad[-3937  -10275  -3937  -7834  1102 2000 1402 "27" "27" 0x00000900]
+	Pad[-5905  -10275  -5905  -7834  1102 2000 1402 "28" "28" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 12204 0 12604 "29" "29" 0x00000100]
+# Silk screen around package
+ElementLine[ 11826  11826  11826 -11826 1000]
+ElementLine[ 11826 -11826 -11826 -11826 1000]
+ElementLine[-11826 -11826 -11826  11826 1000]
+ElementLine[-11826  11826  11826  11826 1000]
+# Pin 1 indicator
+ElementLine[-11826 -11826 -13326 -13326 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN32_5.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN32_5.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN32_5.fp	(revision 296)
@@ -0,0 +1,75 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN32_5" 0 0 -11826 -12876 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-10275  -6889  -8622  -6889  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-10275  -4921  -8622  -4921  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-10275  -2952  -8622  -2952  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-10275  -984  -8622  -984  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-10275  984  -8622  984  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-10275  2952  -8622  2952  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-10275  4921  -8622  4921  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-10275  6889  -8622  6889  1102  2000 1402 "8" "8"  0x00000100]
+# bottom row
+	Pad[-6889  10275  -6889  8622  1102 2000 1402 "9" "9"  0x00000900]
+	Pad[-4921  10275  -4921  8622  1102 2000 1402 "10" "10"  0x00000900]
+	Pad[-2952  10275  -2952  8622  1102 2000 1402 "11" "11"  0x00000900]
+	Pad[-984  10275  -984  8622  1102 2000 1402 "12" "12"  0x00000900]
+	Pad[984  10275  984  8622  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[2952  10275  2952  8622  1102 2000 1402 "14" "14"  0x00000900]
+	Pad[4921  10275  4921  8622  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[6889  10275  6889  8622  1102 2000 1402 "16" "16"  0x00000900]
+# right row
+	Pad[10275  6889  8622  6889  1102  2000 1402 "17" "17"  0x00000100]
+	Pad[10275  4921  8622  4921  1102  2000 1402 "18" "18"  0x00000100]
+	Pad[10275  2952  8622  2952  1102  2000 1402 "19" "19"  0x00000100]
+	Pad[10275  984  8622  984  1102  2000 1402 "20" "20"  0x00000100]
+	Pad[10275  -984  8622  -984  1102  2000 1402 "21" "21"  0x00000100]
+	Pad[10275  -2952  8622  -2952  1102  2000 1402 "22" "22"  0x00000100]
+	Pad[10275  -4921  8622  -4921  1102  2000 1402 "23" "23"  0x00000100]
+	Pad[10275  -6889  8622  -6889  1102  2000 1402 "24" "24"  0x00000100]
+# top row
+	Pad[6889  -10275  6889  -8622  1102 2000 1402 "25" "25" 0x00000900]
+	Pad[4921  -10275  4921  -8622  1102 2000 1402 "26" "26" 0x00000900]
+	Pad[2952  -10275  2952  -8622  1102 2000 1402 "27" "27" 0x00000900]
+	Pad[984  -10275  984  -8622  1102 2000 1402 "28" "28" 0x00000900]
+	Pad[-984  -10275  -984  -8622  1102 2000 1402 "29" "29" 0x00000900]
+	Pad[-2952  -10275  -2952  -8622  1102 2000 1402 "30" "30" 0x00000900]
+	Pad[-4921  -10275  -4921  -8622  1102 2000 1402 "31" "31" 0x00000900]
+	Pad[-6889  -10275  -6889  -8622  1102 2000 1402 "32" "32" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 11826  11826  11826 -11826 1000]
+ElementLine[ 11826 -11826 -11826 -11826 1000]
+ElementLine[-11826 -11826 -11826  11826 1000]
+ElementLine[-11826  11826  11826  11826 1000]
+# Pin 1 indicator
+ElementLine[-11826 -11826 -13326 -13326 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN32_5_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN32_5_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN32_5_EP.fp	(revision 296)
@@ -0,0 +1,78 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN32_5_EP" 0 0 -11826 -12876 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-10275  -6889  -8622  -6889  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-10275  -4921  -8622  -4921  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-10275  -2952  -8622  -2952  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-10275  -984  -8622  -984  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-10275  984  -8622  984  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-10275  2952  -8622  2952  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-10275  4921  -8622  4921  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-10275  6889  -8622  6889  1102  2000 1402 "8" "8"  0x00000100]
+# bottom row
+	Pad[-6889  10275  -6889  8622  1102 2000 1402 "9" "9"  0x00000900]
+	Pad[-4921  10275  -4921  8622  1102 2000 1402 "10" "10"  0x00000900]
+	Pad[-2952  10275  -2952  8622  1102 2000 1402 "11" "11"  0x00000900]
+	Pad[-984  10275  -984  8622  1102 2000 1402 "12" "12"  0x00000900]
+	Pad[984  10275  984  8622  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[2952  10275  2952  8622  1102 2000 1402 "14" "14"  0x00000900]
+	Pad[4921  10275  4921  8622  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[6889  10275  6889  8622  1102 2000 1402 "16" "16"  0x00000900]
+# right row
+	Pad[10275  6889  8622  6889  1102  2000 1402 "17" "17"  0x00000100]
+	Pad[10275  4921  8622  4921  1102  2000 1402 "18" "18"  0x00000100]
+	Pad[10275  2952  8622  2952  1102  2000 1402 "19" "19"  0x00000100]
+	Pad[10275  984  8622  984  1102  2000 1402 "20" "20"  0x00000100]
+	Pad[10275  -984  8622  -984  1102  2000 1402 "21" "21"  0x00000100]
+	Pad[10275  -2952  8622  -2952  1102  2000 1402 "22" "22"  0x00000100]
+	Pad[10275  -4921  8622  -4921  1102  2000 1402 "23" "23"  0x00000100]
+	Pad[10275  -6889  8622  -6889  1102  2000 1402 "24" "24"  0x00000100]
+# top row
+	Pad[6889  -10275  6889  -8622  1102 2000 1402 "25" "25" 0x00000900]
+	Pad[4921  -10275  4921  -8622  1102 2000 1402 "26" "26" 0x00000900]
+	Pad[2952  -10275  2952  -8622  1102 2000 1402 "27" "27" 0x00000900]
+	Pad[984  -10275  984  -8622  1102 2000 1402 "28" "28" 0x00000900]
+	Pad[-984  -10275  -984  -8622  1102 2000 1402 "29" "29" 0x00000900]
+	Pad[-2952  -10275  -2952  -8622  1102 2000 1402 "30" "30" 0x00000900]
+	Pad[-4921  -10275  -4921  -8622  1102 2000 1402 "31" "31" 0x00000900]
+	Pad[-6889  -10275  -6889  -8622  1102 2000 1402 "32" "32" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 12204 0 12604 "33" "33" 0x00000100]
+# Silk screen around package
+ElementLine[ 11826  11826  11826 -11826 1000]
+ElementLine[ 11826 -11826 -11826 -11826 1000]
+ElementLine[-11826 -11826 -11826  11826 1000]
+ElementLine[-11826  11826  11826  11826 1000]
+# Pin 1 indicator
+ElementLine[-11826 -11826 -13326 -13326 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN32_7.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN32_7.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN32_7.fp	(revision 296)
@@ -0,0 +1,75 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN32_7" 0 0 -15763 -16813 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-14035  -8956  -11948  -8956  1456  2000 1756 "1" "1"  0x00000100]
+	Pad[-14035  -6397  -11948  -6397  1456  2000 1756 "2" "2"  0x00000100]
+	Pad[-14035  -3838  -11948  -3838  1456  2000 1756 "3" "3"  0x00000100]
+	Pad[-14035  -1279  -11948  -1279  1456  2000 1756 "4" "4"  0x00000100]
+	Pad[-14035  1279  -11948  1279  1456  2000 1756 "5" "5"  0x00000100]
+	Pad[-14035  3838  -11948  3838  1456  2000 1756 "6" "6"  0x00000100]
+	Pad[-14035  6397  -11948  6397  1456  2000 1756 "7" "7"  0x00000100]
+	Pad[-14035  8956  -11948  8956  1456  2000 1756 "8" "8"  0x00000100]
+# bottom row
+	Pad[-8956  14035  -8956  11948  1456 2000 1756 "9" "9"  0x00000900]
+	Pad[-6397  14035  -6397  11948  1456 2000 1756 "10" "10"  0x00000900]
+	Pad[-3838  14035  -3838  11948  1456 2000 1756 "11" "11"  0x00000900]
+	Pad[-1279  14035  -1279  11948  1456 2000 1756 "12" "12"  0x00000900]
+	Pad[1279  14035  1279  11948  1456 2000 1756 "13" "13"  0x00000900]
+	Pad[3838  14035  3838  11948  1456 2000 1756 "14" "14"  0x00000900]
+	Pad[6397  14035  6397  11948  1456 2000 1756 "15" "15"  0x00000900]
+	Pad[8956  14035  8956  11948  1456 2000 1756 "16" "16"  0x00000900]
+# right row
+	Pad[14035  8956  11948  8956  1456  2000 1756 "17" "17"  0x00000100]
+	Pad[14035  6397  11948  6397  1456  2000 1756 "18" "18"  0x00000100]
+	Pad[14035  3838  11948  3838  1456  2000 1756 "19" "19"  0x00000100]
+	Pad[14035  1279  11948  1279  1456  2000 1756 "20" "20"  0x00000100]
+	Pad[14035  -1279  11948  -1279  1456  2000 1756 "21" "21"  0x00000100]
+	Pad[14035  -3838  11948  -3838  1456  2000 1756 "22" "22"  0x00000100]
+	Pad[14035  -6397  11948  -6397  1456  2000 1756 "23" "23"  0x00000100]
+	Pad[14035  -8956  11948  -8956  1456  2000 1756 "24" "24"  0x00000100]
+# top row
+	Pad[8956  -14035  8956  -11948  1456 2000 1756 "25" "25" 0x00000900]
+	Pad[6397  -14035  6397  -11948  1456 2000 1756 "26" "26" 0x00000900]
+	Pad[3838  -14035  3838  -11948  1456 2000 1756 "27" "27" 0x00000900]
+	Pad[1279  -14035  1279  -11948  1456 2000 1756 "28" "28" 0x00000900]
+	Pad[-1279  -14035  -1279  -11948  1456 2000 1756 "29" "29" 0x00000900]
+	Pad[-3838  -14035  -3838  -11948  1456 2000 1756 "30" "30" 0x00000900]
+	Pad[-6397  -14035  -6397  -11948  1456 2000 1756 "31" "31" 0x00000900]
+	Pad[-8956  -14035  -8956  -11948  1456 2000 1756 "32" "32" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 15763  15763  15763 -15763 1000]
+ElementLine[ 15763 -15763 -15763 -15763 1000]
+ElementLine[-15763 -15763 -15763  15763 1000]
+ElementLine[-15763  15763  15763  15763 1000]
+# Pin 1 indicator
+ElementLine[-15763 -15763 -17263 -17263 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN32_7_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN32_7_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN32_7_EP.fp	(revision 296)
@@ -0,0 +1,78 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN32_7_EP" 0 0 -15763 -16813 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-14035  -8956  -11948  -8956  1456  2000 1756 "1" "1"  0x00000100]
+	Pad[-14035  -6397  -11948  -6397  1456  2000 1756 "2" "2"  0x00000100]
+	Pad[-14035  -3838  -11948  -3838  1456  2000 1756 "3" "3"  0x00000100]
+	Pad[-14035  -1279  -11948  -1279  1456  2000 1756 "4" "4"  0x00000100]
+	Pad[-14035  1279  -11948  1279  1456  2000 1756 "5" "5"  0x00000100]
+	Pad[-14035  3838  -11948  3838  1456  2000 1756 "6" "6"  0x00000100]
+	Pad[-14035  6397  -11948  6397  1456  2000 1756 "7" "7"  0x00000100]
+	Pad[-14035  8956  -11948  8956  1456  2000 1756 "8" "8"  0x00000100]
+# bottom row
+	Pad[-8956  14035  -8956  11948  1456 2000 1756 "9" "9"  0x00000900]
+	Pad[-6397  14035  -6397  11948  1456 2000 1756 "10" "10"  0x00000900]
+	Pad[-3838  14035  -3838  11948  1456 2000 1756 "11" "11"  0x00000900]
+	Pad[-1279  14035  -1279  11948  1456 2000 1756 "12" "12"  0x00000900]
+	Pad[1279  14035  1279  11948  1456 2000 1756 "13" "13"  0x00000900]
+	Pad[3838  14035  3838  11948  1456 2000 1756 "14" "14"  0x00000900]
+	Pad[6397  14035  6397  11948  1456 2000 1756 "15" "15"  0x00000900]
+	Pad[8956  14035  8956  11948  1456 2000 1756 "16" "16"  0x00000900]
+# right row
+	Pad[14035  8956  11948  8956  1456  2000 1756 "17" "17"  0x00000100]
+	Pad[14035  6397  11948  6397  1456  2000 1756 "18" "18"  0x00000100]
+	Pad[14035  3838  11948  3838  1456  2000 1756 "19" "19"  0x00000100]
+	Pad[14035  1279  11948  1279  1456  2000 1756 "20" "20"  0x00000100]
+	Pad[14035  -1279  11948  -1279  1456  2000 1756 "21" "21"  0x00000100]
+	Pad[14035  -3838  11948  -3838  1456  2000 1756 "22" "22"  0x00000100]
+	Pad[14035  -6397  11948  -6397  1456  2000 1756 "23" "23"  0x00000100]
+	Pad[14035  -8956  11948  -8956  1456  2000 1756 "24" "24"  0x00000100]
+# top row
+	Pad[8956  -14035  8956  -11948  1456 2000 1756 "25" "25" 0x00000900]
+	Pad[6397  -14035  6397  -11948  1456 2000 1756 "26" "26" 0x00000900]
+	Pad[3838  -14035  3838  -11948  1456 2000 1756 "27" "27" 0x00000900]
+	Pad[1279  -14035  1279  -11948  1456 2000 1756 "28" "28" 0x00000900]
+	Pad[-1279  -14035  -1279  -11948  1456 2000 1756 "29" "29" 0x00000900]
+	Pad[-3838  -14035  -3838  -11948  1456 2000 1756 "30" "30" 0x00000900]
+	Pad[-6397  -14035  -6397  -11948  1456 2000 1756 "31" "31" 0x00000900]
+	Pad[-8956  -14035  -8956  -11948  1456 2000 1756 "32" "32" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 18503 0 18903 "33" "33" 0x00000100]
+# Silk screen around package
+ElementLine[ 15763  15763  15763 -15763 1000]
+ElementLine[ 15763 -15763 -15763 -15763 1000]
+ElementLine[-15763 -15763 -15763  15763 1000]
+ElementLine[-15763  15763  15763  15763 1000]
+# Pin 1 indicator
+ElementLine[-15763 -15763 -17263 -17263 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN36_6.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN36_6.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN36_6.fp	(revision 296)
@@ -0,0 +1,79 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN36_6" 0 0 -13795 -14845 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-12244  -7874  -9803  -7874  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-12244  -5905  -9803  -5905  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-12244  -3937  -9803  -3937  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-12244  -1968  -9803  -1968  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-12244  0  -9803  0  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-12244  1968  -9803  1968  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-12244  3937  -9803  3937  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-12244  5905  -9803  5905  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-12244  7874  -9803  7874  1102  2000 1402 "9" "9"  0x00000100]
+# bottom row
+	Pad[-7874  12244  -7874  9803  1102 2000 1402 "10" "10"  0x00000900]
+	Pad[-5905  12244  -5905  9803  1102 2000 1402 "11" "11"  0x00000900]
+	Pad[-3937  12244  -3937  9803  1102 2000 1402 "12" "12"  0x00000900]
+	Pad[-1968  12244  -1968  9803  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[0  12244  0  9803  1102 2000 1402 "14" "14"  0x00000900]
+	Pad[1968  12244  1968  9803  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[3937  12244  3937  9803  1102 2000 1402 "16" "16"  0x00000900]
+	Pad[5905  12244  5905  9803  1102 2000 1402 "17" "17"  0x00000900]
+	Pad[7874  12244  7874  9803  1102 2000 1402 "18" "18"  0x00000900]
+# right row
+	Pad[12244  7874  9803  7874  1102  2000 1402 "19" "19"  0x00000100]
+	Pad[12244  5905  9803  5905  1102  2000 1402 "20" "20"  0x00000100]
+	Pad[12244  3937  9803  3937  1102  2000 1402 "21" "21"  0x00000100]
+	Pad[12244  1968  9803  1968  1102  2000 1402 "22" "22"  0x00000100]
+	Pad[12244  0  9803  0  1102  2000 1402 "23" "23"  0x00000100]
+	Pad[12244  -1968  9803  -1968  1102  2000 1402 "24" "24"  0x00000100]
+	Pad[12244  -3937  9803  -3937  1102  2000 1402 "25" "25"  0x00000100]
+	Pad[12244  -5905  9803  -5905  1102  2000 1402 "26" "26"  0x00000100]
+	Pad[12244  -7874  9803  -7874  1102  2000 1402 "27" "27"  0x00000100]
+# top row
+	Pad[7874  -12244  7874  -9803  1102 2000 1402 "28" "28" 0x00000900]
+	Pad[5905  -12244  5905  -9803  1102 2000 1402 "29" "29" 0x00000900]
+	Pad[3937  -12244  3937  -9803  1102 2000 1402 "30" "30" 0x00000900]
+	Pad[1968  -12244  1968  -9803  1102 2000 1402 "31" "31" 0x00000900]
+	Pad[0  -12244  0  -9803  1102 2000 1402 "32" "32" 0x00000900]
+	Pad[-1968  -12244  -1968  -9803  1102 2000 1402 "33" "33" 0x00000900]
+	Pad[-3937  -12244  -3937  -9803  1102 2000 1402 "34" "34" 0x00000900]
+	Pad[-5905  -12244  -5905  -9803  1102 2000 1402 "35" "35" 0x00000900]
+	Pad[-7874  -12244  -7874  -9803  1102 2000 1402 "36" "36" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 13795  13795  13795 -13795 1000]
+ElementLine[ 13795 -13795 -13795 -13795 1000]
+ElementLine[-13795 -13795 -13795  13795 1000]
+ElementLine[-13795  13795  13795  13795 1000]
+# Pin 1 indicator
+ElementLine[-13795 -13795 -15295 -15295 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN36_6_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN36_6_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN36_6_EP.fp	(revision 296)
@@ -0,0 +1,82 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN36_6_EP" 0 0 -13795 -14845 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-12244  -7874  -9803  -7874  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-12244  -5905  -9803  -5905  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-12244  -3937  -9803  -3937  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-12244  -1968  -9803  -1968  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-12244  0  -9803  0  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-12244  1968  -9803  1968  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-12244  3937  -9803  3937  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-12244  5905  -9803  5905  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-12244  7874  -9803  7874  1102  2000 1402 "9" "9"  0x00000100]
+# bottom row
+	Pad[-7874  12244  -7874  9803  1102 2000 1402 "10" "10"  0x00000900]
+	Pad[-5905  12244  -5905  9803  1102 2000 1402 "11" "11"  0x00000900]
+	Pad[-3937  12244  -3937  9803  1102 2000 1402 "12" "12"  0x00000900]
+	Pad[-1968  12244  -1968  9803  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[0  12244  0  9803  1102 2000 1402 "14" "14"  0x00000900]
+	Pad[1968  12244  1968  9803  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[3937  12244  3937  9803  1102 2000 1402 "16" "16"  0x00000900]
+	Pad[5905  12244  5905  9803  1102 2000 1402 "17" "17"  0x00000900]
+	Pad[7874  12244  7874  9803  1102 2000 1402 "18" "18"  0x00000900]
+# right row
+	Pad[12244  7874  9803  7874  1102  2000 1402 "19" "19"  0x00000100]
+	Pad[12244  5905  9803  5905  1102  2000 1402 "20" "20"  0x00000100]
+	Pad[12244  3937  9803  3937  1102  2000 1402 "21" "21"  0x00000100]
+	Pad[12244  1968  9803  1968  1102  2000 1402 "22" "22"  0x00000100]
+	Pad[12244  0  9803  0  1102  2000 1402 "23" "23"  0x00000100]
+	Pad[12244  -1968  9803  -1968  1102  2000 1402 "24" "24"  0x00000100]
+	Pad[12244  -3937  9803  -3937  1102  2000 1402 "25" "25"  0x00000100]
+	Pad[12244  -5905  9803  -5905  1102  2000 1402 "26" "26"  0x00000100]
+	Pad[12244  -7874  9803  -7874  1102  2000 1402 "27" "27"  0x00000100]
+# top row
+	Pad[7874  -12244  7874  -9803  1102 2000 1402 "28" "28" 0x00000900]
+	Pad[5905  -12244  5905  -9803  1102 2000 1402 "29" "29" 0x00000900]
+	Pad[3937  -12244  3937  -9803  1102 2000 1402 "30" "30" 0x00000900]
+	Pad[1968  -12244  1968  -9803  1102 2000 1402 "31" "31" 0x00000900]
+	Pad[0  -12244  0  -9803  1102 2000 1402 "32" "32" 0x00000900]
+	Pad[-1968  -12244  -1968  -9803  1102 2000 1402 "33" "33" 0x00000900]
+	Pad[-3937  -12244  -3937  -9803  1102 2000 1402 "34" "34" 0x00000900]
+	Pad[-5905  -12244  -5905  -9803  1102 2000 1402 "35" "35" 0x00000900]
+	Pad[-7874  -12244  -7874  -9803  1102 2000 1402 "36" "36" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 14566 0 14966 "37" "37" 0x00000100]
+# Silk screen around package
+ElementLine[ 13795  13795  13795 -13795 1000]
+ElementLine[ 13795 -13795 -13795 -13795 1000]
+ElementLine[-13795 -13795 -13795  13795 1000]
+ElementLine[-13795  13795  13795  13795 1000]
+# Pin 1 indicator
+ElementLine[-13795 -13795 -15295 -15295 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN40_6.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN40_6.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN40_6.fp	(revision 296)
@@ -0,0 +1,83 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN40_6" 0 0 -13795 -14845 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-12244  -8858  -10590  -8858  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-12244  -6889  -10590  -6889  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-12244  -4921  -10590  -4921  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-12244  -2952  -10590  -2952  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-12244  -984  -10590  -984  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-12244  984  -10590  984  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-12244  2952  -10590  2952  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-12244  4921  -10590  4921  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-12244  6889  -10590  6889  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[-12244  8858  -10590  8858  1102  2000 1402 "10" "10"  0x00000100]
+# bottom row
+	Pad[-8858  12244  -8858  10590  1102 2000 1402 "11" "11"  0x00000900]
+	Pad[-6889  12244  -6889  10590  1102 2000 1402 "12" "12"  0x00000900]
+	Pad[-4921  12244  -4921  10590  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[-2952  12244  -2952  10590  1102 2000 1402 "14" "14"  0x00000900]
+	Pad[-984  12244  -984  10590  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[984  12244  984  10590  1102 2000 1402 "16" "16"  0x00000900]
+	Pad[2952  12244  2952  10590  1102 2000 1402 "17" "17"  0x00000900]
+	Pad[4921  12244  4921  10590  1102 2000 1402 "18" "18"  0x00000900]
+	Pad[6889  12244  6889  10590  1102 2000 1402 "19" "19"  0x00000900]
+	Pad[8858  12244  8858  10590  1102 2000 1402 "20" "20"  0x00000900]
+# right row
+	Pad[12244  8858  10590  8858  1102  2000 1402 "21" "21"  0x00000100]
+	Pad[12244  6889  10590  6889  1102  2000 1402 "22" "22"  0x00000100]
+	Pad[12244  4921  10590  4921  1102  2000 1402 "23" "23"  0x00000100]
+	Pad[12244  2952  10590  2952  1102  2000 1402 "24" "24"  0x00000100]
+	Pad[12244  984  10590  984  1102  2000 1402 "25" "25"  0x00000100]
+	Pad[12244  -984  10590  -984  1102  2000 1402 "26" "26"  0x00000100]
+	Pad[12244  -2952  10590  -2952  1102  2000 1402 "27" "27"  0x00000100]
+	Pad[12244  -4921  10590  -4921  1102  2000 1402 "28" "28"  0x00000100]
+	Pad[12244  -6889  10590  -6889  1102  2000 1402 "29" "29"  0x00000100]
+	Pad[12244  -8858  10590  -8858  1102  2000 1402 "30" "30"  0x00000100]
+# top row
+	Pad[8858  -12244  8858  -10590  1102 2000 1402 "31" "31" 0x00000900]
+	Pad[6889  -12244  6889  -10590  1102 2000 1402 "32" "32" 0x00000900]
+	Pad[4921  -12244  4921  -10590  1102 2000 1402 "33" "33" 0x00000900]
+	Pad[2952  -12244  2952  -10590  1102 2000 1402 "34" "34" 0x00000900]
+	Pad[984  -12244  984  -10590  1102 2000 1402 "35" "35" 0x00000900]
+	Pad[-984  -12244  -984  -10590  1102 2000 1402 "36" "36" 0x00000900]
+	Pad[-2952  -12244  -2952  -10590  1102 2000 1402 "37" "37" 0x00000900]
+	Pad[-4921  -12244  -4921  -10590  1102 2000 1402 "38" "38" 0x00000900]
+	Pad[-6889  -12244  -6889  -10590  1102 2000 1402 "39" "39" 0x00000900]
+	Pad[-8858  -12244  -8858  -10590  1102 2000 1402 "40" "40" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 13795  13795  13795 -13795 1000]
+ElementLine[ 13795 -13795 -13795 -13795 1000]
+ElementLine[-13795 -13795 -13795  13795 1000]
+ElementLine[-13795  13795  13795  13795 1000]
+# Pin 1 indicator
+ElementLine[-13795 -13795 -15295 -15295 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN40_6_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN40_6_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN40_6_EP.fp	(revision 296)
@@ -0,0 +1,86 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN40_6_EP" 0 0 -13795 -14845 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-12244  -8858  -10590  -8858  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-12244  -6889  -10590  -6889  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-12244  -4921  -10590  -4921  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-12244  -2952  -10590  -2952  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-12244  -984  -10590  -984  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-12244  984  -10590  984  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-12244  2952  -10590  2952  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-12244  4921  -10590  4921  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-12244  6889  -10590  6889  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[-12244  8858  -10590  8858  1102  2000 1402 "10" "10"  0x00000100]
+# bottom row
+	Pad[-8858  12244  -8858  10590  1102 2000 1402 "11" "11"  0x00000900]
+	Pad[-6889  12244  -6889  10590  1102 2000 1402 "12" "12"  0x00000900]
+	Pad[-4921  12244  -4921  10590  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[-2952  12244  -2952  10590  1102 2000 1402 "14" "14"  0x00000900]
+	Pad[-984  12244  -984  10590  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[984  12244  984  10590  1102 2000 1402 "16" "16"  0x00000900]
+	Pad[2952  12244  2952  10590  1102 2000 1402 "17" "17"  0x00000900]
+	Pad[4921  12244  4921  10590  1102 2000 1402 "18" "18"  0x00000900]
+	Pad[6889  12244  6889  10590  1102 2000 1402 "19" "19"  0x00000900]
+	Pad[8858  12244  8858  10590  1102 2000 1402 "20" "20"  0x00000900]
+# right row
+	Pad[12244  8858  10590  8858  1102  2000 1402 "21" "21"  0x00000100]
+	Pad[12244  6889  10590  6889  1102  2000 1402 "22" "22"  0x00000100]
+	Pad[12244  4921  10590  4921  1102  2000 1402 "23" "23"  0x00000100]
+	Pad[12244  2952  10590  2952  1102  2000 1402 "24" "24"  0x00000100]
+	Pad[12244  984  10590  984  1102  2000 1402 "25" "25"  0x00000100]
+	Pad[12244  -984  10590  -984  1102  2000 1402 "26" "26"  0x00000100]
+	Pad[12244  -2952  10590  -2952  1102  2000 1402 "27" "27"  0x00000100]
+	Pad[12244  -4921  10590  -4921  1102  2000 1402 "28" "28"  0x00000100]
+	Pad[12244  -6889  10590  -6889  1102  2000 1402 "29" "29"  0x00000100]
+	Pad[12244  -8858  10590  -8858  1102  2000 1402 "30" "30"  0x00000100]
+# top row
+	Pad[8858  -12244  8858  -10590  1102 2000 1402 "31" "31" 0x00000900]
+	Pad[6889  -12244  6889  -10590  1102 2000 1402 "32" "32" 0x00000900]
+	Pad[4921  -12244  4921  -10590  1102 2000 1402 "33" "33" 0x00000900]
+	Pad[2952  -12244  2952  -10590  1102 2000 1402 "34" "34" 0x00000900]
+	Pad[984  -12244  984  -10590  1102 2000 1402 "35" "35" 0x00000900]
+	Pad[-984  -12244  -984  -10590  1102 2000 1402 "36" "36" 0x00000900]
+	Pad[-2952  -12244  -2952  -10590  1102 2000 1402 "37" "37" 0x00000900]
+	Pad[-4921  -12244  -4921  -10590  1102 2000 1402 "38" "38" 0x00000900]
+	Pad[-6889  -12244  -6889  -10590  1102 2000 1402 "39" "39" 0x00000900]
+	Pad[-8858  -12244  -8858  -10590  1102 2000 1402 "40" "40" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 16141 0 16541 "41" "41" 0x00000100]
+# Silk screen around package
+ElementLine[ 13795  13795  13795 -13795 1000]
+ElementLine[ 13795 -13795 -13795 -13795 1000]
+ElementLine[-13795 -13795 -13795  13795 1000]
+ElementLine[-13795  13795  13795  13795 1000]
+# Pin 1 indicator
+ElementLine[-13795 -13795 -15295 -15295 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN44_7.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN44_7.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN44_7.fp	(revision 296)
@@ -0,0 +1,87 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN44_7" 0 0 -15763 -16813 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-14212  -9842  -11771  -9842  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-14212  -7874  -11771  -7874  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-14212  -5905  -11771  -5905  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-14212  -3937  -11771  -3937  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-14212  -1968  -11771  -1968  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-14212  0  -11771  0  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-14212  1968  -11771  1968  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-14212  3937  -11771  3937  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-14212  5905  -11771  5905  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[-14212  7874  -11771  7874  1102  2000 1402 "10" "10"  0x00000100]
+	Pad[-14212  9842  -11771  9842  1102  2000 1402 "11" "11"  0x00000100]
+# bottom row
+	Pad[-9842  14212  -9842  11771  1102 2000 1402 "12" "12"  0x00000900]
+	Pad[-7874  14212  -7874  11771  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[-5905  14212  -5905  11771  1102 2000 1402 "14" "14"  0x00000900]
+	Pad[-3937  14212  -3937  11771  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[-1968  14212  -1968  11771  1102 2000 1402 "16" "16"  0x00000900]
+	Pad[0  14212  0  11771  1102 2000 1402 "17" "17"  0x00000900]
+	Pad[1968  14212  1968  11771  1102 2000 1402 "18" "18"  0x00000900]
+	Pad[3937  14212  3937  11771  1102 2000 1402 "19" "19"  0x00000900]
+	Pad[5905  14212  5905  11771  1102 2000 1402 "20" "20"  0x00000900]
+	Pad[7874  14212  7874  11771  1102 2000 1402 "21" "21"  0x00000900]
+	Pad[9842  14212  9842  11771  1102 2000 1402 "22" "22"  0x00000900]
+# right row
+	Pad[14212  9842  11771  9842  1102  2000 1402 "23" "23"  0x00000100]
+	Pad[14212  7874  11771  7874  1102  2000 1402 "24" "24"  0x00000100]
+	Pad[14212  5905  11771  5905  1102  2000 1402 "25" "25"  0x00000100]
+	Pad[14212  3937  11771  3937  1102  2000 1402 "26" "26"  0x00000100]
+	Pad[14212  1968  11771  1968  1102  2000 1402 "27" "27"  0x00000100]
+	Pad[14212  0  11771  0  1102  2000 1402 "28" "28"  0x00000100]
+	Pad[14212  -1968  11771  -1968  1102  2000 1402 "29" "29"  0x00000100]
+	Pad[14212  -3937  11771  -3937  1102  2000 1402 "30" "30"  0x00000100]
+	Pad[14212  -5905  11771  -5905  1102  2000 1402 "31" "31"  0x00000100]
+	Pad[14212  -7874  11771  -7874  1102  2000 1402 "32" "32"  0x00000100]
+	Pad[14212  -9842  11771  -9842  1102  2000 1402 "33" "33"  0x00000100]
+# top row
+	Pad[9842  -14212  9842  -11771  1102 2000 1402 "34" "34" 0x00000900]
+	Pad[7874  -14212  7874  -11771  1102 2000 1402 "35" "35" 0x00000900]
+	Pad[5905  -14212  5905  -11771  1102 2000 1402 "36" "36" 0x00000900]
+	Pad[3937  -14212  3937  -11771  1102 2000 1402 "37" "37" 0x00000900]
+	Pad[1968  -14212  1968  -11771  1102 2000 1402 "38" "38" 0x00000900]
+	Pad[0  -14212  0  -11771  1102 2000 1402 "39" "39" 0x00000900]
+	Pad[-1968  -14212  -1968  -11771  1102 2000 1402 "40" "40" 0x00000900]
+	Pad[-3937  -14212  -3937  -11771  1102 2000 1402 "41" "41" 0x00000900]
+	Pad[-5905  -14212  -5905  -11771  1102 2000 1402 "42" "42" 0x00000900]
+	Pad[-7874  -14212  -7874  -11771  1102 2000 1402 "43" "43" 0x00000900]
+	Pad[-9842  -14212  -9842  -11771  1102 2000 1402 "44" "44" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 15763  15763  15763 -15763 1000]
+ElementLine[ 15763 -15763 -15763 -15763 1000]
+ElementLine[-15763 -15763 -15763  15763 1000]
+ElementLine[-15763  15763  15763  15763 1000]
+# Pin 1 indicator
+ElementLine[-15763 -15763 -17263 -17263 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN44_7_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN44_7_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN44_7_EP.fp	(revision 296)
@@ -0,0 +1,90 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN44_7_EP" 0 0 -15763 -16813 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-14212  -9842  -11771  -9842  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-14212  -7874  -11771  -7874  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-14212  -5905  -11771  -5905  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-14212  -3937  -11771  -3937  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-14212  -1968  -11771  -1968  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-14212  0  -11771  0  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-14212  1968  -11771  1968  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-14212  3937  -11771  3937  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-14212  5905  -11771  5905  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[-14212  7874  -11771  7874  1102  2000 1402 "10" "10"  0x00000100]
+	Pad[-14212  9842  -11771  9842  1102  2000 1402 "11" "11"  0x00000100]
+# bottom row
+	Pad[-9842  14212  -9842  11771  1102 2000 1402 "12" "12"  0x00000900]
+	Pad[-7874  14212  -7874  11771  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[-5905  14212  -5905  11771  1102 2000 1402 "14" "14"  0x00000900]
+	Pad[-3937  14212  -3937  11771  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[-1968  14212  -1968  11771  1102 2000 1402 "16" "16"  0x00000900]
+	Pad[0  14212  0  11771  1102 2000 1402 "17" "17"  0x00000900]
+	Pad[1968  14212  1968  11771  1102 2000 1402 "18" "18"  0x00000900]
+	Pad[3937  14212  3937  11771  1102 2000 1402 "19" "19"  0x00000900]
+	Pad[5905  14212  5905  11771  1102 2000 1402 "20" "20"  0x00000900]
+	Pad[7874  14212  7874  11771  1102 2000 1402 "21" "21"  0x00000900]
+	Pad[9842  14212  9842  11771  1102 2000 1402 "22" "22"  0x00000900]
+# right row
+	Pad[14212  9842  11771  9842  1102  2000 1402 "23" "23"  0x00000100]
+	Pad[14212  7874  11771  7874  1102  2000 1402 "24" "24"  0x00000100]
+	Pad[14212  5905  11771  5905  1102  2000 1402 "25" "25"  0x00000100]
+	Pad[14212  3937  11771  3937  1102  2000 1402 "26" "26"  0x00000100]
+	Pad[14212  1968  11771  1968  1102  2000 1402 "27" "27"  0x00000100]
+	Pad[14212  0  11771  0  1102  2000 1402 "28" "28"  0x00000100]
+	Pad[14212  -1968  11771  -1968  1102  2000 1402 "29" "29"  0x00000100]
+	Pad[14212  -3937  11771  -3937  1102  2000 1402 "30" "30"  0x00000100]
+	Pad[14212  -5905  11771  -5905  1102  2000 1402 "31" "31"  0x00000100]
+	Pad[14212  -7874  11771  -7874  1102  2000 1402 "32" "32"  0x00000100]
+	Pad[14212  -9842  11771  -9842  1102  2000 1402 "33" "33"  0x00000100]
+# top row
+	Pad[9842  -14212  9842  -11771  1102 2000 1402 "34" "34" 0x00000900]
+	Pad[7874  -14212  7874  -11771  1102 2000 1402 "35" "35" 0x00000900]
+	Pad[5905  -14212  5905  -11771  1102 2000 1402 "36" "36" 0x00000900]
+	Pad[3937  -14212  3937  -11771  1102 2000 1402 "37" "37" 0x00000900]
+	Pad[1968  -14212  1968  -11771  1102 2000 1402 "38" "38" 0x00000900]
+	Pad[0  -14212  0  -11771  1102 2000 1402 "39" "39" 0x00000900]
+	Pad[-1968  -14212  -1968  -11771  1102 2000 1402 "40" "40" 0x00000900]
+	Pad[-3937  -14212  -3937  -11771  1102 2000 1402 "41" "41" 0x00000900]
+	Pad[-5905  -14212  -5905  -11771  1102 2000 1402 "42" "42" 0x00000900]
+	Pad[-7874  -14212  -7874  -11771  1102 2000 1402 "43" "43" 0x00000900]
+	Pad[-9842  -14212  -9842  -11771  1102 2000 1402 "44" "44" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 18503 0 18903 "45" "45" 0x00000100]
+# Silk screen around package
+ElementLine[ 15763  15763  15763 -15763 1000]
+ElementLine[ 15763 -15763 -15763 -15763 1000]
+ElementLine[-15763 -15763 -15763  15763 1000]
+ElementLine[-15763  15763  15763  15763 1000]
+# Pin 1 indicator
+ElementLine[-15763 -15763 -17263 -17263 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN48_7.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN48_7.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN48_7.fp	(revision 296)
@@ -0,0 +1,91 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN48_7" 0 0 -15763 -16813 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-14212  -10826  -12559  -10826  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-14212  -8858  -12559  -8858  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-14212  -6889  -12559  -6889  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-14212  -4921  -12559  -4921  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-14212  -2952  -12559  -2952  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-14212  -984  -12559  -984  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-14212  984  -12559  984  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-14212  2952  -12559  2952  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-14212  4921  -12559  4921  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[-14212  6889  -12559  6889  1102  2000 1402 "10" "10"  0x00000100]
+	Pad[-14212  8858  -12559  8858  1102  2000 1402 "11" "11"  0x00000100]
+	Pad[-14212  10826  -12559  10826  1102  2000 1402 "12" "12"  0x00000100]
+# bottom row
+	Pad[-10826  14212  -10826  12559  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[-8858  14212  -8858  12559  1102 2000 1402 "14" "14"  0x00000900]
+	Pad[-6889  14212  -6889  12559  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[-4921  14212  -4921  12559  1102 2000 1402 "16" "16"  0x00000900]
+	Pad[-2952  14212  -2952  12559  1102 2000 1402 "17" "17"  0x00000900]
+	Pad[-984  14212  -984  12559  1102 2000 1402 "18" "18"  0x00000900]
+	Pad[984  14212  984  12559  1102 2000 1402 "19" "19"  0x00000900]
+	Pad[2952  14212  2952  12559  1102 2000 1402 "20" "20"  0x00000900]
+	Pad[4921  14212  4921  12559  1102 2000 1402 "21" "21"  0x00000900]
+	Pad[6889  14212  6889  12559  1102 2000 1402 "22" "22"  0x00000900]
+	Pad[8858  14212  8858  12559  1102 2000 1402 "23" "23"  0x00000900]
+	Pad[10826  14212  10826  12559  1102 2000 1402 "24" "24"  0x00000900]
+# right row
+	Pad[14212  10826  12559  10826  1102  2000 1402 "25" "25"  0x00000100]
+	Pad[14212  8858  12559  8858  1102  2000 1402 "26" "26"  0x00000100]
+	Pad[14212  6889  12559  6889  1102  2000 1402 "27" "27"  0x00000100]
+	Pad[14212  4921  12559  4921  1102  2000 1402 "28" "28"  0x00000100]
+	Pad[14212  2952  12559  2952  1102  2000 1402 "29" "29"  0x00000100]
+	Pad[14212  984  12559  984  1102  2000 1402 "30" "30"  0x00000100]
+	Pad[14212  -984  12559  -984  1102  2000 1402 "31" "31"  0x00000100]
+	Pad[14212  -2952  12559  -2952  1102  2000 1402 "32" "32"  0x00000100]
+	Pad[14212  -4921  12559  -4921  1102  2000 1402 "33" "33"  0x00000100]
+	Pad[14212  -6889  12559  -6889  1102  2000 1402 "34" "34"  0x00000100]
+	Pad[14212  -8858  12559  -8858  1102  2000 1402 "35" "35"  0x00000100]
+	Pad[14212  -10826  12559  -10826  1102  2000 1402 "36" "36"  0x00000100]
+# top row
+	Pad[10826  -14212  10826  -12559  1102 2000 1402 "37" "37" 0x00000900]
+	Pad[8858  -14212  8858  -12559  1102 2000 1402 "38" "38" 0x00000900]
+	Pad[6889  -14212  6889  -12559  1102 2000 1402 "39" "39" 0x00000900]
+	Pad[4921  -14212  4921  -12559  1102 2000 1402 "40" "40" 0x00000900]
+	Pad[2952  -14212  2952  -12559  1102 2000 1402 "41" "41" 0x00000900]
+	Pad[984  -14212  984  -12559  1102 2000 1402 "42" "42" 0x00000900]
+	Pad[-984  -14212  -984  -12559  1102 2000 1402 "43" "43" 0x00000900]
+	Pad[-2952  -14212  -2952  -12559  1102 2000 1402 "44" "44" 0x00000900]
+	Pad[-4921  -14212  -4921  -12559  1102 2000 1402 "45" "45" 0x00000900]
+	Pad[-6889  -14212  -6889  -12559  1102 2000 1402 "46" "46" 0x00000900]
+	Pad[-8858  -14212  -8858  -12559  1102 2000 1402 "47" "47" 0x00000900]
+	Pad[-10826  -14212  -10826  -12559  1102 2000 1402 "48" "48" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 15763  15763  15763 -15763 1000]
+ElementLine[ 15763 -15763 -15763 -15763 1000]
+ElementLine[-15763 -15763 -15763  15763 1000]
+ElementLine[-15763  15763  15763  15763 1000]
+# Pin 1 indicator
+ElementLine[-15763 -15763 -17263 -17263 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN48_7_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN48_7_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN48_7_EP.fp	(revision 296)
@@ -0,0 +1,94 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN48_7_EP" 0 0 -15763 -16813 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-14212  -10826  -12559  -10826  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-14212  -8858  -12559  -8858  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-14212  -6889  -12559  -6889  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-14212  -4921  -12559  -4921  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-14212  -2952  -12559  -2952  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-14212  -984  -12559  -984  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-14212  984  -12559  984  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-14212  2952  -12559  2952  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-14212  4921  -12559  4921  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[-14212  6889  -12559  6889  1102  2000 1402 "10" "10"  0x00000100]
+	Pad[-14212  8858  -12559  8858  1102  2000 1402 "11" "11"  0x00000100]
+	Pad[-14212  10826  -12559  10826  1102  2000 1402 "12" "12"  0x00000100]
+# bottom row
+	Pad[-10826  14212  -10826  12559  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[-8858  14212  -8858  12559  1102 2000 1402 "14" "14"  0x00000900]
+	Pad[-6889  14212  -6889  12559  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[-4921  14212  -4921  12559  1102 2000 1402 "16" "16"  0x00000900]
+	Pad[-2952  14212  -2952  12559  1102 2000 1402 "17" "17"  0x00000900]
+	Pad[-984  14212  -984  12559  1102 2000 1402 "18" "18"  0x00000900]
+	Pad[984  14212  984  12559  1102 2000 1402 "19" "19"  0x00000900]
+	Pad[2952  14212  2952  12559  1102 2000 1402 "20" "20"  0x00000900]
+	Pad[4921  14212  4921  12559  1102 2000 1402 "21" "21"  0x00000900]
+	Pad[6889  14212  6889  12559  1102 2000 1402 "22" "22"  0x00000900]
+	Pad[8858  14212  8858  12559  1102 2000 1402 "23" "23"  0x00000900]
+	Pad[10826  14212  10826  12559  1102 2000 1402 "24" "24"  0x00000900]
+# right row
+	Pad[14212  10826  12559  10826  1102  2000 1402 "25" "25"  0x00000100]
+	Pad[14212  8858  12559  8858  1102  2000 1402 "26" "26"  0x00000100]
+	Pad[14212  6889  12559  6889  1102  2000 1402 "27" "27"  0x00000100]
+	Pad[14212  4921  12559  4921  1102  2000 1402 "28" "28"  0x00000100]
+	Pad[14212  2952  12559  2952  1102  2000 1402 "29" "29"  0x00000100]
+	Pad[14212  984  12559  984  1102  2000 1402 "30" "30"  0x00000100]
+	Pad[14212  -984  12559  -984  1102  2000 1402 "31" "31"  0x00000100]
+	Pad[14212  -2952  12559  -2952  1102  2000 1402 "32" "32"  0x00000100]
+	Pad[14212  -4921  12559  -4921  1102  2000 1402 "33" "33"  0x00000100]
+	Pad[14212  -6889  12559  -6889  1102  2000 1402 "34" "34"  0x00000100]
+	Pad[14212  -8858  12559  -8858  1102  2000 1402 "35" "35"  0x00000100]
+	Pad[14212  -10826  12559  -10826  1102  2000 1402 "36" "36"  0x00000100]
+# top row
+	Pad[10826  -14212  10826  -12559  1102 2000 1402 "37" "37" 0x00000900]
+	Pad[8858  -14212  8858  -12559  1102 2000 1402 "38" "38" 0x00000900]
+	Pad[6889  -14212  6889  -12559  1102 2000 1402 "39" "39" 0x00000900]
+	Pad[4921  -14212  4921  -12559  1102 2000 1402 "40" "40" 0x00000900]
+	Pad[2952  -14212  2952  -12559  1102 2000 1402 "41" "41" 0x00000900]
+	Pad[984  -14212  984  -12559  1102 2000 1402 "42" "42" 0x00000900]
+	Pad[-984  -14212  -984  -12559  1102 2000 1402 "43" "43" 0x00000900]
+	Pad[-2952  -14212  -2952  -12559  1102 2000 1402 "44" "44" 0x00000900]
+	Pad[-4921  -14212  -4921  -12559  1102 2000 1402 "45" "45" 0x00000900]
+	Pad[-6889  -14212  -6889  -12559  1102 2000 1402 "46" "46" 0x00000900]
+	Pad[-8858  -14212  -8858  -12559  1102 2000 1402 "47" "47" 0x00000900]
+	Pad[-10826  -14212  -10826  -12559  1102 2000 1402 "48" "48" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 22047 0 22447 "49" "49" 0x00000100]
+# Silk screen around package
+ElementLine[ 15763  15763  15763 -15763 1000]
+ElementLine[ 15763 -15763 -15763 -15763 1000]
+ElementLine[-15763 -15763 -15763  15763 1000]
+ElementLine[-15763  15763  15763  15763 1000]
+# Pin 1 indicator
+ElementLine[-15763 -15763 -17263 -17263 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN56_8.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN56_8.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN56_8.fp	(revision 296)
@@ -0,0 +1,99 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN56_8" 0 0 -17732 -18782 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-16181  -12795  -14527  -12795  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-16181  -10826  -14527  -10826  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-16181  -8858  -14527  -8858  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-16181  -6889  -14527  -6889  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-16181  -4921  -14527  -4921  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-16181  -2952  -14527  -2952  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-16181  -984  -14527  -984  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-16181  984  -14527  984  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-16181  2952  -14527  2952  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[-16181  4921  -14527  4921  1102  2000 1402 "10" "10"  0x00000100]
+	Pad[-16181  6889  -14527  6889  1102  2000 1402 "11" "11"  0x00000100]
+	Pad[-16181  8858  -14527  8858  1102  2000 1402 "12" "12"  0x00000100]
+	Pad[-16181  10826  -14527  10826  1102  2000 1402 "13" "13"  0x00000100]
+	Pad[-16181  12795  -14527  12795  1102  2000 1402 "14" "14"  0x00000100]
+# bottom row
+	Pad[-12795  16181  -12795  14527  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[-10826  16181  -10826  14527  1102 2000 1402 "16" "16"  0x00000900]
+	Pad[-8858  16181  -8858  14527  1102 2000 1402 "17" "17"  0x00000900]
+	Pad[-6889  16181  -6889  14527  1102 2000 1402 "18" "18"  0x00000900]
+	Pad[-4921  16181  -4921  14527  1102 2000 1402 "19" "19"  0x00000900]
+	Pad[-2952  16181  -2952  14527  1102 2000 1402 "20" "20"  0x00000900]
+	Pad[-984  16181  -984  14527  1102 2000 1402 "21" "21"  0x00000900]
+	Pad[984  16181  984  14527  1102 2000 1402 "22" "22"  0x00000900]
+	Pad[2952  16181  2952  14527  1102 2000 1402 "23" "23"  0x00000900]
+	Pad[4921  16181  4921  14527  1102 2000 1402 "24" "24"  0x00000900]
+	Pad[6889  16181  6889  14527  1102 2000 1402 "25" "25"  0x00000900]
+	Pad[8858  16181  8858  14527  1102 2000 1402 "26" "26"  0x00000900]
+	Pad[10826  16181  10826  14527  1102 2000 1402 "27" "27"  0x00000900]
+	Pad[12795  16181  12795  14527  1102 2000 1402 "28" "28"  0x00000900]
+# right row
+	Pad[16181  12795  14527  12795  1102  2000 1402 "29" "29"  0x00000100]
+	Pad[16181  10826  14527  10826  1102  2000 1402 "30" "30"  0x00000100]
+	Pad[16181  8858  14527  8858  1102  2000 1402 "31" "31"  0x00000100]
+	Pad[16181  6889  14527  6889  1102  2000 1402 "32" "32"  0x00000100]
+	Pad[16181  4921  14527  4921  1102  2000 1402 "33" "33"  0x00000100]
+	Pad[16181  2952  14527  2952  1102  2000 1402 "34" "34"  0x00000100]
+	Pad[16181  984  14527  984  1102  2000 1402 "35" "35"  0x00000100]
+	Pad[16181  -984  14527  -984  1102  2000 1402 "36" "36"  0x00000100]
+	Pad[16181  -2952  14527  -2952  1102  2000 1402 "37" "37"  0x00000100]
+	Pad[16181  -4921  14527  -4921  1102  2000 1402 "38" "38"  0x00000100]
+	Pad[16181  -6889  14527  -6889  1102  2000 1402 "39" "39"  0x00000100]
+	Pad[16181  -8858  14527  -8858  1102  2000 1402 "40" "40"  0x00000100]
+	Pad[16181  -10826  14527  -10826  1102  2000 1402 "41" "41"  0x00000100]
+	Pad[16181  -12795  14527  -12795  1102  2000 1402 "42" "42"  0x00000100]
+# top row
+	Pad[12795  -16181  12795  -14527  1102 2000 1402 "43" "43" 0x00000900]
+	Pad[10826  -16181  10826  -14527  1102 2000 1402 "44" "44" 0x00000900]
+	Pad[8858  -16181  8858  -14527  1102 2000 1402 "45" "45" 0x00000900]
+	Pad[6889  -16181  6889  -14527  1102 2000 1402 "46" "46" 0x00000900]
+	Pad[4921  -16181  4921  -14527  1102 2000 1402 "47" "47" 0x00000900]
+	Pad[2952  -16181  2952  -14527  1102 2000 1402 "48" "48" 0x00000900]
+	Pad[984  -16181  984  -14527  1102 2000 1402 "49" "49" 0x00000900]
+	Pad[-984  -16181  -984  -14527  1102 2000 1402 "50" "50" 0x00000900]
+	Pad[-2952  -16181  -2952  -14527  1102 2000 1402 "51" "51" 0x00000900]
+	Pad[-4921  -16181  -4921  -14527  1102 2000 1402 "52" "52" 0x00000900]
+	Pad[-6889  -16181  -6889  -14527  1102 2000 1402 "53" "53" 0x00000900]
+	Pad[-8858  -16181  -8858  -14527  1102 2000 1402 "54" "54" 0x00000900]
+	Pad[-10826  -16181  -10826  -14527  1102 2000 1402 "55" "55" 0x00000900]
+	Pad[-12795  -16181  -12795  -14527  1102 2000 1402 "56" "56" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 17732  17732  17732 -17732 1000]
+ElementLine[ 17732 -17732 -17732 -17732 1000]
+ElementLine[-17732 -17732 -17732  17732 1000]
+ElementLine[-17732  17732  17732  17732 1000]
+# Pin 1 indicator
+ElementLine[-17732 -17732 -19232 -19232 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN56_8_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN56_8_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN56_8_EP.fp	(revision 296)
@@ -0,0 +1,102 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN56_8_EP" 0 0 -17732 -18782 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-16181  -12795  -14527  -12795  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-16181  -10826  -14527  -10826  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-16181  -8858  -14527  -8858  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-16181  -6889  -14527  -6889  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-16181  -4921  -14527  -4921  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-16181  -2952  -14527  -2952  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-16181  -984  -14527  -984  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-16181  984  -14527  984  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-16181  2952  -14527  2952  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[-16181  4921  -14527  4921  1102  2000 1402 "10" "10"  0x00000100]
+	Pad[-16181  6889  -14527  6889  1102  2000 1402 "11" "11"  0x00000100]
+	Pad[-16181  8858  -14527  8858  1102  2000 1402 "12" "12"  0x00000100]
+	Pad[-16181  10826  -14527  10826  1102  2000 1402 "13" "13"  0x00000100]
+	Pad[-16181  12795  -14527  12795  1102  2000 1402 "14" "14"  0x00000100]
+# bottom row
+	Pad[-12795  16181  -12795  14527  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[-10826  16181  -10826  14527  1102 2000 1402 "16" "16"  0x00000900]
+	Pad[-8858  16181  -8858  14527  1102 2000 1402 "17" "17"  0x00000900]
+	Pad[-6889  16181  -6889  14527  1102 2000 1402 "18" "18"  0x00000900]
+	Pad[-4921  16181  -4921  14527  1102 2000 1402 "19" "19"  0x00000900]
+	Pad[-2952  16181  -2952  14527  1102 2000 1402 "20" "20"  0x00000900]
+	Pad[-984  16181  -984  14527  1102 2000 1402 "21" "21"  0x00000900]
+	Pad[984  16181  984  14527  1102 2000 1402 "22" "22"  0x00000900]
+	Pad[2952  16181  2952  14527  1102 2000 1402 "23" "23"  0x00000900]
+	Pad[4921  16181  4921  14527  1102 2000 1402 "24" "24"  0x00000900]
+	Pad[6889  16181  6889  14527  1102 2000 1402 "25" "25"  0x00000900]
+	Pad[8858  16181  8858  14527  1102 2000 1402 "26" "26"  0x00000900]
+	Pad[10826  16181  10826  14527  1102 2000 1402 "27" "27"  0x00000900]
+	Pad[12795  16181  12795  14527  1102 2000 1402 "28" "28"  0x00000900]
+# right row
+	Pad[16181  12795  14527  12795  1102  2000 1402 "29" "29"  0x00000100]
+	Pad[16181  10826  14527  10826  1102  2000 1402 "30" "30"  0x00000100]
+	Pad[16181  8858  14527  8858  1102  2000 1402 "31" "31"  0x00000100]
+	Pad[16181  6889  14527  6889  1102  2000 1402 "32" "32"  0x00000100]
+	Pad[16181  4921  14527  4921  1102  2000 1402 "33" "33"  0x00000100]
+	Pad[16181  2952  14527  2952  1102  2000 1402 "34" "34"  0x00000100]
+	Pad[16181  984  14527  984  1102  2000 1402 "35" "35"  0x00000100]
+	Pad[16181  -984  14527  -984  1102  2000 1402 "36" "36"  0x00000100]
+	Pad[16181  -2952  14527  -2952  1102  2000 1402 "37" "37"  0x00000100]
+	Pad[16181  -4921  14527  -4921  1102  2000 1402 "38" "38"  0x00000100]
+	Pad[16181  -6889  14527  -6889  1102  2000 1402 "39" "39"  0x00000100]
+	Pad[16181  -8858  14527  -8858  1102  2000 1402 "40" "40"  0x00000100]
+	Pad[16181  -10826  14527  -10826  1102  2000 1402 "41" "41"  0x00000100]
+	Pad[16181  -12795  14527  -12795  1102  2000 1402 "42" "42"  0x00000100]
+# top row
+	Pad[12795  -16181  12795  -14527  1102 2000 1402 "43" "43" 0x00000900]
+	Pad[10826  -16181  10826  -14527  1102 2000 1402 "44" "44" 0x00000900]
+	Pad[8858  -16181  8858  -14527  1102 2000 1402 "45" "45" 0x00000900]
+	Pad[6889  -16181  6889  -14527  1102 2000 1402 "46" "46" 0x00000900]
+	Pad[4921  -16181  4921  -14527  1102 2000 1402 "47" "47" 0x00000900]
+	Pad[2952  -16181  2952  -14527  1102 2000 1402 "48" "48" 0x00000900]
+	Pad[984  -16181  984  -14527  1102 2000 1402 "49" "49" 0x00000900]
+	Pad[-984  -16181  -984  -14527  1102 2000 1402 "50" "50" 0x00000900]
+	Pad[-2952  -16181  -2952  -14527  1102 2000 1402 "51" "51" 0x00000900]
+	Pad[-4921  -16181  -4921  -14527  1102 2000 1402 "52" "52" 0x00000900]
+	Pad[-6889  -16181  -6889  -14527  1102 2000 1402 "53" "53" 0x00000900]
+	Pad[-8858  -16181  -8858  -14527  1102 2000 1402 "54" "54" 0x00000900]
+	Pad[-10826  -16181  -10826  -14527  1102 2000 1402 "55" "55" 0x00000900]
+	Pad[-12795  -16181  -12795  -14527  1102 2000 1402 "56" "56" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 26181 0 26581 "57" "57" 0x00000100]
+# Silk screen around package
+ElementLine[ 17732  17732  17732 -17732 1000]
+ElementLine[ 17732 -17732 -17732 -17732 1000]
+ElementLine[-17732 -17732 -17732  17732 1000]
+ElementLine[-17732  17732  17732  17732 1000]
+# Pin 1 indicator
+ElementLine[-17732 -17732 -19232 -19232 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN68_10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN68_10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN68_10.fp	(revision 296)
@@ -0,0 +1,111 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN68_10" 0 0 -21669 -22719 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-20118  -15748  -17677  -15748  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-20118  -13779  -17677  -13779  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-20118  -11811  -17677  -11811  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-20118  -9842  -17677  -9842  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-20118  -7874  -17677  -7874  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-20118  -5905  -17677  -5905  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-20118  -3937  -17677  -3937  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-20118  -1968  -17677  -1968  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-20118  0  -17677  0  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[-20118  1968  -17677  1968  1102  2000 1402 "10" "10"  0x00000100]
+	Pad[-20118  3937  -17677  3937  1102  2000 1402 "11" "11"  0x00000100]
+	Pad[-20118  5905  -17677  5905  1102  2000 1402 "12" "12"  0x00000100]
+	Pad[-20118  7874  -17677  7874  1102  2000 1402 "13" "13"  0x00000100]
+	Pad[-20118  9842  -17677  9842  1102  2000 1402 "14" "14"  0x00000100]
+	Pad[-20118  11811  -17677  11811  1102  2000 1402 "15" "15"  0x00000100]
+	Pad[-20118  13779  -17677  13779  1102  2000 1402 "16" "16"  0x00000100]
+	Pad[-20118  15748  -17677  15748  1102  2000 1402 "17" "17"  0x00000100]
+# bottom row
+	Pad[-15748  20118  -15748  17677  1102 2000 1402 "18" "18"  0x00000900]
+	Pad[-13779  20118  -13779  17677  1102 2000 1402 "19" "19"  0x00000900]
+	Pad[-11811  20118  -11811  17677  1102 2000 1402 "20" "20"  0x00000900]
+	Pad[-9842  20118  -9842  17677  1102 2000 1402 "21" "21"  0x00000900]
+	Pad[-7874  20118  -7874  17677  1102 2000 1402 "22" "22"  0x00000900]
+	Pad[-5905  20118  -5905  17677  1102 2000 1402 "23" "23"  0x00000900]
+	Pad[-3937  20118  -3937  17677  1102 2000 1402 "24" "24"  0x00000900]
+	Pad[-1968  20118  -1968  17677  1102 2000 1402 "25" "25"  0x00000900]
+	Pad[0  20118  0  17677  1102 2000 1402 "26" "26"  0x00000900]
+	Pad[1968  20118  1968  17677  1102 2000 1402 "27" "27"  0x00000900]
+	Pad[3937  20118  3937  17677  1102 2000 1402 "28" "28"  0x00000900]
+	Pad[5905  20118  5905  17677  1102 2000 1402 "29" "29"  0x00000900]
+	Pad[7874  20118  7874  17677  1102 2000 1402 "30" "30"  0x00000900]
+	Pad[9842  20118  9842  17677  1102 2000 1402 "31" "31"  0x00000900]
+	Pad[11811  20118  11811  17677  1102 2000 1402 "32" "32"  0x00000900]
+	Pad[13779  20118  13779  17677  1102 2000 1402 "33" "33"  0x00000900]
+	Pad[15748  20118  15748  17677  1102 2000 1402 "34" "34"  0x00000900]
+# right row
+	Pad[20118  15748  17677  15748  1102  2000 1402 "35" "35"  0x00000100]
+	Pad[20118  13779  17677  13779  1102  2000 1402 "36" "36"  0x00000100]
+	Pad[20118  11811  17677  11811  1102  2000 1402 "37" "37"  0x00000100]
+	Pad[20118  9842  17677  9842  1102  2000 1402 "38" "38"  0x00000100]
+	Pad[20118  7874  17677  7874  1102  2000 1402 "39" "39"  0x00000100]
+	Pad[20118  5905  17677  5905  1102  2000 1402 "40" "40"  0x00000100]
+	Pad[20118  3937  17677  3937  1102  2000 1402 "41" "41"  0x00000100]
+	Pad[20118  1968  17677  1968  1102  2000 1402 "42" "42"  0x00000100]
+	Pad[20118  0  17677  0  1102  2000 1402 "43" "43"  0x00000100]
+	Pad[20118  -1968  17677  -1968  1102  2000 1402 "44" "44"  0x00000100]
+	Pad[20118  -3937  17677  -3937  1102  2000 1402 "45" "45"  0x00000100]
+	Pad[20118  -5905  17677  -5905  1102  2000 1402 "46" "46"  0x00000100]
+	Pad[20118  -7874  17677  -7874  1102  2000 1402 "47" "47"  0x00000100]
+	Pad[20118  -9842  17677  -9842  1102  2000 1402 "48" "48"  0x00000100]
+	Pad[20118  -11811  17677  -11811  1102  2000 1402 "49" "49"  0x00000100]
+	Pad[20118  -13779  17677  -13779  1102  2000 1402 "50" "50"  0x00000100]
+	Pad[20118  -15748  17677  -15748  1102  2000 1402 "51" "51"  0x00000100]
+# top row
+	Pad[15748  -20118  15748  -17677  1102 2000 1402 "52" "52" 0x00000900]
+	Pad[13779  -20118  13779  -17677  1102 2000 1402 "53" "53" 0x00000900]
+	Pad[11811  -20118  11811  -17677  1102 2000 1402 "54" "54" 0x00000900]
+	Pad[9842  -20118  9842  -17677  1102 2000 1402 "55" "55" 0x00000900]
+	Pad[7874  -20118  7874  -17677  1102 2000 1402 "56" "56" 0x00000900]
+	Pad[5905  -20118  5905  -17677  1102 2000 1402 "57" "57" 0x00000900]
+	Pad[3937  -20118  3937  -17677  1102 2000 1402 "58" "58" 0x00000900]
+	Pad[1968  -20118  1968  -17677  1102 2000 1402 "59" "59" 0x00000900]
+	Pad[0  -20118  0  -17677  1102 2000 1402 "60" "60" 0x00000900]
+	Pad[-1968  -20118  -1968  -17677  1102 2000 1402 "61" "61" 0x00000900]
+	Pad[-3937  -20118  -3937  -17677  1102 2000 1402 "62" "62" 0x00000900]
+	Pad[-5905  -20118  -5905  -17677  1102 2000 1402 "63" "63" 0x00000900]
+	Pad[-7874  -20118  -7874  -17677  1102 2000 1402 "64" "64" 0x00000900]
+	Pad[-9842  -20118  -9842  -17677  1102 2000 1402 "65" "65" 0x00000900]
+	Pad[-11811  -20118  -11811  -17677  1102 2000 1402 "66" "66" 0x00000900]
+	Pad[-13779  -20118  -13779  -17677  1102 2000 1402 "67" "67" 0x00000900]
+	Pad[-15748  -20118  -15748  -17677  1102 2000 1402 "68" "68" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 21669  21669  21669 -21669 1000]
+ElementLine[ 21669 -21669 -21669 -21669 1000]
+ElementLine[-21669 -21669 -21669  21669 1000]
+ElementLine[-21669  21669  21669  21669 1000]
+# Pin 1 indicator
+ElementLine[-21669 -21669 -23169 -23169 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFN68_10_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFN68_10_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFN68_10_EP.fp	(revision 296)
@@ -0,0 +1,114 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "QFN68_10_EP" 0 0 -21669 -22719 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-20118  -15748  -17677  -15748  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-20118  -13779  -17677  -13779  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-20118  -11811  -17677  -11811  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-20118  -9842  -17677  -9842  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-20118  -7874  -17677  -7874  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-20118  -5905  -17677  -5905  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-20118  -3937  -17677  -3937  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-20118  -1968  -17677  -1968  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-20118  0  -17677  0  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[-20118  1968  -17677  1968  1102  2000 1402 "10" "10"  0x00000100]
+	Pad[-20118  3937  -17677  3937  1102  2000 1402 "11" "11"  0x00000100]
+	Pad[-20118  5905  -17677  5905  1102  2000 1402 "12" "12"  0x00000100]
+	Pad[-20118  7874  -17677  7874  1102  2000 1402 "13" "13"  0x00000100]
+	Pad[-20118  9842  -17677  9842  1102  2000 1402 "14" "14"  0x00000100]
+	Pad[-20118  11811  -17677  11811  1102  2000 1402 "15" "15"  0x00000100]
+	Pad[-20118  13779  -17677  13779  1102  2000 1402 "16" "16"  0x00000100]
+	Pad[-20118  15748  -17677  15748  1102  2000 1402 "17" "17"  0x00000100]
+# bottom row
+	Pad[-15748  20118  -15748  17677  1102 2000 1402 "18" "18"  0x00000900]
+	Pad[-13779  20118  -13779  17677  1102 2000 1402 "19" "19"  0x00000900]
+	Pad[-11811  20118  -11811  17677  1102 2000 1402 "20" "20"  0x00000900]
+	Pad[-9842  20118  -9842  17677  1102 2000 1402 "21" "21"  0x00000900]
+	Pad[-7874  20118  -7874  17677  1102 2000 1402 "22" "22"  0x00000900]
+	Pad[-5905  20118  -5905  17677  1102 2000 1402 "23" "23"  0x00000900]
+	Pad[-3937  20118  -3937  17677  1102 2000 1402 "24" "24"  0x00000900]
+	Pad[-1968  20118  -1968  17677  1102 2000 1402 "25" "25"  0x00000900]
+	Pad[0  20118  0  17677  1102 2000 1402 "26" "26"  0x00000900]
+	Pad[1968  20118  1968  17677  1102 2000 1402 "27" "27"  0x00000900]
+	Pad[3937  20118  3937  17677  1102 2000 1402 "28" "28"  0x00000900]
+	Pad[5905  20118  5905  17677  1102 2000 1402 "29" "29"  0x00000900]
+	Pad[7874  20118  7874  17677  1102 2000 1402 "30" "30"  0x00000900]
+	Pad[9842  20118  9842  17677  1102 2000 1402 "31" "31"  0x00000900]
+	Pad[11811  20118  11811  17677  1102 2000 1402 "32" "32"  0x00000900]
+	Pad[13779  20118  13779  17677  1102 2000 1402 "33" "33"  0x00000900]
+	Pad[15748  20118  15748  17677  1102 2000 1402 "34" "34"  0x00000900]
+# right row
+	Pad[20118  15748  17677  15748  1102  2000 1402 "35" "35"  0x00000100]
+	Pad[20118  13779  17677  13779  1102  2000 1402 "36" "36"  0x00000100]
+	Pad[20118  11811  17677  11811  1102  2000 1402 "37" "37"  0x00000100]
+	Pad[20118  9842  17677  9842  1102  2000 1402 "38" "38"  0x00000100]
+	Pad[20118  7874  17677  7874  1102  2000 1402 "39" "39"  0x00000100]
+	Pad[20118  5905  17677  5905  1102  2000 1402 "40" "40"  0x00000100]
+	Pad[20118  3937  17677  3937  1102  2000 1402 "41" "41"  0x00000100]
+	Pad[20118  1968  17677  1968  1102  2000 1402 "42" "42"  0x00000100]
+	Pad[20118  0  17677  0  1102  2000 1402 "43" "43"  0x00000100]
+	Pad[20118  -1968  17677  -1968  1102  2000 1402 "44" "44"  0x00000100]
+	Pad[20118  -3937  17677  -3937  1102  2000 1402 "45" "45"  0x00000100]
+	Pad[20118  -5905  17677  -5905  1102  2000 1402 "46" "46"  0x00000100]
+	Pad[20118  -7874  17677  -7874  1102  2000 1402 "47" "47"  0x00000100]
+	Pad[20118  -9842  17677  -9842  1102  2000 1402 "48" "48"  0x00000100]
+	Pad[20118  -11811  17677  -11811  1102  2000 1402 "49" "49"  0x00000100]
+	Pad[20118  -13779  17677  -13779  1102  2000 1402 "50" "50"  0x00000100]
+	Pad[20118  -15748  17677  -15748  1102  2000 1402 "51" "51"  0x00000100]
+# top row
+	Pad[15748  -20118  15748  -17677  1102 2000 1402 "52" "52" 0x00000900]
+	Pad[13779  -20118  13779  -17677  1102 2000 1402 "53" "53" 0x00000900]
+	Pad[11811  -20118  11811  -17677  1102 2000 1402 "54" "54" 0x00000900]
+	Pad[9842  -20118  9842  -17677  1102 2000 1402 "55" "55" 0x00000900]
+	Pad[7874  -20118  7874  -17677  1102 2000 1402 "56" "56" 0x00000900]
+	Pad[5905  -20118  5905  -17677  1102 2000 1402 "57" "57" 0x00000900]
+	Pad[3937  -20118  3937  -17677  1102 2000 1402 "58" "58" 0x00000900]
+	Pad[1968  -20118  1968  -17677  1102 2000 1402 "59" "59" 0x00000900]
+	Pad[0  -20118  0  -17677  1102 2000 1402 "60" "60" 0x00000900]
+	Pad[-1968  -20118  -1968  -17677  1102 2000 1402 "61" "61" 0x00000900]
+	Pad[-3937  -20118  -3937  -17677  1102 2000 1402 "62" "62" 0x00000900]
+	Pad[-5905  -20118  -5905  -17677  1102 2000 1402 "63" "63" 0x00000900]
+	Pad[-7874  -20118  -7874  -17677  1102 2000 1402 "64" "64" 0x00000900]
+	Pad[-9842  -20118  -9842  -17677  1102 2000 1402 "65" "65" 0x00000900]
+	Pad[-11811  -20118  -11811  -17677  1102 2000 1402 "66" "66" 0x00000900]
+	Pad[-13779  -20118  -13779  -17677  1102 2000 1402 "67" "67" 0x00000900]
+	Pad[-15748  -20118  -15748  -17677  1102 2000 1402 "68" "68" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 30314 0 30714 "69" "69" 0x00000100]
+# Silk screen around package
+ElementLine[ 21669  21669  21669 -21669 1000]
+ElementLine[ 21669 -21669 -21669 -21669 1000]
+ElementLine[-21669 -21669 -21669  21669 1000]
+ElementLine[-21669  21669  21669  21669 1000]
+# Pin 1 indicator
+ElementLine[-21669 -21669 -23169 -23169 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFP100_14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFP100_14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFP100_14.fp	(revision 296)
@@ -0,0 +1,119 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "QFP100_14" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-35008  -23622  -30110  -23622  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-35008  -21654  -30110  -21654  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-35008  -19685  -30110  -19685  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-35008  -17717  -30110  -17717  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-35008  -15748  -30110  -15748  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-35008  -13780  -30110  -13780  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-35008  -11811  -30110  -11811  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-35008  -9843  -30110  -9843  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-35008  -7874  -30110  -7874  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-35008  -5906  -30110  -5906  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-35008  -3937  -30110  -3937  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-35008  -1969  -30110  -1969  1102  3000 1402 "12" "12"  0x00000100]
+	Pad[-35008  0  -30110  0  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[-35008  1968  -30110  1968  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[-35008  3937  -30110  3937  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[-35008  5905  -30110  5905  1102  3000 1402 "16" "16"  0x00000100]
+	Pad[-35008  7874  -30110  7874  1102  3000 1402 "17" "17"  0x00000100]
+	Pad[-35008  9842  -30110  9842  1102  3000 1402 "18" "18"  0x00000100]
+	Pad[-35008  11811  -30110  11811  1102  3000 1402 "19" "19"  0x00000100]
+	Pad[-35008  13779  -30110  13779  1102  3000 1402 "20" "20"  0x00000100]
+	Pad[-35008  15748  -30110  15748  1102  3000 1402 "21" "21"  0x00000100]
+	Pad[-35008  17716  -30110  17716  1102  3000 1402 "22" "22"  0x00000100]
+	Pad[-35008  19685  -30110  19685  1102  3000 1402 "23" "23"  0x00000100]
+	Pad[-35008  21653  -30110  21653  1102  3000 1402 "24" "24"  0x00000100]
+	Pad[-35008  23622  -30110  23622  1102  3000 1402 "25" "25"  0x00000100]
+	# bottom row
+	Pad[-23622 35008  -23622  30110  1102  3000 1402 "26" "26"  0x00000900]
+	Pad[-21654 35008  -21654  30110  1102  3000 1402 "27" "27"  0x00000900]
+	Pad[-19685 35008  -19685  30110  1102  3000 1402 "28" "28"  0x00000900]
+	Pad[-17717 35008  -17717  30110  1102  3000 1402 "29" "29"  0x00000900]
+	Pad[-15748 35008  -15748  30110  1102  3000 1402 "30" "30"  0x00000900]
+	Pad[-13780 35008  -13780  30110  1102  3000 1402 "31" "31"  0x00000900]
+	Pad[-11811 35008  -11811  30110  1102  3000 1402 "32" "32"  0x00000900]
+	Pad[-9843 35008  -9843  30110  1102  3000 1402 "33" "33"  0x00000900]
+	Pad[-7874 35008  -7874  30110  1102  3000 1402 "34" "34"  0x00000900]
+	Pad[-5906 35008  -5906  30110  1102  3000 1402 "35" "35"  0x00000900]
+	Pad[-3937 35008  -3937  30110  1102  3000 1402 "36" "36"  0x00000900]
+	Pad[-1969 35008  -1969  30110  1102  3000 1402 "37" "37"  0x00000900]
+	Pad[0 35008  0  30110  1102  3000 1402 "38" "38"  0x00000900]
+	Pad[1968 35008  1968  30110  1102  3000 1402 "39" "39"  0x00000900]
+	Pad[3937 35008  3937  30110  1102  3000 1402 "40" "40"  0x00000900]
+	Pad[5905 35008  5905  30110  1102  3000 1402 "41" "41"  0x00000900]
+	Pad[7874 35008  7874  30110  1102  3000 1402 "42" "42"  0x00000900]
+	Pad[9842 35008  9842  30110  1102  3000 1402 "43" "43"  0x00000900]
+	Pad[11811 35008  11811  30110  1102  3000 1402 "44" "44"  0x00000900]
+	Pad[13779 35008  13779  30110  1102  3000 1402 "45" "45"  0x00000900]
+	Pad[15748 35008  15748  30110  1102  3000 1402 "46" "46"  0x00000900]
+	Pad[17716 35008  17716  30110  1102  3000 1402 "47" "47"  0x00000900]
+	Pad[19685 35008  19685  30110  1102  3000 1402 "48" "48"  0x00000900]
+	Pad[21653 35008  21653  30110  1102  3000 1402 "49" "49"  0x00000900]
+	Pad[23622 35008  23622  30110  1102  3000 1402 "50" "50"  0x00000900]
+	# right row
+	Pad[35008  23622  30110  23622  1102  3000 1402 "51" "51"  0x00000100]
+	Pad[35008  21654  30110  21654  1102  3000 1402 "52" "52"  0x00000100]
+	Pad[35008  19685  30110  19685  1102  3000 1402 "53" "53"  0x00000100]
+	Pad[35008  17717  30110  17717  1102  3000 1402 "54" "54"  0x00000100]
+	Pad[35008  15748  30110  15748  1102  3000 1402 "55" "55"  0x00000100]
+	Pad[35008  13780  30110  13780  1102  3000 1402 "56" "56"  0x00000100]
+	Pad[35008  11811  30110  11811  1102  3000 1402 "57" "57"  0x00000100]
+	Pad[35008  9843  30110  9843  1102  3000 1402 "58" "58"  0x00000100]
+	Pad[35008  7874  30110  7874  1102  3000 1402 "59" "59"  0x00000100]
+	Pad[35008  5906  30110  5906  1102  3000 1402 "60" "60"  0x00000100]
+	Pad[35008  3937  30110  3937  1102  3000 1402 "61" "61"  0x00000100]
+	Pad[35008  1969  30110  1969  1102  3000 1402 "62" "62"  0x00000100]
+	Pad[35008  0  30110  0  1102  3000 1402 "63" "63"  0x00000100]
+	Pad[35008  -1968  30110  -1968  1102  3000 1402 "64" "64"  0x00000100]
+	Pad[35008  -3937  30110  -3937  1102  3000 1402 "65" "65"  0x00000100]
+	Pad[35008  -5905  30110  -5905  1102  3000 1402 "66" "66"  0x00000100]
+	Pad[35008  -7874  30110  -7874  1102  3000 1402 "67" "67"  0x00000100]
+	Pad[35008  -9842  30110  -9842  1102  3000 1402 "68" "68"  0x00000100]
+	Pad[35008  -11811  30110  -11811  1102  3000 1402 "69" "69"  0x00000100]
+	Pad[35008  -13779  30110  -13779  1102  3000 1402 "70" "70"  0x00000100]
+	Pad[35008  -15748  30110  -15748  1102  3000 1402 "71" "71"  0x00000100]
+	Pad[35008  -17716  30110  -17716  1102  3000 1402 "72" "72"  0x00000100]
+	Pad[35008  -19685  30110  -19685  1102  3000 1402 "73" "73"  0x00000100]
+	Pad[35008  -21653  30110  -21653  1102  3000 1402 "74" "74"  0x00000100]
+	Pad[35008  -23622  30110  -23622  1102  3000 1402 "75" "75"  0x00000100]
+	# top row
+	Pad[23622 -35008  23622  -30110  1102  3000 1402 "76" "76"  0x00000900]
+	Pad[21654 -35008  21654  -30110  1102  3000 1402 "77" "77"  0x00000900]
+	Pad[19685 -35008  19685  -30110  1102  3000 1402 "78" "78"  0x00000900]
+	Pad[17717 -35008  17717  -30110  1102  3000 1402 "79" "79"  0x00000900]
+	Pad[15748 -35008  15748  -30110  1102  3000 1402 "80" "80"  0x00000900]
+	Pad[13780 -35008  13780  -30110  1102  3000 1402 "81" "81"  0x00000900]
+	Pad[11811 -35008  11811  -30110  1102  3000 1402 "82" "82"  0x00000900]
+	Pad[9843 -35008  9843  -30110  1102  3000 1402 "83" "83"  0x00000900]
+	Pad[7874 -35008  7874  -30110  1102  3000 1402 "84" "84"  0x00000900]
+	Pad[5906 -35008  5906  -30110  1102  3000 1402 "85" "85"  0x00000900]
+	Pad[3937 -35008  3937  -30110  1102  3000 1402 "86" "86"  0x00000900]
+	Pad[1969 -35008  1969  -30110  1102  3000 1402 "87" "87"  0x00000900]
+	Pad[0 -35008  0  -30110  1102  3000 1402 "88" "88"  0x00000900]
+	Pad[-1968 -35008  -1968  -30110  1102  3000 1402 "89" "89"  0x00000900]
+	Pad[-3937 -35008  -3937  -30110  1102  3000 1402 "90" "90"  0x00000900]
+	Pad[-5905 -35008  -5905  -30110  1102  3000 1402 "91" "91"  0x00000900]
+	Pad[-7874 -35008  -7874  -30110  1102  3000 1402 "92" "92"  0x00000900]
+	Pad[-9842 -35008  -9842  -30110  1102  3000 1402 "93" "93"  0x00000900]
+	Pad[-11811 -35008  -11811  -30110  1102  3000 1402 "94" "94"  0x00000900]
+	Pad[-13779 -35008  -13779  -30110  1102  3000 1402 "95" "95"  0x00000900]
+	Pad[-15748 -35008  -15748  -30110  1102  3000 1402 "96" "96"  0x00000900]
+	Pad[-17716 -35008  -17716  -30110  1102  3000 1402 "97" "97"  0x00000900]
+	Pad[-19685 -35008  -19685  -30110  1102  3000 1402 "98" "98"  0x00000900]
+	Pad[-21653 -35008  -21653  -30110  1102  3000 1402 "99" "99"  0x00000900]
+	Pad[-23622 -35008  -23622  -30110  1102  3000 1402 "100" "100"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-24259 -27159 27159 -27159 800]
+	# right
+	ElementLine[27159 -27159 27159 27159 800]
+	# bottom
+	ElementLine[27159 27159 -27159 27159 800]
+	# left
+	ElementLine[-27159 27159 -27159 -24259 800]
+	# angled corner
+	ElementLine[-27159 -24259 -24259 -27159 800]
+	ElementArc[-24259 -24259 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFP100_R.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFP100_R.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFP100_R.fp	(revision 296)
@@ -0,0 +1,119 @@
+Element[0x00000000 "Rectangular Quad-side flat pack" "" "QFP100_R" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-36772  -37105  -30346  -37105  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-36772  -34546  -30346  -34546  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-36772  -31987  -30346  -31987  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-36772  -29428  -30346  -29428  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-36772  -26869  -30346  -26869  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-36772  -24310  -30346  -24310  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-36772  -21751  -30346  -21751  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-36772  -19192  -30346  -19192  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-36772  -16633  -30346  -16633  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-36772  -14074  -30346  -14074  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-36772  -11515  -30346  -11515  1574  3000 1874 "11" "11"  0x00000100]
+	Pad[-36772  -8956  -30346  -8956  1574  3000 1874 "12" "12"  0x00000100]
+	Pad[-36772  -6397  -30346  -6397  1574  3000 1874 "13" "13"  0x00000100]
+	Pad[-36772  -3838  -30346  -3838  1574  3000 1874 "14" "14"  0x00000100]
+	Pad[-36772  -1279  -30346  -1279  1574  3000 1874 "15" "15"  0x00000100]
+	Pad[-36772  1280  -30346  1280  1574  3000 1874 "16" "16"  0x00000100]
+	Pad[-36772  3839  -30346  3839  1574  3000 1874 "17" "17"  0x00000100]
+	Pad[-36772  6398  -30346  6398  1574  3000 1874 "18" "18"  0x00000100]
+	Pad[-36772  8957  -30346  8957  1574  3000 1874 "19" "19"  0x00000100]
+	Pad[-36772  11516  -30346  11516  1574  3000 1874 "20" "20"  0x00000100]
+	Pad[-36772  14075  -30346  14075  1574  3000 1874 "21" "21"  0x00000100]
+	Pad[-36772  16634  -30346  16634  1574  3000 1874 "22" "22"  0x00000100]
+	Pad[-36772  19193  -30346  19193  1574  3000 1874 "23" "23"  0x00000100]
+	Pad[-36772  21752  -30346  21752  1574  3000 1874 "24" "24"  0x00000100]
+	Pad[-36772  24311  -30346  24311  1574  3000 1874 "25" "25"  0x00000100]
+	Pad[-36772  26870  -30346  26870  1574  3000 1874 "26" "26"  0x00000100]
+	Pad[-36772  29429  -30346  29429  1574  3000 1874 "27" "27"  0x00000100]
+	Pad[-36772  31988  -30346  31988  1574  3000 1874 "28" "28"  0x00000100]
+	Pad[-36772  34547  -30346  34547  1574  3000 1874 "29" "29"  0x00000100]
+	Pad[-36772  37106  -30346  37106  1574  3000 1874 "30" "30"  0x00000100]
+	# bottom row
+	Pad[-24310 48583  -24310  42157  1574  3000 1874 "31" "31"  0x00000900]
+	Pad[-21751 48583  -21751  42157  1574  3000 1874 "32" "32"  0x00000900]
+	Pad[-19192 48583  -19192  42157  1574  3000 1874 "33" "33"  0x00000900]
+	Pad[-16633 48583  -16633  42157  1574  3000 1874 "34" "34"  0x00000900]
+	Pad[-14074 48583  -14074  42157  1574  3000 1874 "35" "35"  0x00000900]
+	Pad[-11515 48583  -11515  42157  1574  3000 1874 "36" "36"  0x00000900]
+	Pad[-8956 48583  -8956  42157  1574  3000 1874 "37" "37"  0x00000900]
+	Pad[-6397 48583  -6397  42157  1574  3000 1874 "38" "38"  0x00000900]
+	Pad[-3838 48583  -3838  42157  1574  3000 1874 "39" "39"  0x00000900]
+	Pad[-1279 48583  -1279  42157  1574  3000 1874 "40" "40"  0x00000900]
+	Pad[1280 48583  1280  42157  1574  3000 1874 "41" "41"  0x00000900]
+	Pad[3839 48583  3839  42157  1574  3000 1874 "42" "42"  0x00000900]
+	Pad[6398 48583  6398  42157  1574  3000 1874 "43" "43"  0x00000900]
+	Pad[8957 48583  8957  42157  1574  3000 1874 "44" "44"  0x00000900]
+	Pad[11516 48583  11516  42157  1574  3000 1874 "45" "45"  0x00000900]
+	Pad[14075 48583  14075  42157  1574  3000 1874 "46" "46"  0x00000900]
+	Pad[16634 48583  16634  42157  1574  3000 1874 "47" "47"  0x00000900]
+	Pad[19193 48583  19193  42157  1574  3000 1874 "48" "48"  0x00000900]
+	Pad[21752 48583  21752  42157  1574  3000 1874 "49" "49"  0x00000900]
+	Pad[24311 48583  24311  42157  1574  3000 1874 "50" "50"  0x00000900]
+	# right row
+	Pad[36772  37105  30346  37105  1574  3000 1874 "51" "51"  0x00000100]
+	Pad[36772  34546  30346  34546  1574  3000 1874 "52" "52"  0x00000100]
+	Pad[36772  31987  30346  31987  1574  3000 1874 "53" "53"  0x00000100]
+	Pad[36772  29428  30346  29428  1574  3000 1874 "54" "54"  0x00000100]
+	Pad[36772  26869  30346  26869  1574  3000 1874 "55" "55"  0x00000100]
+	Pad[36772  24310  30346  24310  1574  3000 1874 "56" "56"  0x00000100]
+	Pad[36772  21751  30346  21751  1574  3000 1874 "57" "57"  0x00000100]
+	Pad[36772  19192  30346  19192  1574  3000 1874 "58" "58"  0x00000100]
+	Pad[36772  16633  30346  16633  1574  3000 1874 "59" "59"  0x00000100]
+	Pad[36772  14074  30346  14074  1574  3000 1874 "60" "60"  0x00000100]
+	Pad[36772  11515  30346  11515  1574  3000 1874 "61" "61"  0x00000100]
+	Pad[36772  8956  30346  8956  1574  3000 1874 "62" "62"  0x00000100]
+	Pad[36772  6397  30346  6397  1574  3000 1874 "63" "63"  0x00000100]
+	Pad[36772  3838  30346  3838  1574  3000 1874 "64" "64"  0x00000100]
+	Pad[36772  1279  30346  1279  1574  3000 1874 "65" "65"  0x00000100]
+	Pad[36772  -1280  30346  -1280  1574  3000 1874 "66" "66"  0x00000100]
+	Pad[36772  -3839  30346  -3839  1574  3000 1874 "67" "67"  0x00000100]
+	Pad[36772  -6398  30346  -6398  1574  3000 1874 "68" "68"  0x00000100]
+	Pad[36772  -8957  30346  -8957  1574  3000 1874 "69" "69"  0x00000100]
+	Pad[36772  -11516  30346  -11516  1574  3000 1874 "70" "70"  0x00000100]
+	Pad[36772  -14075  30346  -14075  1574  3000 1874 "71" "71"  0x00000100]
+	Pad[36772  -16634  30346  -16634  1574  3000 1874 "72" "72"  0x00000100]
+	Pad[36772  -19193  30346  -19193  1574  3000 1874 "73" "73"  0x00000100]
+	Pad[36772  -21752  30346  -21752  1574  3000 1874 "74" "74"  0x00000100]
+	Pad[36772  -24311  30346  -24311  1574  3000 1874 "75" "75"  0x00000100]
+	Pad[36772  -26870  30346  -26870  1574  3000 1874 "76" "76"  0x00000100]
+	Pad[36772  -29429  30346  -29429  1574  3000 1874 "77" "77"  0x00000100]
+	Pad[36772  -31988  30346  -31988  1574  3000 1874 "78" "78"  0x00000100]
+	Pad[36772  -34547  30346  -34547  1574  3000 1874 "79" "79"  0x00000100]
+	Pad[36772  -37106  30346  -37106  1574  3000 1874 "80" "80"  0x00000100]
+	# top row
+	Pad[24310 -48583  24310  -42157  1574  3000 1874 "81" "81"  0x00000900]
+	Pad[21751 -48583  21751  -42157  1574  3000 1874 "82" "82"  0x00000900]
+	Pad[19192 -48583  19192  -42157  1574  3000 1874 "83" "83"  0x00000900]
+	Pad[16633 -48583  16633  -42157  1574  3000 1874 "84" "84"  0x00000900]
+	Pad[14074 -48583  14074  -42157  1574  3000 1874 "85" "85"  0x00000900]
+	Pad[11515 -48583  11515  -42157  1574  3000 1874 "86" "86"  0x00000900]
+	Pad[8956 -48583  8956  -42157  1574  3000 1874 "87" "87"  0x00000900]
+	Pad[6397 -48583  6397  -42157  1574  3000 1874 "88" "88"  0x00000900]
+	Pad[3838 -48583  3838  -42157  1574  3000 1874 "89" "89"  0x00000900]
+	Pad[1279 -48583  1279  -42157  1574  3000 1874 "90" "90"  0x00000900]
+	Pad[-1280 -48583  -1280  -42157  1574  3000 1874 "91" "91"  0x00000900]
+	Pad[-3839 -48583  -3839  -42157  1574  3000 1874 "92" "92"  0x00000900]
+	Pad[-6398 -48583  -6398  -42157  1574  3000 1874 "93" "93"  0x00000900]
+	Pad[-8957 -48583  -8957  -42157  1574  3000 1874 "94" "94"  0x00000900]
+	Pad[-11516 -48583  -11516  -42157  1574  3000 1874 "95" "95"  0x00000900]
+	Pad[-14075 -48583  -14075  -42157  1574  3000 1874 "96" "96"  0x00000900]
+	Pad[-16634 -48583  -16634  -42157  1574  3000 1874 "97" "97"  0x00000900]
+	Pad[-19193 -48583  -19193  -42157  1574  3000 1874 "98" "98"  0x00000900]
+	Pad[-21752 -48583  -21752  -42157  1574  3000 1874 "99" "99"  0x00000900]
+	Pad[-24311 -48583  -24311  -42157  1574  3000 1874 "100" "100"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-24259 -38970 27159 -38970 800]
+	# right
+	ElementLine[27159 -38970 27159 38970 800]
+	# bottom
+	ElementLine[27159 38970 -27159 38970 800]
+	# left
+	ElementLine[-27159 38970 -27159 -36070 800]
+	# angled corner
+	ElementLine[-27159 -36070 -24259 -38970 800]
+	ElementArc[-24259 -36070 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFP120_28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFP120_28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFP120_28.fp	(revision 296)
@@ -0,0 +1,139 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "QFP120_28" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-62331  -45669  -57905  -45669  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-62331  -42520  -57905  -42520  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-62331  -39370  -57905  -39370  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-62331  -36221  -57905  -36221  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-62331  -33071  -57905  -33071  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-62331  -29921  -57905  -29921  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-62331  -26772  -57905  -26772  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-62331  -23622  -57905  -23622  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-62331  -20473  -57905  -20473  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-62331  -17323  -57905  -17323  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-62331  -14173  -57905  -14173  1574  3000 1874 "11" "11"  0x00000100]
+	Pad[-62331  -11024  -57905  -11024  1574  3000 1874 "12" "12"  0x00000100]
+	Pad[-62331  -7874  -57905  -7874  1574  3000 1874 "13" "13"  0x00000100]
+	Pad[-62331  -4725  -57905  -4725  1574  3000 1874 "14" "14"  0x00000100]
+	Pad[-62331  -1575  -57905  -1575  1574  3000 1874 "15" "15"  0x00000100]
+	Pad[-62331  1575  -57905  1575  1574  3000 1874 "16" "16"  0x00000100]
+	Pad[-62331  4724  -57905  4724  1574  3000 1874 "17" "17"  0x00000100]
+	Pad[-62331  7874  -57905  7874  1574  3000 1874 "18" "18"  0x00000100]
+	Pad[-62331  11023  -57905  11023  1574  3000 1874 "19" "19"  0x00000100]
+	Pad[-62331  14173  -57905  14173  1574  3000 1874 "20" "20"  0x00000100]
+	Pad[-62331  17323  -57905  17323  1574  3000 1874 "21" "21"  0x00000100]
+	Pad[-62331  20472  -57905  20472  1574  3000 1874 "22" "22"  0x00000100]
+	Pad[-62331  23622  -57905  23622  1574  3000 1874 "23" "23"  0x00000100]
+	Pad[-62331  26771  -57905  26771  1574  3000 1874 "24" "24"  0x00000100]
+	Pad[-62331  29921  -57905  29921  1574  3000 1874 "25" "25"  0x00000100]
+	Pad[-62331  33071  -57905  33071  1574  3000 1874 "26" "26"  0x00000100]
+	Pad[-62331  36220  -57905  36220  1574  3000 1874 "27" "27"  0x00000100]
+	Pad[-62331  39370  -57905  39370  1574  3000 1874 "28" "28"  0x00000100]
+	Pad[-62331  42519  -57905  42519  1574  3000 1874 "29" "29"  0x00000100]
+	Pad[-62331  45669  -57905  45669  1574  3000 1874 "30" "30"  0x00000100]
+	# bottom row
+	Pad[-45669 62331  -45669  57905  1574  3000 1874 "31" "31"  0x00000900]
+	Pad[-42520 62331  -42520  57905  1574  3000 1874 "32" "32"  0x00000900]
+	Pad[-39370 62331  -39370  57905  1574  3000 1874 "33" "33"  0x00000900]
+	Pad[-36221 62331  -36221  57905  1574  3000 1874 "34" "34"  0x00000900]
+	Pad[-33071 62331  -33071  57905  1574  3000 1874 "35" "35"  0x00000900]
+	Pad[-29921 62331  -29921  57905  1574  3000 1874 "36" "36"  0x00000900]
+	Pad[-26772 62331  -26772  57905  1574  3000 1874 "37" "37"  0x00000900]
+	Pad[-23622 62331  -23622  57905  1574  3000 1874 "38" "38"  0x00000900]
+	Pad[-20473 62331  -20473  57905  1574  3000 1874 "39" "39"  0x00000900]
+	Pad[-17323 62331  -17323  57905  1574  3000 1874 "40" "40"  0x00000900]
+	Pad[-14173 62331  -14173  57905  1574  3000 1874 "41" "41"  0x00000900]
+	Pad[-11024 62331  -11024  57905  1574  3000 1874 "42" "42"  0x00000900]
+	Pad[-7874 62331  -7874  57905  1574  3000 1874 "43" "43"  0x00000900]
+	Pad[-4725 62331  -4725  57905  1574  3000 1874 "44" "44"  0x00000900]
+	Pad[-1575 62331  -1575  57905  1574  3000 1874 "45" "45"  0x00000900]
+	Pad[1575 62331  1575  57905  1574  3000 1874 "46" "46"  0x00000900]
+	Pad[4724 62331  4724  57905  1574  3000 1874 "47" "47"  0x00000900]
+	Pad[7874 62331  7874  57905  1574  3000 1874 "48" "48"  0x00000900]
+	Pad[11023 62331  11023  57905  1574  3000 1874 "49" "49"  0x00000900]
+	Pad[14173 62331  14173  57905  1574  3000 1874 "50" "50"  0x00000900]
+	Pad[17323 62331  17323  57905  1574  3000 1874 "51" "51"  0x00000900]
+	Pad[20472 62331  20472  57905  1574  3000 1874 "52" "52"  0x00000900]
+	Pad[23622 62331  23622  57905  1574  3000 1874 "53" "53"  0x00000900]
+	Pad[26771 62331  26771  57905  1574  3000 1874 "54" "54"  0x00000900]
+	Pad[29921 62331  29921  57905  1574  3000 1874 "55" "55"  0x00000900]
+	Pad[33071 62331  33071  57905  1574  3000 1874 "56" "56"  0x00000900]
+	Pad[36220 62331  36220  57905  1574  3000 1874 "57" "57"  0x00000900]
+	Pad[39370 62331  39370  57905  1574  3000 1874 "58" "58"  0x00000900]
+	Pad[42519 62331  42519  57905  1574  3000 1874 "59" "59"  0x00000900]
+	Pad[45669 62331  45669  57905  1574  3000 1874 "60" "60"  0x00000900]
+	# right row
+	Pad[62331  45669  57905  45669  1574  3000 1874 "61" "61"  0x00000100]
+	Pad[62331  42520  57905  42520  1574  3000 1874 "62" "62"  0x00000100]
+	Pad[62331  39370  57905  39370  1574  3000 1874 "63" "63"  0x00000100]
+	Pad[62331  36221  57905  36221  1574  3000 1874 "64" "64"  0x00000100]
+	Pad[62331  33071  57905  33071  1574  3000 1874 "65" "65"  0x00000100]
+	Pad[62331  29921  57905  29921  1574  3000 1874 "66" "66"  0x00000100]
+	Pad[62331  26772  57905  26772  1574  3000 1874 "67" "67"  0x00000100]
+	Pad[62331  23622  57905  23622  1574  3000 1874 "68" "68"  0x00000100]
+	Pad[62331  20473  57905  20473  1574  3000 1874 "69" "69"  0x00000100]
+	Pad[62331  17323  57905  17323  1574  3000 1874 "70" "70"  0x00000100]
+	Pad[62331  14173  57905  14173  1574  3000 1874 "71" "71"  0x00000100]
+	Pad[62331  11024  57905  11024  1574  3000 1874 "72" "72"  0x00000100]
+	Pad[62331  7874  57905  7874  1574  3000 1874 "73" "73"  0x00000100]
+	Pad[62331  4725  57905  4725  1574  3000 1874 "74" "74"  0x00000100]
+	Pad[62331  1575  57905  1575  1574  3000 1874 "75" "75"  0x00000100]
+	Pad[62331  -1575  57905  -1575  1574  3000 1874 "76" "76"  0x00000100]
+	Pad[62331  -4724  57905  -4724  1574  3000 1874 "77" "77"  0x00000100]
+	Pad[62331  -7874  57905  -7874  1574  3000 1874 "78" "78"  0x00000100]
+	Pad[62331  -11023  57905  -11023  1574  3000 1874 "79" "79"  0x00000100]
+	Pad[62331  -14173  57905  -14173  1574  3000 1874 "80" "80"  0x00000100]
+	Pad[62331  -17323  57905  -17323  1574  3000 1874 "81" "81"  0x00000100]
+	Pad[62331  -20472  57905  -20472  1574  3000 1874 "82" "82"  0x00000100]
+	Pad[62331  -23622  57905  -23622  1574  3000 1874 "83" "83"  0x00000100]
+	Pad[62331  -26771  57905  -26771  1574  3000 1874 "84" "84"  0x00000100]
+	Pad[62331  -29921  57905  -29921  1574  3000 1874 "85" "85"  0x00000100]
+	Pad[62331  -33071  57905  -33071  1574  3000 1874 "86" "86"  0x00000100]
+	Pad[62331  -36220  57905  -36220  1574  3000 1874 "87" "87"  0x00000100]
+	Pad[62331  -39370  57905  -39370  1574  3000 1874 "88" "88"  0x00000100]
+	Pad[62331  -42519  57905  -42519  1574  3000 1874 "89" "89"  0x00000100]
+	Pad[62331  -45669  57905  -45669  1574  3000 1874 "90" "90"  0x00000100]
+	# top row
+	Pad[45669 -62331  45669  -57905  1574  3000 1874 "91" "91"  0x00000900]
+	Pad[42520 -62331  42520  -57905  1574  3000 1874 "92" "92"  0x00000900]
+	Pad[39370 -62331  39370  -57905  1574  3000 1874 "93" "93"  0x00000900]
+	Pad[36221 -62331  36221  -57905  1574  3000 1874 "94" "94"  0x00000900]
+	Pad[33071 -62331  33071  -57905  1574  3000 1874 "95" "95"  0x00000900]
+	Pad[29921 -62331  29921  -57905  1574  3000 1874 "96" "96"  0x00000900]
+	Pad[26772 -62331  26772  -57905  1574  3000 1874 "97" "97"  0x00000900]
+	Pad[23622 -62331  23622  -57905  1574  3000 1874 "98" "98"  0x00000900]
+	Pad[20473 -62331  20473  -57905  1574  3000 1874 "99" "99"  0x00000900]
+	Pad[17323 -62331  17323  -57905  1574  3000 1874 "100" "100"  0x00000900]
+	Pad[14173 -62331  14173  -57905  1574  3000 1874 "101" "101"  0x00000900]
+	Pad[11024 -62331  11024  -57905  1574  3000 1874 "102" "102"  0x00000900]
+	Pad[7874 -62331  7874  -57905  1574  3000 1874 "103" "103"  0x00000900]
+	Pad[4725 -62331  4725  -57905  1574  3000 1874 "104" "104"  0x00000900]
+	Pad[1575 -62331  1575  -57905  1574  3000 1874 "105" "105"  0x00000900]
+	Pad[-1575 -62331  -1575  -57905  1574  3000 1874 "106" "106"  0x00000900]
+	Pad[-4724 -62331  -4724  -57905  1574  3000 1874 "107" "107"  0x00000900]
+	Pad[-7874 -62331  -7874  -57905  1574  3000 1874 "108" "108"  0x00000900]
+	Pad[-11023 -62331  -11023  -57905  1574  3000 1874 "109" "109"  0x00000900]
+	Pad[-14173 -62331  -14173  -57905  1574  3000 1874 "110" "110"  0x00000900]
+	Pad[-17323 -62331  -17323  -57905  1574  3000 1874 "111" "111"  0x00000900]
+	Pad[-20472 -62331  -20472  -57905  1574  3000 1874 "112" "112"  0x00000900]
+	Pad[-23622 -62331  -23622  -57905  1574  3000 1874 "113" "113"  0x00000900]
+	Pad[-26771 -62331  -26771  -57905  1574  3000 1874 "114" "114"  0x00000900]
+	Pad[-29921 -62331  -29921  -57905  1574  3000 1874 "115" "115"  0x00000900]
+	Pad[-33071 -62331  -33071  -57905  1574  3000 1874 "116" "116"  0x00000900]
+	Pad[-36220 -62331  -36220  -57905  1574  3000 1874 "117" "117"  0x00000900]
+	Pad[-39370 -62331  -39370  -57905  1574  3000 1874 "118" "118"  0x00000900]
+	Pad[-42519 -62331  -42519  -57905  1574  3000 1874 "119" "119"  0x00000900]
+	Pad[-45669 -62331  -45669  -57905  1574  3000 1874 "120" "120"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-51818 -54718 54718 -54718 800]
+	# right
+	ElementLine[54718 -54718 54718 54718 800]
+	# bottom
+	ElementLine[54718 54718 -54718 54718 800]
+	# left
+	ElementLine[-54718 54718 -54718 -51818 800]
+	# angled corner
+	ElementLine[-54718 -51818 -51818 -54718 800]
+	ElementArc[-51818 -51818 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFP128_28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFP128_28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFP128_28.fp	(revision 296)
@@ -0,0 +1,147 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "QFP128_28" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-62331  -48818  -57905  -48818  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-62331  -45669  -57905  -45669  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-62331  -42519  -57905  -42519  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-62331  -39370  -57905  -39370  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-62331  -36220  -57905  -36220  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-62331  -33070  -57905  -33070  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-62331  -29921  -57905  -29921  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-62331  -26771  -57905  -26771  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-62331  -23622  -57905  -23622  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-62331  -20472  -57905  -20472  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-62331  -17322  -57905  -17322  1574  3000 1874 "11" "11"  0x00000100]
+	Pad[-62331  -14173  -57905  -14173  1574  3000 1874 "12" "12"  0x00000100]
+	Pad[-62331  -11023  -57905  -11023  1574  3000 1874 "13" "13"  0x00000100]
+	Pad[-62331  -7874  -57905  -7874  1574  3000 1874 "14" "14"  0x00000100]
+	Pad[-62331  -4724  -57905  -4724  1574  3000 1874 "15" "15"  0x00000100]
+	Pad[-62331  -1574  -57905  -1574  1574  3000 1874 "16" "16"  0x00000100]
+	Pad[-62331  1575  -57905  1575  1574  3000 1874 "17" "17"  0x00000100]
+	Pad[-62331  4725  -57905  4725  1574  3000 1874 "18" "18"  0x00000100]
+	Pad[-62331  7874  -57905  7874  1574  3000 1874 "19" "19"  0x00000100]
+	Pad[-62331  11024  -57905  11024  1574  3000 1874 "20" "20"  0x00000100]
+	Pad[-62331  14174  -57905  14174  1574  3000 1874 "21" "21"  0x00000100]
+	Pad[-62331  17323  -57905  17323  1574  3000 1874 "22" "22"  0x00000100]
+	Pad[-62331  20473  -57905  20473  1574  3000 1874 "23" "23"  0x00000100]
+	Pad[-62331  23622  -57905  23622  1574  3000 1874 "24" "24"  0x00000100]
+	Pad[-62331  26772  -57905  26772  1574  3000 1874 "25" "25"  0x00000100]
+	Pad[-62331  29922  -57905  29922  1574  3000 1874 "26" "26"  0x00000100]
+	Pad[-62331  33071  -57905  33071  1574  3000 1874 "27" "27"  0x00000100]
+	Pad[-62331  36221  -57905  36221  1574  3000 1874 "28" "28"  0x00000100]
+	Pad[-62331  39370  -57905  39370  1574  3000 1874 "29" "29"  0x00000100]
+	Pad[-62331  42520  -57905  42520  1574  3000 1874 "30" "30"  0x00000100]
+	Pad[-62331  45670  -57905  45670  1574  3000 1874 "31" "31"  0x00000100]
+	Pad[-62331  48819  -57905  48819  1574  3000 1874 "32" "32"  0x00000100]
+	# bottom row
+	Pad[-48818 62331  -48818  57905  1574  3000 1874 "33" "33"  0x00000900]
+	Pad[-45669 62331  -45669  57905  1574  3000 1874 "34" "34"  0x00000900]
+	Pad[-42519 62331  -42519  57905  1574  3000 1874 "35" "35"  0x00000900]
+	Pad[-39370 62331  -39370  57905  1574  3000 1874 "36" "36"  0x00000900]
+	Pad[-36220 62331  -36220  57905  1574  3000 1874 "37" "37"  0x00000900]
+	Pad[-33070 62331  -33070  57905  1574  3000 1874 "38" "38"  0x00000900]
+	Pad[-29921 62331  -29921  57905  1574  3000 1874 "39" "39"  0x00000900]
+	Pad[-26771 62331  -26771  57905  1574  3000 1874 "40" "40"  0x00000900]
+	Pad[-23622 62331  -23622  57905  1574  3000 1874 "41" "41"  0x00000900]
+	Pad[-20472 62331  -20472  57905  1574  3000 1874 "42" "42"  0x00000900]
+	Pad[-17322 62331  -17322  57905  1574  3000 1874 "43" "43"  0x00000900]
+	Pad[-14173 62331  -14173  57905  1574  3000 1874 "44" "44"  0x00000900]
+	Pad[-11023 62331  -11023  57905  1574  3000 1874 "45" "45"  0x00000900]
+	Pad[-7874 62331  -7874  57905  1574  3000 1874 "46" "46"  0x00000900]
+	Pad[-4724 62331  -4724  57905  1574  3000 1874 "47" "47"  0x00000900]
+	Pad[-1574 62331  -1574  57905  1574  3000 1874 "48" "48"  0x00000900]
+	Pad[1575 62331  1575  57905  1574  3000 1874 "49" "49"  0x00000900]
+	Pad[4725 62331  4725  57905  1574  3000 1874 "50" "50"  0x00000900]
+	Pad[7874 62331  7874  57905  1574  3000 1874 "51" "51"  0x00000900]
+	Pad[11024 62331  11024  57905  1574  3000 1874 "52" "52"  0x00000900]
+	Pad[14174 62331  14174  57905  1574  3000 1874 "53" "53"  0x00000900]
+	Pad[17323 62331  17323  57905  1574  3000 1874 "54" "54"  0x00000900]
+	Pad[20473 62331  20473  57905  1574  3000 1874 "55" "55"  0x00000900]
+	Pad[23622 62331  23622  57905  1574  3000 1874 "56" "56"  0x00000900]
+	Pad[26772 62331  26772  57905  1574  3000 1874 "57" "57"  0x00000900]
+	Pad[29922 62331  29922  57905  1574  3000 1874 "58" "58"  0x00000900]
+	Pad[33071 62331  33071  57905  1574  3000 1874 "59" "59"  0x00000900]
+	Pad[36221 62331  36221  57905  1574  3000 1874 "60" "60"  0x00000900]
+	Pad[39370 62331  39370  57905  1574  3000 1874 "61" "61"  0x00000900]
+	Pad[42520 62331  42520  57905  1574  3000 1874 "62" "62"  0x00000900]
+	Pad[45670 62331  45670  57905  1574  3000 1874 "63" "63"  0x00000900]
+	Pad[48819 62331  48819  57905  1574  3000 1874 "64" "64"  0x00000900]
+	# right row
+	Pad[62331  48818  57905  48818  1574  3000 1874 "65" "65"  0x00000100]
+	Pad[62331  45669  57905  45669  1574  3000 1874 "66" "66"  0x00000100]
+	Pad[62331  42519  57905  42519  1574  3000 1874 "67" "67"  0x00000100]
+	Pad[62331  39370  57905  39370  1574  3000 1874 "68" "68"  0x00000100]
+	Pad[62331  36220  57905  36220  1574  3000 1874 "69" "69"  0x00000100]
+	Pad[62331  33070  57905  33070  1574  3000 1874 "70" "70"  0x00000100]
+	Pad[62331  29921  57905  29921  1574  3000 1874 "71" "71"  0x00000100]
+	Pad[62331  26771  57905  26771  1574  3000 1874 "72" "72"  0x00000100]
+	Pad[62331  23622  57905  23622  1574  3000 1874 "73" "73"  0x00000100]
+	Pad[62331  20472  57905  20472  1574  3000 1874 "74" "74"  0x00000100]
+	Pad[62331  17322  57905  17322  1574  3000 1874 "75" "75"  0x00000100]
+	Pad[62331  14173  57905  14173  1574  3000 1874 "76" "76"  0x00000100]
+	Pad[62331  11023  57905  11023  1574  3000 1874 "77" "77"  0x00000100]
+	Pad[62331  7874  57905  7874  1574  3000 1874 "78" "78"  0x00000100]
+	Pad[62331  4724  57905  4724  1574  3000 1874 "79" "79"  0x00000100]
+	Pad[62331  1574  57905  1574  1574  3000 1874 "80" "80"  0x00000100]
+	Pad[62331  -1575  57905  -1575  1574  3000 1874 "81" "81"  0x00000100]
+	Pad[62331  -4725  57905  -4725  1574  3000 1874 "82" "82"  0x00000100]
+	Pad[62331  -7874  57905  -7874  1574  3000 1874 "83" "83"  0x00000100]
+	Pad[62331  -11024  57905  -11024  1574  3000 1874 "84" "84"  0x00000100]
+	Pad[62331  -14174  57905  -14174  1574  3000 1874 "85" "85"  0x00000100]
+	Pad[62331  -17323  57905  -17323  1574  3000 1874 "86" "86"  0x00000100]
+	Pad[62331  -20473  57905  -20473  1574  3000 1874 "87" "87"  0x00000100]
+	Pad[62331  -23622  57905  -23622  1574  3000 1874 "88" "88"  0x00000100]
+	Pad[62331  -26772  57905  -26772  1574  3000 1874 "89" "89"  0x00000100]
+	Pad[62331  -29922  57905  -29922  1574  3000 1874 "90" "90"  0x00000100]
+	Pad[62331  -33071  57905  -33071  1574  3000 1874 "91" "91"  0x00000100]
+	Pad[62331  -36221  57905  -36221  1574  3000 1874 "92" "92"  0x00000100]
+	Pad[62331  -39370  57905  -39370  1574  3000 1874 "93" "93"  0x00000100]
+	Pad[62331  -42520  57905  -42520  1574  3000 1874 "94" "94"  0x00000100]
+	Pad[62331  -45670  57905  -45670  1574  3000 1874 "95" "95"  0x00000100]
+	Pad[62331  -48819  57905  -48819  1574  3000 1874 "96" "96"  0x00000100]
+	# top row
+	Pad[48818 -62331  48818  -57905  1574  3000 1874 "97" "97"  0x00000900]
+	Pad[45669 -62331  45669  -57905  1574  3000 1874 "98" "98"  0x00000900]
+	Pad[42519 -62331  42519  -57905  1574  3000 1874 "99" "99"  0x00000900]
+	Pad[39370 -62331  39370  -57905  1574  3000 1874 "100" "100"  0x00000900]
+	Pad[36220 -62331  36220  -57905  1574  3000 1874 "101" "101"  0x00000900]
+	Pad[33070 -62331  33070  -57905  1574  3000 1874 "102" "102"  0x00000900]
+	Pad[29921 -62331  29921  -57905  1574  3000 1874 "103" "103"  0x00000900]
+	Pad[26771 -62331  26771  -57905  1574  3000 1874 "104" "104"  0x00000900]
+	Pad[23622 -62331  23622  -57905  1574  3000 1874 "105" "105"  0x00000900]
+	Pad[20472 -62331  20472  -57905  1574  3000 1874 "106" "106"  0x00000900]
+	Pad[17322 -62331  17322  -57905  1574  3000 1874 "107" "107"  0x00000900]
+	Pad[14173 -62331  14173  -57905  1574  3000 1874 "108" "108"  0x00000900]
+	Pad[11023 -62331  11023  -57905  1574  3000 1874 "109" "109"  0x00000900]
+	Pad[7874 -62331  7874  -57905  1574  3000 1874 "110" "110"  0x00000900]
+	Pad[4724 -62331  4724  -57905  1574  3000 1874 "111" "111"  0x00000900]
+	Pad[1574 -62331  1574  -57905  1574  3000 1874 "112" "112"  0x00000900]
+	Pad[-1575 -62331  -1575  -57905  1574  3000 1874 "113" "113"  0x00000900]
+	Pad[-4725 -62331  -4725  -57905  1574  3000 1874 "114" "114"  0x00000900]
+	Pad[-7874 -62331  -7874  -57905  1574  3000 1874 "115" "115"  0x00000900]
+	Pad[-11024 -62331  -11024  -57905  1574  3000 1874 "116" "116"  0x00000900]
+	Pad[-14174 -62331  -14174  -57905  1574  3000 1874 "117" "117"  0x00000900]
+	Pad[-17323 -62331  -17323  -57905  1574  3000 1874 "118" "118"  0x00000900]
+	Pad[-20473 -62331  -20473  -57905  1574  3000 1874 "119" "119"  0x00000900]
+	Pad[-23622 -62331  -23622  -57905  1574  3000 1874 "120" "120"  0x00000900]
+	Pad[-26772 -62331  -26772  -57905  1574  3000 1874 "121" "121"  0x00000900]
+	Pad[-29922 -62331  -29922  -57905  1574  3000 1874 "122" "122"  0x00000900]
+	Pad[-33071 -62331  -33071  -57905  1574  3000 1874 "123" "123"  0x00000900]
+	Pad[-36221 -62331  -36221  -57905  1574  3000 1874 "124" "124"  0x00000900]
+	Pad[-39370 -62331  -39370  -57905  1574  3000 1874 "125" "125"  0x00000900]
+	Pad[-42520 -62331  -42520  -57905  1574  3000 1874 "126" "126"  0x00000900]
+	Pad[-45670 -62331  -45670  -57905  1574  3000 1874 "127" "127"  0x00000900]
+	Pad[-48819 -62331  -48819  -57905  1574  3000 1874 "128" "128"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-51818 -54718 54718 -54718 800]
+	# right
+	ElementLine[54718 -54718 54718 54718 800]
+	# bottom
+	ElementLine[54718 54718 -54718 54718 800]
+	# left
+	ElementLine[-54718 54718 -54718 -51818 800]
+	# angled corner
+	ElementLine[-54718 -51818 -51818 -54718 800]
+	ElementArc[-51818 -51818 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFP128_R.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFP128_R.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFP128_R.fp	(revision 296)
@@ -0,0 +1,147 @@
+Element[0x00000000 "Rectangular Quad-side flat pack" "" "QFP128_R" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-37008  -36417  -30110  -36417  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-37008  -34449  -30110  -34449  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-37008  -32480  -30110  -32480  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-37008  -30512  -30110  -30512  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-37008  -28543  -30110  -28543  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-37008  -26575  -30110  -26575  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-37008  -24606  -30110  -24606  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-37008  -22638  -30110  -22638  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-37008  -20669  -30110  -20669  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-37008  -18701  -30110  -18701  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-37008  -16732  -30110  -16732  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-37008  -14764  -30110  -14764  1102  3000 1402 "12" "12"  0x00000100]
+	Pad[-37008  -12795  -30110  -12795  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[-37008  -10827  -30110  -10827  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[-37008  -8858  -30110  -8858  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[-37008  -6890  -30110  -6890  1102  3000 1402 "16" "16"  0x00000100]
+	Pad[-37008  -4921  -30110  -4921  1102  3000 1402 "17" "17"  0x00000100]
+	Pad[-37008  -2953  -30110  -2953  1102  3000 1402 "18" "18"  0x00000100]
+	Pad[-37008  -984  -30110  -984  1102  3000 1402 "19" "19"  0x00000100]
+	Pad[-37008  984  -30110  984  1102  3000 1402 "20" "20"  0x00000100]
+	Pad[-37008  2953  -30110  2953  1102  3000 1402 "21" "21"  0x00000100]
+	Pad[-37008  4921  -30110  4921  1102  3000 1402 "22" "22"  0x00000100]
+	Pad[-37008  6890  -30110  6890  1102  3000 1402 "23" "23"  0x00000100]
+	Pad[-37008  8858  -30110  8858  1102  3000 1402 "24" "24"  0x00000100]
+	Pad[-37008  10827  -30110  10827  1102  3000 1402 "25" "25"  0x00000100]
+	Pad[-37008  12795  -30110  12795  1102  3000 1402 "26" "26"  0x00000100]
+	Pad[-37008  14764  -30110  14764  1102  3000 1402 "27" "27"  0x00000100]
+	Pad[-37008  16732  -30110  16732  1102  3000 1402 "28" "28"  0x00000100]
+	Pad[-37008  18701  -30110  18701  1102  3000 1402 "29" "29"  0x00000100]
+	Pad[-37008  20669  -30110  20669  1102  3000 1402 "30" "30"  0x00000100]
+	Pad[-37008  22638  -30110  22638  1102  3000 1402 "31" "31"  0x00000100]
+	Pad[-37008  24606  -30110  24606  1102  3000 1402 "32" "32"  0x00000100]
+	Pad[-37008  26575  -30110  26575  1102  3000 1402 "33" "33"  0x00000100]
+	Pad[-37008  28543  -30110  28543  1102  3000 1402 "34" "34"  0x00000100]
+	Pad[-37008  30512  -30110  30512  1102  3000 1402 "35" "35"  0x00000100]
+	Pad[-37008  32480  -30110  32480  1102  3000 1402 "36" "36"  0x00000100]
+	Pad[-37008  34449  -30110  34449  1102  3000 1402 "37" "37"  0x00000100]
+	Pad[-37008  36417  -30110  36417  1102  3000 1402 "38" "38"  0x00000100]
+	# bottom row
+	Pad[-24606 48819  -24606  41921  1102  3000 1402 "39" "39"  0x00000900]
+	Pad[-22638 48819  -22638  41921  1102  3000 1402 "40" "40"  0x00000900]
+	Pad[-20669 48819  -20669  41921  1102  3000 1402 "41" "41"  0x00000900]
+	Pad[-18701 48819  -18701  41921  1102  3000 1402 "42" "42"  0x00000900]
+	Pad[-16732 48819  -16732  41921  1102  3000 1402 "43" "43"  0x00000900]
+	Pad[-14764 48819  -14764  41921  1102  3000 1402 "44" "44"  0x00000900]
+	Pad[-12795 48819  -12795  41921  1102  3000 1402 "45" "45"  0x00000900]
+	Pad[-10827 48819  -10827  41921  1102  3000 1402 "46" "46"  0x00000900]
+	Pad[-8858 48819  -8858  41921  1102  3000 1402 "47" "47"  0x00000900]
+	Pad[-6890 48819  -6890  41921  1102  3000 1402 "48" "48"  0x00000900]
+	Pad[-4921 48819  -4921  41921  1102  3000 1402 "49" "49"  0x00000900]
+	Pad[-2953 48819  -2953  41921  1102  3000 1402 "50" "50"  0x00000900]
+	Pad[-984 48819  -984  41921  1102  3000 1402 "51" "51"  0x00000900]
+	Pad[984 48819  984  41921  1102  3000 1402 "52" "52"  0x00000900]
+	Pad[2953 48819  2953  41921  1102  3000 1402 "53" "53"  0x00000900]
+	Pad[4921 48819  4921  41921  1102  3000 1402 "54" "54"  0x00000900]
+	Pad[6890 48819  6890  41921  1102  3000 1402 "55" "55"  0x00000900]
+	Pad[8858 48819  8858  41921  1102  3000 1402 "56" "56"  0x00000900]
+	Pad[10827 48819  10827  41921  1102  3000 1402 "57" "57"  0x00000900]
+	Pad[12795 48819  12795  41921  1102  3000 1402 "58" "58"  0x00000900]
+	Pad[14764 48819  14764  41921  1102  3000 1402 "59" "59"  0x00000900]
+	Pad[16732 48819  16732  41921  1102  3000 1402 "60" "60"  0x00000900]
+	Pad[18701 48819  18701  41921  1102  3000 1402 "61" "61"  0x00000900]
+	Pad[20669 48819  20669  41921  1102  3000 1402 "62" "62"  0x00000900]
+	Pad[22638 48819  22638  41921  1102  3000 1402 "63" "63"  0x00000900]
+	Pad[24606 48819  24606  41921  1102  3000 1402 "64" "64"  0x00000900]
+	# right row
+	Pad[37008  36417  30110  36417  1102  3000 1402 "65" "65"  0x00000100]
+	Pad[37008  34449  30110  34449  1102  3000 1402 "66" "66"  0x00000100]
+	Pad[37008  32480  30110  32480  1102  3000 1402 "67" "67"  0x00000100]
+	Pad[37008  30512  30110  30512  1102  3000 1402 "68" "68"  0x00000100]
+	Pad[37008  28543  30110  28543  1102  3000 1402 "69" "69"  0x00000100]
+	Pad[37008  26575  30110  26575  1102  3000 1402 "70" "70"  0x00000100]
+	Pad[37008  24606  30110  24606  1102  3000 1402 "71" "71"  0x00000100]
+	Pad[37008  22638  30110  22638  1102  3000 1402 "72" "72"  0x00000100]
+	Pad[37008  20669  30110  20669  1102  3000 1402 "73" "73"  0x00000100]
+	Pad[37008  18701  30110  18701  1102  3000 1402 "74" "74"  0x00000100]
+	Pad[37008  16732  30110  16732  1102  3000 1402 "75" "75"  0x00000100]
+	Pad[37008  14764  30110  14764  1102  3000 1402 "76" "76"  0x00000100]
+	Pad[37008  12795  30110  12795  1102  3000 1402 "77" "77"  0x00000100]
+	Pad[37008  10827  30110  10827  1102  3000 1402 "78" "78"  0x00000100]
+	Pad[37008  8858  30110  8858  1102  3000 1402 "79" "79"  0x00000100]
+	Pad[37008  6890  30110  6890  1102  3000 1402 "80" "80"  0x00000100]
+	Pad[37008  4921  30110  4921  1102  3000 1402 "81" "81"  0x00000100]
+	Pad[37008  2953  30110  2953  1102  3000 1402 "82" "82"  0x00000100]
+	Pad[37008  984  30110  984  1102  3000 1402 "83" "83"  0x00000100]
+	Pad[37008  -984  30110  -984  1102  3000 1402 "84" "84"  0x00000100]
+	Pad[37008  -2953  30110  -2953  1102  3000 1402 "85" "85"  0x00000100]
+	Pad[37008  -4921  30110  -4921  1102  3000 1402 "86" "86"  0x00000100]
+	Pad[37008  -6890  30110  -6890  1102  3000 1402 "87" "87"  0x00000100]
+	Pad[37008  -8858  30110  -8858  1102  3000 1402 "88" "88"  0x00000100]
+	Pad[37008  -10827  30110  -10827  1102  3000 1402 "89" "89"  0x00000100]
+	Pad[37008  -12795  30110  -12795  1102  3000 1402 "90" "90"  0x00000100]
+	Pad[37008  -14764  30110  -14764  1102  3000 1402 "91" "91"  0x00000100]
+	Pad[37008  -16732  30110  -16732  1102  3000 1402 "92" "92"  0x00000100]
+	Pad[37008  -18701  30110  -18701  1102  3000 1402 "93" "93"  0x00000100]
+	Pad[37008  -20669  30110  -20669  1102  3000 1402 "94" "94"  0x00000100]
+	Pad[37008  -22638  30110  -22638  1102  3000 1402 "95" "95"  0x00000100]
+	Pad[37008  -24606  30110  -24606  1102  3000 1402 "96" "96"  0x00000100]
+	Pad[37008  -26575  30110  -26575  1102  3000 1402 "97" "97"  0x00000100]
+	Pad[37008  -28543  30110  -28543  1102  3000 1402 "98" "98"  0x00000100]
+	Pad[37008  -30512  30110  -30512  1102  3000 1402 "99" "99"  0x00000100]
+	Pad[37008  -32480  30110  -32480  1102  3000 1402 "100" "100"  0x00000100]
+	Pad[37008  -34449  30110  -34449  1102  3000 1402 "101" "101"  0x00000100]
+	Pad[37008  -36417  30110  -36417  1102  3000 1402 "102" "102"  0x00000100]
+	# top row
+	Pad[24606 -48819  24606  -41921  1102  3000 1402 "103" "103"  0x00000900]
+	Pad[22638 -48819  22638  -41921  1102  3000 1402 "104" "104"  0x00000900]
+	Pad[20669 -48819  20669  -41921  1102  3000 1402 "105" "105"  0x00000900]
+	Pad[18701 -48819  18701  -41921  1102  3000 1402 "106" "106"  0x00000900]
+	Pad[16732 -48819  16732  -41921  1102  3000 1402 "107" "107"  0x00000900]
+	Pad[14764 -48819  14764  -41921  1102  3000 1402 "108" "108"  0x00000900]
+	Pad[12795 -48819  12795  -41921  1102  3000 1402 "109" "109"  0x00000900]
+	Pad[10827 -48819  10827  -41921  1102  3000 1402 "110" "110"  0x00000900]
+	Pad[8858 -48819  8858  -41921  1102  3000 1402 "111" "111"  0x00000900]
+	Pad[6890 -48819  6890  -41921  1102  3000 1402 "112" "112"  0x00000900]
+	Pad[4921 -48819  4921  -41921  1102  3000 1402 "113" "113"  0x00000900]
+	Pad[2953 -48819  2953  -41921  1102  3000 1402 "114" "114"  0x00000900]
+	Pad[984 -48819  984  -41921  1102  3000 1402 "115" "115"  0x00000900]
+	Pad[-984 -48819  -984  -41921  1102  3000 1402 "116" "116"  0x00000900]
+	Pad[-2953 -48819  -2953  -41921  1102  3000 1402 "117" "117"  0x00000900]
+	Pad[-4921 -48819  -4921  -41921  1102  3000 1402 "118" "118"  0x00000900]
+	Pad[-6890 -48819  -6890  -41921  1102  3000 1402 "119" "119"  0x00000900]
+	Pad[-8858 -48819  -8858  -41921  1102  3000 1402 "120" "120"  0x00000900]
+	Pad[-10827 -48819  -10827  -41921  1102  3000 1402 "121" "121"  0x00000900]
+	Pad[-12795 -48819  -12795  -41921  1102  3000 1402 "122" "122"  0x00000900]
+	Pad[-14764 -48819  -14764  -41921  1102  3000 1402 "123" "123"  0x00000900]
+	Pad[-16732 -48819  -16732  -41921  1102  3000 1402 "124" "124"  0x00000900]
+	Pad[-18701 -48819  -18701  -41921  1102  3000 1402 "125" "125"  0x00000900]
+	Pad[-20669 -48819  -20669  -41921  1102  3000 1402 "126" "126"  0x00000900]
+	Pad[-22638 -48819  -22638  -41921  1102  3000 1402 "127" "127"  0x00000900]
+	Pad[-24606 -48819  -24606  -41921  1102  3000 1402 "128" "128"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-24259 -38970 27159 -38970 800]
+	# right
+	ElementLine[27159 -38970 27159 38970 800]
+	# bottom
+	ElementLine[27159 38970 -27159 38970 800]
+	# left
+	ElementLine[-27159 38970 -27159 -36070 800]
+	# angled corner
+	ElementLine[-27159 -36070 -24259 -38970 800]
+	ElementArc[-24259 -36070 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFP144_28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFP144_28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFP144_28.fp	(revision 296)
@@ -0,0 +1,163 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "QFP144_28" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-62331  -44782  -57905  -44782  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-62331  -42223  -57905  -42223  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-62331  -39664  -57905  -39664  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-62331  -37105  -57905  -37105  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-62331  -34546  -57905  -34546  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-62331  -31987  -57905  -31987  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-62331  -29428  -57905  -29428  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-62331  -26869  -57905  -26869  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-62331  -24310  -57905  -24310  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-62331  -21751  -57905  -21751  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-62331  -19192  -57905  -19192  1574  3000 1874 "11" "11"  0x00000100]
+	Pad[-62331  -16633  -57905  -16633  1574  3000 1874 "12" "12"  0x00000100]
+	Pad[-62331  -14074  -57905  -14074  1574  3000 1874 "13" "13"  0x00000100]
+	Pad[-62331  -11515  -57905  -11515  1574  3000 1874 "14" "14"  0x00000100]
+	Pad[-62331  -8956  -57905  -8956  1574  3000 1874 "15" "15"  0x00000100]
+	Pad[-62331  -6397  -57905  -6397  1574  3000 1874 "16" "16"  0x00000100]
+	Pad[-62331  -3838  -57905  -3838  1574  3000 1874 "17" "17"  0x00000100]
+	Pad[-62331  -1279  -57905  -1279  1574  3000 1874 "18" "18"  0x00000100]
+	Pad[-62331  1280  -57905  1280  1574  3000 1874 "19" "19"  0x00000100]
+	Pad[-62331  3839  -57905  3839  1574  3000 1874 "20" "20"  0x00000100]
+	Pad[-62331  6398  -57905  6398  1574  3000 1874 "21" "21"  0x00000100]
+	Pad[-62331  8957  -57905  8957  1574  3000 1874 "22" "22"  0x00000100]
+	Pad[-62331  11516  -57905  11516  1574  3000 1874 "23" "23"  0x00000100]
+	Pad[-62331  14075  -57905  14075  1574  3000 1874 "24" "24"  0x00000100]
+	Pad[-62331  16634  -57905  16634  1574  3000 1874 "25" "25"  0x00000100]
+	Pad[-62331  19193  -57905  19193  1574  3000 1874 "26" "26"  0x00000100]
+	Pad[-62331  21752  -57905  21752  1574  3000 1874 "27" "27"  0x00000100]
+	Pad[-62331  24311  -57905  24311  1574  3000 1874 "28" "28"  0x00000100]
+	Pad[-62331  26870  -57905  26870  1574  3000 1874 "29" "29"  0x00000100]
+	Pad[-62331  29429  -57905  29429  1574  3000 1874 "30" "30"  0x00000100]
+	Pad[-62331  31988  -57905  31988  1574  3000 1874 "31" "31"  0x00000100]
+	Pad[-62331  34547  -57905  34547  1574  3000 1874 "32" "32"  0x00000100]
+	Pad[-62331  37106  -57905  37106  1574  3000 1874 "33" "33"  0x00000100]
+	Pad[-62331  39665  -57905  39665  1574  3000 1874 "34" "34"  0x00000100]
+	Pad[-62331  42224  -57905  42224  1574  3000 1874 "35" "35"  0x00000100]
+	Pad[-62331  44783  -57905  44783  1574  3000 1874 "36" "36"  0x00000100]
+	# bottom row
+	Pad[-44782 62331  -44782  57905  1574  3000 1874 "37" "37"  0x00000900]
+	Pad[-42223 62331  -42223  57905  1574  3000 1874 "38" "38"  0x00000900]
+	Pad[-39664 62331  -39664  57905  1574  3000 1874 "39" "39"  0x00000900]
+	Pad[-37105 62331  -37105  57905  1574  3000 1874 "40" "40"  0x00000900]
+	Pad[-34546 62331  -34546  57905  1574  3000 1874 "41" "41"  0x00000900]
+	Pad[-31987 62331  -31987  57905  1574  3000 1874 "42" "42"  0x00000900]
+	Pad[-29428 62331  -29428  57905  1574  3000 1874 "43" "43"  0x00000900]
+	Pad[-26869 62331  -26869  57905  1574  3000 1874 "44" "44"  0x00000900]
+	Pad[-24310 62331  -24310  57905  1574  3000 1874 "45" "45"  0x00000900]
+	Pad[-21751 62331  -21751  57905  1574  3000 1874 "46" "46"  0x00000900]
+	Pad[-19192 62331  -19192  57905  1574  3000 1874 "47" "47"  0x00000900]
+	Pad[-16633 62331  -16633  57905  1574  3000 1874 "48" "48"  0x00000900]
+	Pad[-14074 62331  -14074  57905  1574  3000 1874 "49" "49"  0x00000900]
+	Pad[-11515 62331  -11515  57905  1574  3000 1874 "50" "50"  0x00000900]
+	Pad[-8956 62331  -8956  57905  1574  3000 1874 "51" "51"  0x00000900]
+	Pad[-6397 62331  -6397  57905  1574  3000 1874 "52" "52"  0x00000900]
+	Pad[-3838 62331  -3838  57905  1574  3000 1874 "53" "53"  0x00000900]
+	Pad[-1279 62331  -1279  57905  1574  3000 1874 "54" "54"  0x00000900]
+	Pad[1280 62331  1280  57905  1574  3000 1874 "55" "55"  0x00000900]
+	Pad[3839 62331  3839  57905  1574  3000 1874 "56" "56"  0x00000900]
+	Pad[6398 62331  6398  57905  1574  3000 1874 "57" "57"  0x00000900]
+	Pad[8957 62331  8957  57905  1574  3000 1874 "58" "58"  0x00000900]
+	Pad[11516 62331  11516  57905  1574  3000 1874 "59" "59"  0x00000900]
+	Pad[14075 62331  14075  57905  1574  3000 1874 "60" "60"  0x00000900]
+	Pad[16634 62331  16634  57905  1574  3000 1874 "61" "61"  0x00000900]
+	Pad[19193 62331  19193  57905  1574  3000 1874 "62" "62"  0x00000900]
+	Pad[21752 62331  21752  57905  1574  3000 1874 "63" "63"  0x00000900]
+	Pad[24311 62331  24311  57905  1574  3000 1874 "64" "64"  0x00000900]
+	Pad[26870 62331  26870  57905  1574  3000 1874 "65" "65"  0x00000900]
+	Pad[29429 62331  29429  57905  1574  3000 1874 "66" "66"  0x00000900]
+	Pad[31988 62331  31988  57905  1574  3000 1874 "67" "67"  0x00000900]
+	Pad[34547 62331  34547  57905  1574  3000 1874 "68" "68"  0x00000900]
+	Pad[37106 62331  37106  57905  1574  3000 1874 "69" "69"  0x00000900]
+	Pad[39665 62331  39665  57905  1574  3000 1874 "70" "70"  0x00000900]
+	Pad[42224 62331  42224  57905  1574  3000 1874 "71" "71"  0x00000900]
+	Pad[44783 62331  44783  57905  1574  3000 1874 "72" "72"  0x00000900]
+	# right row
+	Pad[62331  44782  57905  44782  1574  3000 1874 "73" "73"  0x00000100]
+	Pad[62331  42223  57905  42223  1574  3000 1874 "74" "74"  0x00000100]
+	Pad[62331  39664  57905  39664  1574  3000 1874 "75" "75"  0x00000100]
+	Pad[62331  37105  57905  37105  1574  3000 1874 "76" "76"  0x00000100]
+	Pad[62331  34546  57905  34546  1574  3000 1874 "77" "77"  0x00000100]
+	Pad[62331  31987  57905  31987  1574  3000 1874 "78" "78"  0x00000100]
+	Pad[62331  29428  57905  29428  1574  3000 1874 "79" "79"  0x00000100]
+	Pad[62331  26869  57905  26869  1574  3000 1874 "80" "80"  0x00000100]
+	Pad[62331  24310  57905  24310  1574  3000 1874 "81" "81"  0x00000100]
+	Pad[62331  21751  57905  21751  1574  3000 1874 "82" "82"  0x00000100]
+	Pad[62331  19192  57905  19192  1574  3000 1874 "83" "83"  0x00000100]
+	Pad[62331  16633  57905  16633  1574  3000 1874 "84" "84"  0x00000100]
+	Pad[62331  14074  57905  14074  1574  3000 1874 "85" "85"  0x00000100]
+	Pad[62331  11515  57905  11515  1574  3000 1874 "86" "86"  0x00000100]
+	Pad[62331  8956  57905  8956  1574  3000 1874 "87" "87"  0x00000100]
+	Pad[62331  6397  57905  6397  1574  3000 1874 "88" "88"  0x00000100]
+	Pad[62331  3838  57905  3838  1574  3000 1874 "89" "89"  0x00000100]
+	Pad[62331  1279  57905  1279  1574  3000 1874 "90" "90"  0x00000100]
+	Pad[62331  -1280  57905  -1280  1574  3000 1874 "91" "91"  0x00000100]
+	Pad[62331  -3839  57905  -3839  1574  3000 1874 "92" "92"  0x00000100]
+	Pad[62331  -6398  57905  -6398  1574  3000 1874 "93" "93"  0x00000100]
+	Pad[62331  -8957  57905  -8957  1574  3000 1874 "94" "94"  0x00000100]
+	Pad[62331  -11516  57905  -11516  1574  3000 1874 "95" "95"  0x00000100]
+	Pad[62331  -14075  57905  -14075  1574  3000 1874 "96" "96"  0x00000100]
+	Pad[62331  -16634  57905  -16634  1574  3000 1874 "97" "97"  0x00000100]
+	Pad[62331  -19193  57905  -19193  1574  3000 1874 "98" "98"  0x00000100]
+	Pad[62331  -21752  57905  -21752  1574  3000 1874 "99" "99"  0x00000100]
+	Pad[62331  -24311  57905  -24311  1574  3000 1874 "100" "100"  0x00000100]
+	Pad[62331  -26870  57905  -26870  1574  3000 1874 "101" "101"  0x00000100]
+	Pad[62331  -29429  57905  -29429  1574  3000 1874 "102" "102"  0x00000100]
+	Pad[62331  -31988  57905  -31988  1574  3000 1874 "103" "103"  0x00000100]
+	Pad[62331  -34547  57905  -34547  1574  3000 1874 "104" "104"  0x00000100]
+	Pad[62331  -37106  57905  -37106  1574  3000 1874 "105" "105"  0x00000100]
+	Pad[62331  -39665  57905  -39665  1574  3000 1874 "106" "106"  0x00000100]
+	Pad[62331  -42224  57905  -42224  1574  3000 1874 "107" "107"  0x00000100]
+	Pad[62331  -44783  57905  -44783  1574  3000 1874 "108" "108"  0x00000100]
+	# top row
+	Pad[44782 -62331  44782  -57905  1574  3000 1874 "109" "109"  0x00000900]
+	Pad[42223 -62331  42223  -57905  1574  3000 1874 "110" "110"  0x00000900]
+	Pad[39664 -62331  39664  -57905  1574  3000 1874 "111" "111"  0x00000900]
+	Pad[37105 -62331  37105  -57905  1574  3000 1874 "112" "112"  0x00000900]
+	Pad[34546 -62331  34546  -57905  1574  3000 1874 "113" "113"  0x00000900]
+	Pad[31987 -62331  31987  -57905  1574  3000 1874 "114" "114"  0x00000900]
+	Pad[29428 -62331  29428  -57905  1574  3000 1874 "115" "115"  0x00000900]
+	Pad[26869 -62331  26869  -57905  1574  3000 1874 "116" "116"  0x00000900]
+	Pad[24310 -62331  24310  -57905  1574  3000 1874 "117" "117"  0x00000900]
+	Pad[21751 -62331  21751  -57905  1574  3000 1874 "118" "118"  0x00000900]
+	Pad[19192 -62331  19192  -57905  1574  3000 1874 "119" "119"  0x00000900]
+	Pad[16633 -62331  16633  -57905  1574  3000 1874 "120" "120"  0x00000900]
+	Pad[14074 -62331  14074  -57905  1574  3000 1874 "121" "121"  0x00000900]
+	Pad[11515 -62331  11515  -57905  1574  3000 1874 "122" "122"  0x00000900]
+	Pad[8956 -62331  8956  -57905  1574  3000 1874 "123" "123"  0x00000900]
+	Pad[6397 -62331  6397  -57905  1574  3000 1874 "124" "124"  0x00000900]
+	Pad[3838 -62331  3838  -57905  1574  3000 1874 "125" "125"  0x00000900]
+	Pad[1279 -62331  1279  -57905  1574  3000 1874 "126" "126"  0x00000900]
+	Pad[-1280 -62331  -1280  -57905  1574  3000 1874 "127" "127"  0x00000900]
+	Pad[-3839 -62331  -3839  -57905  1574  3000 1874 "128" "128"  0x00000900]
+	Pad[-6398 -62331  -6398  -57905  1574  3000 1874 "129" "129"  0x00000900]
+	Pad[-8957 -62331  -8957  -57905  1574  3000 1874 "130" "130"  0x00000900]
+	Pad[-11516 -62331  -11516  -57905  1574  3000 1874 "131" "131"  0x00000900]
+	Pad[-14075 -62331  -14075  -57905  1574  3000 1874 "132" "132"  0x00000900]
+	Pad[-16634 -62331  -16634  -57905  1574  3000 1874 "133" "133"  0x00000900]
+	Pad[-19193 -62331  -19193  -57905  1574  3000 1874 "134" "134"  0x00000900]
+	Pad[-21752 -62331  -21752  -57905  1574  3000 1874 "135" "135"  0x00000900]
+	Pad[-24311 -62331  -24311  -57905  1574  3000 1874 "136" "136"  0x00000900]
+	Pad[-26870 -62331  -26870  -57905  1574  3000 1874 "137" "137"  0x00000900]
+	Pad[-29429 -62331  -29429  -57905  1574  3000 1874 "138" "138"  0x00000900]
+	Pad[-31988 -62331  -31988  -57905  1574  3000 1874 "139" "139"  0x00000900]
+	Pad[-34547 -62331  -34547  -57905  1574  3000 1874 "140" "140"  0x00000900]
+	Pad[-37106 -62331  -37106  -57905  1574  3000 1874 "141" "141"  0x00000900]
+	Pad[-39665 -62331  -39665  -57905  1574  3000 1874 "142" "142"  0x00000900]
+	Pad[-42224 -62331  -42224  -57905  1574  3000 1874 "143" "143"  0x00000900]
+	Pad[-44783 -62331  -44783  -57905  1574  3000 1874 "144" "144"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-51818 -54718 54718 -54718 800]
+	# right
+	ElementLine[54718 -54718 54718 54718 800]
+	# bottom
+	ElementLine[54718 54718 -54718 54718 800]
+	# left
+	ElementLine[-54718 54718 -54718 -51818 800]
+	# angled corner
+	ElementLine[-54718 -51818 -51818 -54718 800]
+	ElementArc[-51818 -51818 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFP160_28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFP160_28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFP160_28.fp	(revision 296)
@@ -0,0 +1,179 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "QFP160_28" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-62331  -49900  -57905  -49900  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-62331  -47341  -57905  -47341  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-62331  -44782  -57905  -44782  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-62331  -42223  -57905  -42223  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-62331  -39664  -57905  -39664  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-62331  -37105  -57905  -37105  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-62331  -34546  -57905  -34546  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-62331  -31987  -57905  -31987  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-62331  -29428  -57905  -29428  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-62331  -26869  -57905  -26869  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-62331  -24310  -57905  -24310  1574  3000 1874 "11" "11"  0x00000100]
+	Pad[-62331  -21751  -57905  -21751  1574  3000 1874 "12" "12"  0x00000100]
+	Pad[-62331  -19192  -57905  -19192  1574  3000 1874 "13" "13"  0x00000100]
+	Pad[-62331  -16633  -57905  -16633  1574  3000 1874 "14" "14"  0x00000100]
+	Pad[-62331  -14074  -57905  -14074  1574  3000 1874 "15" "15"  0x00000100]
+	Pad[-62331  -11515  -57905  -11515  1574  3000 1874 "16" "16"  0x00000100]
+	Pad[-62331  -8956  -57905  -8956  1574  3000 1874 "17" "17"  0x00000100]
+	Pad[-62331  -6397  -57905  -6397  1574  3000 1874 "18" "18"  0x00000100]
+	Pad[-62331  -3838  -57905  -3838  1574  3000 1874 "19" "19"  0x00000100]
+	Pad[-62331  -1279  -57905  -1279  1574  3000 1874 "20" "20"  0x00000100]
+	Pad[-62331  1280  -57905  1280  1574  3000 1874 "21" "21"  0x00000100]
+	Pad[-62331  3839  -57905  3839  1574  3000 1874 "22" "22"  0x00000100]
+	Pad[-62331  6398  -57905  6398  1574  3000 1874 "23" "23"  0x00000100]
+	Pad[-62331  8957  -57905  8957  1574  3000 1874 "24" "24"  0x00000100]
+	Pad[-62331  11516  -57905  11516  1574  3000 1874 "25" "25"  0x00000100]
+	Pad[-62331  14075  -57905  14075  1574  3000 1874 "26" "26"  0x00000100]
+	Pad[-62331  16634  -57905  16634  1574  3000 1874 "27" "27"  0x00000100]
+	Pad[-62331  19193  -57905  19193  1574  3000 1874 "28" "28"  0x00000100]
+	Pad[-62331  21752  -57905  21752  1574  3000 1874 "29" "29"  0x00000100]
+	Pad[-62331  24311  -57905  24311  1574  3000 1874 "30" "30"  0x00000100]
+	Pad[-62331  26870  -57905  26870  1574  3000 1874 "31" "31"  0x00000100]
+	Pad[-62331  29429  -57905  29429  1574  3000 1874 "32" "32"  0x00000100]
+	Pad[-62331  31988  -57905  31988  1574  3000 1874 "33" "33"  0x00000100]
+	Pad[-62331  34547  -57905  34547  1574  3000 1874 "34" "34"  0x00000100]
+	Pad[-62331  37106  -57905  37106  1574  3000 1874 "35" "35"  0x00000100]
+	Pad[-62331  39665  -57905  39665  1574  3000 1874 "36" "36"  0x00000100]
+	Pad[-62331  42224  -57905  42224  1574  3000 1874 "37" "37"  0x00000100]
+	Pad[-62331  44783  -57905  44783  1574  3000 1874 "38" "38"  0x00000100]
+	Pad[-62331  47342  -57905  47342  1574  3000 1874 "39" "39"  0x00000100]
+	Pad[-62331  49901  -57905  49901  1574  3000 1874 "40" "40"  0x00000100]
+	# bottom row
+	Pad[-49900 62331  -49900  57905  1574  3000 1874 "41" "41"  0x00000900]
+	Pad[-47341 62331  -47341  57905  1574  3000 1874 "42" "42"  0x00000900]
+	Pad[-44782 62331  -44782  57905  1574  3000 1874 "43" "43"  0x00000900]
+	Pad[-42223 62331  -42223  57905  1574  3000 1874 "44" "44"  0x00000900]
+	Pad[-39664 62331  -39664  57905  1574  3000 1874 "45" "45"  0x00000900]
+	Pad[-37105 62331  -37105  57905  1574  3000 1874 "46" "46"  0x00000900]
+	Pad[-34546 62331  -34546  57905  1574  3000 1874 "47" "47"  0x00000900]
+	Pad[-31987 62331  -31987  57905  1574  3000 1874 "48" "48"  0x00000900]
+	Pad[-29428 62331  -29428  57905  1574  3000 1874 "49" "49"  0x00000900]
+	Pad[-26869 62331  -26869  57905  1574  3000 1874 "50" "50"  0x00000900]
+	Pad[-24310 62331  -24310  57905  1574  3000 1874 "51" "51"  0x00000900]
+	Pad[-21751 62331  -21751  57905  1574  3000 1874 "52" "52"  0x00000900]
+	Pad[-19192 62331  -19192  57905  1574  3000 1874 "53" "53"  0x00000900]
+	Pad[-16633 62331  -16633  57905  1574  3000 1874 "54" "54"  0x00000900]
+	Pad[-14074 62331  -14074  57905  1574  3000 1874 "55" "55"  0x00000900]
+	Pad[-11515 62331  -11515  57905  1574  3000 1874 "56" "56"  0x00000900]
+	Pad[-8956 62331  -8956  57905  1574  3000 1874 "57" "57"  0x00000900]
+	Pad[-6397 62331  -6397  57905  1574  3000 1874 "58" "58"  0x00000900]
+	Pad[-3838 62331  -3838  57905  1574  3000 1874 "59" "59"  0x00000900]
+	Pad[-1279 62331  -1279  57905  1574  3000 1874 "60" "60"  0x00000900]
+	Pad[1280 62331  1280  57905  1574  3000 1874 "61" "61"  0x00000900]
+	Pad[3839 62331  3839  57905  1574  3000 1874 "62" "62"  0x00000900]
+	Pad[6398 62331  6398  57905  1574  3000 1874 "63" "63"  0x00000900]
+	Pad[8957 62331  8957  57905  1574  3000 1874 "64" "64"  0x00000900]
+	Pad[11516 62331  11516  57905  1574  3000 1874 "65" "65"  0x00000900]
+	Pad[14075 62331  14075  57905  1574  3000 1874 "66" "66"  0x00000900]
+	Pad[16634 62331  16634  57905  1574  3000 1874 "67" "67"  0x00000900]
+	Pad[19193 62331  19193  57905  1574  3000 1874 "68" "68"  0x00000900]
+	Pad[21752 62331  21752  57905  1574  3000 1874 "69" "69"  0x00000900]
+	Pad[24311 62331  24311  57905  1574  3000 1874 "70" "70"  0x00000900]
+	Pad[26870 62331  26870  57905  1574  3000 1874 "71" "71"  0x00000900]
+	Pad[29429 62331  29429  57905  1574  3000 1874 "72" "72"  0x00000900]
+	Pad[31988 62331  31988  57905  1574  3000 1874 "73" "73"  0x00000900]
+	Pad[34547 62331  34547  57905  1574  3000 1874 "74" "74"  0x00000900]
+	Pad[37106 62331  37106  57905  1574  3000 1874 "75" "75"  0x00000900]
+	Pad[39665 62331  39665  57905  1574  3000 1874 "76" "76"  0x00000900]
+	Pad[42224 62331  42224  57905  1574  3000 1874 "77" "77"  0x00000900]
+	Pad[44783 62331  44783  57905  1574  3000 1874 "78" "78"  0x00000900]
+	Pad[47342 62331  47342  57905  1574  3000 1874 "79" "79"  0x00000900]
+	Pad[49901 62331  49901  57905  1574  3000 1874 "80" "80"  0x00000900]
+	# right row
+	Pad[62331  49900  57905  49900  1574  3000 1874 "81" "81"  0x00000100]
+	Pad[62331  47341  57905  47341  1574  3000 1874 "82" "82"  0x00000100]
+	Pad[62331  44782  57905  44782  1574  3000 1874 "83" "83"  0x00000100]
+	Pad[62331  42223  57905  42223  1574  3000 1874 "84" "84"  0x00000100]
+	Pad[62331  39664  57905  39664  1574  3000 1874 "85" "85"  0x00000100]
+	Pad[62331  37105  57905  37105  1574  3000 1874 "86" "86"  0x00000100]
+	Pad[62331  34546  57905  34546  1574  3000 1874 "87" "87"  0x00000100]
+	Pad[62331  31987  57905  31987  1574  3000 1874 "88" "88"  0x00000100]
+	Pad[62331  29428  57905  29428  1574  3000 1874 "89" "89"  0x00000100]
+	Pad[62331  26869  57905  26869  1574  3000 1874 "90" "90"  0x00000100]
+	Pad[62331  24310  57905  24310  1574  3000 1874 "91" "91"  0x00000100]
+	Pad[62331  21751  57905  21751  1574  3000 1874 "92" "92"  0x00000100]
+	Pad[62331  19192  57905  19192  1574  3000 1874 "93" "93"  0x00000100]
+	Pad[62331  16633  57905  16633  1574  3000 1874 "94" "94"  0x00000100]
+	Pad[62331  14074  57905  14074  1574  3000 1874 "95" "95"  0x00000100]
+	Pad[62331  11515  57905  11515  1574  3000 1874 "96" "96"  0x00000100]
+	Pad[62331  8956  57905  8956  1574  3000 1874 "97" "97"  0x00000100]
+	Pad[62331  6397  57905  6397  1574  3000 1874 "98" "98"  0x00000100]
+	Pad[62331  3838  57905  3838  1574  3000 1874 "99" "99"  0x00000100]
+	Pad[62331  1279  57905  1279  1574  3000 1874 "100" "100"  0x00000100]
+	Pad[62331  -1280  57905  -1280  1574  3000 1874 "101" "101"  0x00000100]
+	Pad[62331  -3839  57905  -3839  1574  3000 1874 "102" "102"  0x00000100]
+	Pad[62331  -6398  57905  -6398  1574  3000 1874 "103" "103"  0x00000100]
+	Pad[62331  -8957  57905  -8957  1574  3000 1874 "104" "104"  0x00000100]
+	Pad[62331  -11516  57905  -11516  1574  3000 1874 "105" "105"  0x00000100]
+	Pad[62331  -14075  57905  -14075  1574  3000 1874 "106" "106"  0x00000100]
+	Pad[62331  -16634  57905  -16634  1574  3000 1874 "107" "107"  0x00000100]
+	Pad[62331  -19193  57905  -19193  1574  3000 1874 "108" "108"  0x00000100]
+	Pad[62331  -21752  57905  -21752  1574  3000 1874 "109" "109"  0x00000100]
+	Pad[62331  -24311  57905  -24311  1574  3000 1874 "110" "110"  0x00000100]
+	Pad[62331  -26870  57905  -26870  1574  3000 1874 "111" "111"  0x00000100]
+	Pad[62331  -29429  57905  -29429  1574  3000 1874 "112" "112"  0x00000100]
+	Pad[62331  -31988  57905  -31988  1574  3000 1874 "113" "113"  0x00000100]
+	Pad[62331  -34547  57905  -34547  1574  3000 1874 "114" "114"  0x00000100]
+	Pad[62331  -37106  57905  -37106  1574  3000 1874 "115" "115"  0x00000100]
+	Pad[62331  -39665  57905  -39665  1574  3000 1874 "116" "116"  0x00000100]
+	Pad[62331  -42224  57905  -42224  1574  3000 1874 "117" "117"  0x00000100]
+	Pad[62331  -44783  57905  -44783  1574  3000 1874 "118" "118"  0x00000100]
+	Pad[62331  -47342  57905  -47342  1574  3000 1874 "119" "119"  0x00000100]
+	Pad[62331  -49901  57905  -49901  1574  3000 1874 "120" "120"  0x00000100]
+	# top row
+	Pad[49900 -62331  49900  -57905  1574  3000 1874 "121" "121"  0x00000900]
+	Pad[47341 -62331  47341  -57905  1574  3000 1874 "122" "122"  0x00000900]
+	Pad[44782 -62331  44782  -57905  1574  3000 1874 "123" "123"  0x00000900]
+	Pad[42223 -62331  42223  -57905  1574  3000 1874 "124" "124"  0x00000900]
+	Pad[39664 -62331  39664  -57905  1574  3000 1874 "125" "125"  0x00000900]
+	Pad[37105 -62331  37105  -57905  1574  3000 1874 "126" "126"  0x00000900]
+	Pad[34546 -62331  34546  -57905  1574  3000 1874 "127" "127"  0x00000900]
+	Pad[31987 -62331  31987  -57905  1574  3000 1874 "128" "128"  0x00000900]
+	Pad[29428 -62331  29428  -57905  1574  3000 1874 "129" "129"  0x00000900]
+	Pad[26869 -62331  26869  -57905  1574  3000 1874 "130" "130"  0x00000900]
+	Pad[24310 -62331  24310  -57905  1574  3000 1874 "131" "131"  0x00000900]
+	Pad[21751 -62331  21751  -57905  1574  3000 1874 "132" "132"  0x00000900]
+	Pad[19192 -62331  19192  -57905  1574  3000 1874 "133" "133"  0x00000900]
+	Pad[16633 -62331  16633  -57905  1574  3000 1874 "134" "134"  0x00000900]
+	Pad[14074 -62331  14074  -57905  1574  3000 1874 "135" "135"  0x00000900]
+	Pad[11515 -62331  11515  -57905  1574  3000 1874 "136" "136"  0x00000900]
+	Pad[8956 -62331  8956  -57905  1574  3000 1874 "137" "137"  0x00000900]
+	Pad[6397 -62331  6397  -57905  1574  3000 1874 "138" "138"  0x00000900]
+	Pad[3838 -62331  3838  -57905  1574  3000 1874 "139" "139"  0x00000900]
+	Pad[1279 -62331  1279  -57905  1574  3000 1874 "140" "140"  0x00000900]
+	Pad[-1280 -62331  -1280  -57905  1574  3000 1874 "141" "141"  0x00000900]
+	Pad[-3839 -62331  -3839  -57905  1574  3000 1874 "142" "142"  0x00000900]
+	Pad[-6398 -62331  -6398  -57905  1574  3000 1874 "143" "143"  0x00000900]
+	Pad[-8957 -62331  -8957  -57905  1574  3000 1874 "144" "144"  0x00000900]
+	Pad[-11516 -62331  -11516  -57905  1574  3000 1874 "145" "145"  0x00000900]
+	Pad[-14075 -62331  -14075  -57905  1574  3000 1874 "146" "146"  0x00000900]
+	Pad[-16634 -62331  -16634  -57905  1574  3000 1874 "147" "147"  0x00000900]
+	Pad[-19193 -62331  -19193  -57905  1574  3000 1874 "148" "148"  0x00000900]
+	Pad[-21752 -62331  -21752  -57905  1574  3000 1874 "149" "149"  0x00000900]
+	Pad[-24311 -62331  -24311  -57905  1574  3000 1874 "150" "150"  0x00000900]
+	Pad[-26870 -62331  -26870  -57905  1574  3000 1874 "151" "151"  0x00000900]
+	Pad[-29429 -62331  -29429  -57905  1574  3000 1874 "152" "152"  0x00000900]
+	Pad[-31988 -62331  -31988  -57905  1574  3000 1874 "153" "153"  0x00000900]
+	Pad[-34547 -62331  -34547  -57905  1574  3000 1874 "154" "154"  0x00000900]
+	Pad[-37106 -62331  -37106  -57905  1574  3000 1874 "155" "155"  0x00000900]
+	Pad[-39665 -62331  -39665  -57905  1574  3000 1874 "156" "156"  0x00000900]
+	Pad[-42224 -62331  -42224  -57905  1574  3000 1874 "157" "157"  0x00000900]
+	Pad[-44783 -62331  -44783  -57905  1574  3000 1874 "158" "158"  0x00000900]
+	Pad[-47342 -62331  -47342  -57905  1574  3000 1874 "159" "159"  0x00000900]
+	Pad[-49901 -62331  -49901  -57905  1574  3000 1874 "160" "160"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-51818 -54718 54718 -54718 800]
+	# right
+	ElementLine[54718 -54718 54718 54718 800]
+	# bottom
+	ElementLine[54718 54718 -54718 54718 800]
+	# left
+	ElementLine[-54718 54718 -54718 -51818 800]
+	# angled corner
+	ElementLine[-54718 -51818 -51818 -54718 800]
+	ElementArc[-51818 -51818 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFP208_28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFP208_28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFP208_28.fp	(revision 296)
@@ -0,0 +1,227 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "QFP208_28" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-62567  -50196  -57669  -50196  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-62567  -48228  -57669  -48228  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-62567  -46259  -57669  -46259  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-62567  -44291  -57669  -44291  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-62567  -42322  -57669  -42322  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-62567  -40354  -57669  -40354  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-62567  -38385  -57669  -38385  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-62567  -36417  -57669  -36417  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-62567  -34448  -57669  -34448  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-62567  -32480  -57669  -32480  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-62567  -30511  -57669  -30511  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-62567  -28543  -57669  -28543  1102  3000 1402 "12" "12"  0x00000100]
+	Pad[-62567  -26574  -57669  -26574  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[-62567  -24606  -57669  -24606  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[-62567  -22637  -57669  -22637  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[-62567  -20669  -57669  -20669  1102  3000 1402 "16" "16"  0x00000100]
+	Pad[-62567  -18700  -57669  -18700  1102  3000 1402 "17" "17"  0x00000100]
+	Pad[-62567  -16732  -57669  -16732  1102  3000 1402 "18" "18"  0x00000100]
+	Pad[-62567  -14763  -57669  -14763  1102  3000 1402 "19" "19"  0x00000100]
+	Pad[-62567  -12795  -57669  -12795  1102  3000 1402 "20" "20"  0x00000100]
+	Pad[-62567  -10826  -57669  -10826  1102  3000 1402 "21" "21"  0x00000100]
+	Pad[-62567  -8858  -57669  -8858  1102  3000 1402 "22" "22"  0x00000100]
+	Pad[-62567  -6889  -57669  -6889  1102  3000 1402 "23" "23"  0x00000100]
+	Pad[-62567  -4921  -57669  -4921  1102  3000 1402 "24" "24"  0x00000100]
+	Pad[-62567  -2952  -57669  -2952  1102  3000 1402 "25" "25"  0x00000100]
+	Pad[-62567  -984  -57669  -984  1102  3000 1402 "26" "26"  0x00000100]
+	Pad[-62567  985  -57669  985  1102  3000 1402 "27" "27"  0x00000100]
+	Pad[-62567  2953  -57669  2953  1102  3000 1402 "28" "28"  0x00000100]
+	Pad[-62567  4922  -57669  4922  1102  3000 1402 "29" "29"  0x00000100]
+	Pad[-62567  6890  -57669  6890  1102  3000 1402 "30" "30"  0x00000100]
+	Pad[-62567  8859  -57669  8859  1102  3000 1402 "31" "31"  0x00000100]
+	Pad[-62567  10827  -57669  10827  1102  3000 1402 "32" "32"  0x00000100]
+	Pad[-62567  12796  -57669  12796  1102  3000 1402 "33" "33"  0x00000100]
+	Pad[-62567  14764  -57669  14764  1102  3000 1402 "34" "34"  0x00000100]
+	Pad[-62567  16733  -57669  16733  1102  3000 1402 "35" "35"  0x00000100]
+	Pad[-62567  18701  -57669  18701  1102  3000 1402 "36" "36"  0x00000100]
+	Pad[-62567  20670  -57669  20670  1102  3000 1402 "37" "37"  0x00000100]
+	Pad[-62567  22638  -57669  22638  1102  3000 1402 "38" "38"  0x00000100]
+	Pad[-62567  24607  -57669  24607  1102  3000 1402 "39" "39"  0x00000100]
+	Pad[-62567  26575  -57669  26575  1102  3000 1402 "40" "40"  0x00000100]
+	Pad[-62567  28544  -57669  28544  1102  3000 1402 "41" "41"  0x00000100]
+	Pad[-62567  30512  -57669  30512  1102  3000 1402 "42" "42"  0x00000100]
+	Pad[-62567  32481  -57669  32481  1102  3000 1402 "43" "43"  0x00000100]
+	Pad[-62567  34449  -57669  34449  1102  3000 1402 "44" "44"  0x00000100]
+	Pad[-62567  36418  -57669  36418  1102  3000 1402 "45" "45"  0x00000100]
+	Pad[-62567  38386  -57669  38386  1102  3000 1402 "46" "46"  0x00000100]
+	Pad[-62567  40355  -57669  40355  1102  3000 1402 "47" "47"  0x00000100]
+	Pad[-62567  42323  -57669  42323  1102  3000 1402 "48" "48"  0x00000100]
+	Pad[-62567  44292  -57669  44292  1102  3000 1402 "49" "49"  0x00000100]
+	Pad[-62567  46260  -57669  46260  1102  3000 1402 "50" "50"  0x00000100]
+	Pad[-62567  48229  -57669  48229  1102  3000 1402 "51" "51"  0x00000100]
+	Pad[-62567  50197  -57669  50197  1102  3000 1402 "52" "52"  0x00000100]
+	# bottom row
+	Pad[-50196 62567  -50196  57669  1102  3000 1402 "53" "53"  0x00000900]
+	Pad[-48228 62567  -48228  57669  1102  3000 1402 "54" "54"  0x00000900]
+	Pad[-46259 62567  -46259  57669  1102  3000 1402 "55" "55"  0x00000900]
+	Pad[-44291 62567  -44291  57669  1102  3000 1402 "56" "56"  0x00000900]
+	Pad[-42322 62567  -42322  57669  1102  3000 1402 "57" "57"  0x00000900]
+	Pad[-40354 62567  -40354  57669  1102  3000 1402 "58" "58"  0x00000900]
+	Pad[-38385 62567  -38385  57669  1102  3000 1402 "59" "59"  0x00000900]
+	Pad[-36417 62567  -36417  57669  1102  3000 1402 "60" "60"  0x00000900]
+	Pad[-34448 62567  -34448  57669  1102  3000 1402 "61" "61"  0x00000900]
+	Pad[-32480 62567  -32480  57669  1102  3000 1402 "62" "62"  0x00000900]
+	Pad[-30511 62567  -30511  57669  1102  3000 1402 "63" "63"  0x00000900]
+	Pad[-28543 62567  -28543  57669  1102  3000 1402 "64" "64"  0x00000900]
+	Pad[-26574 62567  -26574  57669  1102  3000 1402 "65" "65"  0x00000900]
+	Pad[-24606 62567  -24606  57669  1102  3000 1402 "66" "66"  0x00000900]
+	Pad[-22637 62567  -22637  57669  1102  3000 1402 "67" "67"  0x00000900]
+	Pad[-20669 62567  -20669  57669  1102  3000 1402 "68" "68"  0x00000900]
+	Pad[-18700 62567  -18700  57669  1102  3000 1402 "69" "69"  0x00000900]
+	Pad[-16732 62567  -16732  57669  1102  3000 1402 "70" "70"  0x00000900]
+	Pad[-14763 62567  -14763  57669  1102  3000 1402 "71" "71"  0x00000900]
+	Pad[-12795 62567  -12795  57669  1102  3000 1402 "72" "72"  0x00000900]
+	Pad[-10826 62567  -10826  57669  1102  3000 1402 "73" "73"  0x00000900]
+	Pad[-8858 62567  -8858  57669  1102  3000 1402 "74" "74"  0x00000900]
+	Pad[-6889 62567  -6889  57669  1102  3000 1402 "75" "75"  0x00000900]
+	Pad[-4921 62567  -4921  57669  1102  3000 1402 "76" "76"  0x00000900]
+	Pad[-2952 62567  -2952  57669  1102  3000 1402 "77" "77"  0x00000900]
+	Pad[-984 62567  -984  57669  1102  3000 1402 "78" "78"  0x00000900]
+	Pad[985 62567  985  57669  1102  3000 1402 "79" "79"  0x00000900]
+	Pad[2953 62567  2953  57669  1102  3000 1402 "80" "80"  0x00000900]
+	Pad[4922 62567  4922  57669  1102  3000 1402 "81" "81"  0x00000900]
+	Pad[6890 62567  6890  57669  1102  3000 1402 "82" "82"  0x00000900]
+	Pad[8859 62567  8859  57669  1102  3000 1402 "83" "83"  0x00000900]
+	Pad[10827 62567  10827  57669  1102  3000 1402 "84" "84"  0x00000900]
+	Pad[12796 62567  12796  57669  1102  3000 1402 "85" "85"  0x00000900]
+	Pad[14764 62567  14764  57669  1102  3000 1402 "86" "86"  0x00000900]
+	Pad[16733 62567  16733  57669  1102  3000 1402 "87" "87"  0x00000900]
+	Pad[18701 62567  18701  57669  1102  3000 1402 "88" "88"  0x00000900]
+	Pad[20670 62567  20670  57669  1102  3000 1402 "89" "89"  0x00000900]
+	Pad[22638 62567  22638  57669  1102  3000 1402 "90" "90"  0x00000900]
+	Pad[24607 62567  24607  57669  1102  3000 1402 "91" "91"  0x00000900]
+	Pad[26575 62567  26575  57669  1102  3000 1402 "92" "92"  0x00000900]
+	Pad[28544 62567  28544  57669  1102  3000 1402 "93" "93"  0x00000900]
+	Pad[30512 62567  30512  57669  1102  3000 1402 "94" "94"  0x00000900]
+	Pad[32481 62567  32481  57669  1102  3000 1402 "95" "95"  0x00000900]
+	Pad[34449 62567  34449  57669  1102  3000 1402 "96" "96"  0x00000900]
+	Pad[36418 62567  36418  57669  1102  3000 1402 "97" "97"  0x00000900]
+	Pad[38386 62567  38386  57669  1102  3000 1402 "98" "98"  0x00000900]
+	Pad[40355 62567  40355  57669  1102  3000 1402 "99" "99"  0x00000900]
+	Pad[42323 62567  42323  57669  1102  3000 1402 "100" "100"  0x00000900]
+	Pad[44292 62567  44292  57669  1102  3000 1402 "101" "101"  0x00000900]
+	Pad[46260 62567  46260  57669  1102  3000 1402 "102" "102"  0x00000900]
+	Pad[48229 62567  48229  57669  1102  3000 1402 "103" "103"  0x00000900]
+	Pad[50197 62567  50197  57669  1102  3000 1402 "104" "104"  0x00000900]
+	# right row
+	Pad[62567  50196  57669  50196  1102  3000 1402 "105" "105"  0x00000100]
+	Pad[62567  48228  57669  48228  1102  3000 1402 "106" "106"  0x00000100]
+	Pad[62567  46259  57669  46259  1102  3000 1402 "107" "107"  0x00000100]
+	Pad[62567  44291  57669  44291  1102  3000 1402 "108" "108"  0x00000100]
+	Pad[62567  42322  57669  42322  1102  3000 1402 "109" "109"  0x00000100]
+	Pad[62567  40354  57669  40354  1102  3000 1402 "110" "110"  0x00000100]
+	Pad[62567  38385  57669  38385  1102  3000 1402 "111" "111"  0x00000100]
+	Pad[62567  36417  57669  36417  1102  3000 1402 "112" "112"  0x00000100]
+	Pad[62567  34448  57669  34448  1102  3000 1402 "113" "113"  0x00000100]
+	Pad[62567  32480  57669  32480  1102  3000 1402 "114" "114"  0x00000100]
+	Pad[62567  30511  57669  30511  1102  3000 1402 "115" "115"  0x00000100]
+	Pad[62567  28543  57669  28543  1102  3000 1402 "116" "116"  0x00000100]
+	Pad[62567  26574  57669  26574  1102  3000 1402 "117" "117"  0x00000100]
+	Pad[62567  24606  57669  24606  1102  3000 1402 "118" "118"  0x00000100]
+	Pad[62567  22637  57669  22637  1102  3000 1402 "119" "119"  0x00000100]
+	Pad[62567  20669  57669  20669  1102  3000 1402 "120" "120"  0x00000100]
+	Pad[62567  18700  57669  18700  1102  3000 1402 "121" "121"  0x00000100]
+	Pad[62567  16732  57669  16732  1102  3000 1402 "122" "122"  0x00000100]
+	Pad[62567  14763  57669  14763  1102  3000 1402 "123" "123"  0x00000100]
+	Pad[62567  12795  57669  12795  1102  3000 1402 "124" "124"  0x00000100]
+	Pad[62567  10826  57669  10826  1102  3000 1402 "125" "125"  0x00000100]
+	Pad[62567  8858  57669  8858  1102  3000 1402 "126" "126"  0x00000100]
+	Pad[62567  6889  57669  6889  1102  3000 1402 "127" "127"  0x00000100]
+	Pad[62567  4921  57669  4921  1102  3000 1402 "128" "128"  0x00000100]
+	Pad[62567  2952  57669  2952  1102  3000 1402 "129" "129"  0x00000100]
+	Pad[62567  984  57669  984  1102  3000 1402 "130" "130"  0x00000100]
+	Pad[62567  -985  57669  -985  1102  3000 1402 "131" "131"  0x00000100]
+	Pad[62567  -2953  57669  -2953  1102  3000 1402 "132" "132"  0x00000100]
+	Pad[62567  -4922  57669  -4922  1102  3000 1402 "133" "133"  0x00000100]
+	Pad[62567  -6890  57669  -6890  1102  3000 1402 "134" "134"  0x00000100]
+	Pad[62567  -8859  57669  -8859  1102  3000 1402 "135" "135"  0x00000100]
+	Pad[62567  -10827  57669  -10827  1102  3000 1402 "136" "136"  0x00000100]
+	Pad[62567  -12796  57669  -12796  1102  3000 1402 "137" "137"  0x00000100]
+	Pad[62567  -14764  57669  -14764  1102  3000 1402 "138" "138"  0x00000100]
+	Pad[62567  -16733  57669  -16733  1102  3000 1402 "139" "139"  0x00000100]
+	Pad[62567  -18701  57669  -18701  1102  3000 1402 "140" "140"  0x00000100]
+	Pad[62567  -20670  57669  -20670  1102  3000 1402 "141" "141"  0x00000100]
+	Pad[62567  -22638  57669  -22638  1102  3000 1402 "142" "142"  0x00000100]
+	Pad[62567  -24607  57669  -24607  1102  3000 1402 "143" "143"  0x00000100]
+	Pad[62567  -26575  57669  -26575  1102  3000 1402 "144" "144"  0x00000100]
+	Pad[62567  -28544  57669  -28544  1102  3000 1402 "145" "145"  0x00000100]
+	Pad[62567  -30512  57669  -30512  1102  3000 1402 "146" "146"  0x00000100]
+	Pad[62567  -32481  57669  -32481  1102  3000 1402 "147" "147"  0x00000100]
+	Pad[62567  -34449  57669  -34449  1102  3000 1402 "148" "148"  0x00000100]
+	Pad[62567  -36418  57669  -36418  1102  3000 1402 "149" "149"  0x00000100]
+	Pad[62567  -38386  57669  -38386  1102  3000 1402 "150" "150"  0x00000100]
+	Pad[62567  -40355  57669  -40355  1102  3000 1402 "151" "151"  0x00000100]
+	Pad[62567  -42323  57669  -42323  1102  3000 1402 "152" "152"  0x00000100]
+	Pad[62567  -44292  57669  -44292  1102  3000 1402 "153" "153"  0x00000100]
+	Pad[62567  -46260  57669  -46260  1102  3000 1402 "154" "154"  0x00000100]
+	Pad[62567  -48229  57669  -48229  1102  3000 1402 "155" "155"  0x00000100]
+	Pad[62567  -50197  57669  -50197  1102  3000 1402 "156" "156"  0x00000100]
+	# top row
+	Pad[50196 -62567  50196  -57669  1102  3000 1402 "157" "157"  0x00000900]
+	Pad[48228 -62567  48228  -57669  1102  3000 1402 "158" "158"  0x00000900]
+	Pad[46259 -62567  46259  -57669  1102  3000 1402 "159" "159"  0x00000900]
+	Pad[44291 -62567  44291  -57669  1102  3000 1402 "160" "160"  0x00000900]
+	Pad[42322 -62567  42322  -57669  1102  3000 1402 "161" "161"  0x00000900]
+	Pad[40354 -62567  40354  -57669  1102  3000 1402 "162" "162"  0x00000900]
+	Pad[38385 -62567  38385  -57669  1102  3000 1402 "163" "163"  0x00000900]
+	Pad[36417 -62567  36417  -57669  1102  3000 1402 "164" "164"  0x00000900]
+	Pad[34448 -62567  34448  -57669  1102  3000 1402 "165" "165"  0x00000900]
+	Pad[32480 -62567  32480  -57669  1102  3000 1402 "166" "166"  0x00000900]
+	Pad[30511 -62567  30511  -57669  1102  3000 1402 "167" "167"  0x00000900]
+	Pad[28543 -62567  28543  -57669  1102  3000 1402 "168" "168"  0x00000900]
+	Pad[26574 -62567  26574  -57669  1102  3000 1402 "169" "169"  0x00000900]
+	Pad[24606 -62567  24606  -57669  1102  3000 1402 "170" "170"  0x00000900]
+	Pad[22637 -62567  22637  -57669  1102  3000 1402 "171" "171"  0x00000900]
+	Pad[20669 -62567  20669  -57669  1102  3000 1402 "172" "172"  0x00000900]
+	Pad[18700 -62567  18700  -57669  1102  3000 1402 "173" "173"  0x00000900]
+	Pad[16732 -62567  16732  -57669  1102  3000 1402 "174" "174"  0x00000900]
+	Pad[14763 -62567  14763  -57669  1102  3000 1402 "175" "175"  0x00000900]
+	Pad[12795 -62567  12795  -57669  1102  3000 1402 "176" "176"  0x00000900]
+	Pad[10826 -62567  10826  -57669  1102  3000 1402 "177" "177"  0x00000900]
+	Pad[8858 -62567  8858  -57669  1102  3000 1402 "178" "178"  0x00000900]
+	Pad[6889 -62567  6889  -57669  1102  3000 1402 "179" "179"  0x00000900]
+	Pad[4921 -62567  4921  -57669  1102  3000 1402 "180" "180"  0x00000900]
+	Pad[2952 -62567  2952  -57669  1102  3000 1402 "181" "181"  0x00000900]
+	Pad[984 -62567  984  -57669  1102  3000 1402 "182" "182"  0x00000900]
+	Pad[-985 -62567  -985  -57669  1102  3000 1402 "183" "183"  0x00000900]
+	Pad[-2953 -62567  -2953  -57669  1102  3000 1402 "184" "184"  0x00000900]
+	Pad[-4922 -62567  -4922  -57669  1102  3000 1402 "185" "185"  0x00000900]
+	Pad[-6890 -62567  -6890  -57669  1102  3000 1402 "186" "186"  0x00000900]
+	Pad[-8859 -62567  -8859  -57669  1102  3000 1402 "187" "187"  0x00000900]
+	Pad[-10827 -62567  -10827  -57669  1102  3000 1402 "188" "188"  0x00000900]
+	Pad[-12796 -62567  -12796  -57669  1102  3000 1402 "189" "189"  0x00000900]
+	Pad[-14764 -62567  -14764  -57669  1102  3000 1402 "190" "190"  0x00000900]
+	Pad[-16733 -62567  -16733  -57669  1102  3000 1402 "191" "191"  0x00000900]
+	Pad[-18701 -62567  -18701  -57669  1102  3000 1402 "192" "192"  0x00000900]
+	Pad[-20670 -62567  -20670  -57669  1102  3000 1402 "193" "193"  0x00000900]
+	Pad[-22638 -62567  -22638  -57669  1102  3000 1402 "194" "194"  0x00000900]
+	Pad[-24607 -62567  -24607  -57669  1102  3000 1402 "195" "195"  0x00000900]
+	Pad[-26575 -62567  -26575  -57669  1102  3000 1402 "196" "196"  0x00000900]
+	Pad[-28544 -62567  -28544  -57669  1102  3000 1402 "197" "197"  0x00000900]
+	Pad[-30512 -62567  -30512  -57669  1102  3000 1402 "198" "198"  0x00000900]
+	Pad[-32481 -62567  -32481  -57669  1102  3000 1402 "199" "199"  0x00000900]
+	Pad[-34449 -62567  -34449  -57669  1102  3000 1402 "200" "200"  0x00000900]
+	Pad[-36418 -62567  -36418  -57669  1102  3000 1402 "201" "201"  0x00000900]
+	Pad[-38386 -62567  -38386  -57669  1102  3000 1402 "202" "202"  0x00000900]
+	Pad[-40355 -62567  -40355  -57669  1102  3000 1402 "203" "203"  0x00000900]
+	Pad[-42323 -62567  -42323  -57669  1102  3000 1402 "204" "204"  0x00000900]
+	Pad[-44292 -62567  -44292  -57669  1102  3000 1402 "205" "205"  0x00000900]
+	Pad[-46260 -62567  -46260  -57669  1102  3000 1402 "206" "206"  0x00000900]
+	Pad[-48229 -62567  -48229  -57669  1102  3000 1402 "207" "207"  0x00000900]
+	Pad[-50197 -62567  -50197  -57669  1102  3000 1402 "208" "208"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-51818 -54718 54718 -54718 800]
+	# right
+	ElementLine[54718 -54718 54718 54718 800]
+	# bottom
+	ElementLine[54718 54718 -54718 54718 800]
+	# left
+	ElementLine[-54718 54718 -54718 -51818 800]
+	# angled corner
+	ElementLine[-54718 -51818 -51818 -54718 800]
+	ElementArc[-51818 -51818 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFP240_32.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFP240_32.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFP240_32.fp	(revision 296)
@@ -0,0 +1,259 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "QFP240_32" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-70441  -58070  -65543  -58070  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-70441  -56102  -65543  -56102  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-70441  -54133  -65543  -54133  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-70441  -52165  -65543  -52165  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-70441  -50196  -65543  -50196  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-70441  -48228  -65543  -48228  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-70441  -46259  -65543  -46259  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-70441  -44291  -65543  -44291  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-70441  -42322  -65543  -42322  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-70441  -40354  -65543  -40354  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-70441  -38385  -65543  -38385  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-70441  -36417  -65543  -36417  1102  3000 1402 "12" "12"  0x00000100]
+	Pad[-70441  -34448  -65543  -34448  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[-70441  -32480  -65543  -32480  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[-70441  -30511  -65543  -30511  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[-70441  -28543  -65543  -28543  1102  3000 1402 "16" "16"  0x00000100]
+	Pad[-70441  -26574  -65543  -26574  1102  3000 1402 "17" "17"  0x00000100]
+	Pad[-70441  -24606  -65543  -24606  1102  3000 1402 "18" "18"  0x00000100]
+	Pad[-70441  -22637  -65543  -22637  1102  3000 1402 "19" "19"  0x00000100]
+	Pad[-70441  -20669  -65543  -20669  1102  3000 1402 "20" "20"  0x00000100]
+	Pad[-70441  -18700  -65543  -18700  1102  3000 1402 "21" "21"  0x00000100]
+	Pad[-70441  -16732  -65543  -16732  1102  3000 1402 "22" "22"  0x00000100]
+	Pad[-70441  -14763  -65543  -14763  1102  3000 1402 "23" "23"  0x00000100]
+	Pad[-70441  -12795  -65543  -12795  1102  3000 1402 "24" "24"  0x00000100]
+	Pad[-70441  -10826  -65543  -10826  1102  3000 1402 "25" "25"  0x00000100]
+	Pad[-70441  -8858  -65543  -8858  1102  3000 1402 "26" "26"  0x00000100]
+	Pad[-70441  -6889  -65543  -6889  1102  3000 1402 "27" "27"  0x00000100]
+	Pad[-70441  -4921  -65543  -4921  1102  3000 1402 "28" "28"  0x00000100]
+	Pad[-70441  -2952  -65543  -2952  1102  3000 1402 "29" "29"  0x00000100]
+	Pad[-70441  -984  -65543  -984  1102  3000 1402 "30" "30"  0x00000100]
+	Pad[-70441  985  -65543  985  1102  3000 1402 "31" "31"  0x00000100]
+	Pad[-70441  2953  -65543  2953  1102  3000 1402 "32" "32"  0x00000100]
+	Pad[-70441  4922  -65543  4922  1102  3000 1402 "33" "33"  0x00000100]
+	Pad[-70441  6890  -65543  6890  1102  3000 1402 "34" "34"  0x00000100]
+	Pad[-70441  8859  -65543  8859  1102  3000 1402 "35" "35"  0x00000100]
+	Pad[-70441  10827  -65543  10827  1102  3000 1402 "36" "36"  0x00000100]
+	Pad[-70441  12796  -65543  12796  1102  3000 1402 "37" "37"  0x00000100]
+	Pad[-70441  14764  -65543  14764  1102  3000 1402 "38" "38"  0x00000100]
+	Pad[-70441  16733  -65543  16733  1102  3000 1402 "39" "39"  0x00000100]
+	Pad[-70441  18701  -65543  18701  1102  3000 1402 "40" "40"  0x00000100]
+	Pad[-70441  20670  -65543  20670  1102  3000 1402 "41" "41"  0x00000100]
+	Pad[-70441  22638  -65543  22638  1102  3000 1402 "42" "42"  0x00000100]
+	Pad[-70441  24607  -65543  24607  1102  3000 1402 "43" "43"  0x00000100]
+	Pad[-70441  26575  -65543  26575  1102  3000 1402 "44" "44"  0x00000100]
+	Pad[-70441  28544  -65543  28544  1102  3000 1402 "45" "45"  0x00000100]
+	Pad[-70441  30512  -65543  30512  1102  3000 1402 "46" "46"  0x00000100]
+	Pad[-70441  32481  -65543  32481  1102  3000 1402 "47" "47"  0x00000100]
+	Pad[-70441  34449  -65543  34449  1102  3000 1402 "48" "48"  0x00000100]
+	Pad[-70441  36418  -65543  36418  1102  3000 1402 "49" "49"  0x00000100]
+	Pad[-70441  38386  -65543  38386  1102  3000 1402 "50" "50"  0x00000100]
+	Pad[-70441  40355  -65543  40355  1102  3000 1402 "51" "51"  0x00000100]
+	Pad[-70441  42323  -65543  42323  1102  3000 1402 "52" "52"  0x00000100]
+	Pad[-70441  44292  -65543  44292  1102  3000 1402 "53" "53"  0x00000100]
+	Pad[-70441  46260  -65543  46260  1102  3000 1402 "54" "54"  0x00000100]
+	Pad[-70441  48229  -65543  48229  1102  3000 1402 "55" "55"  0x00000100]
+	Pad[-70441  50197  -65543  50197  1102  3000 1402 "56" "56"  0x00000100]
+	Pad[-70441  52166  -65543  52166  1102  3000 1402 "57" "57"  0x00000100]
+	Pad[-70441  54134  -65543  54134  1102  3000 1402 "58" "58"  0x00000100]
+	Pad[-70441  56103  -65543  56103  1102  3000 1402 "59" "59"  0x00000100]
+	Pad[-70441  58071  -65543  58071  1102  3000 1402 "60" "60"  0x00000100]
+	# bottom row
+	Pad[-58070 70441  -58070  65543  1102  3000 1402 "61" "61"  0x00000900]
+	Pad[-56102 70441  -56102  65543  1102  3000 1402 "62" "62"  0x00000900]
+	Pad[-54133 70441  -54133  65543  1102  3000 1402 "63" "63"  0x00000900]
+	Pad[-52165 70441  -52165  65543  1102  3000 1402 "64" "64"  0x00000900]
+	Pad[-50196 70441  -50196  65543  1102  3000 1402 "65" "65"  0x00000900]
+	Pad[-48228 70441  -48228  65543  1102  3000 1402 "66" "66"  0x00000900]
+	Pad[-46259 70441  -46259  65543  1102  3000 1402 "67" "67"  0x00000900]
+	Pad[-44291 70441  -44291  65543  1102  3000 1402 "68" "68"  0x00000900]
+	Pad[-42322 70441  -42322  65543  1102  3000 1402 "69" "69"  0x00000900]
+	Pad[-40354 70441  -40354  65543  1102  3000 1402 "70" "70"  0x00000900]
+	Pad[-38385 70441  -38385  65543  1102  3000 1402 "71" "71"  0x00000900]
+	Pad[-36417 70441  -36417  65543  1102  3000 1402 "72" "72"  0x00000900]
+	Pad[-34448 70441  -34448  65543  1102  3000 1402 "73" "73"  0x00000900]
+	Pad[-32480 70441  -32480  65543  1102  3000 1402 "74" "74"  0x00000900]
+	Pad[-30511 70441  -30511  65543  1102  3000 1402 "75" "75"  0x00000900]
+	Pad[-28543 70441  -28543  65543  1102  3000 1402 "76" "76"  0x00000900]
+	Pad[-26574 70441  -26574  65543  1102  3000 1402 "77" "77"  0x00000900]
+	Pad[-24606 70441  -24606  65543  1102  3000 1402 "78" "78"  0x00000900]
+	Pad[-22637 70441  -22637  65543  1102  3000 1402 "79" "79"  0x00000900]
+	Pad[-20669 70441  -20669  65543  1102  3000 1402 "80" "80"  0x00000900]
+	Pad[-18700 70441  -18700  65543  1102  3000 1402 "81" "81"  0x00000900]
+	Pad[-16732 70441  -16732  65543  1102  3000 1402 "82" "82"  0x00000900]
+	Pad[-14763 70441  -14763  65543  1102  3000 1402 "83" "83"  0x00000900]
+	Pad[-12795 70441  -12795  65543  1102  3000 1402 "84" "84"  0x00000900]
+	Pad[-10826 70441  -10826  65543  1102  3000 1402 "85" "85"  0x00000900]
+	Pad[-8858 70441  -8858  65543  1102  3000 1402 "86" "86"  0x00000900]
+	Pad[-6889 70441  -6889  65543  1102  3000 1402 "87" "87"  0x00000900]
+	Pad[-4921 70441  -4921  65543  1102  3000 1402 "88" "88"  0x00000900]
+	Pad[-2952 70441  -2952  65543  1102  3000 1402 "89" "89"  0x00000900]
+	Pad[-984 70441  -984  65543  1102  3000 1402 "90" "90"  0x00000900]
+	Pad[985 70441  985  65543  1102  3000 1402 "91" "91"  0x00000900]
+	Pad[2953 70441  2953  65543  1102  3000 1402 "92" "92"  0x00000900]
+	Pad[4922 70441  4922  65543  1102  3000 1402 "93" "93"  0x00000900]
+	Pad[6890 70441  6890  65543  1102  3000 1402 "94" "94"  0x00000900]
+	Pad[8859 70441  8859  65543  1102  3000 1402 "95" "95"  0x00000900]
+	Pad[10827 70441  10827  65543  1102  3000 1402 "96" "96"  0x00000900]
+	Pad[12796 70441  12796  65543  1102  3000 1402 "97" "97"  0x00000900]
+	Pad[14764 70441  14764  65543  1102  3000 1402 "98" "98"  0x00000900]
+	Pad[16733 70441  16733  65543  1102  3000 1402 "99" "99"  0x00000900]
+	Pad[18701 70441  18701  65543  1102  3000 1402 "100" "100"  0x00000900]
+	Pad[20670 70441  20670  65543  1102  3000 1402 "101" "101"  0x00000900]
+	Pad[22638 70441  22638  65543  1102  3000 1402 "102" "102"  0x00000900]
+	Pad[24607 70441  24607  65543  1102  3000 1402 "103" "103"  0x00000900]
+	Pad[26575 70441  26575  65543  1102  3000 1402 "104" "104"  0x00000900]
+	Pad[28544 70441  28544  65543  1102  3000 1402 "105" "105"  0x00000900]
+	Pad[30512 70441  30512  65543  1102  3000 1402 "106" "106"  0x00000900]
+	Pad[32481 70441  32481  65543  1102  3000 1402 "107" "107"  0x00000900]
+	Pad[34449 70441  34449  65543  1102  3000 1402 "108" "108"  0x00000900]
+	Pad[36418 70441  36418  65543  1102  3000 1402 "109" "109"  0x00000900]
+	Pad[38386 70441  38386  65543  1102  3000 1402 "110" "110"  0x00000900]
+	Pad[40355 70441  40355  65543  1102  3000 1402 "111" "111"  0x00000900]
+	Pad[42323 70441  42323  65543  1102  3000 1402 "112" "112"  0x00000900]
+	Pad[44292 70441  44292  65543  1102  3000 1402 "113" "113"  0x00000900]
+	Pad[46260 70441  46260  65543  1102  3000 1402 "114" "114"  0x00000900]
+	Pad[48229 70441  48229  65543  1102  3000 1402 "115" "115"  0x00000900]
+	Pad[50197 70441  50197  65543  1102  3000 1402 "116" "116"  0x00000900]
+	Pad[52166 70441  52166  65543  1102  3000 1402 "117" "117"  0x00000900]
+	Pad[54134 70441  54134  65543  1102  3000 1402 "118" "118"  0x00000900]
+	Pad[56103 70441  56103  65543  1102  3000 1402 "119" "119"  0x00000900]
+	Pad[58071 70441  58071  65543  1102  3000 1402 "120" "120"  0x00000900]
+	# right row
+	Pad[70441  58070  65543  58070  1102  3000 1402 "121" "121"  0x00000100]
+	Pad[70441  56102  65543  56102  1102  3000 1402 "122" "122"  0x00000100]
+	Pad[70441  54133  65543  54133  1102  3000 1402 "123" "123"  0x00000100]
+	Pad[70441  52165  65543  52165  1102  3000 1402 "124" "124"  0x00000100]
+	Pad[70441  50196  65543  50196  1102  3000 1402 "125" "125"  0x00000100]
+	Pad[70441  48228  65543  48228  1102  3000 1402 "126" "126"  0x00000100]
+	Pad[70441  46259  65543  46259  1102  3000 1402 "127" "127"  0x00000100]
+	Pad[70441  44291  65543  44291  1102  3000 1402 "128" "128"  0x00000100]
+	Pad[70441  42322  65543  42322  1102  3000 1402 "129" "129"  0x00000100]
+	Pad[70441  40354  65543  40354  1102  3000 1402 "130" "130"  0x00000100]
+	Pad[70441  38385  65543  38385  1102  3000 1402 "131" "131"  0x00000100]
+	Pad[70441  36417  65543  36417  1102  3000 1402 "132" "132"  0x00000100]
+	Pad[70441  34448  65543  34448  1102  3000 1402 "133" "133"  0x00000100]
+	Pad[70441  32480  65543  32480  1102  3000 1402 "134" "134"  0x00000100]
+	Pad[70441  30511  65543  30511  1102  3000 1402 "135" "135"  0x00000100]
+	Pad[70441  28543  65543  28543  1102  3000 1402 "136" "136"  0x00000100]
+	Pad[70441  26574  65543  26574  1102  3000 1402 "137" "137"  0x00000100]
+	Pad[70441  24606  65543  24606  1102  3000 1402 "138" "138"  0x00000100]
+	Pad[70441  22637  65543  22637  1102  3000 1402 "139" "139"  0x00000100]
+	Pad[70441  20669  65543  20669  1102  3000 1402 "140" "140"  0x00000100]
+	Pad[70441  18700  65543  18700  1102  3000 1402 "141" "141"  0x00000100]
+	Pad[70441  16732  65543  16732  1102  3000 1402 "142" "142"  0x00000100]
+	Pad[70441  14763  65543  14763  1102  3000 1402 "143" "143"  0x00000100]
+	Pad[70441  12795  65543  12795  1102  3000 1402 "144" "144"  0x00000100]
+	Pad[70441  10826  65543  10826  1102  3000 1402 "145" "145"  0x00000100]
+	Pad[70441  8858  65543  8858  1102  3000 1402 "146" "146"  0x00000100]
+	Pad[70441  6889  65543  6889  1102  3000 1402 "147" "147"  0x00000100]
+	Pad[70441  4921  65543  4921  1102  3000 1402 "148" "148"  0x00000100]
+	Pad[70441  2952  65543  2952  1102  3000 1402 "149" "149"  0x00000100]
+	Pad[70441  984  65543  984  1102  3000 1402 "150" "150"  0x00000100]
+	Pad[70441  -985  65543  -985  1102  3000 1402 "151" "151"  0x00000100]
+	Pad[70441  -2953  65543  -2953  1102  3000 1402 "152" "152"  0x00000100]
+	Pad[70441  -4922  65543  -4922  1102  3000 1402 "153" "153"  0x00000100]
+	Pad[70441  -6890  65543  -6890  1102  3000 1402 "154" "154"  0x00000100]
+	Pad[70441  -8859  65543  -8859  1102  3000 1402 "155" "155"  0x00000100]
+	Pad[70441  -10827  65543  -10827  1102  3000 1402 "156" "156"  0x00000100]
+	Pad[70441  -12796  65543  -12796  1102  3000 1402 "157" "157"  0x00000100]
+	Pad[70441  -14764  65543  -14764  1102  3000 1402 "158" "158"  0x00000100]
+	Pad[70441  -16733  65543  -16733  1102  3000 1402 "159" "159"  0x00000100]
+	Pad[70441  -18701  65543  -18701  1102  3000 1402 "160" "160"  0x00000100]
+	Pad[70441  -20670  65543  -20670  1102  3000 1402 "161" "161"  0x00000100]
+	Pad[70441  -22638  65543  -22638  1102  3000 1402 "162" "162"  0x00000100]
+	Pad[70441  -24607  65543  -24607  1102  3000 1402 "163" "163"  0x00000100]
+	Pad[70441  -26575  65543  -26575  1102  3000 1402 "164" "164"  0x00000100]
+	Pad[70441  -28544  65543  -28544  1102  3000 1402 "165" "165"  0x00000100]
+	Pad[70441  -30512  65543  -30512  1102  3000 1402 "166" "166"  0x00000100]
+	Pad[70441  -32481  65543  -32481  1102  3000 1402 "167" "167"  0x00000100]
+	Pad[70441  -34449  65543  -34449  1102  3000 1402 "168" "168"  0x00000100]
+	Pad[70441  -36418  65543  -36418  1102  3000 1402 "169" "169"  0x00000100]
+	Pad[70441  -38386  65543  -38386  1102  3000 1402 "170" "170"  0x00000100]
+	Pad[70441  -40355  65543  -40355  1102  3000 1402 "171" "171"  0x00000100]
+	Pad[70441  -42323  65543  -42323  1102  3000 1402 "172" "172"  0x00000100]
+	Pad[70441  -44292  65543  -44292  1102  3000 1402 "173" "173"  0x00000100]
+	Pad[70441  -46260  65543  -46260  1102  3000 1402 "174" "174"  0x00000100]
+	Pad[70441  -48229  65543  -48229  1102  3000 1402 "175" "175"  0x00000100]
+	Pad[70441  -50197  65543  -50197  1102  3000 1402 "176" "176"  0x00000100]
+	Pad[70441  -52166  65543  -52166  1102  3000 1402 "177" "177"  0x00000100]
+	Pad[70441  -54134  65543  -54134  1102  3000 1402 "178" "178"  0x00000100]
+	Pad[70441  -56103  65543  -56103  1102  3000 1402 "179" "179"  0x00000100]
+	Pad[70441  -58071  65543  -58071  1102  3000 1402 "180" "180"  0x00000100]
+	# top row
+	Pad[58070 -70441  58070  -65543  1102  3000 1402 "181" "181"  0x00000900]
+	Pad[56102 -70441  56102  -65543  1102  3000 1402 "182" "182"  0x00000900]
+	Pad[54133 -70441  54133  -65543  1102  3000 1402 "183" "183"  0x00000900]
+	Pad[52165 -70441  52165  -65543  1102  3000 1402 "184" "184"  0x00000900]
+	Pad[50196 -70441  50196  -65543  1102  3000 1402 "185" "185"  0x00000900]
+	Pad[48228 -70441  48228  -65543  1102  3000 1402 "186" "186"  0x00000900]
+	Pad[46259 -70441  46259  -65543  1102  3000 1402 "187" "187"  0x00000900]
+	Pad[44291 -70441  44291  -65543  1102  3000 1402 "188" "188"  0x00000900]
+	Pad[42322 -70441  42322  -65543  1102  3000 1402 "189" "189"  0x00000900]
+	Pad[40354 -70441  40354  -65543  1102  3000 1402 "190" "190"  0x00000900]
+	Pad[38385 -70441  38385  -65543  1102  3000 1402 "191" "191"  0x00000900]
+	Pad[36417 -70441  36417  -65543  1102  3000 1402 "192" "192"  0x00000900]
+	Pad[34448 -70441  34448  -65543  1102  3000 1402 "193" "193"  0x00000900]
+	Pad[32480 -70441  32480  -65543  1102  3000 1402 "194" "194"  0x00000900]
+	Pad[30511 -70441  30511  -65543  1102  3000 1402 "195" "195"  0x00000900]
+	Pad[28543 -70441  28543  -65543  1102  3000 1402 "196" "196"  0x00000900]
+	Pad[26574 -70441  26574  -65543  1102  3000 1402 "197" "197"  0x00000900]
+	Pad[24606 -70441  24606  -65543  1102  3000 1402 "198" "198"  0x00000900]
+	Pad[22637 -70441  22637  -65543  1102  3000 1402 "199" "199"  0x00000900]
+	Pad[20669 -70441  20669  -65543  1102  3000 1402 "200" "200"  0x00000900]
+	Pad[18700 -70441  18700  -65543  1102  3000 1402 "201" "201"  0x00000900]
+	Pad[16732 -70441  16732  -65543  1102  3000 1402 "202" "202"  0x00000900]
+	Pad[14763 -70441  14763  -65543  1102  3000 1402 "203" "203"  0x00000900]
+	Pad[12795 -70441  12795  -65543  1102  3000 1402 "204" "204"  0x00000900]
+	Pad[10826 -70441  10826  -65543  1102  3000 1402 "205" "205"  0x00000900]
+	Pad[8858 -70441  8858  -65543  1102  3000 1402 "206" "206"  0x00000900]
+	Pad[6889 -70441  6889  -65543  1102  3000 1402 "207" "207"  0x00000900]
+	Pad[4921 -70441  4921  -65543  1102  3000 1402 "208" "208"  0x00000900]
+	Pad[2952 -70441  2952  -65543  1102  3000 1402 "209" "209"  0x00000900]
+	Pad[984 -70441  984  -65543  1102  3000 1402 "210" "210"  0x00000900]
+	Pad[-985 -70441  -985  -65543  1102  3000 1402 "211" "211"  0x00000900]
+	Pad[-2953 -70441  -2953  -65543  1102  3000 1402 "212" "212"  0x00000900]
+	Pad[-4922 -70441  -4922  -65543  1102  3000 1402 "213" "213"  0x00000900]
+	Pad[-6890 -70441  -6890  -65543  1102  3000 1402 "214" "214"  0x00000900]
+	Pad[-8859 -70441  -8859  -65543  1102  3000 1402 "215" "215"  0x00000900]
+	Pad[-10827 -70441  -10827  -65543  1102  3000 1402 "216" "216"  0x00000900]
+	Pad[-12796 -70441  -12796  -65543  1102  3000 1402 "217" "217"  0x00000900]
+	Pad[-14764 -70441  -14764  -65543  1102  3000 1402 "218" "218"  0x00000900]
+	Pad[-16733 -70441  -16733  -65543  1102  3000 1402 "219" "219"  0x00000900]
+	Pad[-18701 -70441  -18701  -65543  1102  3000 1402 "220" "220"  0x00000900]
+	Pad[-20670 -70441  -20670  -65543  1102  3000 1402 "221" "221"  0x00000900]
+	Pad[-22638 -70441  -22638  -65543  1102  3000 1402 "222" "222"  0x00000900]
+	Pad[-24607 -70441  -24607  -65543  1102  3000 1402 "223" "223"  0x00000900]
+	Pad[-26575 -70441  -26575  -65543  1102  3000 1402 "224" "224"  0x00000900]
+	Pad[-28544 -70441  -28544  -65543  1102  3000 1402 "225" "225"  0x00000900]
+	Pad[-30512 -70441  -30512  -65543  1102  3000 1402 "226" "226"  0x00000900]
+	Pad[-32481 -70441  -32481  -65543  1102  3000 1402 "227" "227"  0x00000900]
+	Pad[-34449 -70441  -34449  -65543  1102  3000 1402 "228" "228"  0x00000900]
+	Pad[-36418 -70441  -36418  -65543  1102  3000 1402 "229" "229"  0x00000900]
+	Pad[-38386 -70441  -38386  -65543  1102  3000 1402 "230" "230"  0x00000900]
+	Pad[-40355 -70441  -40355  -65543  1102  3000 1402 "231" "231"  0x00000900]
+	Pad[-42323 -70441  -42323  -65543  1102  3000 1402 "232" "232"  0x00000900]
+	Pad[-44292 -70441  -44292  -65543  1102  3000 1402 "233" "233"  0x00000900]
+	Pad[-46260 -70441  -46260  -65543  1102  3000 1402 "234" "234"  0x00000900]
+	Pad[-48229 -70441  -48229  -65543  1102  3000 1402 "235" "235"  0x00000900]
+	Pad[-50197 -70441  -50197  -65543  1102  3000 1402 "236" "236"  0x00000900]
+	Pad[-52166 -70441  -52166  -65543  1102  3000 1402 "237" "237"  0x00000900]
+	Pad[-54134 -70441  -54134  -65543  1102  3000 1402 "238" "238"  0x00000900]
+	Pad[-56103 -70441  -56103  -65543  1102  3000 1402 "239" "239"  0x00000900]
+	Pad[-58071 -70441  -58071  -65543  1102  3000 1402 "240" "240"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-59692 -62592 62592 -62592 800]
+	# right
+	ElementLine[62592 -62592 62592 62592 800]
+	# bottom
+	ElementLine[62592 62592 -62592 62592 800]
+	# left
+	ElementLine[-62592 62592 -62592 -59692 800]
+	# angled corner
+	ElementLine[-62592 -59692 -59692 -62592 800]
+	ElementArc[-59692 -59692 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFP304_40.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFP304_40.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFP304_40.fp	(revision 296)
@@ -0,0 +1,323 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "QFP304_40" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-86189  -73818  -81291  -73818  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-86189  -71850  -81291  -71850  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-86189  -69881  -81291  -69881  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-86189  -67913  -81291  -67913  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-86189  -65944  -81291  -65944  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-86189  -63976  -81291  -63976  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-86189  -62007  -81291  -62007  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-86189  -60039  -81291  -60039  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-86189  -58070  -81291  -58070  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-86189  -56102  -81291  -56102  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-86189  -54133  -81291  -54133  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-86189  -52165  -81291  -52165  1102  3000 1402 "12" "12"  0x00000100]
+	Pad[-86189  -50196  -81291  -50196  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[-86189  -48228  -81291  -48228  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[-86189  -46259  -81291  -46259  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[-86189  -44291  -81291  -44291  1102  3000 1402 "16" "16"  0x00000100]
+	Pad[-86189  -42322  -81291  -42322  1102  3000 1402 "17" "17"  0x00000100]
+	Pad[-86189  -40354  -81291  -40354  1102  3000 1402 "18" "18"  0x00000100]
+	Pad[-86189  -38385  -81291  -38385  1102  3000 1402 "19" "19"  0x00000100]
+	Pad[-86189  -36417  -81291  -36417  1102  3000 1402 "20" "20"  0x00000100]
+	Pad[-86189  -34448  -81291  -34448  1102  3000 1402 "21" "21"  0x00000100]
+	Pad[-86189  -32480  -81291  -32480  1102  3000 1402 "22" "22"  0x00000100]
+	Pad[-86189  -30511  -81291  -30511  1102  3000 1402 "23" "23"  0x00000100]
+	Pad[-86189  -28543  -81291  -28543  1102  3000 1402 "24" "24"  0x00000100]
+	Pad[-86189  -26574  -81291  -26574  1102  3000 1402 "25" "25"  0x00000100]
+	Pad[-86189  -24606  -81291  -24606  1102  3000 1402 "26" "26"  0x00000100]
+	Pad[-86189  -22637  -81291  -22637  1102  3000 1402 "27" "27"  0x00000100]
+	Pad[-86189  -20669  -81291  -20669  1102  3000 1402 "28" "28"  0x00000100]
+	Pad[-86189  -18700  -81291  -18700  1102  3000 1402 "29" "29"  0x00000100]
+	Pad[-86189  -16732  -81291  -16732  1102  3000 1402 "30" "30"  0x00000100]
+	Pad[-86189  -14763  -81291  -14763  1102  3000 1402 "31" "31"  0x00000100]
+	Pad[-86189  -12795  -81291  -12795  1102  3000 1402 "32" "32"  0x00000100]
+	Pad[-86189  -10826  -81291  -10826  1102  3000 1402 "33" "33"  0x00000100]
+	Pad[-86189  -8858  -81291  -8858  1102  3000 1402 "34" "34"  0x00000100]
+	Pad[-86189  -6889  -81291  -6889  1102  3000 1402 "35" "35"  0x00000100]
+	Pad[-86189  -4921  -81291  -4921  1102  3000 1402 "36" "36"  0x00000100]
+	Pad[-86189  -2952  -81291  -2952  1102  3000 1402 "37" "37"  0x00000100]
+	Pad[-86189  -984  -81291  -984  1102  3000 1402 "38" "38"  0x00000100]
+	Pad[-86189  985  -81291  985  1102  3000 1402 "39" "39"  0x00000100]
+	Pad[-86189  2953  -81291  2953  1102  3000 1402 "40" "40"  0x00000100]
+	Pad[-86189  4922  -81291  4922  1102  3000 1402 "41" "41"  0x00000100]
+	Pad[-86189  6890  -81291  6890  1102  3000 1402 "42" "42"  0x00000100]
+	Pad[-86189  8859  -81291  8859  1102  3000 1402 "43" "43"  0x00000100]
+	Pad[-86189  10827  -81291  10827  1102  3000 1402 "44" "44"  0x00000100]
+	Pad[-86189  12796  -81291  12796  1102  3000 1402 "45" "45"  0x00000100]
+	Pad[-86189  14764  -81291  14764  1102  3000 1402 "46" "46"  0x00000100]
+	Pad[-86189  16733  -81291  16733  1102  3000 1402 "47" "47"  0x00000100]
+	Pad[-86189  18701  -81291  18701  1102  3000 1402 "48" "48"  0x00000100]
+	Pad[-86189  20670  -81291  20670  1102  3000 1402 "49" "49"  0x00000100]
+	Pad[-86189  22638  -81291  22638  1102  3000 1402 "50" "50"  0x00000100]
+	Pad[-86189  24607  -81291  24607  1102  3000 1402 "51" "51"  0x00000100]
+	Pad[-86189  26575  -81291  26575  1102  3000 1402 "52" "52"  0x00000100]
+	Pad[-86189  28544  -81291  28544  1102  3000 1402 "53" "53"  0x00000100]
+	Pad[-86189  30512  -81291  30512  1102  3000 1402 "54" "54"  0x00000100]
+	Pad[-86189  32481  -81291  32481  1102  3000 1402 "55" "55"  0x00000100]
+	Pad[-86189  34449  -81291  34449  1102  3000 1402 "56" "56"  0x00000100]
+	Pad[-86189  36418  -81291  36418  1102  3000 1402 "57" "57"  0x00000100]
+	Pad[-86189  38386  -81291  38386  1102  3000 1402 "58" "58"  0x00000100]
+	Pad[-86189  40355  -81291  40355  1102  3000 1402 "59" "59"  0x00000100]
+	Pad[-86189  42323  -81291  42323  1102  3000 1402 "60" "60"  0x00000100]
+	Pad[-86189  44292  -81291  44292  1102  3000 1402 "61" "61"  0x00000100]
+	Pad[-86189  46260  -81291  46260  1102  3000 1402 "62" "62"  0x00000100]
+	Pad[-86189  48229  -81291  48229  1102  3000 1402 "63" "63"  0x00000100]
+	Pad[-86189  50197  -81291  50197  1102  3000 1402 "64" "64"  0x00000100]
+	Pad[-86189  52166  -81291  52166  1102  3000 1402 "65" "65"  0x00000100]
+	Pad[-86189  54134  -81291  54134  1102  3000 1402 "66" "66"  0x00000100]
+	Pad[-86189  56103  -81291  56103  1102  3000 1402 "67" "67"  0x00000100]
+	Pad[-86189  58071  -81291  58071  1102  3000 1402 "68" "68"  0x00000100]
+	Pad[-86189  60040  -81291  60040  1102  3000 1402 "69" "69"  0x00000100]
+	Pad[-86189  62008  -81291  62008  1102  3000 1402 "70" "70"  0x00000100]
+	Pad[-86189  63977  -81291  63977  1102  3000 1402 "71" "71"  0x00000100]
+	Pad[-86189  65945  -81291  65945  1102  3000 1402 "72" "72"  0x00000100]
+	Pad[-86189  67914  -81291  67914  1102  3000 1402 "73" "73"  0x00000100]
+	Pad[-86189  69882  -81291  69882  1102  3000 1402 "74" "74"  0x00000100]
+	Pad[-86189  71851  -81291  71851  1102  3000 1402 "75" "75"  0x00000100]
+	Pad[-86189  73819  -81291  73819  1102  3000 1402 "76" "76"  0x00000100]
+	# bottom row
+	Pad[-73818 86189  -73818  81291  1102  3000 1402 "77" "77"  0x00000900]
+	Pad[-71850 86189  -71850  81291  1102  3000 1402 "78" "78"  0x00000900]
+	Pad[-69881 86189  -69881  81291  1102  3000 1402 "79" "79"  0x00000900]
+	Pad[-67913 86189  -67913  81291  1102  3000 1402 "80" "80"  0x00000900]
+	Pad[-65944 86189  -65944  81291  1102  3000 1402 "81" "81"  0x00000900]
+	Pad[-63976 86189  -63976  81291  1102  3000 1402 "82" "82"  0x00000900]
+	Pad[-62007 86189  -62007  81291  1102  3000 1402 "83" "83"  0x00000900]
+	Pad[-60039 86189  -60039  81291  1102  3000 1402 "84" "84"  0x00000900]
+	Pad[-58070 86189  -58070  81291  1102  3000 1402 "85" "85"  0x00000900]
+	Pad[-56102 86189  -56102  81291  1102  3000 1402 "86" "86"  0x00000900]
+	Pad[-54133 86189  -54133  81291  1102  3000 1402 "87" "87"  0x00000900]
+	Pad[-52165 86189  -52165  81291  1102  3000 1402 "88" "88"  0x00000900]
+	Pad[-50196 86189  -50196  81291  1102  3000 1402 "89" "89"  0x00000900]
+	Pad[-48228 86189  -48228  81291  1102  3000 1402 "90" "90"  0x00000900]
+	Pad[-46259 86189  -46259  81291  1102  3000 1402 "91" "91"  0x00000900]
+	Pad[-44291 86189  -44291  81291  1102  3000 1402 "92" "92"  0x00000900]
+	Pad[-42322 86189  -42322  81291  1102  3000 1402 "93" "93"  0x00000900]
+	Pad[-40354 86189  -40354  81291  1102  3000 1402 "94" "94"  0x00000900]
+	Pad[-38385 86189  -38385  81291  1102  3000 1402 "95" "95"  0x00000900]
+	Pad[-36417 86189  -36417  81291  1102  3000 1402 "96" "96"  0x00000900]
+	Pad[-34448 86189  -34448  81291  1102  3000 1402 "97" "97"  0x00000900]
+	Pad[-32480 86189  -32480  81291  1102  3000 1402 "98" "98"  0x00000900]
+	Pad[-30511 86189  -30511  81291  1102  3000 1402 "99" "99"  0x00000900]
+	Pad[-28543 86189  -28543  81291  1102  3000 1402 "100" "100"  0x00000900]
+	Pad[-26574 86189  -26574  81291  1102  3000 1402 "101" "101"  0x00000900]
+	Pad[-24606 86189  -24606  81291  1102  3000 1402 "102" "102"  0x00000900]
+	Pad[-22637 86189  -22637  81291  1102  3000 1402 "103" "103"  0x00000900]
+	Pad[-20669 86189  -20669  81291  1102  3000 1402 "104" "104"  0x00000900]
+	Pad[-18700 86189  -18700  81291  1102  3000 1402 "105" "105"  0x00000900]
+	Pad[-16732 86189  -16732  81291  1102  3000 1402 "106" "106"  0x00000900]
+	Pad[-14763 86189  -14763  81291  1102  3000 1402 "107" "107"  0x00000900]
+	Pad[-12795 86189  -12795  81291  1102  3000 1402 "108" "108"  0x00000900]
+	Pad[-10826 86189  -10826  81291  1102  3000 1402 "109" "109"  0x00000900]
+	Pad[-8858 86189  -8858  81291  1102  3000 1402 "110" "110"  0x00000900]
+	Pad[-6889 86189  -6889  81291  1102  3000 1402 "111" "111"  0x00000900]
+	Pad[-4921 86189  -4921  81291  1102  3000 1402 "112" "112"  0x00000900]
+	Pad[-2952 86189  -2952  81291  1102  3000 1402 "113" "113"  0x00000900]
+	Pad[-984 86189  -984  81291  1102  3000 1402 "114" "114"  0x00000900]
+	Pad[985 86189  985  81291  1102  3000 1402 "115" "115"  0x00000900]
+	Pad[2953 86189  2953  81291  1102  3000 1402 "116" "116"  0x00000900]
+	Pad[4922 86189  4922  81291  1102  3000 1402 "117" "117"  0x00000900]
+	Pad[6890 86189  6890  81291  1102  3000 1402 "118" "118"  0x00000900]
+	Pad[8859 86189  8859  81291  1102  3000 1402 "119" "119"  0x00000900]
+	Pad[10827 86189  10827  81291  1102  3000 1402 "120" "120"  0x00000900]
+	Pad[12796 86189  12796  81291  1102  3000 1402 "121" "121"  0x00000900]
+	Pad[14764 86189  14764  81291  1102  3000 1402 "122" "122"  0x00000900]
+	Pad[16733 86189  16733  81291  1102  3000 1402 "123" "123"  0x00000900]
+	Pad[18701 86189  18701  81291  1102  3000 1402 "124" "124"  0x00000900]
+	Pad[20670 86189  20670  81291  1102  3000 1402 "125" "125"  0x00000900]
+	Pad[22638 86189  22638  81291  1102  3000 1402 "126" "126"  0x00000900]
+	Pad[24607 86189  24607  81291  1102  3000 1402 "127" "127"  0x00000900]
+	Pad[26575 86189  26575  81291  1102  3000 1402 "128" "128"  0x00000900]
+	Pad[28544 86189  28544  81291  1102  3000 1402 "129" "129"  0x00000900]
+	Pad[30512 86189  30512  81291  1102  3000 1402 "130" "130"  0x00000900]
+	Pad[32481 86189  32481  81291  1102  3000 1402 "131" "131"  0x00000900]
+	Pad[34449 86189  34449  81291  1102  3000 1402 "132" "132"  0x00000900]
+	Pad[36418 86189  36418  81291  1102  3000 1402 "133" "133"  0x00000900]
+	Pad[38386 86189  38386  81291  1102  3000 1402 "134" "134"  0x00000900]
+	Pad[40355 86189  40355  81291  1102  3000 1402 "135" "135"  0x00000900]
+	Pad[42323 86189  42323  81291  1102  3000 1402 "136" "136"  0x00000900]
+	Pad[44292 86189  44292  81291  1102  3000 1402 "137" "137"  0x00000900]
+	Pad[46260 86189  46260  81291  1102  3000 1402 "138" "138"  0x00000900]
+	Pad[48229 86189  48229  81291  1102  3000 1402 "139" "139"  0x00000900]
+	Pad[50197 86189  50197  81291  1102  3000 1402 "140" "140"  0x00000900]
+	Pad[52166 86189  52166  81291  1102  3000 1402 "141" "141"  0x00000900]
+	Pad[54134 86189  54134  81291  1102  3000 1402 "142" "142"  0x00000900]
+	Pad[56103 86189  56103  81291  1102  3000 1402 "143" "143"  0x00000900]
+	Pad[58071 86189  58071  81291  1102  3000 1402 "144" "144"  0x00000900]
+	Pad[60040 86189  60040  81291  1102  3000 1402 "145" "145"  0x00000900]
+	Pad[62008 86189  62008  81291  1102  3000 1402 "146" "146"  0x00000900]
+	Pad[63977 86189  63977  81291  1102  3000 1402 "147" "147"  0x00000900]
+	Pad[65945 86189  65945  81291  1102  3000 1402 "148" "148"  0x00000900]
+	Pad[67914 86189  67914  81291  1102  3000 1402 "149" "149"  0x00000900]
+	Pad[69882 86189  69882  81291  1102  3000 1402 "150" "150"  0x00000900]
+	Pad[71851 86189  71851  81291  1102  3000 1402 "151" "151"  0x00000900]
+	Pad[73819 86189  73819  81291  1102  3000 1402 "152" "152"  0x00000900]
+	# right row
+	Pad[86189  73818  81291  73818  1102  3000 1402 "153" "153"  0x00000100]
+	Pad[86189  71850  81291  71850  1102  3000 1402 "154" "154"  0x00000100]
+	Pad[86189  69881  81291  69881  1102  3000 1402 "155" "155"  0x00000100]
+	Pad[86189  67913  81291  67913  1102  3000 1402 "156" "156"  0x00000100]
+	Pad[86189  65944  81291  65944  1102  3000 1402 "157" "157"  0x00000100]
+	Pad[86189  63976  81291  63976  1102  3000 1402 "158" "158"  0x00000100]
+	Pad[86189  62007  81291  62007  1102  3000 1402 "159" "159"  0x00000100]
+	Pad[86189  60039  81291  60039  1102  3000 1402 "160" "160"  0x00000100]
+	Pad[86189  58070  81291  58070  1102  3000 1402 "161" "161"  0x00000100]
+	Pad[86189  56102  81291  56102  1102  3000 1402 "162" "162"  0x00000100]
+	Pad[86189  54133  81291  54133  1102  3000 1402 "163" "163"  0x00000100]
+	Pad[86189  52165  81291  52165  1102  3000 1402 "164" "164"  0x00000100]
+	Pad[86189  50196  81291  50196  1102  3000 1402 "165" "165"  0x00000100]
+	Pad[86189  48228  81291  48228  1102  3000 1402 "166" "166"  0x00000100]
+	Pad[86189  46259  81291  46259  1102  3000 1402 "167" "167"  0x00000100]
+	Pad[86189  44291  81291  44291  1102  3000 1402 "168" "168"  0x00000100]
+	Pad[86189  42322  81291  42322  1102  3000 1402 "169" "169"  0x00000100]
+	Pad[86189  40354  81291  40354  1102  3000 1402 "170" "170"  0x00000100]
+	Pad[86189  38385  81291  38385  1102  3000 1402 "171" "171"  0x00000100]
+	Pad[86189  36417  81291  36417  1102  3000 1402 "172" "172"  0x00000100]
+	Pad[86189  34448  81291  34448  1102  3000 1402 "173" "173"  0x00000100]
+	Pad[86189  32480  81291  32480  1102  3000 1402 "174" "174"  0x00000100]
+	Pad[86189  30511  81291  30511  1102  3000 1402 "175" "175"  0x00000100]
+	Pad[86189  28543  81291  28543  1102  3000 1402 "176" "176"  0x00000100]
+	Pad[86189  26574  81291  26574  1102  3000 1402 "177" "177"  0x00000100]
+	Pad[86189  24606  81291  24606  1102  3000 1402 "178" "178"  0x00000100]
+	Pad[86189  22637  81291  22637  1102  3000 1402 "179" "179"  0x00000100]
+	Pad[86189  20669  81291  20669  1102  3000 1402 "180" "180"  0x00000100]
+	Pad[86189  18700  81291  18700  1102  3000 1402 "181" "181"  0x00000100]
+	Pad[86189  16732  81291  16732  1102  3000 1402 "182" "182"  0x00000100]
+	Pad[86189  14763  81291  14763  1102  3000 1402 "183" "183"  0x00000100]
+	Pad[86189  12795  81291  12795  1102  3000 1402 "184" "184"  0x00000100]
+	Pad[86189  10826  81291  10826  1102  3000 1402 "185" "185"  0x00000100]
+	Pad[86189  8858  81291  8858  1102  3000 1402 "186" "186"  0x00000100]
+	Pad[86189  6889  81291  6889  1102  3000 1402 "187" "187"  0x00000100]
+	Pad[86189  4921  81291  4921  1102  3000 1402 "188" "188"  0x00000100]
+	Pad[86189  2952  81291  2952  1102  3000 1402 "189" "189"  0x00000100]
+	Pad[86189  984  81291  984  1102  3000 1402 "190" "190"  0x00000100]
+	Pad[86189  -985  81291  -985  1102  3000 1402 "191" "191"  0x00000100]
+	Pad[86189  -2953  81291  -2953  1102  3000 1402 "192" "192"  0x00000100]
+	Pad[86189  -4922  81291  -4922  1102  3000 1402 "193" "193"  0x00000100]
+	Pad[86189  -6890  81291  -6890  1102  3000 1402 "194" "194"  0x00000100]
+	Pad[86189  -8859  81291  -8859  1102  3000 1402 "195" "195"  0x00000100]
+	Pad[86189  -10827  81291  -10827  1102  3000 1402 "196" "196"  0x00000100]
+	Pad[86189  -12796  81291  -12796  1102  3000 1402 "197" "197"  0x00000100]
+	Pad[86189  -14764  81291  -14764  1102  3000 1402 "198" "198"  0x00000100]
+	Pad[86189  -16733  81291  -16733  1102  3000 1402 "199" "199"  0x00000100]
+	Pad[86189  -18701  81291  -18701  1102  3000 1402 "200" "200"  0x00000100]
+	Pad[86189  -20670  81291  -20670  1102  3000 1402 "201" "201"  0x00000100]
+	Pad[86189  -22638  81291  -22638  1102  3000 1402 "202" "202"  0x00000100]
+	Pad[86189  -24607  81291  -24607  1102  3000 1402 "203" "203"  0x00000100]
+	Pad[86189  -26575  81291  -26575  1102  3000 1402 "204" "204"  0x00000100]
+	Pad[86189  -28544  81291  -28544  1102  3000 1402 "205" "205"  0x00000100]
+	Pad[86189  -30512  81291  -30512  1102  3000 1402 "206" "206"  0x00000100]
+	Pad[86189  -32481  81291  -32481  1102  3000 1402 "207" "207"  0x00000100]
+	Pad[86189  -34449  81291  -34449  1102  3000 1402 "208" "208"  0x00000100]
+	Pad[86189  -36418  81291  -36418  1102  3000 1402 "209" "209"  0x00000100]
+	Pad[86189  -38386  81291  -38386  1102  3000 1402 "210" "210"  0x00000100]
+	Pad[86189  -40355  81291  -40355  1102  3000 1402 "211" "211"  0x00000100]
+	Pad[86189  -42323  81291  -42323  1102  3000 1402 "212" "212"  0x00000100]
+	Pad[86189  -44292  81291  -44292  1102  3000 1402 "213" "213"  0x00000100]
+	Pad[86189  -46260  81291  -46260  1102  3000 1402 "214" "214"  0x00000100]
+	Pad[86189  -48229  81291  -48229  1102  3000 1402 "215" "215"  0x00000100]
+	Pad[86189  -50197  81291  -50197  1102  3000 1402 "216" "216"  0x00000100]
+	Pad[86189  -52166  81291  -52166  1102  3000 1402 "217" "217"  0x00000100]
+	Pad[86189  -54134  81291  -54134  1102  3000 1402 "218" "218"  0x00000100]
+	Pad[86189  -56103  81291  -56103  1102  3000 1402 "219" "219"  0x00000100]
+	Pad[86189  -58071  81291  -58071  1102  3000 1402 "220" "220"  0x00000100]
+	Pad[86189  -60040  81291  -60040  1102  3000 1402 "221" "221"  0x00000100]
+	Pad[86189  -62008  81291  -62008  1102  3000 1402 "222" "222"  0x00000100]
+	Pad[86189  -63977  81291  -63977  1102  3000 1402 "223" "223"  0x00000100]
+	Pad[86189  -65945  81291  -65945  1102  3000 1402 "224" "224"  0x00000100]
+	Pad[86189  -67914  81291  -67914  1102  3000 1402 "225" "225"  0x00000100]
+	Pad[86189  -69882  81291  -69882  1102  3000 1402 "226" "226"  0x00000100]
+	Pad[86189  -71851  81291  -71851  1102  3000 1402 "227" "227"  0x00000100]
+	Pad[86189  -73819  81291  -73819  1102  3000 1402 "228" "228"  0x00000100]
+	# top row
+	Pad[73818 -86189  73818  -81291  1102  3000 1402 "229" "229"  0x00000900]
+	Pad[71850 -86189  71850  -81291  1102  3000 1402 "230" "230"  0x00000900]
+	Pad[69881 -86189  69881  -81291  1102  3000 1402 "231" "231"  0x00000900]
+	Pad[67913 -86189  67913  -81291  1102  3000 1402 "232" "232"  0x00000900]
+	Pad[65944 -86189  65944  -81291  1102  3000 1402 "233" "233"  0x00000900]
+	Pad[63976 -86189  63976  -81291  1102  3000 1402 "234" "234"  0x00000900]
+	Pad[62007 -86189  62007  -81291  1102  3000 1402 "235" "235"  0x00000900]
+	Pad[60039 -86189  60039  -81291  1102  3000 1402 "236" "236"  0x00000900]
+	Pad[58070 -86189  58070  -81291  1102  3000 1402 "237" "237"  0x00000900]
+	Pad[56102 -86189  56102  -81291  1102  3000 1402 "238" "238"  0x00000900]
+	Pad[54133 -86189  54133  -81291  1102  3000 1402 "239" "239"  0x00000900]
+	Pad[52165 -86189  52165  -81291  1102  3000 1402 "240" "240"  0x00000900]
+	Pad[50196 -86189  50196  -81291  1102  3000 1402 "241" "241"  0x00000900]
+	Pad[48228 -86189  48228  -81291  1102  3000 1402 "242" "242"  0x00000900]
+	Pad[46259 -86189  46259  -81291  1102  3000 1402 "243" "243"  0x00000900]
+	Pad[44291 -86189  44291  -81291  1102  3000 1402 "244" "244"  0x00000900]
+	Pad[42322 -86189  42322  -81291  1102  3000 1402 "245" "245"  0x00000900]
+	Pad[40354 -86189  40354  -81291  1102  3000 1402 "246" "246"  0x00000900]
+	Pad[38385 -86189  38385  -81291  1102  3000 1402 "247" "247"  0x00000900]
+	Pad[36417 -86189  36417  -81291  1102  3000 1402 "248" "248"  0x00000900]
+	Pad[34448 -86189  34448  -81291  1102  3000 1402 "249" "249"  0x00000900]
+	Pad[32480 -86189  32480  -81291  1102  3000 1402 "250" "250"  0x00000900]
+	Pad[30511 -86189  30511  -81291  1102  3000 1402 "251" "251"  0x00000900]
+	Pad[28543 -86189  28543  -81291  1102  3000 1402 "252" "252"  0x00000900]
+	Pad[26574 -86189  26574  -81291  1102  3000 1402 "253" "253"  0x00000900]
+	Pad[24606 -86189  24606  -81291  1102  3000 1402 "254" "254"  0x00000900]
+	Pad[22637 -86189  22637  -81291  1102  3000 1402 "255" "255"  0x00000900]
+	Pad[20669 -86189  20669  -81291  1102  3000 1402 "256" "256"  0x00000900]
+	Pad[18700 -86189  18700  -81291  1102  3000 1402 "257" "257"  0x00000900]
+	Pad[16732 -86189  16732  -81291  1102  3000 1402 "258" "258"  0x00000900]
+	Pad[14763 -86189  14763  -81291  1102  3000 1402 "259" "259"  0x00000900]
+	Pad[12795 -86189  12795  -81291  1102  3000 1402 "260" "260"  0x00000900]
+	Pad[10826 -86189  10826  -81291  1102  3000 1402 "261" "261"  0x00000900]
+	Pad[8858 -86189  8858  -81291  1102  3000 1402 "262" "262"  0x00000900]
+	Pad[6889 -86189  6889  -81291  1102  3000 1402 "263" "263"  0x00000900]
+	Pad[4921 -86189  4921  -81291  1102  3000 1402 "264" "264"  0x00000900]
+	Pad[2952 -86189  2952  -81291  1102  3000 1402 "265" "265"  0x00000900]
+	Pad[984 -86189  984  -81291  1102  3000 1402 "266" "266"  0x00000900]
+	Pad[-985 -86189  -985  -81291  1102  3000 1402 "267" "267"  0x00000900]
+	Pad[-2953 -86189  -2953  -81291  1102  3000 1402 "268" "268"  0x00000900]
+	Pad[-4922 -86189  -4922  -81291  1102  3000 1402 "269" "269"  0x00000900]
+	Pad[-6890 -86189  -6890  -81291  1102  3000 1402 "270" "270"  0x00000900]
+	Pad[-8859 -86189  -8859  -81291  1102  3000 1402 "271" "271"  0x00000900]
+	Pad[-10827 -86189  -10827  -81291  1102  3000 1402 "272" "272"  0x00000900]
+	Pad[-12796 -86189  -12796  -81291  1102  3000 1402 "273" "273"  0x00000900]
+	Pad[-14764 -86189  -14764  -81291  1102  3000 1402 "274" "274"  0x00000900]
+	Pad[-16733 -86189  -16733  -81291  1102  3000 1402 "275" "275"  0x00000900]
+	Pad[-18701 -86189  -18701  -81291  1102  3000 1402 "276" "276"  0x00000900]
+	Pad[-20670 -86189  -20670  -81291  1102  3000 1402 "277" "277"  0x00000900]
+	Pad[-22638 -86189  -22638  -81291  1102  3000 1402 "278" "278"  0x00000900]
+	Pad[-24607 -86189  -24607  -81291  1102  3000 1402 "279" "279"  0x00000900]
+	Pad[-26575 -86189  -26575  -81291  1102  3000 1402 "280" "280"  0x00000900]
+	Pad[-28544 -86189  -28544  -81291  1102  3000 1402 "281" "281"  0x00000900]
+	Pad[-30512 -86189  -30512  -81291  1102  3000 1402 "282" "282"  0x00000900]
+	Pad[-32481 -86189  -32481  -81291  1102  3000 1402 "283" "283"  0x00000900]
+	Pad[-34449 -86189  -34449  -81291  1102  3000 1402 "284" "284"  0x00000900]
+	Pad[-36418 -86189  -36418  -81291  1102  3000 1402 "285" "285"  0x00000900]
+	Pad[-38386 -86189  -38386  -81291  1102  3000 1402 "286" "286"  0x00000900]
+	Pad[-40355 -86189  -40355  -81291  1102  3000 1402 "287" "287"  0x00000900]
+	Pad[-42323 -86189  -42323  -81291  1102  3000 1402 "288" "288"  0x00000900]
+	Pad[-44292 -86189  -44292  -81291  1102  3000 1402 "289" "289"  0x00000900]
+	Pad[-46260 -86189  -46260  -81291  1102  3000 1402 "290" "290"  0x00000900]
+	Pad[-48229 -86189  -48229  -81291  1102  3000 1402 "291" "291"  0x00000900]
+	Pad[-50197 -86189  -50197  -81291  1102  3000 1402 "292" "292"  0x00000900]
+	Pad[-52166 -86189  -52166  -81291  1102  3000 1402 "293" "293"  0x00000900]
+	Pad[-54134 -86189  -54134  -81291  1102  3000 1402 "294" "294"  0x00000900]
+	Pad[-56103 -86189  -56103  -81291  1102  3000 1402 "295" "295"  0x00000900]
+	Pad[-58071 -86189  -58071  -81291  1102  3000 1402 "296" "296"  0x00000900]
+	Pad[-60040 -86189  -60040  -81291  1102  3000 1402 "297" "297"  0x00000900]
+	Pad[-62008 -86189  -62008  -81291  1102  3000 1402 "298" "298"  0x00000900]
+	Pad[-63977 -86189  -63977  -81291  1102  3000 1402 "299" "299"  0x00000900]
+	Pad[-65945 -86189  -65945  -81291  1102  3000 1402 "300" "300"  0x00000900]
+	Pad[-67914 -86189  -67914  -81291  1102  3000 1402 "301" "301"  0x00000900]
+	Pad[-69882 -86189  -69882  -81291  1102  3000 1402 "302" "302"  0x00000900]
+	Pad[-71851 -86189  -71851  -81291  1102  3000 1402 "303" "303"  0x00000900]
+	Pad[-73819 -86189  -73819  -81291  1102  3000 1402 "304" "304"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-75440 -78340 78340 -78340 800]
+	# right
+	ElementLine[78340 -78340 78340 78340 800]
+	# bottom
+	ElementLine[78340 78340 -78340 78340 800]
+	# left
+	ElementLine[-78340 78340 -78340 -75440 800]
+	# angled corner
+	ElementLine[-78340 -75440 -75440 -78340 800]
+	ElementArc[-75440 -75440 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFP32_7.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFP32_7.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFP32_7.fp	(revision 296)
@@ -0,0 +1,51 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "QFP32_7" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-20992  -11023  -16566  -11023  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-20992  -7874  -16566  -7874  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-20992  -4724  -16566  -4724  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-20992  -1575  -16566  -1575  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-20992  1575  -16566  1575  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-20992  4725  -16566  4725  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-20992  7874  -16566  7874  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-20992  11024  -16566  11024  1574  3000 1874 "8" "8"  0x00000100]
+	# bottom row
+	Pad[-11023 20992  -11023  16566  1574  3000 1874 "9" "9"  0x00000900]
+	Pad[-7874 20992  -7874  16566  1574  3000 1874 "10" "10"  0x00000900]
+	Pad[-4724 20992  -4724  16566  1574  3000 1874 "11" "11"  0x00000900]
+	Pad[-1575 20992  -1575  16566  1574  3000 1874 "12" "12"  0x00000900]
+	Pad[1575 20992  1575  16566  1574  3000 1874 "13" "13"  0x00000900]
+	Pad[4725 20992  4725  16566  1574  3000 1874 "14" "14"  0x00000900]
+	Pad[7874 20992  7874  16566  1574  3000 1874 "15" "15"  0x00000900]
+	Pad[11024 20992  11024  16566  1574  3000 1874 "16" "16"  0x00000900]
+	# right row
+	Pad[20992  11023  16566  11023  1574  3000 1874 "17" "17"  0x00000100]
+	Pad[20992  7874  16566  7874  1574  3000 1874 "18" "18"  0x00000100]
+	Pad[20992  4724  16566  4724  1574  3000 1874 "19" "19"  0x00000100]
+	Pad[20992  1575  16566  1575  1574  3000 1874 "20" "20"  0x00000100]
+	Pad[20992  -1575  16566  -1575  1574  3000 1874 "21" "21"  0x00000100]
+	Pad[20992  -4725  16566  -4725  1574  3000 1874 "22" "22"  0x00000100]
+	Pad[20992  -7874  16566  -7874  1574  3000 1874 "23" "23"  0x00000100]
+	Pad[20992  -11024  16566  -11024  1574  3000 1874 "24" "24"  0x00000100]
+	# top row
+	Pad[11023 -20992  11023  -16566  1574  3000 1874 "25" "25"  0x00000900]
+	Pad[7874 -20992  7874  -16566  1574  3000 1874 "26" "26"  0x00000900]
+	Pad[4724 -20992  4724  -16566  1574  3000 1874 "27" "27"  0x00000900]
+	Pad[1575 -20992  1575  -16566  1574  3000 1874 "28" "28"  0x00000900]
+	Pad[-1575 -20992  -1575  -16566  1574  3000 1874 "29" "29"  0x00000900]
+	Pad[-4725 -20992  -4725  -16566  1574  3000 1874 "30" "30"  0x00000900]
+	Pad[-7874 -20992  -7874  -16566  1574  3000 1874 "31" "31"  0x00000900]
+	Pad[-11024 -20992  -11024  -16566  1574  3000 1874 "32" "32"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-10479 -13379 13379 -13379 800]
+	# right
+	ElementLine[13379 -13379 13379 13379 800]
+	# bottom
+	ElementLine[13379 13379 -13379 13379 800]
+	# left
+	ElementLine[-13379 13379 -13379 -10479 800]
+	# angled corner
+	ElementLine[-13379 -10479 -10479 -13379 800]
+	ElementArc[-10479 -10479 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFP44_10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFP44_10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFP44_10.fp	(revision 296)
@@ -0,0 +1,63 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "QFP44_10" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-26898  -15748  -22472  -15748  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-26898  -12599  -22472  -12599  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-26898  -9449  -22472  -9449  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-26898  -6300  -22472  -6300  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-26898  -3150  -22472  -3150  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-26898  0  -22472  0  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-26898  3149  -22472  3149  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-26898  6299  -22472  6299  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-26898  9448  -22472  9448  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-26898  12598  -22472  12598  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-26898  15748  -22472  15748  1574  3000 1874 "11" "11"  0x00000100]
+	# bottom row
+	Pad[-15748 26898  -15748  22472  1574  3000 1874 "12" "12"  0x00000900]
+	Pad[-12599 26898  -12599  22472  1574  3000 1874 "13" "13"  0x00000900]
+	Pad[-9449 26898  -9449  22472  1574  3000 1874 "14" "14"  0x00000900]
+	Pad[-6300 26898  -6300  22472  1574  3000 1874 "15" "15"  0x00000900]
+	Pad[-3150 26898  -3150  22472  1574  3000 1874 "16" "16"  0x00000900]
+	Pad[0 26898  0  22472  1574  3000 1874 "17" "17"  0x00000900]
+	Pad[3149 26898  3149  22472  1574  3000 1874 "18" "18"  0x00000900]
+	Pad[6299 26898  6299  22472  1574  3000 1874 "19" "19"  0x00000900]
+	Pad[9448 26898  9448  22472  1574  3000 1874 "20" "20"  0x00000900]
+	Pad[12598 26898  12598  22472  1574  3000 1874 "21" "21"  0x00000900]
+	Pad[15748 26898  15748  22472  1574  3000 1874 "22" "22"  0x00000900]
+	# right row
+	Pad[26898  15748  22472  15748  1574  3000 1874 "23" "23"  0x00000100]
+	Pad[26898  12599  22472  12599  1574  3000 1874 "24" "24"  0x00000100]
+	Pad[26898  9449  22472  9449  1574  3000 1874 "25" "25"  0x00000100]
+	Pad[26898  6300  22472  6300  1574  3000 1874 "26" "26"  0x00000100]
+	Pad[26898  3150  22472  3150  1574  3000 1874 "27" "27"  0x00000100]
+	Pad[26898  0  22472  0  1574  3000 1874 "28" "28"  0x00000100]
+	Pad[26898  -3149  22472  -3149  1574  3000 1874 "29" "29"  0x00000100]
+	Pad[26898  -6299  22472  -6299  1574  3000 1874 "30" "30"  0x00000100]
+	Pad[26898  -9448  22472  -9448  1574  3000 1874 "31" "31"  0x00000100]
+	Pad[26898  -12598  22472  -12598  1574  3000 1874 "32" "32"  0x00000100]
+	Pad[26898  -15748  22472  -15748  1574  3000 1874 "33" "33"  0x00000100]
+	# top row
+	Pad[15748 -26898  15748  -22472  1574  3000 1874 "34" "34"  0x00000900]
+	Pad[12599 -26898  12599  -22472  1574  3000 1874 "35" "35"  0x00000900]
+	Pad[9449 -26898  9449  -22472  1574  3000 1874 "36" "36"  0x00000900]
+	Pad[6300 -26898  6300  -22472  1574  3000 1874 "37" "37"  0x00000900]
+	Pad[3150 -26898  3150  -22472  1574  3000 1874 "38" "38"  0x00000900]
+	Pad[0 -26898  0  -22472  1574  3000 1874 "39" "39"  0x00000900]
+	Pad[-3149 -26898  -3149  -22472  1574  3000 1874 "40" "40"  0x00000900]
+	Pad[-6299 -26898  -6299  -22472  1574  3000 1874 "41" "41"  0x00000900]
+	Pad[-9448 -26898  -9448  -22472  1574  3000 1874 "42" "42"  0x00000900]
+	Pad[-12598 -26898  -12598  -22472  1574  3000 1874 "43" "43"  0x00000900]
+	Pad[-15748 -26898  -15748  -22472  1574  3000 1874 "44" "44"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-16385 -19285 19285 -19285 800]
+	# right
+	ElementLine[19285 -19285 19285 19285 800]
+	# bottom
+	ElementLine[19285 19285 -19285 19285 800]
+	# left
+	ElementLine[-19285 19285 -19285 -16385 800]
+	# angled corner
+	ElementLine[-19285 -16385 -16385 -19285 800]
+	ElementArc[-16385 -16385 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFP52_10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFP52_10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFP52_10.fp	(revision 296)
@@ -0,0 +1,71 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "QFP52_10" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-26898  -15354  -22472  -15354  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-26898  -12795  -22472  -12795  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-26898  -10236  -22472  -10236  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-26898  -7677  -22472  -7677  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-26898  -5118  -22472  -5118  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-26898  -2559  -22472  -2559  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-26898  0  -22472  0  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-26898  2559  -22472  2559  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-26898  5118  -22472  5118  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-26898  7677  -22472  7677  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-26898  10236  -22472  10236  1574  3000 1874 "11" "11"  0x00000100]
+	Pad[-26898  12795  -22472  12795  1574  3000 1874 "12" "12"  0x00000100]
+	Pad[-26898  15354  -22472  15354  1574  3000 1874 "13" "13"  0x00000100]
+	# bottom row
+	Pad[-15354 26898  -15354  22472  1574  3000 1874 "14" "14"  0x00000900]
+	Pad[-12795 26898  -12795  22472  1574  3000 1874 "15" "15"  0x00000900]
+	Pad[-10236 26898  -10236  22472  1574  3000 1874 "16" "16"  0x00000900]
+	Pad[-7677 26898  -7677  22472  1574  3000 1874 "17" "17"  0x00000900]
+	Pad[-5118 26898  -5118  22472  1574  3000 1874 "18" "18"  0x00000900]
+	Pad[-2559 26898  -2559  22472  1574  3000 1874 "19" "19"  0x00000900]
+	Pad[0 26898  0  22472  1574  3000 1874 "20" "20"  0x00000900]
+	Pad[2559 26898  2559  22472  1574  3000 1874 "21" "21"  0x00000900]
+	Pad[5118 26898  5118  22472  1574  3000 1874 "22" "22"  0x00000900]
+	Pad[7677 26898  7677  22472  1574  3000 1874 "23" "23"  0x00000900]
+	Pad[10236 26898  10236  22472  1574  3000 1874 "24" "24"  0x00000900]
+	Pad[12795 26898  12795  22472  1574  3000 1874 "25" "25"  0x00000900]
+	Pad[15354 26898  15354  22472  1574  3000 1874 "26" "26"  0x00000900]
+	# right row
+	Pad[26898  15354  22472  15354  1574  3000 1874 "27" "27"  0x00000100]
+	Pad[26898  12795  22472  12795  1574  3000 1874 "28" "28"  0x00000100]
+	Pad[26898  10236  22472  10236  1574  3000 1874 "29" "29"  0x00000100]
+	Pad[26898  7677  22472  7677  1574  3000 1874 "30" "30"  0x00000100]
+	Pad[26898  5118  22472  5118  1574  3000 1874 "31" "31"  0x00000100]
+	Pad[26898  2559  22472  2559  1574  3000 1874 "32" "32"  0x00000100]
+	Pad[26898  0  22472  0  1574  3000 1874 "33" "33"  0x00000100]
+	Pad[26898  -2559  22472  -2559  1574  3000 1874 "34" "34"  0x00000100]
+	Pad[26898  -5118  22472  -5118  1574  3000 1874 "35" "35"  0x00000100]
+	Pad[26898  -7677  22472  -7677  1574  3000 1874 "36" "36"  0x00000100]
+	Pad[26898  -10236  22472  -10236  1574  3000 1874 "37" "37"  0x00000100]
+	Pad[26898  -12795  22472  -12795  1574  3000 1874 "38" "38"  0x00000100]
+	Pad[26898  -15354  22472  -15354  1574  3000 1874 "39" "39"  0x00000100]
+	# top row
+	Pad[15354 -26898  15354  -22472  1574  3000 1874 "40" "40"  0x00000900]
+	Pad[12795 -26898  12795  -22472  1574  3000 1874 "41" "41"  0x00000900]
+	Pad[10236 -26898  10236  -22472  1574  3000 1874 "42" "42"  0x00000900]
+	Pad[7677 -26898  7677  -22472  1574  3000 1874 "43" "43"  0x00000900]
+	Pad[5118 -26898  5118  -22472  1574  3000 1874 "44" "44"  0x00000900]
+	Pad[2559 -26898  2559  -22472  1574  3000 1874 "45" "45"  0x00000900]
+	Pad[0 -26898  0  -22472  1574  3000 1874 "46" "46"  0x00000900]
+	Pad[-2559 -26898  -2559  -22472  1574  3000 1874 "47" "47"  0x00000900]
+	Pad[-5118 -26898  -5118  -22472  1574  3000 1874 "48" "48"  0x00000900]
+	Pad[-7677 -26898  -7677  -22472  1574  3000 1874 "49" "49"  0x00000900]
+	Pad[-10236 -26898  -10236  -22472  1574  3000 1874 "50" "50"  0x00000900]
+	Pad[-12795 -26898  -12795  -22472  1574  3000 1874 "51" "51"  0x00000900]
+	Pad[-15354 -26898  -15354  -22472  1574  3000 1874 "52" "52"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-16385 -19285 19285 -19285 800]
+	# right
+	ElementLine[19285 -19285 19285 19285 800]
+	# bottom
+	ElementLine[19285 19285 -19285 19285 800]
+	# left
+	ElementLine[-19285 19285 -19285 -16385 800]
+	# angled corner
+	ElementLine[-19285 -16385 -16385 -19285 800]
+	ElementArc[-16385 -16385 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFP64_14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFP64_14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFP64_14.fp	(revision 296)
@@ -0,0 +1,83 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "QFP64_14" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-34772  -23622  -30346  -23622  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-34772  -20473  -30346  -20473  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-34772  -17323  -30346  -17323  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-34772  -14174  -30346  -14174  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-34772  -11024  -30346  -11024  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-34772  -7874  -30346  -7874  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-34772  -4725  -30346  -4725  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-34772  -1575  -30346  -1575  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-34772  1574  -30346  1574  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-34772  4724  -30346  4724  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-34772  7874  -30346  7874  1574  3000 1874 "11" "11"  0x00000100]
+	Pad[-34772  11023  -30346  11023  1574  3000 1874 "12" "12"  0x00000100]
+	Pad[-34772  14173  -30346  14173  1574  3000 1874 "13" "13"  0x00000100]
+	Pad[-34772  17322  -30346  17322  1574  3000 1874 "14" "14"  0x00000100]
+	Pad[-34772  20472  -30346  20472  1574  3000 1874 "15" "15"  0x00000100]
+	Pad[-34772  23622  -30346  23622  1574  3000 1874 "16" "16"  0x00000100]
+	# bottom row
+	Pad[-23622 34772  -23622  30346  1574  3000 1874 "17" "17"  0x00000900]
+	Pad[-20473 34772  -20473  30346  1574  3000 1874 "18" "18"  0x00000900]
+	Pad[-17323 34772  -17323  30346  1574  3000 1874 "19" "19"  0x00000900]
+	Pad[-14174 34772  -14174  30346  1574  3000 1874 "20" "20"  0x00000900]
+	Pad[-11024 34772  -11024  30346  1574  3000 1874 "21" "21"  0x00000900]
+	Pad[-7874 34772  -7874  30346  1574  3000 1874 "22" "22"  0x00000900]
+	Pad[-4725 34772  -4725  30346  1574  3000 1874 "23" "23"  0x00000900]
+	Pad[-1575 34772  -1575  30346  1574  3000 1874 "24" "24"  0x00000900]
+	Pad[1574 34772  1574  30346  1574  3000 1874 "25" "25"  0x00000900]
+	Pad[4724 34772  4724  30346  1574  3000 1874 "26" "26"  0x00000900]
+	Pad[7874 34772  7874  30346  1574  3000 1874 "27" "27"  0x00000900]
+	Pad[11023 34772  11023  30346  1574  3000 1874 "28" "28"  0x00000900]
+	Pad[14173 34772  14173  30346  1574  3000 1874 "29" "29"  0x00000900]
+	Pad[17322 34772  17322  30346  1574  3000 1874 "30" "30"  0x00000900]
+	Pad[20472 34772  20472  30346  1574  3000 1874 "31" "31"  0x00000900]
+	Pad[23622 34772  23622  30346  1574  3000 1874 "32" "32"  0x00000900]
+	# right row
+	Pad[34772  23622  30346  23622  1574  3000 1874 "33" "33"  0x00000100]
+	Pad[34772  20473  30346  20473  1574  3000 1874 "34" "34"  0x00000100]
+	Pad[34772  17323  30346  17323  1574  3000 1874 "35" "35"  0x00000100]
+	Pad[34772  14174  30346  14174  1574  3000 1874 "36" "36"  0x00000100]
+	Pad[34772  11024  30346  11024  1574  3000 1874 "37" "37"  0x00000100]
+	Pad[34772  7874  30346  7874  1574  3000 1874 "38" "38"  0x00000100]
+	Pad[34772  4725  30346  4725  1574  3000 1874 "39" "39"  0x00000100]
+	Pad[34772  1575  30346  1575  1574  3000 1874 "40" "40"  0x00000100]
+	Pad[34772  -1574  30346  -1574  1574  3000 1874 "41" "41"  0x00000100]
+	Pad[34772  -4724  30346  -4724  1574  3000 1874 "42" "42"  0x00000100]
+	Pad[34772  -7874  30346  -7874  1574  3000 1874 "43" "43"  0x00000100]
+	Pad[34772  -11023  30346  -11023  1574  3000 1874 "44" "44"  0x00000100]
+	Pad[34772  -14173  30346  -14173  1574  3000 1874 "45" "45"  0x00000100]
+	Pad[34772  -17322  30346  -17322  1574  3000 1874 "46" "46"  0x00000100]
+	Pad[34772  -20472  30346  -20472  1574  3000 1874 "47" "47"  0x00000100]
+	Pad[34772  -23622  30346  -23622  1574  3000 1874 "48" "48"  0x00000100]
+	# top row
+	Pad[23622 -34772  23622  -30346  1574  3000 1874 "49" "49"  0x00000900]
+	Pad[20473 -34772  20473  -30346  1574  3000 1874 "50" "50"  0x00000900]
+	Pad[17323 -34772  17323  -30346  1574  3000 1874 "51" "51"  0x00000900]
+	Pad[14174 -34772  14174  -30346  1574  3000 1874 "52" "52"  0x00000900]
+	Pad[11024 -34772  11024  -30346  1574  3000 1874 "53" "53"  0x00000900]
+	Pad[7874 -34772  7874  -30346  1574  3000 1874 "54" "54"  0x00000900]
+	Pad[4725 -34772  4725  -30346  1574  3000 1874 "55" "55"  0x00000900]
+	Pad[1575 -34772  1575  -30346  1574  3000 1874 "56" "56"  0x00000900]
+	Pad[-1574 -34772  -1574  -30346  1574  3000 1874 "57" "57"  0x00000900]
+	Pad[-4724 -34772  -4724  -30346  1574  3000 1874 "58" "58"  0x00000900]
+	Pad[-7874 -34772  -7874  -30346  1574  3000 1874 "59" "59"  0x00000900]
+	Pad[-11023 -34772  -11023  -30346  1574  3000 1874 "60" "60"  0x00000900]
+	Pad[-14173 -34772  -14173  -30346  1574  3000 1874 "61" "61"  0x00000900]
+	Pad[-17322 -34772  -17322  -30346  1574  3000 1874 "62" "62"  0x00000900]
+	Pad[-20472 -34772  -20472  -30346  1574  3000 1874 "63" "63"  0x00000900]
+	Pad[-23622 -34772  -23622  -30346  1574  3000 1874 "64" "64"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-24259 -27159 27159 -27159 800]
+	# right
+	ElementLine[27159 -27159 27159 27159 800]
+	# bottom
+	ElementLine[27159 27159 -27159 27159 800]
+	# left
+	ElementLine[-27159 27159 -27159 -24259 800]
+	# angled corner
+	ElementLine[-27159 -24259 -24259 -27159 800]
+	ElementArc[-24259 -24259 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFP64_R.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFP64_R.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFP64_R.fp	(revision 296)
@@ -0,0 +1,83 @@
+Element[0x00000000 "Rectangular Quad-side flat pack" "" "QFP64_R" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-36575  -35433  -30543  -35433  1968  3000 2268 "1" "1"  0x00000100]
+	Pad[-36575  -31496  -30543  -31496  1968  3000 2268 "2" "2"  0x00000100]
+	Pad[-36575  -27559  -30543  -27559  1968  3000 2268 "3" "3"  0x00000100]
+	Pad[-36575  -23622  -30543  -23622  1968  3000 2268 "4" "4"  0x00000100]
+	Pad[-36575  -19685  -30543  -19685  1968  3000 2268 "5" "5"  0x00000100]
+	Pad[-36575  -15748  -30543  -15748  1968  3000 2268 "6" "6"  0x00000100]
+	Pad[-36575  -11811  -30543  -11811  1968  3000 2268 "7" "7"  0x00000100]
+	Pad[-36575  -7874  -30543  -7874  1968  3000 2268 "8" "8"  0x00000100]
+	Pad[-36575  -3937  -30543  -3937  1968  3000 2268 "9" "9"  0x00000100]
+	Pad[-36575  0  -30543  0  1968  3000 2268 "10" "10"  0x00000100]
+	Pad[-36575  3937  -30543  3937  1968  3000 2268 "11" "11"  0x00000100]
+	Pad[-36575  7874  -30543  7874  1968  3000 2268 "12" "12"  0x00000100]
+	Pad[-36575  11811  -30543  11811  1968  3000 2268 "13" "13"  0x00000100]
+	Pad[-36575  15748  -30543  15748  1968  3000 2268 "14" "14"  0x00000100]
+	Pad[-36575  19685  -30543  19685  1968  3000 2268 "15" "15"  0x00000100]
+	Pad[-36575  23622  -30543  23622  1968  3000 2268 "16" "16"  0x00000100]
+	Pad[-36575  27559  -30543  27559  1968  3000 2268 "17" "17"  0x00000100]
+	Pad[-36575  31496  -30543  31496  1968  3000 2268 "18" "18"  0x00000100]
+	Pad[-36575  35433  -30543  35433  1968  3000 2268 "19" "19"  0x00000100]
+	# bottom row
+	Pad[-23622 48386  -23622  42354  1968  3000 2268 "20" "20"  0x00000900]
+	Pad[-19685 48386  -19685  42354  1968  3000 2268 "21" "21"  0x00000900]
+	Pad[-15748 48386  -15748  42354  1968  3000 2268 "22" "22"  0x00000900]
+	Pad[-11811 48386  -11811  42354  1968  3000 2268 "23" "23"  0x00000900]
+	Pad[-7874 48386  -7874  42354  1968  3000 2268 "24" "24"  0x00000900]
+	Pad[-3937 48386  -3937  42354  1968  3000 2268 "25" "25"  0x00000900]
+	Pad[0 48386  0  42354  1968  3000 2268 "26" "26"  0x00000900]
+	Pad[3937 48386  3937  42354  1968  3000 2268 "27" "27"  0x00000900]
+	Pad[7874 48386  7874  42354  1968  3000 2268 "28" "28"  0x00000900]
+	Pad[11811 48386  11811  42354  1968  3000 2268 "29" "29"  0x00000900]
+	Pad[15748 48386  15748  42354  1968  3000 2268 "30" "30"  0x00000900]
+	Pad[19685 48386  19685  42354  1968  3000 2268 "31" "31"  0x00000900]
+	Pad[23622 48386  23622  42354  1968  3000 2268 "32" "32"  0x00000900]
+	# right row
+	Pad[36575  35433  30543  35433  1968  3000 2268 "33" "33"  0x00000100]
+	Pad[36575  31496  30543  31496  1968  3000 2268 "34" "34"  0x00000100]
+	Pad[36575  27559  30543  27559  1968  3000 2268 "35" "35"  0x00000100]
+	Pad[36575  23622  30543  23622  1968  3000 2268 "36" "36"  0x00000100]
+	Pad[36575  19685  30543  19685  1968  3000 2268 "37" "37"  0x00000100]
+	Pad[36575  15748  30543  15748  1968  3000 2268 "38" "38"  0x00000100]
+	Pad[36575  11811  30543  11811  1968  3000 2268 "39" "39"  0x00000100]
+	Pad[36575  7874  30543  7874  1968  3000 2268 "40" "40"  0x00000100]
+	Pad[36575  3937  30543  3937  1968  3000 2268 "41" "41"  0x00000100]
+	Pad[36575  0  30543  0  1968  3000 2268 "42" "42"  0x00000100]
+	Pad[36575  -3937  30543  -3937  1968  3000 2268 "43" "43"  0x00000100]
+	Pad[36575  -7874  30543  -7874  1968  3000 2268 "44" "44"  0x00000100]
+	Pad[36575  -11811  30543  -11811  1968  3000 2268 "45" "45"  0x00000100]
+	Pad[36575  -15748  30543  -15748  1968  3000 2268 "46" "46"  0x00000100]
+	Pad[36575  -19685  30543  -19685  1968  3000 2268 "47" "47"  0x00000100]
+	Pad[36575  -23622  30543  -23622  1968  3000 2268 "48" "48"  0x00000100]
+	Pad[36575  -27559  30543  -27559  1968  3000 2268 "49" "49"  0x00000100]
+	Pad[36575  -31496  30543  -31496  1968  3000 2268 "50" "50"  0x00000100]
+	Pad[36575  -35433  30543  -35433  1968  3000 2268 "51" "51"  0x00000100]
+	# top row
+	Pad[23622 -48386  23622  -42354  1968  3000 2268 "52" "52"  0x00000900]
+	Pad[19685 -48386  19685  -42354  1968  3000 2268 "53" "53"  0x00000900]
+	Pad[15748 -48386  15748  -42354  1968  3000 2268 "54" "54"  0x00000900]
+	Pad[11811 -48386  11811  -42354  1968  3000 2268 "55" "55"  0x00000900]
+	Pad[7874 -48386  7874  -42354  1968  3000 2268 "56" "56"  0x00000900]
+	Pad[3937 -48386  3937  -42354  1968  3000 2268 "57" "57"  0x00000900]
+	Pad[0 -48386  0  -42354  1968  3000 2268 "58" "58"  0x00000900]
+	Pad[-3937 -48386  -3937  -42354  1968  3000 2268 "59" "59"  0x00000900]
+	Pad[-7874 -48386  -7874  -42354  1968  3000 2268 "60" "60"  0x00000900]
+	Pad[-11811 -48386  -11811  -42354  1968  3000 2268 "61" "61"  0x00000900]
+	Pad[-15748 -48386  -15748  -42354  1968  3000 2268 "62" "62"  0x00000900]
+	Pad[-19685 -48386  -19685  -42354  1968  3000 2268 "63" "63"  0x00000900]
+	Pad[-23622 -48386  -23622  -42354  1968  3000 2268 "64" "64"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-24259 -38970 27159 -38970 800]
+	# right
+	ElementLine[27159 -38970 27159 38970 800]
+	# bottom
+	ElementLine[27159 38970 -27159 38970 800]
+	# left
+	ElementLine[-27159 38970 -27159 -36070 800]
+	# angled corner
+	ElementLine[-27159 -36070 -24259 -38970 800]
+	ElementArc[-24259 -36070 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFP80_14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFP80_14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFP80_14.fp	(revision 296)
@@ -0,0 +1,99 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "QFP80_14" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-34772  -24310  -30346  -24310  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-34772  -21751  -30346  -21751  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-34772  -19192  -30346  -19192  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-34772  -16633  -30346  -16633  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-34772  -14074  -30346  -14074  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-34772  -11515  -30346  -11515  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-34772  -8956  -30346  -8956  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-34772  -6397  -30346  -6397  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-34772  -3838  -30346  -3838  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-34772  -1279  -30346  -1279  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-34772  1280  -30346  1280  1574  3000 1874 "11" "11"  0x00000100]
+	Pad[-34772  3839  -30346  3839  1574  3000 1874 "12" "12"  0x00000100]
+	Pad[-34772  6398  -30346  6398  1574  3000 1874 "13" "13"  0x00000100]
+	Pad[-34772  8957  -30346  8957  1574  3000 1874 "14" "14"  0x00000100]
+	Pad[-34772  11516  -30346  11516  1574  3000 1874 "15" "15"  0x00000100]
+	Pad[-34772  14075  -30346  14075  1574  3000 1874 "16" "16"  0x00000100]
+	Pad[-34772  16634  -30346  16634  1574  3000 1874 "17" "17"  0x00000100]
+	Pad[-34772  19193  -30346  19193  1574  3000 1874 "18" "18"  0x00000100]
+	Pad[-34772  21752  -30346  21752  1574  3000 1874 "19" "19"  0x00000100]
+	Pad[-34772  24311  -30346  24311  1574  3000 1874 "20" "20"  0x00000100]
+	# bottom row
+	Pad[-24310 34772  -24310  30346  1574  3000 1874 "21" "21"  0x00000900]
+	Pad[-21751 34772  -21751  30346  1574  3000 1874 "22" "22"  0x00000900]
+	Pad[-19192 34772  -19192  30346  1574  3000 1874 "23" "23"  0x00000900]
+	Pad[-16633 34772  -16633  30346  1574  3000 1874 "24" "24"  0x00000900]
+	Pad[-14074 34772  -14074  30346  1574  3000 1874 "25" "25"  0x00000900]
+	Pad[-11515 34772  -11515  30346  1574  3000 1874 "26" "26"  0x00000900]
+	Pad[-8956 34772  -8956  30346  1574  3000 1874 "27" "27"  0x00000900]
+	Pad[-6397 34772  -6397  30346  1574  3000 1874 "28" "28"  0x00000900]
+	Pad[-3838 34772  -3838  30346  1574  3000 1874 "29" "29"  0x00000900]
+	Pad[-1279 34772  -1279  30346  1574  3000 1874 "30" "30"  0x00000900]
+	Pad[1280 34772  1280  30346  1574  3000 1874 "31" "31"  0x00000900]
+	Pad[3839 34772  3839  30346  1574  3000 1874 "32" "32"  0x00000900]
+	Pad[6398 34772  6398  30346  1574  3000 1874 "33" "33"  0x00000900]
+	Pad[8957 34772  8957  30346  1574  3000 1874 "34" "34"  0x00000900]
+	Pad[11516 34772  11516  30346  1574  3000 1874 "35" "35"  0x00000900]
+	Pad[14075 34772  14075  30346  1574  3000 1874 "36" "36"  0x00000900]
+	Pad[16634 34772  16634  30346  1574  3000 1874 "37" "37"  0x00000900]
+	Pad[19193 34772  19193  30346  1574  3000 1874 "38" "38"  0x00000900]
+	Pad[21752 34772  21752  30346  1574  3000 1874 "39" "39"  0x00000900]
+	Pad[24311 34772  24311  30346  1574  3000 1874 "40" "40"  0x00000900]
+	# right row
+	Pad[34772  24310  30346  24310  1574  3000 1874 "41" "41"  0x00000100]
+	Pad[34772  21751  30346  21751  1574  3000 1874 "42" "42"  0x00000100]
+	Pad[34772  19192  30346  19192  1574  3000 1874 "43" "43"  0x00000100]
+	Pad[34772  16633  30346  16633  1574  3000 1874 "44" "44"  0x00000100]
+	Pad[34772  14074  30346  14074  1574  3000 1874 "45" "45"  0x00000100]
+	Pad[34772  11515  30346  11515  1574  3000 1874 "46" "46"  0x00000100]
+	Pad[34772  8956  30346  8956  1574  3000 1874 "47" "47"  0x00000100]
+	Pad[34772  6397  30346  6397  1574  3000 1874 "48" "48"  0x00000100]
+	Pad[34772  3838  30346  3838  1574  3000 1874 "49" "49"  0x00000100]
+	Pad[34772  1279  30346  1279  1574  3000 1874 "50" "50"  0x00000100]
+	Pad[34772  -1280  30346  -1280  1574  3000 1874 "51" "51"  0x00000100]
+	Pad[34772  -3839  30346  -3839  1574  3000 1874 "52" "52"  0x00000100]
+	Pad[34772  -6398  30346  -6398  1574  3000 1874 "53" "53"  0x00000100]
+	Pad[34772  -8957  30346  -8957  1574  3000 1874 "54" "54"  0x00000100]
+	Pad[34772  -11516  30346  -11516  1574  3000 1874 "55" "55"  0x00000100]
+	Pad[34772  -14075  30346  -14075  1574  3000 1874 "56" "56"  0x00000100]
+	Pad[34772  -16634  30346  -16634  1574  3000 1874 "57" "57"  0x00000100]
+	Pad[34772  -19193  30346  -19193  1574  3000 1874 "58" "58"  0x00000100]
+	Pad[34772  -21752  30346  -21752  1574  3000 1874 "59" "59"  0x00000100]
+	Pad[34772  -24311  30346  -24311  1574  3000 1874 "60" "60"  0x00000100]
+	# top row
+	Pad[24310 -34772  24310  -30346  1574  3000 1874 "61" "61"  0x00000900]
+	Pad[21751 -34772  21751  -30346  1574  3000 1874 "62" "62"  0x00000900]
+	Pad[19192 -34772  19192  -30346  1574  3000 1874 "63" "63"  0x00000900]
+	Pad[16633 -34772  16633  -30346  1574  3000 1874 "64" "64"  0x00000900]
+	Pad[14074 -34772  14074  -30346  1574  3000 1874 "65" "65"  0x00000900]
+	Pad[11515 -34772  11515  -30346  1574  3000 1874 "66" "66"  0x00000900]
+	Pad[8956 -34772  8956  -30346  1574  3000 1874 "67" "67"  0x00000900]
+	Pad[6397 -34772  6397  -30346  1574  3000 1874 "68" "68"  0x00000900]
+	Pad[3838 -34772  3838  -30346  1574  3000 1874 "69" "69"  0x00000900]
+	Pad[1279 -34772  1279  -30346  1574  3000 1874 "70" "70"  0x00000900]
+	Pad[-1280 -34772  -1280  -30346  1574  3000 1874 "71" "71"  0x00000900]
+	Pad[-3839 -34772  -3839  -30346  1574  3000 1874 "72" "72"  0x00000900]
+	Pad[-6398 -34772  -6398  -30346  1574  3000 1874 "73" "73"  0x00000900]
+	Pad[-8957 -34772  -8957  -30346  1574  3000 1874 "74" "74"  0x00000900]
+	Pad[-11516 -34772  -11516  -30346  1574  3000 1874 "75" "75"  0x00000900]
+	Pad[-14075 -34772  -14075  -30346  1574  3000 1874 "76" "76"  0x00000900]
+	Pad[-16634 -34772  -16634  -30346  1574  3000 1874 "77" "77"  0x00000900]
+	Pad[-19193 -34772  -19193  -30346  1574  3000 1874 "78" "78"  0x00000900]
+	Pad[-21752 -34772  -21752  -30346  1574  3000 1874 "79" "79"  0x00000900]
+	Pad[-24311 -34772  -24311  -30346  1574  3000 1874 "80" "80"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-24259 -27159 27159 -27159 800]
+	# right
+	ElementLine[27159 -27159 27159 27159 800]
+	# bottom
+	ElementLine[27159 27159 -27159 27159 800]
+	# left
+	ElementLine[-27159 27159 -27159 -24259 800]
+	# angled corner
+	ElementLine[-27159 -24259 -24259 -27159 800]
+	ElementArc[-24259 -24259 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/QFP80_R.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QFP80_R.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QFP80_R.fp	(revision 296)
@@ -0,0 +1,99 @@
+Element[0x00000000 "Rectangular Quad-side flat pack" "" "QFP80_R" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-36575  -36220  -30543  -36220  1968  3000 2268 "1" "1"  0x00000100]
+	Pad[-36575  -33071  -30543  -33071  1968  3000 2268 "2" "2"  0x00000100]
+	Pad[-36575  -29921  -30543  -29921  1968  3000 2268 "3" "3"  0x00000100]
+	Pad[-36575  -26772  -30543  -26772  1968  3000 2268 "4" "4"  0x00000100]
+	Pad[-36575  -23622  -30543  -23622  1968  3000 2268 "5" "5"  0x00000100]
+	Pad[-36575  -20472  -30543  -20472  1968  3000 2268 "6" "6"  0x00000100]
+	Pad[-36575  -17323  -30543  -17323  1968  3000 2268 "7" "7"  0x00000100]
+	Pad[-36575  -14173  -30543  -14173  1968  3000 2268 "8" "8"  0x00000100]
+	Pad[-36575  -11024  -30543  -11024  1968  3000 2268 "9" "9"  0x00000100]
+	Pad[-36575  -7874  -30543  -7874  1968  3000 2268 "10" "10"  0x00000100]
+	Pad[-36575  -4724  -30543  -4724  1968  3000 2268 "11" "11"  0x00000100]
+	Pad[-36575  -1575  -30543  -1575  1968  3000 2268 "12" "12"  0x00000100]
+	Pad[-36575  1575  -30543  1575  1968  3000 2268 "13" "13"  0x00000100]
+	Pad[-36575  4724  -30543  4724  1968  3000 2268 "14" "14"  0x00000100]
+	Pad[-36575  7874  -30543  7874  1968  3000 2268 "15" "15"  0x00000100]
+	Pad[-36575  11024  -30543  11024  1968  3000 2268 "16" "16"  0x00000100]
+	Pad[-36575  14173  -30543  14173  1968  3000 2268 "17" "17"  0x00000100]
+	Pad[-36575  17323  -30543  17323  1968  3000 2268 "18" "18"  0x00000100]
+	Pad[-36575  20472  -30543  20472  1968  3000 2268 "19" "19"  0x00000100]
+	Pad[-36575  23622  -30543  23622  1968  3000 2268 "20" "20"  0x00000100]
+	Pad[-36575  26772  -30543  26772  1968  3000 2268 "21" "21"  0x00000100]
+	Pad[-36575  29921  -30543  29921  1968  3000 2268 "22" "22"  0x00000100]
+	Pad[-36575  33071  -30543  33071  1968  3000 2268 "23" "23"  0x00000100]
+	Pad[-36575  36220  -30543  36220  1968  3000 2268 "24" "24"  0x00000100]
+	# bottom row
+	Pad[-23622 48386  -23622  42354  1968  3000 2268 "25" "25"  0x00000900]
+	Pad[-20473 48386  -20473  42354  1968  3000 2268 "26" "26"  0x00000900]
+	Pad[-17323 48386  -17323  42354  1968  3000 2268 "27" "27"  0x00000900]
+	Pad[-14174 48386  -14174  42354  1968  3000 2268 "28" "28"  0x00000900]
+	Pad[-11024 48386  -11024  42354  1968  3000 2268 "29" "29"  0x00000900]
+	Pad[-7874 48386  -7874  42354  1968  3000 2268 "30" "30"  0x00000900]
+	Pad[-4725 48386  -4725  42354  1968  3000 2268 "31" "31"  0x00000900]
+	Pad[-1575 48386  -1575  42354  1968  3000 2268 "32" "32"  0x00000900]
+	Pad[1574 48386  1574  42354  1968  3000 2268 "33" "33"  0x00000900]
+	Pad[4724 48386  4724  42354  1968  3000 2268 "34" "34"  0x00000900]
+	Pad[7874 48386  7874  42354  1968  3000 2268 "35" "35"  0x00000900]
+	Pad[11023 48386  11023  42354  1968  3000 2268 "36" "36"  0x00000900]
+	Pad[14173 48386  14173  42354  1968  3000 2268 "37" "37"  0x00000900]
+	Pad[17322 48386  17322  42354  1968  3000 2268 "38" "38"  0x00000900]
+	Pad[20472 48386  20472  42354  1968  3000 2268 "39" "39"  0x00000900]
+	Pad[23622 48386  23622  42354  1968  3000 2268 "40" "40"  0x00000900]
+	# right row
+	Pad[36575  36220  30543  36220  1968  3000 2268 "41" "41"  0x00000100]
+	Pad[36575  33071  30543  33071  1968  3000 2268 "42" "42"  0x00000100]
+	Pad[36575  29921  30543  29921  1968  3000 2268 "43" "43"  0x00000100]
+	Pad[36575  26772  30543  26772  1968  3000 2268 "44" "44"  0x00000100]
+	Pad[36575  23622  30543  23622  1968  3000 2268 "45" "45"  0x00000100]
+	Pad[36575  20472  30543  20472  1968  3000 2268 "46" "46"  0x00000100]
+	Pad[36575  17323  30543  17323  1968  3000 2268 "47" "47"  0x00000100]
+	Pad[36575  14173  30543  14173  1968  3000 2268 "48" "48"  0x00000100]
+	Pad[36575  11024  30543  11024  1968  3000 2268 "49" "49"  0x00000100]
+	Pad[36575  7874  30543  7874  1968  3000 2268 "50" "50"  0x00000100]
+	Pad[36575  4724  30543  4724  1968  3000 2268 "51" "51"  0x00000100]
+	Pad[36575  1575  30543  1575  1968  3000 2268 "52" "52"  0x00000100]
+	Pad[36575  -1575  30543  -1575  1968  3000 2268 "53" "53"  0x00000100]
+	Pad[36575  -4724  30543  -4724  1968  3000 2268 "54" "54"  0x00000100]
+	Pad[36575  -7874  30543  -7874  1968  3000 2268 "55" "55"  0x00000100]
+	Pad[36575  -11024  30543  -11024  1968  3000 2268 "56" "56"  0x00000100]
+	Pad[36575  -14173  30543  -14173  1968  3000 2268 "57" "57"  0x00000100]
+	Pad[36575  -17323  30543  -17323  1968  3000 2268 "58" "58"  0x00000100]
+	Pad[36575  -20472  30543  -20472  1968  3000 2268 "59" "59"  0x00000100]
+	Pad[36575  -23622  30543  -23622  1968  3000 2268 "60" "60"  0x00000100]
+	Pad[36575  -26772  30543  -26772  1968  3000 2268 "61" "61"  0x00000100]
+	Pad[36575  -29921  30543  -29921  1968  3000 2268 "62" "62"  0x00000100]
+	Pad[36575  -33071  30543  -33071  1968  3000 2268 "63" "63"  0x00000100]
+	Pad[36575  -36220  30543  -36220  1968  3000 2268 "64" "64"  0x00000100]
+	# top row
+	Pad[23622 -48386  23622  -42354  1968  3000 2268 "65" "65"  0x00000900]
+	Pad[20473 -48386  20473  -42354  1968  3000 2268 "66" "66"  0x00000900]
+	Pad[17323 -48386  17323  -42354  1968  3000 2268 "67" "67"  0x00000900]
+	Pad[14174 -48386  14174  -42354  1968  3000 2268 "68" "68"  0x00000900]
+	Pad[11024 -48386  11024  -42354  1968  3000 2268 "69" "69"  0x00000900]
+	Pad[7874 -48386  7874  -42354  1968  3000 2268 "70" "70"  0x00000900]
+	Pad[4725 -48386  4725  -42354  1968  3000 2268 "71" "71"  0x00000900]
+	Pad[1575 -48386  1575  -42354  1968  3000 2268 "72" "72"  0x00000900]
+	Pad[-1574 -48386  -1574  -42354  1968  3000 2268 "73" "73"  0x00000900]
+	Pad[-4724 -48386  -4724  -42354  1968  3000 2268 "74" "74"  0x00000900]
+	Pad[-7874 -48386  -7874  -42354  1968  3000 2268 "75" "75"  0x00000900]
+	Pad[-11023 -48386  -11023  -42354  1968  3000 2268 "76" "76"  0x00000900]
+	Pad[-14173 -48386  -14173  -42354  1968  3000 2268 "77" "77"  0x00000900]
+	Pad[-17322 -48386  -17322  -42354  1968  3000 2268 "78" "78"  0x00000900]
+	Pad[-20472 -48386  -20472  -42354  1968  3000 2268 "79" "79"  0x00000900]
+	Pad[-23622 -48386  -23622  -42354  1968  3000 2268 "80" "80"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-24259 -38970 27159 -38970 800]
+	# right
+	ElementLine[27159 -38970 27159 38970 800]
+	# bottom
+	ElementLine[27159 38970 -27159 38970 800]
+	# left
+	ElementLine[-27159 38970 -27159 -36070 800]
+	# angled corner
+	ElementLine[-27159 -36070 -24259 -38970 800]
+	ElementArc[-24259 -36070 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/QSOP16.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QSOP16.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QSOP16.fp	(revision 296)
@@ -0,0 +1,26 @@
+Element(0x00 "Quarter size small outline package" "" "QSOP16" 145 50 3 100 0x00)
+(
+	Pad(8 12 30 12 16 "1" 0x00)
+	Pad(8 37 30 37 16 "2" 0x100)
+	Pad(8 62 30 62 16 "3" 0x100)
+	Pad(8 87 30 87 16 "4" 0x100)
+	Pad(8 112 30 112 16 "5" 0x100)
+	Pad(8 137 30 137 16 "6" 0x100)
+	Pad(8 162 30 162 16 "7" 0x100)
+	Pad(8 187 30 187 16 "8" 0x100)
+	Pad(220 188 242 188 16 "9" 0x100)
+	Pad(220 163 242 163 16 "10" 0x100)
+	Pad(220 138 242 138 16 "11" 0x100)
+	Pad(220 113 242 113 16 "12" 0x100)
+	Pad(220 88 242 88 16 "13" 0x100)
+	Pad(220 63 242 63 16 "14" 0x100)
+	Pad(220 38 242 38 16 "15" 0x100)
+	Pad(220 13 242 13 16 "16" 0x100)
+	ElementLine(-10 -10 100 -10 10)
+	ElementArc(125 -10 25 25 0 180 10)
+	ElementLine(150 -10 260 -10 10)
+	ElementLine(260 -10 260 210 10)
+	ElementLine(260 210 -10 210 10)
+	ElementLine(-10 210 -10 -10 10)
+	Mark(23 12)
+)
Index: oldlib/lib/pcblib-newlib/geda/QSOP20.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QSOP20.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QSOP20.fp	(revision 296)
@@ -0,0 +1,30 @@
+Element(0x00 "Quarter size small outline package" "" "QSOP20" 145 50 3 100 0x00)
+(
+	Pad(8 12 30 12 16 "1" 0x00)
+	Pad(8 37 30 37 16 "2" 0x100)
+	Pad(8 62 30 62 16 "3" 0x100)
+	Pad(8 87 30 87 16 "4" 0x100)
+	Pad(8 112 30 112 16 "5" 0x100)
+	Pad(8 137 30 137 16 "6" 0x100)
+	Pad(8 162 30 162 16 "7" 0x100)
+	Pad(8 187 30 187 16 "8" 0x100)
+	Pad(8 212 30 212 16 "9" 0x100)
+	Pad(8 237 30 237 16 "10" 0x100)
+	Pad(220 238 242 238 16 "11" 0x100)
+	Pad(220 213 242 213 16 "12" 0x100)
+	Pad(220 188 242 188 16 "13" 0x100)
+	Pad(220 163 242 163 16 "14" 0x100)
+	Pad(220 138 242 138 16 "15" 0x100)
+	Pad(220 113 242 113 16 "16" 0x100)
+	Pad(220 88 242 88 16 "17" 0x100)
+	Pad(220 63 242 63 16 "18" 0x100)
+	Pad(220 38 242 38 16 "19" 0x100)
+	Pad(220 13 242 13 16 "20" 0x100)
+	ElementLine(-10 -10 100 -10 10)
+	ElementArc(125 -10 25 25 0 180 10)
+	ElementLine(150 -10 260 -10 10)
+	ElementLine(260 -10 260 260 10)
+	ElementLine(260 260 -10 260 10)
+	ElementLine(-10 260 -10 -10 10)
+	Mark(23 12)
+)
Index: oldlib/lib/pcblib-newlib/geda/QSOP24.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QSOP24.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QSOP24.fp	(revision 296)
@@ -0,0 +1,34 @@
+Element(0x00 "Quarter size small outline package" "" "QSOP24" 145 50 3 100 0x00)
+(
+	Pad(8 12 30 12 16 "1" 0x00)
+	Pad(8 37 30 37 16 "2" 0x100)
+	Pad(8 62 30 62 16 "3" 0x100)
+	Pad(8 87 30 87 16 "4" 0x100)
+	Pad(8 112 30 112 16 "5" 0x100)
+	Pad(8 137 30 137 16 "6" 0x100)
+	Pad(8 162 30 162 16 "7" 0x100)
+	Pad(8 187 30 187 16 "8" 0x100)
+	Pad(8 212 30 212 16 "9" 0x100)
+	Pad(8 237 30 237 16 "10" 0x100)
+	Pad(8 262 30 262 16 "11" 0x100)
+	Pad(8 287 30 287 16 "12" 0x100)
+	Pad(220 288 242 288 16 "13" 0x100)
+	Pad(220 263 242 263 16 "14" 0x100)
+	Pad(220 238 242 238 16 "15" 0x100)
+	Pad(220 213 242 213 16 "16" 0x100)
+	Pad(220 188 242 188 16 "17" 0x100)
+	Pad(220 163 242 163 16 "18" 0x100)
+	Pad(220 138 242 138 16 "19" 0x100)
+	Pad(220 113 242 113 16 "20" 0x100)
+	Pad(220 88 242 88 16 "21" 0x100)
+	Pad(220 63 242 63 16 "22" 0x100)
+	Pad(220 38 242 38 16 "23" 0x100)
+	Pad(220 13 242 13 16 "24" 0x100)
+	ElementLine(-10 -10 100 -10 10)
+	ElementArc(125 -10 25 25 0 180 10)
+	ElementLine(150 -10 260 -10 10)
+	ElementLine(260 -10 260 310 10)
+	ElementLine(260 310 -10 310 10)
+	ElementLine(-10 310 -10 -10 10)
+	Mark(23 12)
+)
Index: oldlib/lib/pcblib-newlib/geda/QSOP28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/QSOP28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/QSOP28.fp	(revision 296)
@@ -0,0 +1,38 @@
+Element(0x00 "Quarter size small outline package" "" "QSOP28" 145 50 3 100 0x00)
+(
+	Pad(8 12 30 12 16 "1" 0x00)
+	Pad(8 37 30 37 16 "2" 0x100)
+	Pad(8 62 30 62 16 "3" 0x100)
+	Pad(8 87 30 87 16 "4" 0x100)
+	Pad(8 112 30 112 16 "5" 0x100)
+	Pad(8 137 30 137 16 "6" 0x100)
+	Pad(8 162 30 162 16 "7" 0x100)
+	Pad(8 187 30 187 16 "8" 0x100)
+	Pad(8 212 30 212 16 "9" 0x100)
+	Pad(8 237 30 237 16 "10" 0x100)
+	Pad(8 262 30 262 16 "11" 0x100)
+	Pad(8 287 30 287 16 "12" 0x100)
+	Pad(8 312 30 312 16 "13" 0x100)
+	Pad(8 337 30 337 16 "14" 0x100)
+	Pad(220 338 242 338 16 "15" 0x100)
+	Pad(220 313 242 313 16 "16" 0x100)
+	Pad(220 288 242 288 16 "17" 0x100)
+	Pad(220 263 242 263 16 "18" 0x100)
+	Pad(220 238 242 238 16 "19" 0x100)
+	Pad(220 213 242 213 16 "20" 0x100)
+	Pad(220 188 242 188 16 "21" 0x100)
+	Pad(220 163 242 163 16 "22" 0x100)
+	Pad(220 138 242 138 16 "23" 0x100)
+	Pad(220 113 242 113 16 "24" 0x100)
+	Pad(220 88 242 88 16 "25" 0x100)
+	Pad(220 63 242 63 16 "26" 0x100)
+	Pad(220 38 242 38 16 "27" 0x100)
+	Pad(220 13 242 13 16 "28" 0x100)
+	ElementLine(-10 -10 100 -10 10)
+	ElementArc(125 -10 25 25 0 180 10)
+	ElementLine(150 -10 260 -10 10)
+	ElementLine(260 -10 260 360 10)
+	ElementLine(260 360 -10 360 10)
+	ElementLine(-10 360 -10 -10 10)
+	Mark(23 12)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY100.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY100.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY100.fp	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00 "Bottom lead non-polar circular component (typically capacitor)" "" "RCY100" 200 0 0 100 0x00)
+(
+	Pin(50 100 60 30 "1" 0x101)
+	Pin(150 100 60 30 "2" 0x01)
+	ElementArc(100 100 100 100 0 360 10)
+	Mark (50 100)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY1000.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY1000.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY1000.fp	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00 "Bottom lead non-polar circular component (typically capacitor)" "" "RCY1000" 2000 0 0 100 0x00)
+(
+	Pin(500 1000 60 50 "1" 0x101)
+	Pin(1500 1000 60 50 "2" 0x01)
+	ElementArc(1000 1000 1000 1000 0 360 10)
+	Mark (500 1000)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY1000P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY1000P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY1000P.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Bottom lead polar circular component (typically capacitor)" "" "RCY1000P" 2000 0 0 100 0x00)
+(
+	Pin(500 1000 60 50 "1" 0x101)
+	Pin(1500 1000 60 50 "2" 0x01)
+	ElementArc(1000 1000 1000 1000 0 360 10)
+	ElementLine(-60 1000            -20 1000 10)
+	ElementLine(-40 980 -40 1020 10)
+	ElementLine(2020 1000 2060  1000 10)
+	Mark (500 1000)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY100P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY100P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY100P.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Bottom lead polar circular component (typically capacitor)" "" "RCY100P" 200 0 0 100 0x00)
+(
+	Pin(50 100 60 30 "1" 0x101)
+	Pin(150 100 60 30 "2" 0x01)
+	ElementArc(100 100 100 100 0 360 10)
+	ElementLine(-60 100            -20 100 10)
+	ElementLine(-40 80 -40 120 10)
+	ElementLine(220 100 260  100 10)
+	Mark (50 100)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY1100.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY1100.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY1100.fp	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00 "Bottom lead non-polar circular component (typically capacitor)" "" "RCY1100" 2200 0 0 100 0x00)
+(
+	Pin(550 1100 60 50 "1" 0x101)
+	Pin(1650 1100 60 50 "2" 0x01)
+	ElementArc(1100 1100 1100 1100 0 360 10)
+	Mark (550 1100)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY1100P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY1100P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY1100P.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Bottom lead polar circular component (typically capacitor)" "" "RCY1100P" 2200 0 0 100 0x00)
+(
+	Pin(550 1100 60 50 "1" 0x101)
+	Pin(1650 1100 60 50 "2" 0x01)
+	ElementArc(1100 1100 1100 1100 0 360 10)
+	ElementLine(-60 1100            -20 1100 10)
+	ElementLine(-40 1080 -40 1120 10)
+	ElementLine(2220 1100 2260  1100 10)
+	Mark (550 1100)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY1200.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY1200.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY1200.fp	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00 "Bottom lead non-polar circular component (typically capacitor)" "" "RCY1200" 2400 0 0 100 0x00)
+(
+	Pin(600 1200 60 50 "1" 0x101)
+	Pin(1800 1200 60 50 "2" 0x01)
+	ElementArc(1200 1200 1200 1200 0 360 10)
+	Mark (600 1200)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY1200P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY1200P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY1200P.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Bottom lead polar circular component (typically capacitor)" "" "RCY1200P" 2400 0 0 100 0x00)
+(
+	Pin(600 1200 60 50 "1" 0x101)
+	Pin(1800 1200 60 50 "2" 0x01)
+	ElementArc(1200 1200 1200 1200 0 360 10)
+	ElementLine(-60 1200            -20 1200 10)
+	ElementLine(-40 1180 -40 1220 10)
+	ElementLine(2420 1200 2460  1200 10)
+	Mark (600 1200)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY150.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY150.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY150.fp	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00 "Bottom lead non-polar circular component (typically capacitor)" "" "RCY150" 300 0 0 100 0x00)
+(
+	Pin(75 150 60 30 "1" 0x101)
+	Pin(225 150 60 30 "2" 0x01)
+	ElementArc(150 150 150 150 0 360 10)
+	Mark (75 150)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY150P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY150P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY150P.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Bottom lead polar circular component (typically capacitor)" "" "RCY150P" 300 0 0 100 0x00)
+(
+	Pin(75 150 60 30 "1" 0x101)
+	Pin(225 150 60 30 "2" 0x01)
+	ElementArc(150 150 150 150 0 360 10)
+	ElementLine(-60 150            -20 150 10)
+	ElementLine(-40 130 -40 170 10)
+	ElementLine(320 150 360  150 10)
+	Mark (75 150)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY200.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY200.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY200.fp	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00 "Bottom lead non-polar circular component (typically capacitor)" "" "RCY200" 400 0 0 100 0x00)
+(
+	Pin(100 200 60 30 "1" 0x101)
+	Pin(300 200 60 30 "2" 0x01)
+	ElementArc(200 200 200 200 0 360 10)
+	Mark (100 200)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY200P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY200P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY200P.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Bottom lead polar circular component (typically capacitor)" "" "RCY200P" 400 0 0 100 0x00)
+(
+	Pin(100 200 60 30 "1" 0x101)
+	Pin(300 200 60 30 "2" 0x01)
+	ElementArc(200 200 200 200 0 360 10)
+	ElementLine(-60 200            -20 200 10)
+	ElementLine(-40 180 -40 220 10)
+	ElementLine(420 200 460  200 10)
+	Mark (100 200)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY250.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY250.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY250.fp	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00 "Bottom lead non-polar circular component (typically capacitor)" "" "RCY250" 500 0 0 100 0x00)
+(
+	Pin(125 250 60 30 "1" 0x101)
+	Pin(375 250 60 30 "2" 0x01)
+	ElementArc(250 250 250 250 0 360 10)
+	Mark (125 250)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY250P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY250P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY250P.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Bottom lead polar circular component (typically capacitor)" "" "RCY250P" 500 0 0 100 0x00)
+(
+	Pin(125 250 60 30 "1" 0x101)
+	Pin(375 250 60 30 "2" 0x01)
+	ElementArc(250 250 250 250 0 360 10)
+	ElementLine(-60 250            -20 250 10)
+	ElementLine(-40 230 -40 270 10)
+	ElementLine(520 250 560  250 10)
+	Mark (125 250)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY300.fp	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00 "Bottom lead non-polar circular component (typically capacitor)" "" "RCY300" 600 0 0 100 0x00)
+(
+	Pin(150 300 60 50 "1" 0x101)
+	Pin(450 300 60 50 "2" 0x01)
+	ElementArc(300 300 300 300 0 360 10)
+	Mark (150 300)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY300P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY300P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY300P.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Bottom lead polar circular component (typically capacitor)" "" "RCY300P" 600 0 0 100 0x00)
+(
+	Pin(150 300 60 50 "1" 0x101)
+	Pin(450 300 60 50 "2" 0x01)
+	ElementArc(300 300 300 300 0 360 10)
+	ElementLine(-60 300            -20 300 10)
+	ElementLine(-40 280 -40 320 10)
+	ElementLine(620 300 660  300 10)
+	Mark (150 300)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY350.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY350.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY350.fp	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00 "Bottom lead non-polar circular component (typically capacitor)" "" "RCY350" 700 0 0 100 0x00)
+(
+	Pin(175 350 60 50 "1" 0x101)
+	Pin(525 350 60 50 "2" 0x01)
+	ElementArc(350 350 350 350 0 360 10)
+	Mark (175 350)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY350P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY350P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY350P.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Bottom lead polar circular component (typically capacitor)" "" "RCY350P" 700 0 0 100 0x00)
+(
+	Pin(175 350 60 50 "1" 0x101)
+	Pin(525 350 60 50 "2" 0x01)
+	ElementArc(350 350 350 350 0 360 10)
+	ElementLine(-60 350            -20 350 10)
+	ElementLine(-40 330 -40 370 10)
+	ElementLine(720 350 760  350 10)
+	Mark (175 350)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY400.fp	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00 "Bottom lead non-polar circular component (typically capacitor)" "" "RCY400" 800 0 0 100 0x00)
+(
+	Pin(200 400 60 50 "1" 0x101)
+	Pin(600 400 60 50 "2" 0x01)
+	ElementArc(400 400 400 400 0 360 10)
+	Mark (200 400)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY400P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY400P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY400P.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Bottom lead polar circular component (typically capacitor)" "" "RCY400P" 800 0 0 100 0x00)
+(
+	Pin(200 400 60 50 "1" 0x101)
+	Pin(600 400 60 50 "2" 0x01)
+	ElementArc(400 400 400 400 0 360 10)
+	ElementLine(-60 400            -20 400 10)
+	ElementLine(-40 380 -40 420 10)
+	ElementLine(820 400 860  400 10)
+	Mark (200 400)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY500.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY500.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY500.fp	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00 "Bottom lead non-polar circular component (typically capacitor)" "" "RCY500" 1000 0 0 100 0x00)
+(
+	Pin(250 500 60 50 "1" 0x101)
+	Pin(750 500 60 50 "2" 0x01)
+	ElementArc(500 500 500 500 0 360 10)
+	Mark (250 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY500P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY500P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY500P.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Bottom lead polar circular component (typically capacitor)" "" "RCY500P" 1000 0 0 100 0x00)
+(
+	Pin(250 500 60 50 "1" 0x101)
+	Pin(750 500 60 50 "2" 0x01)
+	ElementArc(500 500 500 500 0 360 10)
+	ElementLine(-60 500            -20 500 10)
+	ElementLine(-40 480 -40 520 10)
+	ElementLine(1020 500 1060  500 10)
+	Mark (250 500)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY600.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY600.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY600.fp	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00 "Bottom lead non-polar circular component (typically capacitor)" "" "RCY600" 1200 0 0 100 0x00)
+(
+	Pin(300 600 60 50 "1" 0x101)
+	Pin(900 600 60 50 "2" 0x01)
+	ElementArc(600 600 600 600 0 360 10)
+	Mark (300 600)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY600P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY600P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY600P.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Bottom lead polar circular component (typically capacitor)" "" "RCY600P" 1200 0 0 100 0x00)
+(
+	Pin(300 600 60 50 "1" 0x101)
+	Pin(900 600 60 50 "2" 0x01)
+	ElementArc(600 600 600 600 0 360 10)
+	ElementLine(-60 600            -20 600 10)
+	ElementLine(-40 580 -40 620 10)
+	ElementLine(1220 600 1260  600 10)
+	Mark (300 600)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY700.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY700.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY700.fp	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00 "Bottom lead non-polar circular component (typically capacitor)" "" "RCY700" 1400 0 0 100 0x00)
+(
+	Pin(350 700 60 50 "1" 0x101)
+	Pin(1050 700 60 50 "2" 0x01)
+	ElementArc(700 700 700 700 0 360 10)
+	Mark (350 700)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY700P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY700P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY700P.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Bottom lead polar circular component (typically capacitor)" "" "RCY700P" 1400 0 0 100 0x00)
+(
+	Pin(350 700 60 50 "1" 0x101)
+	Pin(1050 700 60 50 "2" 0x01)
+	ElementArc(700 700 700 700 0 360 10)
+	ElementLine(-60 700            -20 700 10)
+	ElementLine(-40 680 -40 720 10)
+	ElementLine(1420 700 1460  700 10)
+	Mark (350 700)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY800.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY800.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY800.fp	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00 "Bottom lead non-polar circular component (typically capacitor)" "" "RCY800" 1600 0 0 100 0x00)
+(
+	Pin(400 800 60 50 "1" 0x101)
+	Pin(1200 800 60 50 "2" 0x01)
+	ElementArc(800 800 800 800 0 360 10)
+	Mark (400 800)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY800P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY800P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY800P.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Bottom lead polar circular component (typically capacitor)" "" "RCY800P" 1600 0 0 100 0x00)
+(
+	Pin(400 800 60 50 "1" 0x101)
+	Pin(1200 800 60 50 "2" 0x01)
+	ElementArc(800 800 800 800 0 360 10)
+	ElementLine(-60 800            -20 800 10)
+	ElementLine(-40 780 -40 820 10)
+	ElementLine(1620 800 1660  800 10)
+	Mark (400 800)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY900.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY900.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY900.fp	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00 "Bottom lead non-polar circular component (typically capacitor)" "" "RCY900" 1800 0 0 100 0x00)
+(
+	Pin(450 900 60 50 "1" 0x101)
+	Pin(1350 900 60 50 "2" 0x01)
+	ElementArc(900 900 900 900 0 360 10)
+	Mark (450 900)
+)
Index: oldlib/lib/pcblib-newlib/geda/RCY900P.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RCY900P.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RCY900P.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Bottom lead polar circular component (typically capacitor)" "" "RCY900P" 1800 0 0 100 0x00)
+(
+	Pin(450 900 60 50 "1" 0x101)
+	Pin(1350 900 60 50 "2" 0x01)
+	ElementArc(900 900 900 900 0 360 10)
+	ElementLine(-60 900            -20 900 10)
+	ElementLine(-40 880 -40 920 10)
+	ElementLine(1820 900 1860  900 10)
+	Mark (450 900)
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC0402L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC0402L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC0402L.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC0402L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-610 -216
+		-610 216
+		590 2000 1190 "1" "1" "square"]
+	    Pad[610 -216
+		610 216
+		590 2000 1190 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC0402M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC0402M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC0402M.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC0402M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-1003 -20
+		-1003 20
+		1377 2000 1977 "1" "1" "square"]
+	    Pad[1003 -20
+		1003 20
+		1377 2000 1977 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC0402N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC0402N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC0402N.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC0402N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-807 -19
+		-807 19
+		984 2000 1584 "1" "1" "square"]
+	    Pad[807 -19
+		807 19
+		984 2000 1584 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC0603L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC0603L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC0603L.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC0603L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-984 0
+		-984 0
+		1181 2000 1781 "1" "1" "square"]
+	    Pad[984 0
+		984 0
+		1181 2000 1781 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC0603M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC0603M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC0603M.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC0603M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-1574 0
+		-1574 0
+		1968 2000 2568 "1" "1" "square"]
+	    Pad[1574 0
+		1574 0
+		1968 2000 2568 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC0603N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC0603N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC0603N.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC0603N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-1181 0
+		-1181 0
+		1574 2000 2174 "1" "1" "square"]
+	    Pad[1181 0
+		1181 0
+		1574 2000 2174 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC1005L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC1005L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC1005L.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC1005L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-1771 -394
+		-1771 394
+		1377 2000 1977 "1" "1" "square"]
+	    Pad[1771 -394
+		1771 394
+		1377 2000 1977 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC1005M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC1005M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC1005M.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC1005M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-2165 -393
+		-2165 393
+		2165 2000 2765 "1" "1" "square"]
+	    Pad[2165 -393
+		2165 393
+		2165 2000 2765 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC1005N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC1005N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC1005N.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC1005N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-1968 -394
+		-1968 394
+		1771 2000 2371 "1" "1" "square"]
+	    Pad[1968 -394
+		1968 394
+		1771 2000 2371 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC1608L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC1608L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC1608L.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC1608L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-2362 -787
+		-2362 787
+		1968 2000 2568 "1" "1" "square"]
+	    Pad[2362 -787
+		2362 787
+		1968 2000 2568 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC1608M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC1608M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC1608M.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC1608M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-2952 -787
+		-2952 787
+		2755 2000 3355 "1" "1" "square"]
+	    Pad[2952 -787
+		2952 787
+		2755 2000 3355 "2" "2" "square"]
+	ElementLine[-196 -2165 196 -2165 800]
+	    ElementLine[-196 2165 196 2165 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC1608N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC1608N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC1608N.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC1608N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-2755 -787
+		-2755 787
+		2362 2000 2962 "1" "1" "square"]
+	    Pad[2755 -787
+		2755 787
+		2362 2000 2962 "2" "2" "square"]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC2012L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC2012L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC2012L.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC2012L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-3149 -590
+		-3149 590
+		3937 2000 4537 "1" "1" "square"]
+	    Pad[3149 -590
+		3149 590
+		3937 2000 4537 "2" "2" "square"]
+	ElementLine[-393 -2559 393 -2559 800]
+	    ElementLine[-393 2559 393 2559 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC2012M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC2012M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC2012M.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC2012M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-3937 -197
+		-3937 197
+		5511 2000 6111 "1" "1" "square"]
+	    Pad[3937 -197
+		3937 197
+		5511 2000 6111 "2" "2" "square"]
+	ElementLine[-393 -2952 393 -2952 800]
+	    ElementLine[-393 2952 393 2952 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC2012N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC2012N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC2012N.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC2012N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-3543 -393
+		-3543 393
+		4724 2000 5324 "1" "1" "square"]
+	    Pad[3543 -393
+		3543 393
+		4724 2000 5324 "2" "2" "square"]
+	ElementLine[-393 -2755 393 -2755 800]
+	    ElementLine[-393 2755 393 2755 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC3216L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC3216L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC3216L.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC3216L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-5511 -1181
+		-5511 1181
+		4330 2000 4930 "1" "1" "square"]
+	    Pad[5511 -1181
+		5511 1181
+		4330 2000 4930 "2" "2" "square"]
+	ElementLine[-1771 -3346 1771 -3346 800]
+	    ElementLine[-1771 3346 1771 3346 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC3216M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC3216M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC3216M.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC3216M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-6299 -787
+		-6299 787
+		5905 2000 6505 "1" "1" "square"]
+	    Pad[6299 -787
+		6299 787
+		5905 2000 6505 "2" "2" "square"]
+	ElementLine[-1968 -3740 1968 -3740 800]
+	    ElementLine[-1968 3740 1968 3740 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC3216N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC3216N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC3216N.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC3216N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-5905 -984
+		-5905 984
+		5118 2000 5718 "1" "1" "square"]
+	    Pad[5905 -984
+		5905 984
+		5118 2000 5718 "2" "2" "square"]
+	ElementLine[-1968 -3543 1968 -3543 800]
+	    ElementLine[-1968 3543 1968 3543 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC3225L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC3225L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC3225L.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC3225L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-5511 -2953
+		-5511 2953
+		4330 2000 4930 "1" "1" "square"]
+	    Pad[5511 -2953
+		5511 2953
+		4330 2000 4930 "2" "2" "square"]
+	ElementLine[-1771 -5118 1771 -5118 800]
+	    ElementLine[-1771 5118 1771 5118 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC3225M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC3225M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC3225M.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC3225M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-6299 -2559
+		-6299 2559
+		5905 2000 6505 "1" "1" "square"]
+	    Pad[6299 -2559
+		6299 2559
+		5905 2000 6505 "2" "2" "square"]
+	ElementLine[-1968 -5511 1968 -5511 800]
+	    ElementLine[-1968 5511 1968 5511 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC3225N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC3225N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC3225N.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC3225N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-5905 -2755
+		-5905 2755
+		5118 2000 5718 "1" "1" "square"]
+	    Pad[5905 -2755
+		5905 2755
+		5118 2000 5718 "2" "2" "square"]
+	ElementLine[-1968 -5314 1968 -5314 800]
+	    ElementLine[-1968 5314 1968 5314 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC4532L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC4532L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC4532L.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC4532L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-7480 -3740
+		-7480 3740
+		5511 2000 6111 "1" "1" "square"]
+	    Pad[7480 -3740
+		7480 3740
+		5511 2000 6111 "2" "2" "square"]
+	ElementLine[-3149 -6496 3149 -6496 800]
+	    ElementLine[-3149 6496 3149 6496 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC4532M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC4532M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC4532M.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC4532M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-8267 -3346
+		-8267 3346
+		7086 2000 7686 "1" "1" "square"]
+	    Pad[8267 -3346
+		8267 3346
+		7086 2000 7686 "2" "2" "square"]
+	ElementLine[-3149 -6889 3149 -6889 800]
+	    ElementLine[-3149 6889 3149 6889 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC4532N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC4532N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC4532N.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC4532N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-7874 -3543
+		-7874 3543
+		6299 2000 6899 "1" "1" "square"]
+	    Pad[7874 -3543
+		7874 3543
+		6299 2000 6899 "2" "2" "square"]
+	ElementLine[-3149 -6692 3149 -6692 800]
+	    ElementLine[-3149 6692 3149 6692 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC4564L.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC4564L.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC4564L.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC4564L" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-7480 -10433
+		-7480 10433
+		5511 2000 6111 "1" "1" "square"]
+	    Pad[7480 -10433
+		7480 10433
+		5511 2000 6111 "2" "2" "square"]
+	ElementLine[-3149 -13188 3149 -13188 800]
+	    ElementLine[-3149 13188 3149 13188 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC4564M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC4564M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC4564M.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC4564M" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-8267 -10039
+		-8267 10039
+		7086 2000 7686 "1" "1" "square"]
+	    Pad[8267 -10039
+		8267 10039
+		7086 2000 7686 "2" "2" "square"]
+	ElementLine[-3149 -13582 3149 -13582 800]
+	    ElementLine[-3149 13582 3149 13582 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/RESC4564N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/RESC4564N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/RESC4564N.fp	(revision 296)
@@ -0,0 +1,29 @@
+	# grab the input values and convert to 1/100 mil
+	# how much to grow the pads by for soldermask [1/100 mil]
+	# clearance from planes [1/100 mil]
+	# silk screen width  [1/100 mil]
+	# courtyard silk screen width  [1/100 mil]
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "RESC4564N" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	Pad[-7874 -10236
+		-7874 10236
+		6299 2000 6899 "1" "1" "square"]
+	    Pad[7874 -10236
+		7874 10236
+		6299 2000 6899 "2" "2" "square"]
+	ElementLine[-3149 -13385 3149 -13385 800]
+	    ElementLine[-3149 13385 3149 13385 800]
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you wont want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+)
Index: oldlib/lib/pcblib-newlib/geda/SDIP18.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SDIP18.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SDIP18.fp	(revision 296)
@@ -0,0 +1,30 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 70,55,28 args
+Element(0x00 "Shrink dual in-line package, wide (300 mil)" "" "SDIP18" 220 100 3 100 0x00)
+(
+	Pin(50 35 55 28 "1" 0x101)
+	Pin(50 105 55 28 "2" 0x01)
+	Pin(50 175 55 28 "3" 0x01)
+	Pin(50 245 55 28 "4" 0x01)
+	Pin(50 315 55 28 "5" 0x01)
+	Pin(50 385 55 28 "6" 0x01)
+	Pin(50 455 55 28 "7" 0x01)
+	Pin(50 525 55 28 "8" 0x01)
+	Pin(50 595 55 28 "9" 0x01)
+	Pin(350 595 55 28 "10" 0x01)
+	Pin(350 525 55 28 "11" 0x01)
+	Pin(350 455 55 28 "12" 0x01)
+	Pin(350 385 55 28 "13" 0x01)
+	Pin(350 315 55 28 "14" 0x01)
+	Pin(350 245 55 28 "15" 0x01)
+	Pin(350 175 55 28 "16" 0x01)
+	Pin(350 105 55 28 "17" 0x01)
+	Pin(350 35 55 28 "18" 0x01)
+	ElementLine(0 0 0 630 10)
+	ElementLine(0 630 400 630 10)
+	ElementLine(400 630 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 35)
+)
Index: oldlib/lib/pcblib-newlib/geda/SDIP20.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SDIP20.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SDIP20.fp	(revision 296)
@@ -0,0 +1,32 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 70,55,28 args
+Element(0x00 "Shrink dual in-line package, wide (300 mil)" "" "SDIP20" 220 100 3 100 0x00)
+(
+	Pin(50 35 55 28 "1" 0x101)
+	Pin(50 105 55 28 "2" 0x01)
+	Pin(50 175 55 28 "3" 0x01)
+	Pin(50 245 55 28 "4" 0x01)
+	Pin(50 315 55 28 "5" 0x01)
+	Pin(50 385 55 28 "6" 0x01)
+	Pin(50 455 55 28 "7" 0x01)
+	Pin(50 525 55 28 "8" 0x01)
+	Pin(50 595 55 28 "9" 0x01)
+	Pin(50 665 55 28 "10" 0x01)
+	Pin(350 665 55 28 "11" 0x01)
+	Pin(350 595 55 28 "12" 0x01)
+	Pin(350 525 55 28 "13" 0x01)
+	Pin(350 455 55 28 "14" 0x01)
+	Pin(350 385 55 28 "15" 0x01)
+	Pin(350 315 55 28 "16" 0x01)
+	Pin(350 245 55 28 "17" 0x01)
+	Pin(350 175 55 28 "18" 0x01)
+	Pin(350 105 55 28 "19" 0x01)
+	Pin(350 35 55 28 "20" 0x01)
+	ElementLine(0 0 0 700 10)
+	ElementLine(0 700 400 700 10)
+	ElementLine(400 700 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 35)
+)
Index: oldlib/lib/pcblib-newlib/geda/SDIP22.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SDIP22.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SDIP22.fp	(revision 296)
@@ -0,0 +1,34 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 70,55,28 args
+Element(0x00 "Shrink dual in-line package, wide (300 mil)" "" "SDIP22" 220 100 3 100 0x00)
+(
+	Pin(50 35 55 28 "1" 0x101)
+	Pin(50 105 55 28 "2" 0x01)
+	Pin(50 175 55 28 "3" 0x01)
+	Pin(50 245 55 28 "4" 0x01)
+	Pin(50 315 55 28 "5" 0x01)
+	Pin(50 385 55 28 "6" 0x01)
+	Pin(50 455 55 28 "7" 0x01)
+	Pin(50 525 55 28 "8" 0x01)
+	Pin(50 595 55 28 "9" 0x01)
+	Pin(50 665 55 28 "10" 0x01)
+	Pin(50 735 55 28 "11" 0x01)
+	Pin(350 735 55 28 "12" 0x01)
+	Pin(350 665 55 28 "13" 0x01)
+	Pin(350 595 55 28 "14" 0x01)
+	Pin(350 525 55 28 "15" 0x01)
+	Pin(350 455 55 28 "16" 0x01)
+	Pin(350 385 55 28 "17" 0x01)
+	Pin(350 315 55 28 "18" 0x01)
+	Pin(350 245 55 28 "19" 0x01)
+	Pin(350 175 55 28 "20" 0x01)
+	Pin(350 105 55 28 "21" 0x01)
+	Pin(350 35 55 28 "22" 0x01)
+	ElementLine(0 0 0 770 10)
+	ElementLine(0 770 400 770 10)
+	ElementLine(400 770 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 35)
+)
Index: oldlib/lib/pcblib-newlib/geda/SDIP24.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SDIP24.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SDIP24.fp	(revision 296)
@@ -0,0 +1,36 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 70,55,28 args
+Element(0x00 "Shrink dual in-line package, wide (300 mil)" "" "SDIP24" 220 100 3 100 0x00)
+(
+	Pin(50 35 55 28 "1" 0x101)
+	Pin(50 105 55 28 "2" 0x01)
+	Pin(50 175 55 28 "3" 0x01)
+	Pin(50 245 55 28 "4" 0x01)
+	Pin(50 315 55 28 "5" 0x01)
+	Pin(50 385 55 28 "6" 0x01)
+	Pin(50 455 55 28 "7" 0x01)
+	Pin(50 525 55 28 "8" 0x01)
+	Pin(50 595 55 28 "9" 0x01)
+	Pin(50 665 55 28 "10" 0x01)
+	Pin(50 735 55 28 "11" 0x01)
+	Pin(50 805 55 28 "12" 0x01)
+	Pin(350 805 55 28 "13" 0x01)
+	Pin(350 735 55 28 "14" 0x01)
+	Pin(350 665 55 28 "15" 0x01)
+	Pin(350 595 55 28 "16" 0x01)
+	Pin(350 525 55 28 "17" 0x01)
+	Pin(350 455 55 28 "18" 0x01)
+	Pin(350 385 55 28 "19" 0x01)
+	Pin(350 315 55 28 "20" 0x01)
+	Pin(350 245 55 28 "21" 0x01)
+	Pin(350 175 55 28 "22" 0x01)
+	Pin(350 105 55 28 "23" 0x01)
+	Pin(350 35 55 28 "24" 0x01)
+	ElementLine(0 0 0 840 10)
+	ElementLine(0 840 400 840 10)
+	ElementLine(400 840 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 35)
+)
Index: oldlib/lib/pcblib-newlib/geda/SDIP30.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SDIP30.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SDIP30.fp	(revision 296)
@@ -0,0 +1,42 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 70,55,28 args
+Element(0x00 "Shrink dual in-line package, wide (400 mil)" "" "SDIP30" 270 100 3 100 0x00)
+(
+	Pin(50 35 55 28 "1" 0x101)
+	Pin(50 105 55 28 "2" 0x01)
+	Pin(50 175 55 28 "3" 0x01)
+	Pin(50 245 55 28 "4" 0x01)
+	Pin(50 315 55 28 "5" 0x01)
+	Pin(50 385 55 28 "6" 0x01)
+	Pin(50 455 55 28 "7" 0x01)
+	Pin(50 525 55 28 "8" 0x01)
+	Pin(50 595 55 28 "9" 0x01)
+	Pin(50 665 55 28 "10" 0x01)
+	Pin(50 735 55 28 "11" 0x01)
+	Pin(50 805 55 28 "12" 0x01)
+	Pin(50 875 55 28 "13" 0x01)
+	Pin(50 945 55 28 "14" 0x01)
+	Pin(50 1015 55 28 "15" 0x01)
+	Pin(450 1015 55 28 "16" 0x01)
+	Pin(450 945 55 28 "17" 0x01)
+	Pin(450 875 55 28 "18" 0x01)
+	Pin(450 805 55 28 "19" 0x01)
+	Pin(450 735 55 28 "20" 0x01)
+	Pin(450 665 55 28 "21" 0x01)
+	Pin(450 595 55 28 "22" 0x01)
+	Pin(450 525 55 28 "23" 0x01)
+	Pin(450 455 55 28 "24" 0x01)
+	Pin(450 385 55 28 "25" 0x01)
+	Pin(450 315 55 28 "26" 0x01)
+	Pin(450 245 55 28 "27" 0x01)
+	Pin(450 175 55 28 "28" 0x01)
+	Pin(450 105 55 28 "29" 0x01)
+	Pin(450 35 55 28 "30" 0x01)
+	ElementLine(0 0 0 1050 10)
+	ElementLine(0 1050 500 1050 10)
+	ElementLine(500 1050 500 0 10)
+	ElementLine(0 0 200 0 10)
+	ElementLine(300 0 500 0 10)
+	ElementArc(250 0 50 50 0 180 10)
+	Mark(50 35)
+)
Index: oldlib/lib/pcblib-newlib/geda/SDIP32.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SDIP32.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SDIP32.fp	(revision 296)
@@ -0,0 +1,44 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 70,55,28 args
+Element(0x00 "Shrink dual in-line package, wide (400 mil)" "" "SDIP32" 270 100 3 100 0x00)
+(
+	Pin(50 35 55 28 "1" 0x101)
+	Pin(50 105 55 28 "2" 0x01)
+	Pin(50 175 55 28 "3" 0x01)
+	Pin(50 245 55 28 "4" 0x01)
+	Pin(50 315 55 28 "5" 0x01)
+	Pin(50 385 55 28 "6" 0x01)
+	Pin(50 455 55 28 "7" 0x01)
+	Pin(50 525 55 28 "8" 0x01)
+	Pin(50 595 55 28 "9" 0x01)
+	Pin(50 665 55 28 "10" 0x01)
+	Pin(50 735 55 28 "11" 0x01)
+	Pin(50 805 55 28 "12" 0x01)
+	Pin(50 875 55 28 "13" 0x01)
+	Pin(50 945 55 28 "14" 0x01)
+	Pin(50 1015 55 28 "15" 0x01)
+	Pin(50 1085 55 28 "16" 0x01)
+	Pin(450 1085 55 28 "17" 0x01)
+	Pin(450 1015 55 28 "18" 0x01)
+	Pin(450 945 55 28 "19" 0x01)
+	Pin(450 875 55 28 "20" 0x01)
+	Pin(450 805 55 28 "21" 0x01)
+	Pin(450 735 55 28 "22" 0x01)
+	Pin(450 665 55 28 "23" 0x01)
+	Pin(450 595 55 28 "24" 0x01)
+	Pin(450 525 55 28 "25" 0x01)
+	Pin(450 455 55 28 "26" 0x01)
+	Pin(450 385 55 28 "27" 0x01)
+	Pin(450 315 55 28 "28" 0x01)
+	Pin(450 245 55 28 "29" 0x01)
+	Pin(450 175 55 28 "30" 0x01)
+	Pin(450 105 55 28 "31" 0x01)
+	Pin(450 35 55 28 "32" 0x01)
+	ElementLine(0 0 0 1120 10)
+	ElementLine(0 1120 500 1120 10)
+	ElementLine(500 1120 500 0 10)
+	ElementLine(0 0 200 0 10)
+	ElementLine(300 0 500 0 10)
+	ElementArc(250 0 50 50 0 180 10)
+	Mark(50 35)
+)
Index: oldlib/lib/pcblib-newlib/geda/SDIP42.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SDIP42.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SDIP42.fp	(revision 296)
@@ -0,0 +1,54 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 70,55,28 args
+Element(0x00 "Shrink dual in-line package, wide (600 mil)" "" "SDIP42" 370 100 3 100 0x00)
+(
+	Pin(50 35 55 28 "1" 0x101)
+	Pin(50 105 55 28 "2" 0x01)
+	Pin(50 175 55 28 "3" 0x01)
+	Pin(50 245 55 28 "4" 0x01)
+	Pin(50 315 55 28 "5" 0x01)
+	Pin(50 385 55 28 "6" 0x01)
+	Pin(50 455 55 28 "7" 0x01)
+	Pin(50 525 55 28 "8" 0x01)
+	Pin(50 595 55 28 "9" 0x01)
+	Pin(50 665 55 28 "10" 0x01)
+	Pin(50 735 55 28 "11" 0x01)
+	Pin(50 805 55 28 "12" 0x01)
+	Pin(50 875 55 28 "13" 0x01)
+	Pin(50 945 55 28 "14" 0x01)
+	Pin(50 1015 55 28 "15" 0x01)
+	Pin(50 1085 55 28 "16" 0x01)
+	Pin(50 1155 55 28 "17" 0x01)
+	Pin(50 1225 55 28 "18" 0x01)
+	Pin(50 1295 55 28 "19" 0x01)
+	Pin(50 1365 55 28 "20" 0x01)
+	Pin(50 1435 55 28 "21" 0x01)
+	Pin(650 1435 55 28 "22" 0x01)
+	Pin(650 1365 55 28 "23" 0x01)
+	Pin(650 1295 55 28 "24" 0x01)
+	Pin(650 1225 55 28 "25" 0x01)
+	Pin(650 1155 55 28 "26" 0x01)
+	Pin(650 1085 55 28 "27" 0x01)
+	Pin(650 1015 55 28 "28" 0x01)
+	Pin(650 945 55 28 "29" 0x01)
+	Pin(650 875 55 28 "30" 0x01)
+	Pin(650 805 55 28 "31" 0x01)
+	Pin(650 735 55 28 "32" 0x01)
+	Pin(650 665 55 28 "33" 0x01)
+	Pin(650 595 55 28 "34" 0x01)
+	Pin(650 525 55 28 "35" 0x01)
+	Pin(650 455 55 28 "36" 0x01)
+	Pin(650 385 55 28 "37" 0x01)
+	Pin(650 315 55 28 "38" 0x01)
+	Pin(650 245 55 28 "39" 0x01)
+	Pin(650 175 55 28 "40" 0x01)
+	Pin(650 105 55 28 "41" 0x01)
+	Pin(650 35 55 28 "42" 0x01)
+	ElementLine(0 0 0 1470 10)
+	ElementLine(0 1470 700 1470 10)
+	ElementLine(700 1470 700 0 10)
+	ElementLine(0 0 300 0 10)
+	ElementLine(400 0 700 0 10)
+	ElementArc(350 0 50 50 0 180 10)
+	Mark(50 35)
+)
Index: oldlib/lib/pcblib-newlib/geda/SIP1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SIP1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SIP1.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Single in line package" "" "SIP1" 160 10 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	ElementLine(  0 50   0 50 20)
+	ElementLine(100 50 100 50 20)
+	ElementLine(  0 100 100 100 10)
+	ElementArc(50  50 50 50 180 180 20)
+	ElementArc(50 50 50 50   0 180 20)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/SIP10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SIP10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SIP10.fp	(revision 296)
@@ -0,0 +1,19 @@
+Element(0x00 "Single in line package" "" "SIP10" 160 10 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	ElementLine(  0 50   0 950 20)
+	ElementLine(100 50 100 950 20)
+	ElementLine(  0 100 100 100 10)
+	ElementArc(50  50 50 50 180 180 20)
+	ElementArc(50 950 50 50   0 180 20)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/SIP11.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SIP11.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SIP11.fp	(revision 296)
@@ -0,0 +1,20 @@
+Element(0x00 "Single in line package" "" "SIP11" 160 10 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	ElementLine(  0 50   0 1050 20)
+	ElementLine(100 50 100 1050 20)
+	ElementLine(  0 100 100 100 10)
+	ElementArc(50  50 50 50 180 180 20)
+	ElementArc(50 1050 50 50   0 180 20)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/SIP12.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SIP12.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SIP12.fp	(revision 296)
@@ -0,0 +1,21 @@
+Element(0x00 "Single in line package" "" "SIP12" 160 10 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	ElementLine(  0 50   0 1150 20)
+	ElementLine(100 50 100 1150 20)
+	ElementLine(  0 100 100 100 10)
+	ElementArc(50  50 50 50 180 180 20)
+	ElementArc(50 1150 50 50   0 180 20)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/SIP13.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SIP13.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SIP13.fp	(revision 296)
@@ -0,0 +1,22 @@
+Element(0x00 "Single in line package" "" "SIP13" 160 10 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	ElementLine(  0 50   0 1250 20)
+	ElementLine(100 50 100 1250 20)
+	ElementLine(  0 100 100 100 10)
+	ElementArc(50  50 50 50 180 180 20)
+	ElementArc(50 1250 50 50   0 180 20)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/SIP2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SIP2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SIP2.fp	(revision 296)
@@ -0,0 +1,11 @@
+Element(0x00 "Single in line package" "" "SIP2" 160 10 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	ElementLine(  0 50   0 150 20)
+	ElementLine(100 50 100 150 20)
+	ElementLine(  0 100 100 100 10)
+	ElementArc(50  50 50 50 180 180 20)
+	ElementArc(50 150 50 50   0 180 20)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/SIP3.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SIP3.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SIP3.fp	(revision 296)
@@ -0,0 +1,12 @@
+Element(0x00 "Single in line package" "" "SIP3" 160 10 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	ElementLine(  0 50   0 250 20)
+	ElementLine(100 50 100 250 20)
+	ElementLine(  0 100 100 100 10)
+	ElementArc(50  50 50 50 180 180 20)
+	ElementArc(50 250 50 50   0 180 20)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/SIP4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SIP4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SIP4.fp	(revision 296)
@@ -0,0 +1,13 @@
+Element(0x00 "Single in line package" "" "SIP4" 160 10 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	ElementLine(  0 50   0 350 20)
+	ElementLine(100 50 100 350 20)
+	ElementLine(  0 100 100 100 10)
+	ElementArc(50  50 50 50 180 180 20)
+	ElementArc(50 350 50 50   0 180 20)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/SIP5.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SIP5.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SIP5.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "Single in line package" "" "SIP5" 160 10 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	ElementLine(  0 50   0 450 20)
+	ElementLine(100 50 100 450 20)
+	ElementLine(  0 100 100 100 10)
+	ElementArc(50  50 50 50 180 180 20)
+	ElementArc(50 450 50 50   0 180 20)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/SIP6.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SIP6.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SIP6.fp	(revision 296)
@@ -0,0 +1,15 @@
+Element(0x00 "Single in line package" "" "SIP6" 160 10 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	ElementLine(  0 50   0 550 20)
+	ElementLine(100 50 100 550 20)
+	ElementLine(  0 100 100 100 10)
+	ElementArc(50  50 50 50 180 180 20)
+	ElementArc(50 550 50 50   0 180 20)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/SIP7.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SIP7.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SIP7.fp	(revision 296)
@@ -0,0 +1,16 @@
+Element(0x00 "Single in line package" "" "SIP7" 160 10 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	ElementLine(  0 50   0 650 20)
+	ElementLine(100 50 100 650 20)
+	ElementLine(  0 100 100 100 10)
+	ElementArc(50  50 50 50 180 180 20)
+	ElementArc(50 650 50 50   0 180 20)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/SIP8.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SIP8.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SIP8.fp	(revision 296)
@@ -0,0 +1,17 @@
+Element(0x00 "Single in line package" "" "SIP8" 160 10 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	ElementLine(  0 50   0 750 20)
+	ElementLine(100 50 100 750 20)
+	ElementLine(  0 100 100 100 10)
+	ElementArc(50  50 50 50 180 180 20)
+	ElementArc(50 750 50 50   0 180 20)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/SIP9.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SIP9.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SIP9.fp	(revision 296)
@@ -0,0 +1,18 @@
+Element(0x00 "Single in line package" "" "SIP9" 160 10 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	ElementLine(  0 50   0 850 20)
+	ElementLine(100 50 100 850 20)
+	ElementLine(  0 100 100 100 10)
+	ElementArc(50  50 50 50 180 180 20)
+	ElementArc(50 850 50 50   0 180 20)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/SME10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SME10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SME10.fp	(revision 296)
@@ -0,0 +1,17 @@
+	# how much to grow the pads by for soldermask
+	# clearance from planes
+Element(0x00 "Surface mount electrolytic capacitor, number is dia in mm" "" "SME10" 0 0 386 0 3 100 0x00)
+(
+	ElementLine(-376 -285 -376 285 20)
+	    ElementLine(-376 285 -255 366 10)
+	    ElementLine(-255 366 366 366 10)
+	    ElementLine(366 366 366 -366 10)
+	    ElementLine(366 -366 -255 -366 10)
+	    ElementLine(-255 -366 -376 -285 10)
+	Pad(-164 -164 
+		-164 164
+		243 20 249 "1" "1" 0x00000100)
+	    Pad(164 -164 
+		164 164
+		243 20 249 "2" "2" 0x00000100)
+)
Index: oldlib/lib/pcblib-newlib/geda/SME3.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SME3.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SME3.fp	(revision 296)
@@ -0,0 +1,17 @@
+	# how much to grow the pads by for soldermask
+	# clearance from planes
+Element(0x00 "Surface mount electrolytic capacitor, number is dia in mm" "" "SME3" 0 0 134 0 3 100 0x00)
+(
+	ElementLine(-124 -89 -124 89 20)
+	    ElementLine(-124 89 -87 114 10)
+	    ElementLine(-87 114 114 114 10)
+	    ElementLine(114 114 114 -114 10)
+	    ElementLine(114 -114 -87 -114 10)
+	    ElementLine(-87 -114 -124 -89 10)
+	Pad(-52 -52 
+		-52 52
+		75 20 81 "1" "1" 0x00000100)
+	    Pad(52 -52 
+		52 52
+		75 20 81 "2" "2" 0x00000100)
+)
Index: oldlib/lib/pcblib-newlib/geda/SME4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SME4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SME4.fp	(revision 296)
@@ -0,0 +1,17 @@
+	# how much to grow the pads by for soldermask
+	# clearance from planes
+Element(0x00 "Surface mount electrolytic capacitor, number is dia in mm" "" "SME4" 0 0 170 0 3 100 0x00)
+(
+	ElementLine(-160 -117 -160 117 20)
+	    ElementLine(-160 117 -111 150 10)
+	    ElementLine(-111 150 150 150 10)
+	    ElementLine(150 150 150 -150 10)
+	    ElementLine(150 -150 -111 -150 10)
+	    ElementLine(-111 -150 -160 -117 10)
+	Pad(-68 -68 
+		-68 68
+		99 20 105 "1" "1" 0x00000100)
+	    Pad(68 -68 
+		68 68
+		99 20 105 "2" "2" 0x00000100)
+)
Index: oldlib/lib/pcblib-newlib/geda/SME5.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SME5.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SME5.fp	(revision 296)
@@ -0,0 +1,17 @@
+	# how much to grow the pads by for soldermask
+	# clearance from planes
+Element(0x00 "Surface mount electrolytic capacitor, number is dia in mm" "" "SME5" 0 0 206 0 3 100 0x00)
+(
+	ElementLine(-196 -145 -196 145 20)
+	    ElementLine(-196 145 -135 186 10)
+	    ElementLine(-135 186 186 186 10)
+	    ElementLine(186 186 186 -186 10)
+	    ElementLine(186 -186 -135 -186 10)
+	    ElementLine(-135 -186 -196 -145 10)
+	Pad(-83 -83 
+		-83 83
+		123 20 129 "1" "1" 0x00000100)
+	    Pad(83 -83 
+		83 83
+		123 20 129 "2" "2" 0x00000100)
+)
Index: oldlib/lib/pcblib-newlib/geda/SME6.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SME6.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SME6.fp	(revision 296)
@@ -0,0 +1,17 @@
+	# how much to grow the pads by for soldermask
+	# clearance from planes
+Element(0x00 "Surface mount electrolytic capacitor, number is dia in mm" "" "SME6" 0 0 251 0 3 100 0x00)
+(
+	ElementLine(-241 -180 -241 180 20)
+	    ElementLine(-241 180 -165 231 10)
+	    ElementLine(-165 231 231 231 10)
+	    ElementLine(231 231 231 -231 10)
+	    ElementLine(231 -231 -165 -231 10)
+	    ElementLine(-165 -231 -241 -180 10)
+	Pad(-104 -104 
+		-104 104
+		153 20 159 "1" "1" 0x00000100)
+	    Pad(104 -104 
+		104 104
+		153 20 159 "2" "2" 0x00000100)
+)
Index: oldlib/lib/pcblib-newlib/geda/SME8.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SME8.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SME8.fp	(revision 296)
@@ -0,0 +1,17 @@
+	# how much to grow the pads by for soldermask
+	# clearance from planes
+Element(0x00 "Surface mount electrolytic capacitor, number is dia in mm" "" "SME8" 0 0 317 0 3 100 0x00)
+(
+	ElementLine(-307 -231 -307 231 20)
+	    ElementLine(-307 231 -208 297 10)
+	    ElementLine(-208 297 297 297 10)
+	    ElementLine(297 297 297 -297 10)
+	    ElementLine(297 -297 -208 -297 10)
+	    ElementLine(-208 -297 -307 -231 10)
+	Pad(-132 -132 
+		-132 132
+		198 20 204 "1" "1" 0x00000100)
+	    Pad(132 -132 
+		132 132
+		198 20 204 "2" "2" 0x00000100)
+)
Index: oldlib/lib/pcblib-newlib/geda/SO14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO14.fp	(revision 296)
@@ -0,0 +1,67 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, narrow (150mil)" "" "SO14" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -13500 -15000 
+			 -7000 -15000 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -13500 -10000 
+			 -7000 -10000 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -13500 -5000 
+			 -7000 -5000 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -13500 0 
+			 -7000 0 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   -13500 5000 
+			 -7000 5000 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   -13500 10000 
+			 -7000 10000 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   -13500 15000 
+			 -7000 15000 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   13500 15000 
+			 7000 15000 
+			2000 1000 3000 "8" "8" 0x00000100]
+        Pad[   13500 10000 
+			 7000 10000 
+			2000 1000 3000 "9" "9" 0x00000100]
+        Pad[   13500 5000 
+			 7000 5000 
+			2000 1000 3000 "10" "10" 0x00000100]
+        Pad[   13500 0 
+			 7000 0 
+			2000 1000 3000 "11" "11" 0x00000100]
+        Pad[   13500 -5000 
+			 7000 -5000 
+			2000 1000 3000 "12" "12" 0x00000100]
+        Pad[   13500 -10000 
+			 7000 -10000 
+			2000 1000 3000 "13" "13" 0x00000100]
+        Pad[   13500 -15000 
+			 7000 -15000 
+			2000 1000 3000 "14" "14" 0x00000100]
+	ElementLine[-15500 -17000 -15500  17000 1000]
+	ElementLine[-15500  17000  15500  17000 1000]
+	ElementLine[ 15500  17000  15500 -17000 1000]
+	ElementLine[-15500 -17000 -2500 -17000 1000]
+	ElementLine[ 15500 -17000  2500 -17000 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -17000 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SO14W.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO14W.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO14W.fp	(revision 296)
@@ -0,0 +1,67 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, wide (300mil)" "" "SO14W" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -21000 -15000 
+			 -15000 -15000 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -21000 -10000 
+			 -15000 -10000 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -21000 -5000 
+			 -15000 -5000 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -21000 0 
+			 -15000 0 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   -21000 5000 
+			 -15000 5000 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   -21000 10000 
+			 -15000 10000 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   -21000 15000 
+			 -15000 15000 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   21000 15000 
+			 15000 15000 
+			2000 1000 3000 "8" "8" 0x00000100]
+        Pad[   21000 10000 
+			 15000 10000 
+			2000 1000 3000 "9" "9" 0x00000100]
+        Pad[   21000 5000 
+			 15000 5000 
+			2000 1000 3000 "10" "10" 0x00000100]
+        Pad[   21000 0 
+			 15000 0 
+			2000 1000 3000 "11" "11" 0x00000100]
+        Pad[   21000 -5000 
+			 15000 -5000 
+			2000 1000 3000 "12" "12" 0x00000100]
+        Pad[   21000 -10000 
+			 15000 -10000 
+			2000 1000 3000 "13" "13" 0x00000100]
+        Pad[   21000 -15000 
+			 15000 -15000 
+			2000 1000 3000 "14" "14" 0x00000100]
+	ElementLine[-23000 -17000 -23000  17000 1000]
+	ElementLine[-23000  17000  23000  17000 1000]
+	ElementLine[ 23000  17000  23000 -17000 1000]
+	ElementLine[-23000 -17000 -2500 -17000 1000]
+	ElementLine[ 23000 -17000  2500 -17000 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -17000 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SO16.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO16.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO16.fp	(revision 296)
@@ -0,0 +1,73 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, narrow (150mil)" "" "SO16" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -13500 -17500 
+			 -7000 -17500 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -13500 -12500 
+			 -7000 -12500 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -13500 -7500 
+			 -7000 -7500 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -13500 -2500 
+			 -7000 -2500 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   -13500 2500 
+			 -7000 2500 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   -13500 7500 
+			 -7000 7500 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   -13500 12500 
+			 -7000 12500 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   -13500 17500 
+			 -7000 17500 
+			2000 1000 3000 "8" "8" 0x00000100]
+        Pad[   13500 17500 
+			 7000 17500 
+			2000 1000 3000 "9" "9" 0x00000100]
+        Pad[   13500 12500 
+			 7000 12500 
+			2000 1000 3000 "10" "10" 0x00000100]
+        Pad[   13500 7500 
+			 7000 7500 
+			2000 1000 3000 "11" "11" 0x00000100]
+        Pad[   13500 2500 
+			 7000 2500 
+			2000 1000 3000 "12" "12" 0x00000100]
+        Pad[   13500 -2500 
+			 7000 -2500 
+			2000 1000 3000 "13" "13" 0x00000100]
+        Pad[   13500 -7500 
+			 7000 -7500 
+			2000 1000 3000 "14" "14" 0x00000100]
+        Pad[   13500 -12500 
+			 7000 -12500 
+			2000 1000 3000 "15" "15" 0x00000100]
+        Pad[   13500 -17500 
+			 7000 -17500 
+			2000 1000 3000 "16" "16" 0x00000100]
+	ElementLine[-15500 -19500 -15500  19500 1000]
+	ElementLine[-15500  19500  15500  19500 1000]
+	ElementLine[ 15500  19500  15500 -19500 1000]
+	ElementLine[-15500 -19500 -2500 -19500 1000]
+	ElementLine[ 15500 -19500  2500 -19500 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -19500 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SO16W.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO16W.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO16W.fp	(revision 296)
@@ -0,0 +1,73 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, wide (300mil)" "" "SO16W" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -21000 -17500 
+			 -15000 -17500 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -21000 -12500 
+			 -15000 -12500 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -21000 -7500 
+			 -15000 -7500 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -21000 -2500 
+			 -15000 -2500 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   -21000 2500 
+			 -15000 2500 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   -21000 7500 
+			 -15000 7500 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   -21000 12500 
+			 -15000 12500 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   -21000 17500 
+			 -15000 17500 
+			2000 1000 3000 "8" "8" 0x00000100]
+        Pad[   21000 17500 
+			 15000 17500 
+			2000 1000 3000 "9" "9" 0x00000100]
+        Pad[   21000 12500 
+			 15000 12500 
+			2000 1000 3000 "10" "10" 0x00000100]
+        Pad[   21000 7500 
+			 15000 7500 
+			2000 1000 3000 "11" "11" 0x00000100]
+        Pad[   21000 2500 
+			 15000 2500 
+			2000 1000 3000 "12" "12" 0x00000100]
+        Pad[   21000 -2500 
+			 15000 -2500 
+			2000 1000 3000 "13" "13" 0x00000100]
+        Pad[   21000 -7500 
+			 15000 -7500 
+			2000 1000 3000 "14" "14" 0x00000100]
+        Pad[   21000 -12500 
+			 15000 -12500 
+			2000 1000 3000 "15" "15" 0x00000100]
+        Pad[   21000 -17500 
+			 15000 -17500 
+			2000 1000 3000 "16" "16" 0x00000100]
+	ElementLine[-23000 -19500 -23000  19500 1000]
+	ElementLine[-23000  19500  23000  19500 1000]
+	ElementLine[ 23000  19500  23000 -19500 1000]
+	ElementLine[-23000 -19500 -2500 -19500 1000]
+	ElementLine[ 23000 -19500  2500 -19500 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -19500 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SO18M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO18M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO18M.fp	(revision 296)
@@ -0,0 +1,79 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, medium (200mil)" "" "SO18M" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -16000 -20000 
+			 -9500 -20000 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -16000 -15000 
+			 -9500 -15000 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -16000 -10000 
+			 -9500 -10000 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -16000 -5000 
+			 -9500 -5000 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   -16000 0 
+			 -9500 0 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   -16000 5000 
+			 -9500 5000 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   -16000 10000 
+			 -9500 10000 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   -16000 15000 
+			 -9500 15000 
+			2000 1000 3000 "8" "8" 0x00000100]
+        Pad[   -16000 20000 
+			 -9500 20000 
+			2000 1000 3000 "9" "9" 0x00000100]
+        Pad[   16000 20000 
+			 9500 20000 
+			2000 1000 3000 "10" "10" 0x00000100]
+        Pad[   16000 15000 
+			 9500 15000 
+			2000 1000 3000 "11" "11" 0x00000100]
+        Pad[   16000 10000 
+			 9500 10000 
+			2000 1000 3000 "12" "12" 0x00000100]
+        Pad[   16000 5000 
+			 9500 5000 
+			2000 1000 3000 "13" "13" 0x00000100]
+        Pad[   16000 0 
+			 9500 0 
+			2000 1000 3000 "14" "14" 0x00000100]
+        Pad[   16000 -5000 
+			 9500 -5000 
+			2000 1000 3000 "15" "15" 0x00000100]
+        Pad[   16000 -10000 
+			 9500 -10000 
+			2000 1000 3000 "16" "16" 0x00000100]
+        Pad[   16000 -15000 
+			 9500 -15000 
+			2000 1000 3000 "17" "17" 0x00000100]
+        Pad[   16000 -20000 
+			 9500 -20000 
+			2000 1000 3000 "18" "18" 0x00000100]
+	ElementLine[-18000 -22000 -18000  22000 1000]
+	ElementLine[-18000  22000  18000  22000 1000]
+	ElementLine[ 18000  22000  18000 -22000 1000]
+	ElementLine[-18000 -22000 -2500 -22000 1000]
+	ElementLine[ 18000 -22000  2500 -22000 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -22000 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SO18N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO18N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO18N.fp	(revision 296)
@@ -0,0 +1,79 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, narrow (150mil)" "" "SO18N" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -13500 -20000 
+			 -7000 -20000 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -13500 -15000 
+			 -7000 -15000 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -13500 -10000 
+			 -7000 -10000 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -13500 -5000 
+			 -7000 -5000 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   -13500 0 
+			 -7000 0 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   -13500 5000 
+			 -7000 5000 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   -13500 10000 
+			 -7000 10000 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   -13500 15000 
+			 -7000 15000 
+			2000 1000 3000 "8" "8" 0x00000100]
+        Pad[   -13500 20000 
+			 -7000 20000 
+			2000 1000 3000 "9" "9" 0x00000100]
+        Pad[   13500 20000 
+			 7000 20000 
+			2000 1000 3000 "10" "10" 0x00000100]
+        Pad[   13500 15000 
+			 7000 15000 
+			2000 1000 3000 "11" "11" 0x00000100]
+        Pad[   13500 10000 
+			 7000 10000 
+			2000 1000 3000 "12" "12" 0x00000100]
+        Pad[   13500 5000 
+			 7000 5000 
+			2000 1000 3000 "13" "13" 0x00000100]
+        Pad[   13500 0 
+			 7000 0 
+			2000 1000 3000 "14" "14" 0x00000100]
+        Pad[   13500 -5000 
+			 7000 -5000 
+			2000 1000 3000 "15" "15" 0x00000100]
+        Pad[   13500 -10000 
+			 7000 -10000 
+			2000 1000 3000 "16" "16" 0x00000100]
+        Pad[   13500 -15000 
+			 7000 -15000 
+			2000 1000 3000 "17" "17" 0x00000100]
+        Pad[   13500 -20000 
+			 7000 -20000 
+			2000 1000 3000 "18" "18" 0x00000100]
+	ElementLine[-15500 -22000 -15500  22000 1000]
+	ElementLine[-15500  22000  15500  22000 1000]
+	ElementLine[ 15500  22000  15500 -22000 1000]
+	ElementLine[-15500 -22000 -2500 -22000 1000]
+	ElementLine[ 15500 -22000  2500 -22000 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -22000 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SO18W.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO18W.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO18W.fp	(revision 296)
@@ -0,0 +1,79 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, wide (300mil)" "" "SO18W" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -21000 -20000 
+			 -15000 -20000 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -21000 -15000 
+			 -15000 -15000 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -21000 -10000 
+			 -15000 -10000 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -21000 -5000 
+			 -15000 -5000 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   -21000 0 
+			 -15000 0 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   -21000 5000 
+			 -15000 5000 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   -21000 10000 
+			 -15000 10000 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   -21000 15000 
+			 -15000 15000 
+			2000 1000 3000 "8" "8" 0x00000100]
+        Pad[   -21000 20000 
+			 -15000 20000 
+			2000 1000 3000 "9" "9" 0x00000100]
+        Pad[   21000 20000 
+			 15000 20000 
+			2000 1000 3000 "10" "10" 0x00000100]
+        Pad[   21000 15000 
+			 15000 15000 
+			2000 1000 3000 "11" "11" 0x00000100]
+        Pad[   21000 10000 
+			 15000 10000 
+			2000 1000 3000 "12" "12" 0x00000100]
+        Pad[   21000 5000 
+			 15000 5000 
+			2000 1000 3000 "13" "13" 0x00000100]
+        Pad[   21000 0 
+			 15000 0 
+			2000 1000 3000 "14" "14" 0x00000100]
+        Pad[   21000 -5000 
+			 15000 -5000 
+			2000 1000 3000 "15" "15" 0x00000100]
+        Pad[   21000 -10000 
+			 15000 -10000 
+			2000 1000 3000 "16" "16" 0x00000100]
+        Pad[   21000 -15000 
+			 15000 -15000 
+			2000 1000 3000 "17" "17" 0x00000100]
+        Pad[   21000 -20000 
+			 15000 -20000 
+			2000 1000 3000 "18" "18" 0x00000100]
+	ElementLine[-23000 -22000 -23000  22000 1000]
+	ElementLine[-23000  22000  23000  22000 1000]
+	ElementLine[ 23000  22000  23000 -22000 1000]
+	ElementLine[-23000 -22000 -2500 -22000 1000]
+	ElementLine[ 23000 -22000  2500 -22000 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -22000 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SO20M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO20M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO20M.fp	(revision 296)
@@ -0,0 +1,85 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, medium (200mil)" "" "SO20M" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -16000 -22500 
+			 -9500 -22500 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -16000 -17500 
+			 -9500 -17500 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -16000 -12500 
+			 -9500 -12500 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -16000 -7500 
+			 -9500 -7500 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   -16000 -2500 
+			 -9500 -2500 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   -16000 2500 
+			 -9500 2500 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   -16000 7500 
+			 -9500 7500 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   -16000 12500 
+			 -9500 12500 
+			2000 1000 3000 "8" "8" 0x00000100]
+        Pad[   -16000 17500 
+			 -9500 17500 
+			2000 1000 3000 "9" "9" 0x00000100]
+        Pad[   -16000 22500 
+			 -9500 22500 
+			2000 1000 3000 "10" "10" 0x00000100]
+        Pad[   16000 22500 
+			 9500 22500 
+			2000 1000 3000 "11" "11" 0x00000100]
+        Pad[   16000 17500 
+			 9500 17500 
+			2000 1000 3000 "12" "12" 0x00000100]
+        Pad[   16000 12500 
+			 9500 12500 
+			2000 1000 3000 "13" "13" 0x00000100]
+        Pad[   16000 7500 
+			 9500 7500 
+			2000 1000 3000 "14" "14" 0x00000100]
+        Pad[   16000 2500 
+			 9500 2500 
+			2000 1000 3000 "15" "15" 0x00000100]
+        Pad[   16000 -2500 
+			 9500 -2500 
+			2000 1000 3000 "16" "16" 0x00000100]
+        Pad[   16000 -7500 
+			 9500 -7500 
+			2000 1000 3000 "17" "17" 0x00000100]
+        Pad[   16000 -12500 
+			 9500 -12500 
+			2000 1000 3000 "18" "18" 0x00000100]
+        Pad[   16000 -17500 
+			 9500 -17500 
+			2000 1000 3000 "19" "19" 0x00000100]
+        Pad[   16000 -22500 
+			 9500 -22500 
+			2000 1000 3000 "20" "20" 0x00000100]
+	ElementLine[-18000 -24500 -18000  24500 1000]
+	ElementLine[-18000  24500  18000  24500 1000]
+	ElementLine[ 18000  24500  18000 -24500 1000]
+	ElementLine[-18000 -24500 -2500 -24500 1000]
+	ElementLine[ 18000 -24500  2500 -24500 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -24500 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SO20N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO20N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO20N.fp	(revision 296)
@@ -0,0 +1,85 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, narrow (150mil)" "" "SO20N" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -13500 -22500 
+			 -7000 -22500 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -13500 -17500 
+			 -7000 -17500 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -13500 -12500 
+			 -7000 -12500 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -13500 -7500 
+			 -7000 -7500 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   -13500 -2500 
+			 -7000 -2500 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   -13500 2500 
+			 -7000 2500 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   -13500 7500 
+			 -7000 7500 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   -13500 12500 
+			 -7000 12500 
+			2000 1000 3000 "8" "8" 0x00000100]
+        Pad[   -13500 17500 
+			 -7000 17500 
+			2000 1000 3000 "9" "9" 0x00000100]
+        Pad[   -13500 22500 
+			 -7000 22500 
+			2000 1000 3000 "10" "10" 0x00000100]
+        Pad[   13500 22500 
+			 7000 22500 
+			2000 1000 3000 "11" "11" 0x00000100]
+        Pad[   13500 17500 
+			 7000 17500 
+			2000 1000 3000 "12" "12" 0x00000100]
+        Pad[   13500 12500 
+			 7000 12500 
+			2000 1000 3000 "13" "13" 0x00000100]
+        Pad[   13500 7500 
+			 7000 7500 
+			2000 1000 3000 "14" "14" 0x00000100]
+        Pad[   13500 2500 
+			 7000 2500 
+			2000 1000 3000 "15" "15" 0x00000100]
+        Pad[   13500 -2500 
+			 7000 -2500 
+			2000 1000 3000 "16" "16" 0x00000100]
+        Pad[   13500 -7500 
+			 7000 -7500 
+			2000 1000 3000 "17" "17" 0x00000100]
+        Pad[   13500 -12500 
+			 7000 -12500 
+			2000 1000 3000 "18" "18" 0x00000100]
+        Pad[   13500 -17500 
+			 7000 -17500 
+			2000 1000 3000 "19" "19" 0x00000100]
+        Pad[   13500 -22500 
+			 7000 -22500 
+			2000 1000 3000 "20" "20" 0x00000100]
+	ElementLine[-15500 -24500 -15500  24500 1000]
+	ElementLine[-15500  24500  15500  24500 1000]
+	ElementLine[ 15500  24500  15500 -24500 1000]
+	ElementLine[-15500 -24500 -2500 -24500 1000]
+	ElementLine[ 15500 -24500  2500 -24500 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -24500 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SO20W.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO20W.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO20W.fp	(revision 296)
@@ -0,0 +1,85 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, wide (300mil)" "" "SO20W" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -21000 -22500 
+			 -15000 -22500 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -21000 -17500 
+			 -15000 -17500 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -21000 -12500 
+			 -15000 -12500 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -21000 -7500 
+			 -15000 -7500 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   -21000 -2500 
+			 -15000 -2500 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   -21000 2500 
+			 -15000 2500 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   -21000 7500 
+			 -15000 7500 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   -21000 12500 
+			 -15000 12500 
+			2000 1000 3000 "8" "8" 0x00000100]
+        Pad[   -21000 17500 
+			 -15000 17500 
+			2000 1000 3000 "9" "9" 0x00000100]
+        Pad[   -21000 22500 
+			 -15000 22500 
+			2000 1000 3000 "10" "10" 0x00000100]
+        Pad[   21000 22500 
+			 15000 22500 
+			2000 1000 3000 "11" "11" 0x00000100]
+        Pad[   21000 17500 
+			 15000 17500 
+			2000 1000 3000 "12" "12" 0x00000100]
+        Pad[   21000 12500 
+			 15000 12500 
+			2000 1000 3000 "13" "13" 0x00000100]
+        Pad[   21000 7500 
+			 15000 7500 
+			2000 1000 3000 "14" "14" 0x00000100]
+        Pad[   21000 2500 
+			 15000 2500 
+			2000 1000 3000 "15" "15" 0x00000100]
+        Pad[   21000 -2500 
+			 15000 -2500 
+			2000 1000 3000 "16" "16" 0x00000100]
+        Pad[   21000 -7500 
+			 15000 -7500 
+			2000 1000 3000 "17" "17" 0x00000100]
+        Pad[   21000 -12500 
+			 15000 -12500 
+			2000 1000 3000 "18" "18" 0x00000100]
+        Pad[   21000 -17500 
+			 15000 -17500 
+			2000 1000 3000 "19" "19" 0x00000100]
+        Pad[   21000 -22500 
+			 15000 -22500 
+			2000 1000 3000 "20" "20" 0x00000100]
+	ElementLine[-23000 -24500 -23000  24500 1000]
+	ElementLine[-23000  24500  23000  24500 1000]
+	ElementLine[ 23000  24500  23000 -24500 1000]
+	ElementLine[-23000 -24500 -2500 -24500 1000]
+	ElementLine[ 23000 -24500  2500 -24500 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -24500 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SO22M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO22M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO22M.fp	(revision 296)
@@ -0,0 +1,91 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, medium (200mil)" "" "SO22M" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -16000 -25000 
+			 -9500 -25000 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -16000 -20000 
+			 -9500 -20000 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -16000 -15000 
+			 -9500 -15000 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -16000 -10000 
+			 -9500 -10000 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   -16000 -5000 
+			 -9500 -5000 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   -16000 0 
+			 -9500 0 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   -16000 5000 
+			 -9500 5000 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   -16000 10000 
+			 -9500 10000 
+			2000 1000 3000 "8" "8" 0x00000100]
+        Pad[   -16000 15000 
+			 -9500 15000 
+			2000 1000 3000 "9" "9" 0x00000100]
+        Pad[   -16000 20000 
+			 -9500 20000 
+			2000 1000 3000 "10" "10" 0x00000100]
+        Pad[   -16000 25000 
+			 -9500 25000 
+			2000 1000 3000 "11" "11" 0x00000100]
+        Pad[   16000 25000 
+			 9500 25000 
+			2000 1000 3000 "12" "12" 0x00000100]
+        Pad[   16000 20000 
+			 9500 20000 
+			2000 1000 3000 "13" "13" 0x00000100]
+        Pad[   16000 15000 
+			 9500 15000 
+			2000 1000 3000 "14" "14" 0x00000100]
+        Pad[   16000 10000 
+			 9500 10000 
+			2000 1000 3000 "15" "15" 0x00000100]
+        Pad[   16000 5000 
+			 9500 5000 
+			2000 1000 3000 "16" "16" 0x00000100]
+        Pad[   16000 0 
+			 9500 0 
+			2000 1000 3000 "17" "17" 0x00000100]
+        Pad[   16000 -5000 
+			 9500 -5000 
+			2000 1000 3000 "18" "18" 0x00000100]
+        Pad[   16000 -10000 
+			 9500 -10000 
+			2000 1000 3000 "19" "19" 0x00000100]
+        Pad[   16000 -15000 
+			 9500 -15000 
+			2000 1000 3000 "20" "20" 0x00000100]
+        Pad[   16000 -20000 
+			 9500 -20000 
+			2000 1000 3000 "21" "21" 0x00000100]
+        Pad[   16000 -25000 
+			 9500 -25000 
+			2000 1000 3000 "22" "22" 0x00000100]
+	ElementLine[-18000 -27000 -18000  27000 1000]
+	ElementLine[-18000  27000  18000  27000 1000]
+	ElementLine[ 18000  27000  18000 -27000 1000]
+	ElementLine[-18000 -27000 -2500 -27000 1000]
+	ElementLine[ 18000 -27000  2500 -27000 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -27000 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SO24M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO24M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO24M.fp	(revision 296)
@@ -0,0 +1,97 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, medium (200mil)" "" "SO24M" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -16000 -27500 
+			 -9500 -27500 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -16000 -22500 
+			 -9500 -22500 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -16000 -17500 
+			 -9500 -17500 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -16000 -12500 
+			 -9500 -12500 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   -16000 -7500 
+			 -9500 -7500 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   -16000 -2500 
+			 -9500 -2500 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   -16000 2500 
+			 -9500 2500 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   -16000 7500 
+			 -9500 7500 
+			2000 1000 3000 "8" "8" 0x00000100]
+        Pad[   -16000 12500 
+			 -9500 12500 
+			2000 1000 3000 "9" "9" 0x00000100]
+        Pad[   -16000 17500 
+			 -9500 17500 
+			2000 1000 3000 "10" "10" 0x00000100]
+        Pad[   -16000 22500 
+			 -9500 22500 
+			2000 1000 3000 "11" "11" 0x00000100]
+        Pad[   -16000 27500 
+			 -9500 27500 
+			2000 1000 3000 "12" "12" 0x00000100]
+        Pad[   16000 27500 
+			 9500 27500 
+			2000 1000 3000 "13" "13" 0x00000100]
+        Pad[   16000 22500 
+			 9500 22500 
+			2000 1000 3000 "14" "14" 0x00000100]
+        Pad[   16000 17500 
+			 9500 17500 
+			2000 1000 3000 "15" "15" 0x00000100]
+        Pad[   16000 12500 
+			 9500 12500 
+			2000 1000 3000 "16" "16" 0x00000100]
+        Pad[   16000 7500 
+			 9500 7500 
+			2000 1000 3000 "17" "17" 0x00000100]
+        Pad[   16000 2500 
+			 9500 2500 
+			2000 1000 3000 "18" "18" 0x00000100]
+        Pad[   16000 -2500 
+			 9500 -2500 
+			2000 1000 3000 "19" "19" 0x00000100]
+        Pad[   16000 -7500 
+			 9500 -7500 
+			2000 1000 3000 "20" "20" 0x00000100]
+        Pad[   16000 -12500 
+			 9500 -12500 
+			2000 1000 3000 "21" "21" 0x00000100]
+        Pad[   16000 -17500 
+			 9500 -17500 
+			2000 1000 3000 "22" "22" 0x00000100]
+        Pad[   16000 -22500 
+			 9500 -22500 
+			2000 1000 3000 "23" "23" 0x00000100]
+        Pad[   16000 -27500 
+			 9500 -27500 
+			2000 1000 3000 "24" "24" 0x00000100]
+	ElementLine[-18000 -29500 -18000  29500 1000]
+	ElementLine[-18000  29500  18000  29500 1000]
+	ElementLine[ 18000  29500  18000 -29500 1000]
+	ElementLine[-18000 -29500 -2500 -29500 1000]
+	ElementLine[ 18000 -29500  2500 -29500 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -29500 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SO24W.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO24W.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO24W.fp	(revision 296)
@@ -0,0 +1,97 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, wide (300mil)" "" "SO24W" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -21000 -27500 
+			 -15000 -27500 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -21000 -22500 
+			 -15000 -22500 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -21000 -17500 
+			 -15000 -17500 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -21000 -12500 
+			 -15000 -12500 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   -21000 -7500 
+			 -15000 -7500 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   -21000 -2500 
+			 -15000 -2500 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   -21000 2500 
+			 -15000 2500 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   -21000 7500 
+			 -15000 7500 
+			2000 1000 3000 "8" "8" 0x00000100]
+        Pad[   -21000 12500 
+			 -15000 12500 
+			2000 1000 3000 "9" "9" 0x00000100]
+        Pad[   -21000 17500 
+			 -15000 17500 
+			2000 1000 3000 "10" "10" 0x00000100]
+        Pad[   -21000 22500 
+			 -15000 22500 
+			2000 1000 3000 "11" "11" 0x00000100]
+        Pad[   -21000 27500 
+			 -15000 27500 
+			2000 1000 3000 "12" "12" 0x00000100]
+        Pad[   21000 27500 
+			 15000 27500 
+			2000 1000 3000 "13" "13" 0x00000100]
+        Pad[   21000 22500 
+			 15000 22500 
+			2000 1000 3000 "14" "14" 0x00000100]
+        Pad[   21000 17500 
+			 15000 17500 
+			2000 1000 3000 "15" "15" 0x00000100]
+        Pad[   21000 12500 
+			 15000 12500 
+			2000 1000 3000 "16" "16" 0x00000100]
+        Pad[   21000 7500 
+			 15000 7500 
+			2000 1000 3000 "17" "17" 0x00000100]
+        Pad[   21000 2500 
+			 15000 2500 
+			2000 1000 3000 "18" "18" 0x00000100]
+        Pad[   21000 -2500 
+			 15000 -2500 
+			2000 1000 3000 "19" "19" 0x00000100]
+        Pad[   21000 -7500 
+			 15000 -7500 
+			2000 1000 3000 "20" "20" 0x00000100]
+        Pad[   21000 -12500 
+			 15000 -12500 
+			2000 1000 3000 "21" "21" 0x00000100]
+        Pad[   21000 -17500 
+			 15000 -17500 
+			2000 1000 3000 "22" "22" 0x00000100]
+        Pad[   21000 -22500 
+			 15000 -22500 
+			2000 1000 3000 "23" "23" 0x00000100]
+        Pad[   21000 -27500 
+			 15000 -27500 
+			2000 1000 3000 "24" "24" 0x00000100]
+	ElementLine[-23000 -29500 -23000  29500 1000]
+	ElementLine[-23000  29500  23000  29500 1000]
+	ElementLine[ 23000  29500  23000 -29500 1000]
+	ElementLine[-23000 -29500 -2500 -29500 1000]
+	ElementLine[ 23000 -29500  2500 -29500 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -29500 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SO28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO28.fp	(revision 296)
@@ -0,0 +1,109 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, wide (300mil)" "" "SO28" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -21000 -32500 
+			 -15000 -32500 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -21000 -27500 
+			 -15000 -27500 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -21000 -22500 
+			 -15000 -22500 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -21000 -17500 
+			 -15000 -17500 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   -21000 -12500 
+			 -15000 -12500 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   -21000 -7500 
+			 -15000 -7500 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   -21000 -2500 
+			 -15000 -2500 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   -21000 2500 
+			 -15000 2500 
+			2000 1000 3000 "8" "8" 0x00000100]
+        Pad[   -21000 7500 
+			 -15000 7500 
+			2000 1000 3000 "9" "9" 0x00000100]
+        Pad[   -21000 12500 
+			 -15000 12500 
+			2000 1000 3000 "10" "10" 0x00000100]
+        Pad[   -21000 17500 
+			 -15000 17500 
+			2000 1000 3000 "11" "11" 0x00000100]
+        Pad[   -21000 22500 
+			 -15000 22500 
+			2000 1000 3000 "12" "12" 0x00000100]
+        Pad[   -21000 27500 
+			 -15000 27500 
+			2000 1000 3000 "13" "13" 0x00000100]
+        Pad[   -21000 32500 
+			 -15000 32500 
+			2000 1000 3000 "14" "14" 0x00000100]
+        Pad[   21000 32500 
+			 15000 32500 
+			2000 1000 3000 "15" "15" 0x00000100]
+        Pad[   21000 27500 
+			 15000 27500 
+			2000 1000 3000 "16" "16" 0x00000100]
+        Pad[   21000 22500 
+			 15000 22500 
+			2000 1000 3000 "17" "17" 0x00000100]
+        Pad[   21000 17500 
+			 15000 17500 
+			2000 1000 3000 "18" "18" 0x00000100]
+        Pad[   21000 12500 
+			 15000 12500 
+			2000 1000 3000 "19" "19" 0x00000100]
+        Pad[   21000 7500 
+			 15000 7500 
+			2000 1000 3000 "20" "20" 0x00000100]
+        Pad[   21000 2500 
+			 15000 2500 
+			2000 1000 3000 "21" "21" 0x00000100]
+        Pad[   21000 -2500 
+			 15000 -2500 
+			2000 1000 3000 "22" "22" 0x00000100]
+        Pad[   21000 -7500 
+			 15000 -7500 
+			2000 1000 3000 "23" "23" 0x00000100]
+        Pad[   21000 -12500 
+			 15000 -12500 
+			2000 1000 3000 "24" "24" 0x00000100]
+        Pad[   21000 -17500 
+			 15000 -17500 
+			2000 1000 3000 "25" "25" 0x00000100]
+        Pad[   21000 -22500 
+			 15000 -22500 
+			2000 1000 3000 "26" "26" 0x00000100]
+        Pad[   21000 -27500 
+			 15000 -27500 
+			2000 1000 3000 "27" "27" 0x00000100]
+        Pad[   21000 -32500 
+			 15000 -32500 
+			2000 1000 3000 "28" "28" 0x00000100]
+	ElementLine[-23000 -34500 -23000  34500 1000]
+	ElementLine[-23000  34500  23000  34500 1000]
+	ElementLine[ 23000  34500  23000 -34500 1000]
+	ElementLine[-23000 -34500 -2500 -34500 1000]
+	ElementLine[ 23000 -34500  2500 -34500 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -34500 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SO28W.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO28W.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO28W.fp	(revision 296)
@@ -0,0 +1,109 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, wider (325mil)" "" "SO28W" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -22250 -32500 
+			 -16250 -32500 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -22250 -27500 
+			 -16250 -27500 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -22250 -22500 
+			 -16250 -22500 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -22250 -17500 
+			 -16250 -17500 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   -22250 -12500 
+			 -16250 -12500 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   -22250 -7500 
+			 -16250 -7500 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   -22250 -2500 
+			 -16250 -2500 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   -22250 2500 
+			 -16250 2500 
+			2000 1000 3000 "8" "8" 0x00000100]
+        Pad[   -22250 7500 
+			 -16250 7500 
+			2000 1000 3000 "9" "9" 0x00000100]
+        Pad[   -22250 12500 
+			 -16250 12500 
+			2000 1000 3000 "10" "10" 0x00000100]
+        Pad[   -22250 17500 
+			 -16250 17500 
+			2000 1000 3000 "11" "11" 0x00000100]
+        Pad[   -22250 22500 
+			 -16250 22500 
+			2000 1000 3000 "12" "12" 0x00000100]
+        Pad[   -22250 27500 
+			 -16250 27500 
+			2000 1000 3000 "13" "13" 0x00000100]
+        Pad[   -22250 32500 
+			 -16250 32500 
+			2000 1000 3000 "14" "14" 0x00000100]
+        Pad[   22250 32500 
+			 16250 32500 
+			2000 1000 3000 "15" "15" 0x00000100]
+        Pad[   22250 27500 
+			 16250 27500 
+			2000 1000 3000 "16" "16" 0x00000100]
+        Pad[   22250 22500 
+			 16250 22500 
+			2000 1000 3000 "17" "17" 0x00000100]
+        Pad[   22250 17500 
+			 16250 17500 
+			2000 1000 3000 "18" "18" 0x00000100]
+        Pad[   22250 12500 
+			 16250 12500 
+			2000 1000 3000 "19" "19" 0x00000100]
+        Pad[   22250 7500 
+			 16250 7500 
+			2000 1000 3000 "20" "20" 0x00000100]
+        Pad[   22250 2500 
+			 16250 2500 
+			2000 1000 3000 "21" "21" 0x00000100]
+        Pad[   22250 -2500 
+			 16250 -2500 
+			2000 1000 3000 "22" "22" 0x00000100]
+        Pad[   22250 -7500 
+			 16250 -7500 
+			2000 1000 3000 "23" "23" 0x00000100]
+        Pad[   22250 -12500 
+			 16250 -12500 
+			2000 1000 3000 "24" "24" 0x00000100]
+        Pad[   22250 -17500 
+			 16250 -17500 
+			2000 1000 3000 "25" "25" 0x00000100]
+        Pad[   22250 -22500 
+			 16250 -22500 
+			2000 1000 3000 "26" "26" 0x00000100]
+        Pad[   22250 -27500 
+			 16250 -27500 
+			2000 1000 3000 "27" "27" 0x00000100]
+        Pad[   22250 -32500 
+			 16250 -32500 
+			2000 1000 3000 "28" "28" 0x00000100]
+	ElementLine[-24250 -34500 -24250  34500 1000]
+	ElementLine[-24250  34500  24250  34500 1000]
+	ElementLine[ 24250  34500  24250 -34500 1000]
+	ElementLine[-24250 -34500 -2500 -34500 1000]
+	ElementLine[ 24250 -34500  2500 -34500 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -34500 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SO32.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO32.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO32.fp	(revision 296)
@@ -0,0 +1,121 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, wide (300mil)" "" "SO32" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -21000 -37500 
+			 -15000 -37500 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -21000 -32500 
+			 -15000 -32500 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -21000 -27500 
+			 -15000 -27500 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -21000 -22500 
+			 -15000 -22500 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   -21000 -17500 
+			 -15000 -17500 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   -21000 -12500 
+			 -15000 -12500 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   -21000 -7500 
+			 -15000 -7500 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   -21000 -2500 
+			 -15000 -2500 
+			2000 1000 3000 "8" "8" 0x00000100]
+        Pad[   -21000 2500 
+			 -15000 2500 
+			2000 1000 3000 "9" "9" 0x00000100]
+        Pad[   -21000 7500 
+			 -15000 7500 
+			2000 1000 3000 "10" "10" 0x00000100]
+        Pad[   -21000 12500 
+			 -15000 12500 
+			2000 1000 3000 "11" "11" 0x00000100]
+        Pad[   -21000 17500 
+			 -15000 17500 
+			2000 1000 3000 "12" "12" 0x00000100]
+        Pad[   -21000 22500 
+			 -15000 22500 
+			2000 1000 3000 "13" "13" 0x00000100]
+        Pad[   -21000 27500 
+			 -15000 27500 
+			2000 1000 3000 "14" "14" 0x00000100]
+        Pad[   -21000 32500 
+			 -15000 32500 
+			2000 1000 3000 "15" "15" 0x00000100]
+        Pad[   -21000 37500 
+			 -15000 37500 
+			2000 1000 3000 "16" "16" 0x00000100]
+        Pad[   21000 37500 
+			 15000 37500 
+			2000 1000 3000 "17" "17" 0x00000100]
+        Pad[   21000 32500 
+			 15000 32500 
+			2000 1000 3000 "18" "18" 0x00000100]
+        Pad[   21000 27500 
+			 15000 27500 
+			2000 1000 3000 "19" "19" 0x00000100]
+        Pad[   21000 22500 
+			 15000 22500 
+			2000 1000 3000 "20" "20" 0x00000100]
+        Pad[   21000 17500 
+			 15000 17500 
+			2000 1000 3000 "21" "21" 0x00000100]
+        Pad[   21000 12500 
+			 15000 12500 
+			2000 1000 3000 "22" "22" 0x00000100]
+        Pad[   21000 7500 
+			 15000 7500 
+			2000 1000 3000 "23" "23" 0x00000100]
+        Pad[   21000 2500 
+			 15000 2500 
+			2000 1000 3000 "24" "24" 0x00000100]
+        Pad[   21000 -2500 
+			 15000 -2500 
+			2000 1000 3000 "25" "25" 0x00000100]
+        Pad[   21000 -7500 
+			 15000 -7500 
+			2000 1000 3000 "26" "26" 0x00000100]
+        Pad[   21000 -12500 
+			 15000 -12500 
+			2000 1000 3000 "27" "27" 0x00000100]
+        Pad[   21000 -17500 
+			 15000 -17500 
+			2000 1000 3000 "28" "28" 0x00000100]
+        Pad[   21000 -22500 
+			 15000 -22500 
+			2000 1000 3000 "29" "29" 0x00000100]
+        Pad[   21000 -27500 
+			 15000 -27500 
+			2000 1000 3000 "30" "30" 0x00000100]
+        Pad[   21000 -32500 
+			 15000 -32500 
+			2000 1000 3000 "31" "31" 0x00000100]
+        Pad[   21000 -37500 
+			 15000 -37500 
+			2000 1000 3000 "32" "32" 0x00000100]
+	ElementLine[-23000 -39500 -23000  39500 1000]
+	ElementLine[-23000  39500  23000  39500 1000]
+	ElementLine[ 23000  39500  23000 -39500 1000]
+	ElementLine[-23000 -39500 -2500 -39500 1000]
+	ElementLine[ 23000 -39500  2500 -39500 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -39500 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SO32W.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO32W.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO32W.fp	(revision 296)
@@ -0,0 +1,121 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, wider (450mil)" "" "SO32W" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -28500 -37500 
+			 -22500 -37500 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -28500 -32500 
+			 -22500 -32500 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -28500 -27500 
+			 -22500 -27500 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -28500 -22500 
+			 -22500 -22500 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   -28500 -17500 
+			 -22500 -17500 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   -28500 -12500 
+			 -22500 -12500 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   -28500 -7500 
+			 -22500 -7500 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   -28500 -2500 
+			 -22500 -2500 
+			2000 1000 3000 "8" "8" 0x00000100]
+        Pad[   -28500 2500 
+			 -22500 2500 
+			2000 1000 3000 "9" "9" 0x00000100]
+        Pad[   -28500 7500 
+			 -22500 7500 
+			2000 1000 3000 "10" "10" 0x00000100]
+        Pad[   -28500 12500 
+			 -22500 12500 
+			2000 1000 3000 "11" "11" 0x00000100]
+        Pad[   -28500 17500 
+			 -22500 17500 
+			2000 1000 3000 "12" "12" 0x00000100]
+        Pad[   -28500 22500 
+			 -22500 22500 
+			2000 1000 3000 "13" "13" 0x00000100]
+        Pad[   -28500 27500 
+			 -22500 27500 
+			2000 1000 3000 "14" "14" 0x00000100]
+        Pad[   -28500 32500 
+			 -22500 32500 
+			2000 1000 3000 "15" "15" 0x00000100]
+        Pad[   -28500 37500 
+			 -22500 37500 
+			2000 1000 3000 "16" "16" 0x00000100]
+        Pad[   28500 37500 
+			 22500 37500 
+			2000 1000 3000 "17" "17" 0x00000100]
+        Pad[   28500 32500 
+			 22500 32500 
+			2000 1000 3000 "18" "18" 0x00000100]
+        Pad[   28500 27500 
+			 22500 27500 
+			2000 1000 3000 "19" "19" 0x00000100]
+        Pad[   28500 22500 
+			 22500 22500 
+			2000 1000 3000 "20" "20" 0x00000100]
+        Pad[   28500 17500 
+			 22500 17500 
+			2000 1000 3000 "21" "21" 0x00000100]
+        Pad[   28500 12500 
+			 22500 12500 
+			2000 1000 3000 "22" "22" 0x00000100]
+        Pad[   28500 7500 
+			 22500 7500 
+			2000 1000 3000 "23" "23" 0x00000100]
+        Pad[   28500 2500 
+			 22500 2500 
+			2000 1000 3000 "24" "24" 0x00000100]
+        Pad[   28500 -2500 
+			 22500 -2500 
+			2000 1000 3000 "25" "25" 0x00000100]
+        Pad[   28500 -7500 
+			 22500 -7500 
+			2000 1000 3000 "26" "26" 0x00000100]
+        Pad[   28500 -12500 
+			 22500 -12500 
+			2000 1000 3000 "27" "27" 0x00000100]
+        Pad[   28500 -17500 
+			 22500 -17500 
+			2000 1000 3000 "28" "28" 0x00000100]
+        Pad[   28500 -22500 
+			 22500 -22500 
+			2000 1000 3000 "29" "29" 0x00000100]
+        Pad[   28500 -27500 
+			 22500 -27500 
+			2000 1000 3000 "30" "30" 0x00000100]
+        Pad[   28500 -32500 
+			 22500 -32500 
+			2000 1000 3000 "31" "31" 0x00000100]
+        Pad[   28500 -37500 
+			 22500 -37500 
+			2000 1000 3000 "32" "32" 0x00000100]
+	ElementLine[-30500 -39500 -30500  39500 1000]
+	ElementLine[-30500  39500  30500  39500 1000]
+	ElementLine[ 30500  39500  30500 -39500 1000]
+	ElementLine[-30500 -39500 -2500 -39500 1000]
+	ElementLine[ 30500 -39500  2500 -39500 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -39500 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SO44.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO44.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO44.fp	(revision 296)
@@ -0,0 +1,157 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, wide (525mil)" "" "SO44" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -32250 -52500 
+			 -26250 -52500 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -32250 -47500 
+			 -26250 -47500 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -32250 -42500 
+			 -26250 -42500 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -32250 -37500 
+			 -26250 -37500 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   -32250 -32500 
+			 -26250 -32500 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   -32250 -27500 
+			 -26250 -27500 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   -32250 -22500 
+			 -26250 -22500 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   -32250 -17500 
+			 -26250 -17500 
+			2000 1000 3000 "8" "8" 0x00000100]
+        Pad[   -32250 -12500 
+			 -26250 -12500 
+			2000 1000 3000 "9" "9" 0x00000100]
+        Pad[   -32250 -7500 
+			 -26250 -7500 
+			2000 1000 3000 "10" "10" 0x00000100]
+        Pad[   -32250 -2500 
+			 -26250 -2500 
+			2000 1000 3000 "11" "11" 0x00000100]
+        Pad[   -32250 2500 
+			 -26250 2500 
+			2000 1000 3000 "12" "12" 0x00000100]
+        Pad[   -32250 7500 
+			 -26250 7500 
+			2000 1000 3000 "13" "13" 0x00000100]
+        Pad[   -32250 12500 
+			 -26250 12500 
+			2000 1000 3000 "14" "14" 0x00000100]
+        Pad[   -32250 17500 
+			 -26250 17500 
+			2000 1000 3000 "15" "15" 0x00000100]
+        Pad[   -32250 22500 
+			 -26250 22500 
+			2000 1000 3000 "16" "16" 0x00000100]
+        Pad[   -32250 27500 
+			 -26250 27500 
+			2000 1000 3000 "17" "17" 0x00000100]
+        Pad[   -32250 32500 
+			 -26250 32500 
+			2000 1000 3000 "18" "18" 0x00000100]
+        Pad[   -32250 37500 
+			 -26250 37500 
+			2000 1000 3000 "19" "19" 0x00000100]
+        Pad[   -32250 42500 
+			 -26250 42500 
+			2000 1000 3000 "20" "20" 0x00000100]
+        Pad[   -32250 47500 
+			 -26250 47500 
+			2000 1000 3000 "21" "21" 0x00000100]
+        Pad[   -32250 52500 
+			 -26250 52500 
+			2000 1000 3000 "22" "22" 0x00000100]
+        Pad[   32250 52500 
+			 26250 52500 
+			2000 1000 3000 "23" "23" 0x00000100]
+        Pad[   32250 47500 
+			 26250 47500 
+			2000 1000 3000 "24" "24" 0x00000100]
+        Pad[   32250 42500 
+			 26250 42500 
+			2000 1000 3000 "25" "25" 0x00000100]
+        Pad[   32250 37500 
+			 26250 37500 
+			2000 1000 3000 "26" "26" 0x00000100]
+        Pad[   32250 32500 
+			 26250 32500 
+			2000 1000 3000 "27" "27" 0x00000100]
+        Pad[   32250 27500 
+			 26250 27500 
+			2000 1000 3000 "28" "28" 0x00000100]
+        Pad[   32250 22500 
+			 26250 22500 
+			2000 1000 3000 "29" "29" 0x00000100]
+        Pad[   32250 17500 
+			 26250 17500 
+			2000 1000 3000 "30" "30" 0x00000100]
+        Pad[   32250 12500 
+			 26250 12500 
+			2000 1000 3000 "31" "31" 0x00000100]
+        Pad[   32250 7500 
+			 26250 7500 
+			2000 1000 3000 "32" "32" 0x00000100]
+        Pad[   32250 2500 
+			 26250 2500 
+			2000 1000 3000 "33" "33" 0x00000100]
+        Pad[   32250 -2500 
+			 26250 -2500 
+			2000 1000 3000 "34" "34" 0x00000100]
+        Pad[   32250 -7500 
+			 26250 -7500 
+			2000 1000 3000 "35" "35" 0x00000100]
+        Pad[   32250 -12500 
+			 26250 -12500 
+			2000 1000 3000 "36" "36" 0x00000100]
+        Pad[   32250 -17500 
+			 26250 -17500 
+			2000 1000 3000 "37" "37" 0x00000100]
+        Pad[   32250 -22500 
+			 26250 -22500 
+			2000 1000 3000 "38" "38" 0x00000100]
+        Pad[   32250 -27500 
+			 26250 -27500 
+			2000 1000 3000 "39" "39" 0x00000100]
+        Pad[   32250 -32500 
+			 26250 -32500 
+			2000 1000 3000 "40" "40" 0x00000100]
+        Pad[   32250 -37500 
+			 26250 -37500 
+			2000 1000 3000 "41" "41" 0x00000100]
+        Pad[   32250 -42500 
+			 26250 -42500 
+			2000 1000 3000 "42" "42" 0x00000100]
+        Pad[   32250 -47500 
+			 26250 -47500 
+			2000 1000 3000 "43" "43" 0x00000100]
+        Pad[   32250 -52500 
+			 26250 -52500 
+			2000 1000 3000 "44" "44" 0x00000100]
+	ElementLine[-34250 -54500 -34250  54500 1000]
+	ElementLine[-34250  54500  34250  54500 1000]
+	ElementLine[ 34250  54500  34250 -54500 1000]
+	ElementLine[-34250 -54500 -2500 -54500 1000]
+	ElementLine[ 34250 -54500  2500 -54500 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -54500 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SO8.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO8.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO8.fp	(revision 296)
@@ -0,0 +1,49 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, narrow (150mil)" "" "SO8" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -13500 -7500 
+			 -7000 -7500 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -13500 -2500 
+			 -7000 -2500 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -13500 2500 
+			 -7000 2500 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -13500 7500 
+			 -7000 7500 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   13500 7500 
+			 7000 7500 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   13500 2500 
+			 7000 2500 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   13500 -2500 
+			 7000 -2500 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   13500 -7500 
+			 7000 -7500 
+			2000 1000 3000 "8" "8" 0x00000100]
+	ElementLine[-15500 -9500 -15500  9500 1000]
+	ElementLine[-15500  9500  15500  9500 1000]
+	ElementLine[ 15500  9500  15500 -9500 1000]
+	ElementLine[-15500 -9500 -2500 -9500 1000]
+	ElementLine[ 15500 -9500  2500 -9500 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -9500 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SO8M.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO8M.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO8M.fp	(revision 296)
@@ -0,0 +1,49 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, medium (200mil)" "" "SO8M" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -16000 -7500 
+			 -9500 -7500 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -16000 -2500 
+			 -9500 -2500 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -16000 2500 
+			 -9500 2500 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -16000 7500 
+			 -9500 7500 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   16000 7500 
+			 9500 7500 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   16000 2500 
+			 9500 2500 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   16000 -2500 
+			 9500 -2500 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   16000 -7500 
+			 9500 -7500 
+			2000 1000 3000 "8" "8" 0x00000100]
+	ElementLine[-18000 -9500 -18000  9500 1000]
+	ElementLine[-18000  9500  18000  9500 1000]
+	ElementLine[ 18000  9500  18000 -9500 1000]
+	ElementLine[-18000 -9500 -2500 -9500 1000]
+	ElementLine[ 18000 -9500  2500 -9500 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -9500 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SO8W.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SO8W.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SO8W.fp	(revision 296)
@@ -0,0 +1,49 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline package, wide (300mil)" "" "SO8W" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -21000 -7500 
+			 -15000 -7500 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -21000 -2500 
+			 -15000 -2500 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -21000 2500 
+			 -15000 2500 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   -21000 7500 
+			 -15000 7500 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   21000 7500 
+			 15000 7500 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   21000 2500 
+			 15000 2500 
+			2000 1000 3000 "6" "6" 0x00000100]
+        Pad[   21000 -2500 
+			 15000 -2500 
+			2000 1000 3000 "7" "7" 0x00000100]
+        Pad[   21000 -7500 
+			 15000 -7500 
+			2000 1000 3000 "8" "8" 0x00000100]
+	ElementLine[-23000 -9500 -23000  9500 1000]
+	ElementLine[-23000  9500  23000  9500 1000]
+	ElementLine[ 23000  9500  23000 -9500 1000]
+	ElementLine[-23000 -9500 -2500 -9500 1000]
+	ElementLine[ 23000 -9500  2500 -9500 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -9500 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ14_300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ14_300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ14_300.fp	(revision 296)
@@ -0,0 +1,67 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (300 mil)" "" "SOJ14_300" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17322 -15000 
+			 -11023 -15000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -17322 -10000 
+			 -11023 -10000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -17322 -5000 
+			 -11023 -5000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -17322 0 
+			 -11023 0 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -17322 5000 
+			 -11023 5000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -17322 10000 
+			 -11023 10000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -17322 15000 
+			 -11023 15000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   17322 15000 
+			 11023 15000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   17322 10000 
+			 11023 10000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   17322 5000 
+			 11023 5000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   17322 0 
+			 11023 0 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   17322 -5000 
+			 11023 -5000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   17322 -10000 
+			 11023 -10000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   17322 -15000 
+			 11023 -15000 
+			2362 1000 3362 "14" "14" 0x00000100]
+	ElementLine[-19503 -17181 -19503  17181 1000]
+	ElementLine[-19503  17181  19503  17181 1000]
+	ElementLine[ 19503  17181  19503 -17181 1000]
+	ElementLine[-19503 -17181 -2500 -17181 1000]
+	ElementLine[ 19503 -17181  2500 -17181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -17181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ14_350.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ14_350.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ14_350.fp	(revision 296)
@@ -0,0 +1,67 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (350 mil)" "" "SOJ14_350" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -19685 -15000 
+			 -13385 -15000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -19685 -10000 
+			 -13385 -10000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -19685 -5000 
+			 -13385 -5000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -19685 0 
+			 -13385 0 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -19685 5000 
+			 -13385 5000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -19685 10000 
+			 -13385 10000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -19685 15000 
+			 -13385 15000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   19685 15000 
+			 13385 15000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   19685 10000 
+			 13385 10000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   19685 5000 
+			 13385 5000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   19685 0 
+			 13385 0 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   19685 -5000 
+			 13385 -5000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   19685 -10000 
+			 13385 -10000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   19685 -15000 
+			 13385 -15000 
+			2362 1000 3362 "14" "14" 0x00000100]
+	ElementLine[-21866 -17181 -21866  17181 1000]
+	ElementLine[-21866  17181  21866  17181 1000]
+	ElementLine[ 21866  17181  21866 -17181 1000]
+	ElementLine[-21866 -17181 -2500 -17181 1000]
+	ElementLine[ 21866 -17181  2500 -17181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -17181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ14_400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ14_400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ14_400.fp	(revision 296)
@@ -0,0 +1,67 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (400 mil)" "" "SOJ14_400" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -22047 -15000 
+			 -15748 -15000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -22047 -10000 
+			 -15748 -10000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -22047 -5000 
+			 -15748 -5000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -22047 0 
+			 -15748 0 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -22047 5000 
+			 -15748 5000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -22047 10000 
+			 -15748 10000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -22047 15000 
+			 -15748 15000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   22047 15000 
+			 15748 15000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   22047 10000 
+			 15748 10000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   22047 5000 
+			 15748 5000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   22047 0 
+			 15748 0 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   22047 -5000 
+			 15748 -5000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   22047 -10000 
+			 15748 -10000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   22047 -15000 
+			 15748 -15000 
+			2362 1000 3362 "14" "14" 0x00000100]
+	ElementLine[-24228 -17181 -24228  17181 1000]
+	ElementLine[-24228  17181  24228  17181 1000]
+	ElementLine[ 24228  17181  24228 -17181 1000]
+	ElementLine[-24228 -17181 -2500 -17181 1000]
+	ElementLine[ 24228 -17181  2500 -17181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -17181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ14_450.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ14_450.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ14_450.fp	(revision 296)
@@ -0,0 +1,67 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (450 mil)" "" "SOJ14_450" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -24803 -15000 
+			 -18503 -15000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -24803 -10000 
+			 -18503 -10000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -24803 -5000 
+			 -18503 -5000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -24803 0 
+			 -18503 0 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -24803 5000 
+			 -18503 5000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -24803 10000 
+			 -18503 10000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -24803 15000 
+			 -18503 15000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   24803 15000 
+			 18503 15000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   24803 10000 
+			 18503 10000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   24803 5000 
+			 18503 5000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   24803 0 
+			 18503 0 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   24803 -5000 
+			 18503 -5000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   24803 -10000 
+			 18503 -10000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   24803 -15000 
+			 18503 -15000 
+			2362 1000 3362 "14" "14" 0x00000100]
+	ElementLine[-26984 -17181 -26984  17181 1000]
+	ElementLine[-26984  17181  26984  17181 1000]
+	ElementLine[ 26984  17181  26984 -17181 1000]
+	ElementLine[-26984 -17181 -2500 -17181 1000]
+	ElementLine[ 26984 -17181  2500 -17181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -17181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ16_300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ16_300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ16_300.fp	(revision 296)
@@ -0,0 +1,73 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (300 mil)" "" "SOJ16_300" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17322 -17500 
+			 -11023 -17500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -17322 -12500 
+			 -11023 -12500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -17322 -7500 
+			 -11023 -7500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -17322 -2500 
+			 -11023 -2500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -17322 2500 
+			 -11023 2500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -17322 7500 
+			 -11023 7500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -17322 12500 
+			 -11023 12500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -17322 17500 
+			 -11023 17500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   17322 17500 
+			 11023 17500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   17322 12500 
+			 11023 12500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   17322 7500 
+			 11023 7500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   17322 2500 
+			 11023 2500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   17322 -2500 
+			 11023 -2500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   17322 -7500 
+			 11023 -7500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   17322 -12500 
+			 11023 -12500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   17322 -17500 
+			 11023 -17500 
+			2362 1000 3362 "16" "16" 0x00000100]
+	ElementLine[-19503 -19681 -19503  19681 1000]
+	ElementLine[-19503  19681  19503  19681 1000]
+	ElementLine[ 19503  19681  19503 -19681 1000]
+	ElementLine[-19503 -19681 -2500 -19681 1000]
+	ElementLine[ 19503 -19681  2500 -19681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -19681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ16_350.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ16_350.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ16_350.fp	(revision 296)
@@ -0,0 +1,73 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (350 mil)" "" "SOJ16_350" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -19685 -17500 
+			 -13385 -17500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -19685 -12500 
+			 -13385 -12500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -19685 -7500 
+			 -13385 -7500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -19685 -2500 
+			 -13385 -2500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -19685 2500 
+			 -13385 2500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -19685 7500 
+			 -13385 7500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -19685 12500 
+			 -13385 12500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -19685 17500 
+			 -13385 17500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   19685 17500 
+			 13385 17500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   19685 12500 
+			 13385 12500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   19685 7500 
+			 13385 7500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   19685 2500 
+			 13385 2500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   19685 -2500 
+			 13385 -2500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   19685 -7500 
+			 13385 -7500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   19685 -12500 
+			 13385 -12500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   19685 -17500 
+			 13385 -17500 
+			2362 1000 3362 "16" "16" 0x00000100]
+	ElementLine[-21866 -19681 -21866  19681 1000]
+	ElementLine[-21866  19681  21866  19681 1000]
+	ElementLine[ 21866  19681  21866 -19681 1000]
+	ElementLine[-21866 -19681 -2500 -19681 1000]
+	ElementLine[ 21866 -19681  2500 -19681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -19681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ16_400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ16_400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ16_400.fp	(revision 296)
@@ -0,0 +1,73 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (400 mil)" "" "SOJ16_400" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -22047 -17500 
+			 -15748 -17500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -22047 -12500 
+			 -15748 -12500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -22047 -7500 
+			 -15748 -7500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -22047 -2500 
+			 -15748 -2500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -22047 2500 
+			 -15748 2500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -22047 7500 
+			 -15748 7500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -22047 12500 
+			 -15748 12500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -22047 17500 
+			 -15748 17500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   22047 17500 
+			 15748 17500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   22047 12500 
+			 15748 12500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   22047 7500 
+			 15748 7500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   22047 2500 
+			 15748 2500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   22047 -2500 
+			 15748 -2500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   22047 -7500 
+			 15748 -7500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   22047 -12500 
+			 15748 -12500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   22047 -17500 
+			 15748 -17500 
+			2362 1000 3362 "16" "16" 0x00000100]
+	ElementLine[-24228 -19681 -24228  19681 1000]
+	ElementLine[-24228  19681  24228  19681 1000]
+	ElementLine[ 24228  19681  24228 -19681 1000]
+	ElementLine[-24228 -19681 -2500 -19681 1000]
+	ElementLine[ 24228 -19681  2500 -19681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -19681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ16_450.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ16_450.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ16_450.fp	(revision 296)
@@ -0,0 +1,73 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (450 mil)" "" "SOJ16_450" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -24803 -17500 
+			 -18503 -17500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -24803 -12500 
+			 -18503 -12500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -24803 -7500 
+			 -18503 -7500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -24803 -2500 
+			 -18503 -2500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -24803 2500 
+			 -18503 2500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -24803 7500 
+			 -18503 7500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -24803 12500 
+			 -18503 12500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -24803 17500 
+			 -18503 17500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   24803 17500 
+			 18503 17500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   24803 12500 
+			 18503 12500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   24803 7500 
+			 18503 7500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   24803 2500 
+			 18503 2500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   24803 -2500 
+			 18503 -2500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   24803 -7500 
+			 18503 -7500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   24803 -12500 
+			 18503 -12500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   24803 -17500 
+			 18503 -17500 
+			2362 1000 3362 "16" "16" 0x00000100]
+	ElementLine[-26984 -19681 -26984  19681 1000]
+	ElementLine[-26984  19681  26984  19681 1000]
+	ElementLine[ 26984  19681  26984 -19681 1000]
+	ElementLine[-26984 -19681 -2500 -19681 1000]
+	ElementLine[ 26984 -19681  2500 -19681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -19681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ18_300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ18_300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ18_300.fp	(revision 296)
@@ -0,0 +1,79 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (300 mil)" "" "SOJ18_300" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17322 -20000 
+			 -11023 -20000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -17322 -15000 
+			 -11023 -15000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -17322 -10000 
+			 -11023 -10000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -17322 -5000 
+			 -11023 -5000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -17322 0 
+			 -11023 0 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -17322 5000 
+			 -11023 5000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -17322 10000 
+			 -11023 10000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -17322 15000 
+			 -11023 15000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -17322 20000 
+			 -11023 20000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   17322 20000 
+			 11023 20000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   17322 15000 
+			 11023 15000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   17322 10000 
+			 11023 10000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   17322 5000 
+			 11023 5000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   17322 0 
+			 11023 0 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   17322 -5000 
+			 11023 -5000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   17322 -10000 
+			 11023 -10000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   17322 -15000 
+			 11023 -15000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   17322 -20000 
+			 11023 -20000 
+			2362 1000 3362 "18" "18" 0x00000100]
+	ElementLine[-19503 -22181 -19503  22181 1000]
+	ElementLine[-19503  22181  19503  22181 1000]
+	ElementLine[ 19503  22181  19503 -22181 1000]
+	ElementLine[-19503 -22181 -2500 -22181 1000]
+	ElementLine[ 19503 -22181  2500 -22181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -22181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ18_350.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ18_350.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ18_350.fp	(revision 296)
@@ -0,0 +1,79 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (350 mil)" "" "SOJ18_350" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -19685 -20000 
+			 -13385 -20000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -19685 -15000 
+			 -13385 -15000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -19685 -10000 
+			 -13385 -10000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -19685 -5000 
+			 -13385 -5000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -19685 0 
+			 -13385 0 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -19685 5000 
+			 -13385 5000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -19685 10000 
+			 -13385 10000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -19685 15000 
+			 -13385 15000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -19685 20000 
+			 -13385 20000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   19685 20000 
+			 13385 20000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   19685 15000 
+			 13385 15000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   19685 10000 
+			 13385 10000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   19685 5000 
+			 13385 5000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   19685 0 
+			 13385 0 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   19685 -5000 
+			 13385 -5000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   19685 -10000 
+			 13385 -10000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   19685 -15000 
+			 13385 -15000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   19685 -20000 
+			 13385 -20000 
+			2362 1000 3362 "18" "18" 0x00000100]
+	ElementLine[-21866 -22181 -21866  22181 1000]
+	ElementLine[-21866  22181  21866  22181 1000]
+	ElementLine[ 21866  22181  21866 -22181 1000]
+	ElementLine[-21866 -22181 -2500 -22181 1000]
+	ElementLine[ 21866 -22181  2500 -22181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -22181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ18_400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ18_400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ18_400.fp	(revision 296)
@@ -0,0 +1,79 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (400 mil)" "" "SOJ18_400" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -22047 -20000 
+			 -15748 -20000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -22047 -15000 
+			 -15748 -15000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -22047 -10000 
+			 -15748 -10000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -22047 -5000 
+			 -15748 -5000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -22047 0 
+			 -15748 0 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -22047 5000 
+			 -15748 5000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -22047 10000 
+			 -15748 10000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -22047 15000 
+			 -15748 15000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -22047 20000 
+			 -15748 20000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   22047 20000 
+			 15748 20000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   22047 15000 
+			 15748 15000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   22047 10000 
+			 15748 10000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   22047 5000 
+			 15748 5000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   22047 0 
+			 15748 0 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   22047 -5000 
+			 15748 -5000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   22047 -10000 
+			 15748 -10000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   22047 -15000 
+			 15748 -15000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   22047 -20000 
+			 15748 -20000 
+			2362 1000 3362 "18" "18" 0x00000100]
+	ElementLine[-24228 -22181 -24228  22181 1000]
+	ElementLine[-24228  22181  24228  22181 1000]
+	ElementLine[ 24228  22181  24228 -22181 1000]
+	ElementLine[-24228 -22181 -2500 -22181 1000]
+	ElementLine[ 24228 -22181  2500 -22181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -22181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ18_450.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ18_450.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ18_450.fp	(revision 296)
@@ -0,0 +1,79 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (450 mil)" "" "SOJ18_450" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -24803 -20000 
+			 -18503 -20000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -24803 -15000 
+			 -18503 -15000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -24803 -10000 
+			 -18503 -10000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -24803 -5000 
+			 -18503 -5000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -24803 0 
+			 -18503 0 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -24803 5000 
+			 -18503 5000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -24803 10000 
+			 -18503 10000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -24803 15000 
+			 -18503 15000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -24803 20000 
+			 -18503 20000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   24803 20000 
+			 18503 20000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   24803 15000 
+			 18503 15000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   24803 10000 
+			 18503 10000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   24803 5000 
+			 18503 5000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   24803 0 
+			 18503 0 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   24803 -5000 
+			 18503 -5000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   24803 -10000 
+			 18503 -10000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   24803 -15000 
+			 18503 -15000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   24803 -20000 
+			 18503 -20000 
+			2362 1000 3362 "18" "18" 0x00000100]
+	ElementLine[-26984 -22181 -26984  22181 1000]
+	ElementLine[-26984  22181  26984  22181 1000]
+	ElementLine[ 26984  22181  26984 -22181 1000]
+	ElementLine[-26984 -22181 -2500 -22181 1000]
+	ElementLine[ 26984 -22181  2500 -22181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -22181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ20_300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ20_300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ20_300.fp	(revision 296)
@@ -0,0 +1,85 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (300 mil)" "" "SOJ20_300" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17322 -22500 
+			 -11023 -22500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -17322 -17500 
+			 -11023 -17500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -17322 -12500 
+			 -11023 -12500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -17322 -7500 
+			 -11023 -7500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -17322 -2500 
+			 -11023 -2500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -17322 2500 
+			 -11023 2500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -17322 7500 
+			 -11023 7500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -17322 12500 
+			 -11023 12500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -17322 17500 
+			 -11023 17500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -17322 22500 
+			 -11023 22500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   17322 22500 
+			 11023 22500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   17322 17500 
+			 11023 17500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   17322 12500 
+			 11023 12500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   17322 7500 
+			 11023 7500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   17322 2500 
+			 11023 2500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   17322 -2500 
+			 11023 -2500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   17322 -7500 
+			 11023 -7500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   17322 -12500 
+			 11023 -12500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   17322 -17500 
+			 11023 -17500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   17322 -22500 
+			 11023 -22500 
+			2362 1000 3362 "20" "20" 0x00000100]
+	ElementLine[-19503 -24681 -19503  24681 1000]
+	ElementLine[-19503  24681  19503  24681 1000]
+	ElementLine[ 19503  24681  19503 -24681 1000]
+	ElementLine[-19503 -24681 -2500 -24681 1000]
+	ElementLine[ 19503 -24681  2500 -24681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -24681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ20_350.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ20_350.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ20_350.fp	(revision 296)
@@ -0,0 +1,85 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (350 mil)" "" "SOJ20_350" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -19685 -22500 
+			 -13385 -22500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -19685 -17500 
+			 -13385 -17500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -19685 -12500 
+			 -13385 -12500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -19685 -7500 
+			 -13385 -7500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -19685 -2500 
+			 -13385 -2500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -19685 2500 
+			 -13385 2500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -19685 7500 
+			 -13385 7500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -19685 12500 
+			 -13385 12500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -19685 17500 
+			 -13385 17500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -19685 22500 
+			 -13385 22500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   19685 22500 
+			 13385 22500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   19685 17500 
+			 13385 17500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   19685 12500 
+			 13385 12500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   19685 7500 
+			 13385 7500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   19685 2500 
+			 13385 2500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   19685 -2500 
+			 13385 -2500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   19685 -7500 
+			 13385 -7500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   19685 -12500 
+			 13385 -12500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   19685 -17500 
+			 13385 -17500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   19685 -22500 
+			 13385 -22500 
+			2362 1000 3362 "20" "20" 0x00000100]
+	ElementLine[-21866 -24681 -21866  24681 1000]
+	ElementLine[-21866  24681  21866  24681 1000]
+	ElementLine[ 21866  24681  21866 -24681 1000]
+	ElementLine[-21866 -24681 -2500 -24681 1000]
+	ElementLine[ 21866 -24681  2500 -24681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -24681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ20_400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ20_400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ20_400.fp	(revision 296)
@@ -0,0 +1,85 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (400 mil)" "" "SOJ20_400" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -22047 -22500 
+			 -15748 -22500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -22047 -17500 
+			 -15748 -17500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -22047 -12500 
+			 -15748 -12500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -22047 -7500 
+			 -15748 -7500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -22047 -2500 
+			 -15748 -2500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -22047 2500 
+			 -15748 2500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -22047 7500 
+			 -15748 7500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -22047 12500 
+			 -15748 12500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -22047 17500 
+			 -15748 17500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -22047 22500 
+			 -15748 22500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   22047 22500 
+			 15748 22500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   22047 17500 
+			 15748 17500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   22047 12500 
+			 15748 12500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   22047 7500 
+			 15748 7500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   22047 2500 
+			 15748 2500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   22047 -2500 
+			 15748 -2500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   22047 -7500 
+			 15748 -7500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   22047 -12500 
+			 15748 -12500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   22047 -17500 
+			 15748 -17500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   22047 -22500 
+			 15748 -22500 
+			2362 1000 3362 "20" "20" 0x00000100]
+	ElementLine[-24228 -24681 -24228  24681 1000]
+	ElementLine[-24228  24681  24228  24681 1000]
+	ElementLine[ 24228  24681  24228 -24681 1000]
+	ElementLine[-24228 -24681 -2500 -24681 1000]
+	ElementLine[ 24228 -24681  2500 -24681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -24681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ20_450.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ20_450.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ20_450.fp	(revision 296)
@@ -0,0 +1,85 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (450 mil)" "" "SOJ20_450" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -24803 -22500 
+			 -18503 -22500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -24803 -17500 
+			 -18503 -17500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -24803 -12500 
+			 -18503 -12500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -24803 -7500 
+			 -18503 -7500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -24803 -2500 
+			 -18503 -2500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -24803 2500 
+			 -18503 2500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -24803 7500 
+			 -18503 7500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -24803 12500 
+			 -18503 12500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -24803 17500 
+			 -18503 17500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -24803 22500 
+			 -18503 22500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   24803 22500 
+			 18503 22500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   24803 17500 
+			 18503 17500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   24803 12500 
+			 18503 12500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   24803 7500 
+			 18503 7500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   24803 2500 
+			 18503 2500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   24803 -2500 
+			 18503 -2500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   24803 -7500 
+			 18503 -7500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   24803 -12500 
+			 18503 -12500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   24803 -17500 
+			 18503 -17500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   24803 -22500 
+			 18503 -22500 
+			2362 1000 3362 "20" "20" 0x00000100]
+	ElementLine[-26984 -24681 -26984  24681 1000]
+	ElementLine[-26984  24681  26984  24681 1000]
+	ElementLine[ 26984  24681  26984 -24681 1000]
+	ElementLine[-26984 -24681 -2500 -24681 1000]
+	ElementLine[ 26984 -24681  2500 -24681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -24681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ22_300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ22_300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ22_300.fp	(revision 296)
@@ -0,0 +1,91 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (300 mil)" "" "SOJ22_300" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17322 -25000 
+			 -11023 -25000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -17322 -20000 
+			 -11023 -20000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -17322 -15000 
+			 -11023 -15000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -17322 -10000 
+			 -11023 -10000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -17322 -5000 
+			 -11023 -5000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -17322 0 
+			 -11023 0 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -17322 5000 
+			 -11023 5000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -17322 10000 
+			 -11023 10000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -17322 15000 
+			 -11023 15000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -17322 20000 
+			 -11023 20000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -17322 25000 
+			 -11023 25000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   17322 25000 
+			 11023 25000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   17322 20000 
+			 11023 20000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   17322 15000 
+			 11023 15000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   17322 10000 
+			 11023 10000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   17322 5000 
+			 11023 5000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   17322 0 
+			 11023 0 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   17322 -5000 
+			 11023 -5000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   17322 -10000 
+			 11023 -10000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   17322 -15000 
+			 11023 -15000 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   17322 -20000 
+			 11023 -20000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   17322 -25000 
+			 11023 -25000 
+			2362 1000 3362 "22" "22" 0x00000100]
+	ElementLine[-19503 -27181 -19503  27181 1000]
+	ElementLine[-19503  27181  19503  27181 1000]
+	ElementLine[ 19503  27181  19503 -27181 1000]
+	ElementLine[-19503 -27181 -2500 -27181 1000]
+	ElementLine[ 19503 -27181  2500 -27181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -27181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ22_350.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ22_350.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ22_350.fp	(revision 296)
@@ -0,0 +1,91 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (350 mil)" "" "SOJ22_350" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -19685 -25000 
+			 -13385 -25000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -19685 -20000 
+			 -13385 -20000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -19685 -15000 
+			 -13385 -15000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -19685 -10000 
+			 -13385 -10000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -19685 -5000 
+			 -13385 -5000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -19685 0 
+			 -13385 0 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -19685 5000 
+			 -13385 5000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -19685 10000 
+			 -13385 10000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -19685 15000 
+			 -13385 15000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -19685 20000 
+			 -13385 20000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -19685 25000 
+			 -13385 25000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   19685 25000 
+			 13385 25000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   19685 20000 
+			 13385 20000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   19685 15000 
+			 13385 15000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   19685 10000 
+			 13385 10000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   19685 5000 
+			 13385 5000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   19685 0 
+			 13385 0 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   19685 -5000 
+			 13385 -5000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   19685 -10000 
+			 13385 -10000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   19685 -15000 
+			 13385 -15000 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   19685 -20000 
+			 13385 -20000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   19685 -25000 
+			 13385 -25000 
+			2362 1000 3362 "22" "22" 0x00000100]
+	ElementLine[-21866 -27181 -21866  27181 1000]
+	ElementLine[-21866  27181  21866  27181 1000]
+	ElementLine[ 21866  27181  21866 -27181 1000]
+	ElementLine[-21866 -27181 -2500 -27181 1000]
+	ElementLine[ 21866 -27181  2500 -27181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -27181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ22_400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ22_400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ22_400.fp	(revision 296)
@@ -0,0 +1,91 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (400 mil)" "" "SOJ22_400" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -22047 -25000 
+			 -15748 -25000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -22047 -20000 
+			 -15748 -20000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -22047 -15000 
+			 -15748 -15000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -22047 -10000 
+			 -15748 -10000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -22047 -5000 
+			 -15748 -5000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -22047 0 
+			 -15748 0 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -22047 5000 
+			 -15748 5000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -22047 10000 
+			 -15748 10000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -22047 15000 
+			 -15748 15000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -22047 20000 
+			 -15748 20000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -22047 25000 
+			 -15748 25000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   22047 25000 
+			 15748 25000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   22047 20000 
+			 15748 20000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   22047 15000 
+			 15748 15000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   22047 10000 
+			 15748 10000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   22047 5000 
+			 15748 5000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   22047 0 
+			 15748 0 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   22047 -5000 
+			 15748 -5000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   22047 -10000 
+			 15748 -10000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   22047 -15000 
+			 15748 -15000 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   22047 -20000 
+			 15748 -20000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   22047 -25000 
+			 15748 -25000 
+			2362 1000 3362 "22" "22" 0x00000100]
+	ElementLine[-24228 -27181 -24228  27181 1000]
+	ElementLine[-24228  27181  24228  27181 1000]
+	ElementLine[ 24228  27181  24228 -27181 1000]
+	ElementLine[-24228 -27181 -2500 -27181 1000]
+	ElementLine[ 24228 -27181  2500 -27181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -27181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ22_450.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ22_450.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ22_450.fp	(revision 296)
@@ -0,0 +1,91 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (450 mil)" "" "SOJ22_450" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -24803 -25000 
+			 -18503 -25000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -24803 -20000 
+			 -18503 -20000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -24803 -15000 
+			 -18503 -15000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -24803 -10000 
+			 -18503 -10000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -24803 -5000 
+			 -18503 -5000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -24803 0 
+			 -18503 0 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -24803 5000 
+			 -18503 5000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -24803 10000 
+			 -18503 10000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -24803 15000 
+			 -18503 15000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -24803 20000 
+			 -18503 20000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -24803 25000 
+			 -18503 25000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   24803 25000 
+			 18503 25000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   24803 20000 
+			 18503 20000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   24803 15000 
+			 18503 15000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   24803 10000 
+			 18503 10000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   24803 5000 
+			 18503 5000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   24803 0 
+			 18503 0 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   24803 -5000 
+			 18503 -5000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   24803 -10000 
+			 18503 -10000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   24803 -15000 
+			 18503 -15000 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   24803 -20000 
+			 18503 -20000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   24803 -25000 
+			 18503 -25000 
+			2362 1000 3362 "22" "22" 0x00000100]
+	ElementLine[-26984 -27181 -26984  27181 1000]
+	ElementLine[-26984  27181  26984  27181 1000]
+	ElementLine[ 26984  27181  26984 -27181 1000]
+	ElementLine[-26984 -27181 -2500 -27181 1000]
+	ElementLine[ 26984 -27181  2500 -27181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -27181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ24_300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ24_300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ24_300.fp	(revision 296)
@@ -0,0 +1,97 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (300 mil)" "" "SOJ24_300" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17322 -27500 
+			 -11023 -27500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -17322 -22500 
+			 -11023 -22500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -17322 -17500 
+			 -11023 -17500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -17322 -12500 
+			 -11023 -12500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -17322 -7500 
+			 -11023 -7500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -17322 -2500 
+			 -11023 -2500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -17322 2500 
+			 -11023 2500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -17322 7500 
+			 -11023 7500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -17322 12500 
+			 -11023 12500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -17322 17500 
+			 -11023 17500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -17322 22500 
+			 -11023 22500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -17322 27500 
+			 -11023 27500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   17322 27500 
+			 11023 27500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   17322 22500 
+			 11023 22500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   17322 17500 
+			 11023 17500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   17322 12500 
+			 11023 12500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   17322 7500 
+			 11023 7500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   17322 2500 
+			 11023 2500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   17322 -2500 
+			 11023 -2500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   17322 -7500 
+			 11023 -7500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   17322 -12500 
+			 11023 -12500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   17322 -17500 
+			 11023 -17500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   17322 -22500 
+			 11023 -22500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   17322 -27500 
+			 11023 -27500 
+			2362 1000 3362 "24" "24" 0x00000100]
+	ElementLine[-19503 -29681 -19503  29681 1000]
+	ElementLine[-19503  29681  19503  29681 1000]
+	ElementLine[ 19503  29681  19503 -29681 1000]
+	ElementLine[-19503 -29681 -2500 -29681 1000]
+	ElementLine[ 19503 -29681  2500 -29681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -29681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ24_350.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ24_350.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ24_350.fp	(revision 296)
@@ -0,0 +1,97 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (350 mil)" "" "SOJ24_350" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -19685 -27500 
+			 -13385 -27500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -19685 -22500 
+			 -13385 -22500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -19685 -17500 
+			 -13385 -17500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -19685 -12500 
+			 -13385 -12500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -19685 -7500 
+			 -13385 -7500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -19685 -2500 
+			 -13385 -2500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -19685 2500 
+			 -13385 2500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -19685 7500 
+			 -13385 7500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -19685 12500 
+			 -13385 12500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -19685 17500 
+			 -13385 17500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -19685 22500 
+			 -13385 22500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -19685 27500 
+			 -13385 27500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   19685 27500 
+			 13385 27500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   19685 22500 
+			 13385 22500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   19685 17500 
+			 13385 17500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   19685 12500 
+			 13385 12500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   19685 7500 
+			 13385 7500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   19685 2500 
+			 13385 2500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   19685 -2500 
+			 13385 -2500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   19685 -7500 
+			 13385 -7500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   19685 -12500 
+			 13385 -12500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   19685 -17500 
+			 13385 -17500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   19685 -22500 
+			 13385 -22500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   19685 -27500 
+			 13385 -27500 
+			2362 1000 3362 "24" "24" 0x00000100]
+	ElementLine[-21866 -29681 -21866  29681 1000]
+	ElementLine[-21866  29681  21866  29681 1000]
+	ElementLine[ 21866  29681  21866 -29681 1000]
+	ElementLine[-21866 -29681 -2500 -29681 1000]
+	ElementLine[ 21866 -29681  2500 -29681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -29681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ24_400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ24_400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ24_400.fp	(revision 296)
@@ -0,0 +1,97 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (400 mil)" "" "SOJ24_400" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -22047 -27500 
+			 -15748 -27500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -22047 -22500 
+			 -15748 -22500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -22047 -17500 
+			 -15748 -17500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -22047 -12500 
+			 -15748 -12500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -22047 -7500 
+			 -15748 -7500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -22047 -2500 
+			 -15748 -2500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -22047 2500 
+			 -15748 2500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -22047 7500 
+			 -15748 7500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -22047 12500 
+			 -15748 12500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -22047 17500 
+			 -15748 17500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -22047 22500 
+			 -15748 22500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -22047 27500 
+			 -15748 27500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   22047 27500 
+			 15748 27500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   22047 22500 
+			 15748 22500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   22047 17500 
+			 15748 17500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   22047 12500 
+			 15748 12500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   22047 7500 
+			 15748 7500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   22047 2500 
+			 15748 2500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   22047 -2500 
+			 15748 -2500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   22047 -7500 
+			 15748 -7500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   22047 -12500 
+			 15748 -12500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   22047 -17500 
+			 15748 -17500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   22047 -22500 
+			 15748 -22500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   22047 -27500 
+			 15748 -27500 
+			2362 1000 3362 "24" "24" 0x00000100]
+	ElementLine[-24228 -29681 -24228  29681 1000]
+	ElementLine[-24228  29681  24228  29681 1000]
+	ElementLine[ 24228  29681  24228 -29681 1000]
+	ElementLine[-24228 -29681 -2500 -29681 1000]
+	ElementLine[ 24228 -29681  2500 -29681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -29681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ24_450.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ24_450.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ24_450.fp	(revision 296)
@@ -0,0 +1,97 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (450 mil)" "" "SOJ24_450" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -24803 -27500 
+			 -18503 -27500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -24803 -22500 
+			 -18503 -22500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -24803 -17500 
+			 -18503 -17500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -24803 -12500 
+			 -18503 -12500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -24803 -7500 
+			 -18503 -7500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -24803 -2500 
+			 -18503 -2500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -24803 2500 
+			 -18503 2500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -24803 7500 
+			 -18503 7500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -24803 12500 
+			 -18503 12500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -24803 17500 
+			 -18503 17500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -24803 22500 
+			 -18503 22500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -24803 27500 
+			 -18503 27500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   24803 27500 
+			 18503 27500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   24803 22500 
+			 18503 22500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   24803 17500 
+			 18503 17500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   24803 12500 
+			 18503 12500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   24803 7500 
+			 18503 7500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   24803 2500 
+			 18503 2500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   24803 -2500 
+			 18503 -2500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   24803 -7500 
+			 18503 -7500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   24803 -12500 
+			 18503 -12500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   24803 -17500 
+			 18503 -17500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   24803 -22500 
+			 18503 -22500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   24803 -27500 
+			 18503 -27500 
+			2362 1000 3362 "24" "24" 0x00000100]
+	ElementLine[-26984 -29681 -26984  29681 1000]
+	ElementLine[-26984  29681  26984  29681 1000]
+	ElementLine[ 26984  29681  26984 -29681 1000]
+	ElementLine[-26984 -29681 -2500 -29681 1000]
+	ElementLine[ 26984 -29681  2500 -29681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -29681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ26_300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ26_300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ26_300.fp	(revision 296)
@@ -0,0 +1,103 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (300 mil)" "" "SOJ26_300" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17322 -30000 
+			 -11023 -30000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -17322 -25000 
+			 -11023 -25000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -17322 -20000 
+			 -11023 -20000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -17322 -15000 
+			 -11023 -15000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -17322 -10000 
+			 -11023 -10000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -17322 -5000 
+			 -11023 -5000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -17322 0 
+			 -11023 0 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -17322 5000 
+			 -11023 5000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -17322 10000 
+			 -11023 10000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -17322 15000 
+			 -11023 15000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -17322 20000 
+			 -11023 20000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -17322 25000 
+			 -11023 25000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -17322 30000 
+			 -11023 30000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   17322 30000 
+			 11023 30000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   17322 25000 
+			 11023 25000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   17322 20000 
+			 11023 20000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   17322 15000 
+			 11023 15000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   17322 10000 
+			 11023 10000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   17322 5000 
+			 11023 5000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   17322 0 
+			 11023 0 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   17322 -5000 
+			 11023 -5000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   17322 -10000 
+			 11023 -10000 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   17322 -15000 
+			 11023 -15000 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   17322 -20000 
+			 11023 -20000 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   17322 -25000 
+			 11023 -25000 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   17322 -30000 
+			 11023 -30000 
+			2362 1000 3362 "26" "26" 0x00000100]
+	ElementLine[-19503 -32181 -19503  32181 1000]
+	ElementLine[-19503  32181  19503  32181 1000]
+	ElementLine[ 19503  32181  19503 -32181 1000]
+	ElementLine[-19503 -32181 -2500 -32181 1000]
+	ElementLine[ 19503 -32181  2500 -32181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -32181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ26_350.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ26_350.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ26_350.fp	(revision 296)
@@ -0,0 +1,103 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (350 mil)" "" "SOJ26_350" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -19685 -30000 
+			 -13385 -30000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -19685 -25000 
+			 -13385 -25000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -19685 -20000 
+			 -13385 -20000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -19685 -15000 
+			 -13385 -15000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -19685 -10000 
+			 -13385 -10000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -19685 -5000 
+			 -13385 -5000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -19685 0 
+			 -13385 0 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -19685 5000 
+			 -13385 5000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -19685 10000 
+			 -13385 10000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -19685 15000 
+			 -13385 15000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -19685 20000 
+			 -13385 20000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -19685 25000 
+			 -13385 25000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -19685 30000 
+			 -13385 30000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   19685 30000 
+			 13385 30000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   19685 25000 
+			 13385 25000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   19685 20000 
+			 13385 20000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   19685 15000 
+			 13385 15000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   19685 10000 
+			 13385 10000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   19685 5000 
+			 13385 5000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   19685 0 
+			 13385 0 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   19685 -5000 
+			 13385 -5000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   19685 -10000 
+			 13385 -10000 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   19685 -15000 
+			 13385 -15000 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   19685 -20000 
+			 13385 -20000 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   19685 -25000 
+			 13385 -25000 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   19685 -30000 
+			 13385 -30000 
+			2362 1000 3362 "26" "26" 0x00000100]
+	ElementLine[-21866 -32181 -21866  32181 1000]
+	ElementLine[-21866  32181  21866  32181 1000]
+	ElementLine[ 21866  32181  21866 -32181 1000]
+	ElementLine[-21866 -32181 -2500 -32181 1000]
+	ElementLine[ 21866 -32181  2500 -32181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -32181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ26_400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ26_400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ26_400.fp	(revision 296)
@@ -0,0 +1,103 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (400 mil)" "" "SOJ26_400" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -22047 -30000 
+			 -15748 -30000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -22047 -25000 
+			 -15748 -25000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -22047 -20000 
+			 -15748 -20000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -22047 -15000 
+			 -15748 -15000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -22047 -10000 
+			 -15748 -10000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -22047 -5000 
+			 -15748 -5000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -22047 0 
+			 -15748 0 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -22047 5000 
+			 -15748 5000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -22047 10000 
+			 -15748 10000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -22047 15000 
+			 -15748 15000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -22047 20000 
+			 -15748 20000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -22047 25000 
+			 -15748 25000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -22047 30000 
+			 -15748 30000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   22047 30000 
+			 15748 30000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   22047 25000 
+			 15748 25000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   22047 20000 
+			 15748 20000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   22047 15000 
+			 15748 15000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   22047 10000 
+			 15748 10000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   22047 5000 
+			 15748 5000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   22047 0 
+			 15748 0 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   22047 -5000 
+			 15748 -5000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   22047 -10000 
+			 15748 -10000 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   22047 -15000 
+			 15748 -15000 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   22047 -20000 
+			 15748 -20000 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   22047 -25000 
+			 15748 -25000 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   22047 -30000 
+			 15748 -30000 
+			2362 1000 3362 "26" "26" 0x00000100]
+	ElementLine[-24228 -32181 -24228  32181 1000]
+	ElementLine[-24228  32181  24228  32181 1000]
+	ElementLine[ 24228  32181  24228 -32181 1000]
+	ElementLine[-24228 -32181 -2500 -32181 1000]
+	ElementLine[ 24228 -32181  2500 -32181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -32181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ26_450.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ26_450.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ26_450.fp	(revision 296)
@@ -0,0 +1,103 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (450 mil)" "" "SOJ26_450" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -24803 -30000 
+			 -18503 -30000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -24803 -25000 
+			 -18503 -25000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -24803 -20000 
+			 -18503 -20000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -24803 -15000 
+			 -18503 -15000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -24803 -10000 
+			 -18503 -10000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -24803 -5000 
+			 -18503 -5000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -24803 0 
+			 -18503 0 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -24803 5000 
+			 -18503 5000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -24803 10000 
+			 -18503 10000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -24803 15000 
+			 -18503 15000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -24803 20000 
+			 -18503 20000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -24803 25000 
+			 -18503 25000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -24803 30000 
+			 -18503 30000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   24803 30000 
+			 18503 30000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   24803 25000 
+			 18503 25000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   24803 20000 
+			 18503 20000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   24803 15000 
+			 18503 15000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   24803 10000 
+			 18503 10000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   24803 5000 
+			 18503 5000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   24803 0 
+			 18503 0 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   24803 -5000 
+			 18503 -5000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   24803 -10000 
+			 18503 -10000 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   24803 -15000 
+			 18503 -15000 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   24803 -20000 
+			 18503 -20000 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   24803 -25000 
+			 18503 -25000 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   24803 -30000 
+			 18503 -30000 
+			2362 1000 3362 "26" "26" 0x00000100]
+	ElementLine[-26984 -32181 -26984  32181 1000]
+	ElementLine[-26984  32181  26984  32181 1000]
+	ElementLine[ 26984  32181  26984 -32181 1000]
+	ElementLine[-26984 -32181 -2500 -32181 1000]
+	ElementLine[ 26984 -32181  2500 -32181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -32181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ28_300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ28_300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ28_300.fp	(revision 296)
@@ -0,0 +1,109 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (300 mil)" "" "SOJ28_300" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17322 -32500 
+			 -11023 -32500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -17322 -27500 
+			 -11023 -27500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -17322 -22500 
+			 -11023 -22500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -17322 -17500 
+			 -11023 -17500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -17322 -12500 
+			 -11023 -12500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -17322 -7500 
+			 -11023 -7500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -17322 -2500 
+			 -11023 -2500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -17322 2500 
+			 -11023 2500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -17322 7500 
+			 -11023 7500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -17322 12500 
+			 -11023 12500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -17322 17500 
+			 -11023 17500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -17322 22500 
+			 -11023 22500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -17322 27500 
+			 -11023 27500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -17322 32500 
+			 -11023 32500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   17322 32500 
+			 11023 32500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   17322 27500 
+			 11023 27500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   17322 22500 
+			 11023 22500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   17322 17500 
+			 11023 17500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   17322 12500 
+			 11023 12500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   17322 7500 
+			 11023 7500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   17322 2500 
+			 11023 2500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   17322 -2500 
+			 11023 -2500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   17322 -7500 
+			 11023 -7500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   17322 -12500 
+			 11023 -12500 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   17322 -17500 
+			 11023 -17500 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   17322 -22500 
+			 11023 -22500 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   17322 -27500 
+			 11023 -27500 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   17322 -32500 
+			 11023 -32500 
+			2362 1000 3362 "28" "28" 0x00000100]
+	ElementLine[-19503 -34681 -19503  34681 1000]
+	ElementLine[-19503  34681  19503  34681 1000]
+	ElementLine[ 19503  34681  19503 -34681 1000]
+	ElementLine[-19503 -34681 -2500 -34681 1000]
+	ElementLine[ 19503 -34681  2500 -34681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -34681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ28_350.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ28_350.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ28_350.fp	(revision 296)
@@ -0,0 +1,109 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (350 mil)" "" "SOJ28_350" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -19685 -32500 
+			 -13385 -32500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -19685 -27500 
+			 -13385 -27500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -19685 -22500 
+			 -13385 -22500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -19685 -17500 
+			 -13385 -17500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -19685 -12500 
+			 -13385 -12500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -19685 -7500 
+			 -13385 -7500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -19685 -2500 
+			 -13385 -2500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -19685 2500 
+			 -13385 2500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -19685 7500 
+			 -13385 7500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -19685 12500 
+			 -13385 12500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -19685 17500 
+			 -13385 17500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -19685 22500 
+			 -13385 22500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -19685 27500 
+			 -13385 27500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -19685 32500 
+			 -13385 32500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   19685 32500 
+			 13385 32500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   19685 27500 
+			 13385 27500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   19685 22500 
+			 13385 22500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   19685 17500 
+			 13385 17500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   19685 12500 
+			 13385 12500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   19685 7500 
+			 13385 7500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   19685 2500 
+			 13385 2500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   19685 -2500 
+			 13385 -2500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   19685 -7500 
+			 13385 -7500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   19685 -12500 
+			 13385 -12500 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   19685 -17500 
+			 13385 -17500 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   19685 -22500 
+			 13385 -22500 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   19685 -27500 
+			 13385 -27500 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   19685 -32500 
+			 13385 -32500 
+			2362 1000 3362 "28" "28" 0x00000100]
+	ElementLine[-21866 -34681 -21866  34681 1000]
+	ElementLine[-21866  34681  21866  34681 1000]
+	ElementLine[ 21866  34681  21866 -34681 1000]
+	ElementLine[-21866 -34681 -2500 -34681 1000]
+	ElementLine[ 21866 -34681  2500 -34681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -34681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ28_400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ28_400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ28_400.fp	(revision 296)
@@ -0,0 +1,109 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (400 mil)" "" "SOJ28_400" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -22047 -32500 
+			 -15748 -32500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -22047 -27500 
+			 -15748 -27500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -22047 -22500 
+			 -15748 -22500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -22047 -17500 
+			 -15748 -17500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -22047 -12500 
+			 -15748 -12500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -22047 -7500 
+			 -15748 -7500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -22047 -2500 
+			 -15748 -2500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -22047 2500 
+			 -15748 2500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -22047 7500 
+			 -15748 7500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -22047 12500 
+			 -15748 12500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -22047 17500 
+			 -15748 17500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -22047 22500 
+			 -15748 22500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -22047 27500 
+			 -15748 27500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -22047 32500 
+			 -15748 32500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   22047 32500 
+			 15748 32500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   22047 27500 
+			 15748 27500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   22047 22500 
+			 15748 22500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   22047 17500 
+			 15748 17500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   22047 12500 
+			 15748 12500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   22047 7500 
+			 15748 7500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   22047 2500 
+			 15748 2500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   22047 -2500 
+			 15748 -2500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   22047 -7500 
+			 15748 -7500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   22047 -12500 
+			 15748 -12500 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   22047 -17500 
+			 15748 -17500 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   22047 -22500 
+			 15748 -22500 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   22047 -27500 
+			 15748 -27500 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   22047 -32500 
+			 15748 -32500 
+			2362 1000 3362 "28" "28" 0x00000100]
+	ElementLine[-24228 -34681 -24228  34681 1000]
+	ElementLine[-24228  34681  24228  34681 1000]
+	ElementLine[ 24228  34681  24228 -34681 1000]
+	ElementLine[-24228 -34681 -2500 -34681 1000]
+	ElementLine[ 24228 -34681  2500 -34681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -34681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ28_450.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ28_450.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ28_450.fp	(revision 296)
@@ -0,0 +1,109 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (450 mil)" "" "SOJ28_450" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -24803 -32500 
+			 -18503 -32500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -24803 -27500 
+			 -18503 -27500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -24803 -22500 
+			 -18503 -22500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -24803 -17500 
+			 -18503 -17500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -24803 -12500 
+			 -18503 -12500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -24803 -7500 
+			 -18503 -7500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -24803 -2500 
+			 -18503 -2500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -24803 2500 
+			 -18503 2500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -24803 7500 
+			 -18503 7500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -24803 12500 
+			 -18503 12500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -24803 17500 
+			 -18503 17500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -24803 22500 
+			 -18503 22500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -24803 27500 
+			 -18503 27500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -24803 32500 
+			 -18503 32500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   24803 32500 
+			 18503 32500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   24803 27500 
+			 18503 27500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   24803 22500 
+			 18503 22500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   24803 17500 
+			 18503 17500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   24803 12500 
+			 18503 12500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   24803 7500 
+			 18503 7500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   24803 2500 
+			 18503 2500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   24803 -2500 
+			 18503 -2500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   24803 -7500 
+			 18503 -7500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   24803 -12500 
+			 18503 -12500 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   24803 -17500 
+			 18503 -17500 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   24803 -22500 
+			 18503 -22500 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   24803 -27500 
+			 18503 -27500 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   24803 -32500 
+			 18503 -32500 
+			2362 1000 3362 "28" "28" 0x00000100]
+	ElementLine[-26984 -34681 -26984  34681 1000]
+	ElementLine[-26984  34681  26984  34681 1000]
+	ElementLine[ 26984  34681  26984 -34681 1000]
+	ElementLine[-26984 -34681 -2500 -34681 1000]
+	ElementLine[ 26984 -34681  2500 -34681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -34681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ30_300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ30_300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ30_300.fp	(revision 296)
@@ -0,0 +1,115 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (300 mil)" "" "SOJ30_300" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17322 -35000 
+			 -11023 -35000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -17322 -30000 
+			 -11023 -30000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -17322 -25000 
+			 -11023 -25000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -17322 -20000 
+			 -11023 -20000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -17322 -15000 
+			 -11023 -15000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -17322 -10000 
+			 -11023 -10000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -17322 -5000 
+			 -11023 -5000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -17322 0 
+			 -11023 0 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -17322 5000 
+			 -11023 5000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -17322 10000 
+			 -11023 10000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -17322 15000 
+			 -11023 15000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -17322 20000 
+			 -11023 20000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -17322 25000 
+			 -11023 25000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -17322 30000 
+			 -11023 30000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -17322 35000 
+			 -11023 35000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   17322 35000 
+			 11023 35000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   17322 30000 
+			 11023 30000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   17322 25000 
+			 11023 25000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   17322 20000 
+			 11023 20000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   17322 15000 
+			 11023 15000 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   17322 10000 
+			 11023 10000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   17322 5000 
+			 11023 5000 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   17322 0 
+			 11023 0 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   17322 -5000 
+			 11023 -5000 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   17322 -10000 
+			 11023 -10000 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   17322 -15000 
+			 11023 -15000 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   17322 -20000 
+			 11023 -20000 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   17322 -25000 
+			 11023 -25000 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   17322 -30000 
+			 11023 -30000 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   17322 -35000 
+			 11023 -35000 
+			2362 1000 3362 "30" "30" 0x00000100]
+	ElementLine[-19503 -37181 -19503  37181 1000]
+	ElementLine[-19503  37181  19503  37181 1000]
+	ElementLine[ 19503  37181  19503 -37181 1000]
+	ElementLine[-19503 -37181 -2500 -37181 1000]
+	ElementLine[ 19503 -37181  2500 -37181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -37181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ30_350.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ30_350.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ30_350.fp	(revision 296)
@@ -0,0 +1,115 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (350 mil)" "" "SOJ30_350" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -19685 -35000 
+			 -13385 -35000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -19685 -30000 
+			 -13385 -30000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -19685 -25000 
+			 -13385 -25000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -19685 -20000 
+			 -13385 -20000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -19685 -15000 
+			 -13385 -15000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -19685 -10000 
+			 -13385 -10000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -19685 -5000 
+			 -13385 -5000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -19685 0 
+			 -13385 0 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -19685 5000 
+			 -13385 5000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -19685 10000 
+			 -13385 10000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -19685 15000 
+			 -13385 15000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -19685 20000 
+			 -13385 20000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -19685 25000 
+			 -13385 25000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -19685 30000 
+			 -13385 30000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -19685 35000 
+			 -13385 35000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   19685 35000 
+			 13385 35000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   19685 30000 
+			 13385 30000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   19685 25000 
+			 13385 25000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   19685 20000 
+			 13385 20000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   19685 15000 
+			 13385 15000 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   19685 10000 
+			 13385 10000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   19685 5000 
+			 13385 5000 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   19685 0 
+			 13385 0 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   19685 -5000 
+			 13385 -5000 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   19685 -10000 
+			 13385 -10000 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   19685 -15000 
+			 13385 -15000 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   19685 -20000 
+			 13385 -20000 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   19685 -25000 
+			 13385 -25000 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   19685 -30000 
+			 13385 -30000 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   19685 -35000 
+			 13385 -35000 
+			2362 1000 3362 "30" "30" 0x00000100]
+	ElementLine[-21866 -37181 -21866  37181 1000]
+	ElementLine[-21866  37181  21866  37181 1000]
+	ElementLine[ 21866  37181  21866 -37181 1000]
+	ElementLine[-21866 -37181 -2500 -37181 1000]
+	ElementLine[ 21866 -37181  2500 -37181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -37181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ30_400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ30_400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ30_400.fp	(revision 296)
@@ -0,0 +1,115 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (400 mil)" "" "SOJ30_400" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -22047 -35000 
+			 -15748 -35000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -22047 -30000 
+			 -15748 -30000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -22047 -25000 
+			 -15748 -25000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -22047 -20000 
+			 -15748 -20000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -22047 -15000 
+			 -15748 -15000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -22047 -10000 
+			 -15748 -10000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -22047 -5000 
+			 -15748 -5000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -22047 0 
+			 -15748 0 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -22047 5000 
+			 -15748 5000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -22047 10000 
+			 -15748 10000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -22047 15000 
+			 -15748 15000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -22047 20000 
+			 -15748 20000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -22047 25000 
+			 -15748 25000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -22047 30000 
+			 -15748 30000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -22047 35000 
+			 -15748 35000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   22047 35000 
+			 15748 35000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   22047 30000 
+			 15748 30000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   22047 25000 
+			 15748 25000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   22047 20000 
+			 15748 20000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   22047 15000 
+			 15748 15000 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   22047 10000 
+			 15748 10000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   22047 5000 
+			 15748 5000 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   22047 0 
+			 15748 0 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   22047 -5000 
+			 15748 -5000 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   22047 -10000 
+			 15748 -10000 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   22047 -15000 
+			 15748 -15000 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   22047 -20000 
+			 15748 -20000 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   22047 -25000 
+			 15748 -25000 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   22047 -30000 
+			 15748 -30000 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   22047 -35000 
+			 15748 -35000 
+			2362 1000 3362 "30" "30" 0x00000100]
+	ElementLine[-24228 -37181 -24228  37181 1000]
+	ElementLine[-24228  37181  24228  37181 1000]
+	ElementLine[ 24228  37181  24228 -37181 1000]
+	ElementLine[-24228 -37181 -2500 -37181 1000]
+	ElementLine[ 24228 -37181  2500 -37181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -37181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ30_450.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ30_450.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ30_450.fp	(revision 296)
@@ -0,0 +1,115 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (450 mil)" "" "SOJ30_450" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -24803 -35000 
+			 -18503 -35000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -24803 -30000 
+			 -18503 -30000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -24803 -25000 
+			 -18503 -25000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -24803 -20000 
+			 -18503 -20000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -24803 -15000 
+			 -18503 -15000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -24803 -10000 
+			 -18503 -10000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -24803 -5000 
+			 -18503 -5000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -24803 0 
+			 -18503 0 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -24803 5000 
+			 -18503 5000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -24803 10000 
+			 -18503 10000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -24803 15000 
+			 -18503 15000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -24803 20000 
+			 -18503 20000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -24803 25000 
+			 -18503 25000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -24803 30000 
+			 -18503 30000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -24803 35000 
+			 -18503 35000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   24803 35000 
+			 18503 35000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   24803 30000 
+			 18503 30000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   24803 25000 
+			 18503 25000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   24803 20000 
+			 18503 20000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   24803 15000 
+			 18503 15000 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   24803 10000 
+			 18503 10000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   24803 5000 
+			 18503 5000 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   24803 0 
+			 18503 0 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   24803 -5000 
+			 18503 -5000 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   24803 -10000 
+			 18503 -10000 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   24803 -15000 
+			 18503 -15000 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   24803 -20000 
+			 18503 -20000 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   24803 -25000 
+			 18503 -25000 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   24803 -30000 
+			 18503 -30000 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   24803 -35000 
+			 18503 -35000 
+			2362 1000 3362 "30" "30" 0x00000100]
+	ElementLine[-26984 -37181 -26984  37181 1000]
+	ElementLine[-26984  37181  26984  37181 1000]
+	ElementLine[ 26984  37181  26984 -37181 1000]
+	ElementLine[-26984 -37181 -2500 -37181 1000]
+	ElementLine[ 26984 -37181  2500 -37181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -37181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ32_300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ32_300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ32_300.fp	(revision 296)
@@ -0,0 +1,121 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (300 mil)" "" "SOJ32_300" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17322 -37500 
+			 -11023 -37500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -17322 -32500 
+			 -11023 -32500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -17322 -27500 
+			 -11023 -27500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -17322 -22500 
+			 -11023 -22500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -17322 -17500 
+			 -11023 -17500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -17322 -12500 
+			 -11023 -12500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -17322 -7500 
+			 -11023 -7500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -17322 -2500 
+			 -11023 -2500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -17322 2500 
+			 -11023 2500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -17322 7500 
+			 -11023 7500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -17322 12500 
+			 -11023 12500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -17322 17500 
+			 -11023 17500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -17322 22500 
+			 -11023 22500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -17322 27500 
+			 -11023 27500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -17322 32500 
+			 -11023 32500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -17322 37500 
+			 -11023 37500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   17322 37500 
+			 11023 37500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   17322 32500 
+			 11023 32500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   17322 27500 
+			 11023 27500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   17322 22500 
+			 11023 22500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   17322 17500 
+			 11023 17500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   17322 12500 
+			 11023 12500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   17322 7500 
+			 11023 7500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   17322 2500 
+			 11023 2500 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   17322 -2500 
+			 11023 -2500 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   17322 -7500 
+			 11023 -7500 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   17322 -12500 
+			 11023 -12500 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   17322 -17500 
+			 11023 -17500 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   17322 -22500 
+			 11023 -22500 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   17322 -27500 
+			 11023 -27500 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   17322 -32500 
+			 11023 -32500 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   17322 -37500 
+			 11023 -37500 
+			2362 1000 3362 "32" "32" 0x00000100]
+	ElementLine[-19503 -39681 -19503  39681 1000]
+	ElementLine[-19503  39681  19503  39681 1000]
+	ElementLine[ 19503  39681  19503 -39681 1000]
+	ElementLine[-19503 -39681 -2500 -39681 1000]
+	ElementLine[ 19503 -39681  2500 -39681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -39681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ32_350.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ32_350.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ32_350.fp	(revision 296)
@@ -0,0 +1,121 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (350 mil)" "" "SOJ32_350" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -19685 -37500 
+			 -13385 -37500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -19685 -32500 
+			 -13385 -32500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -19685 -27500 
+			 -13385 -27500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -19685 -22500 
+			 -13385 -22500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -19685 -17500 
+			 -13385 -17500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -19685 -12500 
+			 -13385 -12500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -19685 -7500 
+			 -13385 -7500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -19685 -2500 
+			 -13385 -2500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -19685 2500 
+			 -13385 2500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -19685 7500 
+			 -13385 7500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -19685 12500 
+			 -13385 12500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -19685 17500 
+			 -13385 17500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -19685 22500 
+			 -13385 22500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -19685 27500 
+			 -13385 27500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -19685 32500 
+			 -13385 32500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -19685 37500 
+			 -13385 37500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   19685 37500 
+			 13385 37500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   19685 32500 
+			 13385 32500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   19685 27500 
+			 13385 27500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   19685 22500 
+			 13385 22500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   19685 17500 
+			 13385 17500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   19685 12500 
+			 13385 12500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   19685 7500 
+			 13385 7500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   19685 2500 
+			 13385 2500 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   19685 -2500 
+			 13385 -2500 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   19685 -7500 
+			 13385 -7500 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   19685 -12500 
+			 13385 -12500 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   19685 -17500 
+			 13385 -17500 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   19685 -22500 
+			 13385 -22500 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   19685 -27500 
+			 13385 -27500 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   19685 -32500 
+			 13385 -32500 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   19685 -37500 
+			 13385 -37500 
+			2362 1000 3362 "32" "32" 0x00000100]
+	ElementLine[-21866 -39681 -21866  39681 1000]
+	ElementLine[-21866  39681  21866  39681 1000]
+	ElementLine[ 21866  39681  21866 -39681 1000]
+	ElementLine[-21866 -39681 -2500 -39681 1000]
+	ElementLine[ 21866 -39681  2500 -39681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -39681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ32_400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ32_400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ32_400.fp	(revision 296)
@@ -0,0 +1,121 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (400 mil)" "" "SOJ32_400" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -22047 -37500 
+			 -15748 -37500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -22047 -32500 
+			 -15748 -32500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -22047 -27500 
+			 -15748 -27500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -22047 -22500 
+			 -15748 -22500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -22047 -17500 
+			 -15748 -17500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -22047 -12500 
+			 -15748 -12500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -22047 -7500 
+			 -15748 -7500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -22047 -2500 
+			 -15748 -2500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -22047 2500 
+			 -15748 2500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -22047 7500 
+			 -15748 7500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -22047 12500 
+			 -15748 12500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -22047 17500 
+			 -15748 17500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -22047 22500 
+			 -15748 22500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -22047 27500 
+			 -15748 27500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -22047 32500 
+			 -15748 32500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -22047 37500 
+			 -15748 37500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   22047 37500 
+			 15748 37500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   22047 32500 
+			 15748 32500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   22047 27500 
+			 15748 27500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   22047 22500 
+			 15748 22500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   22047 17500 
+			 15748 17500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   22047 12500 
+			 15748 12500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   22047 7500 
+			 15748 7500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   22047 2500 
+			 15748 2500 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   22047 -2500 
+			 15748 -2500 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   22047 -7500 
+			 15748 -7500 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   22047 -12500 
+			 15748 -12500 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   22047 -17500 
+			 15748 -17500 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   22047 -22500 
+			 15748 -22500 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   22047 -27500 
+			 15748 -27500 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   22047 -32500 
+			 15748 -32500 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   22047 -37500 
+			 15748 -37500 
+			2362 1000 3362 "32" "32" 0x00000100]
+	ElementLine[-24228 -39681 -24228  39681 1000]
+	ElementLine[-24228  39681  24228  39681 1000]
+	ElementLine[ 24228  39681  24228 -39681 1000]
+	ElementLine[-24228 -39681 -2500 -39681 1000]
+	ElementLine[ 24228 -39681  2500 -39681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -39681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ32_450.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ32_450.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ32_450.fp	(revision 296)
@@ -0,0 +1,121 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (450 mil)" "" "SOJ32_450" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -24803 -37500 
+			 -18503 -37500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -24803 -32500 
+			 -18503 -32500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -24803 -27500 
+			 -18503 -27500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -24803 -22500 
+			 -18503 -22500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -24803 -17500 
+			 -18503 -17500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -24803 -12500 
+			 -18503 -12500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -24803 -7500 
+			 -18503 -7500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -24803 -2500 
+			 -18503 -2500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -24803 2500 
+			 -18503 2500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -24803 7500 
+			 -18503 7500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -24803 12500 
+			 -18503 12500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -24803 17500 
+			 -18503 17500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -24803 22500 
+			 -18503 22500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -24803 27500 
+			 -18503 27500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -24803 32500 
+			 -18503 32500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -24803 37500 
+			 -18503 37500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   24803 37500 
+			 18503 37500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   24803 32500 
+			 18503 32500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   24803 27500 
+			 18503 27500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   24803 22500 
+			 18503 22500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   24803 17500 
+			 18503 17500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   24803 12500 
+			 18503 12500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   24803 7500 
+			 18503 7500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   24803 2500 
+			 18503 2500 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   24803 -2500 
+			 18503 -2500 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   24803 -7500 
+			 18503 -7500 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   24803 -12500 
+			 18503 -12500 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   24803 -17500 
+			 18503 -17500 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   24803 -22500 
+			 18503 -22500 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   24803 -27500 
+			 18503 -27500 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   24803 -32500 
+			 18503 -32500 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   24803 -37500 
+			 18503 -37500 
+			2362 1000 3362 "32" "32" 0x00000100]
+	ElementLine[-26984 -39681 -26984  39681 1000]
+	ElementLine[-26984  39681  26984  39681 1000]
+	ElementLine[ 26984  39681  26984 -39681 1000]
+	ElementLine[-26984 -39681 -2500 -39681 1000]
+	ElementLine[ 26984 -39681  2500 -39681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -39681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ34_300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ34_300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ34_300.fp	(revision 296)
@@ -0,0 +1,127 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (300 mil)" "" "SOJ34_300" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17322 -40000 
+			 -11023 -40000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -17322 -35000 
+			 -11023 -35000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -17322 -30000 
+			 -11023 -30000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -17322 -25000 
+			 -11023 -25000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -17322 -20000 
+			 -11023 -20000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -17322 -15000 
+			 -11023 -15000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -17322 -10000 
+			 -11023 -10000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -17322 -5000 
+			 -11023 -5000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -17322 0 
+			 -11023 0 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -17322 5000 
+			 -11023 5000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -17322 10000 
+			 -11023 10000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -17322 15000 
+			 -11023 15000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -17322 20000 
+			 -11023 20000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -17322 25000 
+			 -11023 25000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -17322 30000 
+			 -11023 30000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -17322 35000 
+			 -11023 35000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -17322 40000 
+			 -11023 40000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   17322 40000 
+			 11023 40000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   17322 35000 
+			 11023 35000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   17322 30000 
+			 11023 30000 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   17322 25000 
+			 11023 25000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   17322 20000 
+			 11023 20000 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   17322 15000 
+			 11023 15000 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   17322 10000 
+			 11023 10000 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   17322 5000 
+			 11023 5000 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   17322 0 
+			 11023 0 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   17322 -5000 
+			 11023 -5000 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   17322 -10000 
+			 11023 -10000 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   17322 -15000 
+			 11023 -15000 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   17322 -20000 
+			 11023 -20000 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   17322 -25000 
+			 11023 -25000 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   17322 -30000 
+			 11023 -30000 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   17322 -35000 
+			 11023 -35000 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   17322 -40000 
+			 11023 -40000 
+			2362 1000 3362 "34" "34" 0x00000100]
+	ElementLine[-19503 -42181 -19503  42181 1000]
+	ElementLine[-19503  42181  19503  42181 1000]
+	ElementLine[ 19503  42181  19503 -42181 1000]
+	ElementLine[-19503 -42181 -2500 -42181 1000]
+	ElementLine[ 19503 -42181  2500 -42181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -42181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ34_350.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ34_350.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ34_350.fp	(revision 296)
@@ -0,0 +1,127 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (350 mil)" "" "SOJ34_350" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -19685 -40000 
+			 -13385 -40000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -19685 -35000 
+			 -13385 -35000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -19685 -30000 
+			 -13385 -30000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -19685 -25000 
+			 -13385 -25000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -19685 -20000 
+			 -13385 -20000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -19685 -15000 
+			 -13385 -15000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -19685 -10000 
+			 -13385 -10000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -19685 -5000 
+			 -13385 -5000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -19685 0 
+			 -13385 0 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -19685 5000 
+			 -13385 5000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -19685 10000 
+			 -13385 10000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -19685 15000 
+			 -13385 15000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -19685 20000 
+			 -13385 20000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -19685 25000 
+			 -13385 25000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -19685 30000 
+			 -13385 30000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -19685 35000 
+			 -13385 35000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -19685 40000 
+			 -13385 40000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   19685 40000 
+			 13385 40000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   19685 35000 
+			 13385 35000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   19685 30000 
+			 13385 30000 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   19685 25000 
+			 13385 25000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   19685 20000 
+			 13385 20000 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   19685 15000 
+			 13385 15000 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   19685 10000 
+			 13385 10000 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   19685 5000 
+			 13385 5000 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   19685 0 
+			 13385 0 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   19685 -5000 
+			 13385 -5000 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   19685 -10000 
+			 13385 -10000 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   19685 -15000 
+			 13385 -15000 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   19685 -20000 
+			 13385 -20000 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   19685 -25000 
+			 13385 -25000 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   19685 -30000 
+			 13385 -30000 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   19685 -35000 
+			 13385 -35000 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   19685 -40000 
+			 13385 -40000 
+			2362 1000 3362 "34" "34" 0x00000100]
+	ElementLine[-21866 -42181 -21866  42181 1000]
+	ElementLine[-21866  42181  21866  42181 1000]
+	ElementLine[ 21866  42181  21866 -42181 1000]
+	ElementLine[-21866 -42181 -2500 -42181 1000]
+	ElementLine[ 21866 -42181  2500 -42181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -42181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ34_400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ34_400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ34_400.fp	(revision 296)
@@ -0,0 +1,127 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (400 mil)" "" "SOJ34_400" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -22047 -40000 
+			 -15748 -40000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -22047 -35000 
+			 -15748 -35000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -22047 -30000 
+			 -15748 -30000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -22047 -25000 
+			 -15748 -25000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -22047 -20000 
+			 -15748 -20000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -22047 -15000 
+			 -15748 -15000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -22047 -10000 
+			 -15748 -10000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -22047 -5000 
+			 -15748 -5000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -22047 0 
+			 -15748 0 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -22047 5000 
+			 -15748 5000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -22047 10000 
+			 -15748 10000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -22047 15000 
+			 -15748 15000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -22047 20000 
+			 -15748 20000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -22047 25000 
+			 -15748 25000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -22047 30000 
+			 -15748 30000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -22047 35000 
+			 -15748 35000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -22047 40000 
+			 -15748 40000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   22047 40000 
+			 15748 40000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   22047 35000 
+			 15748 35000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   22047 30000 
+			 15748 30000 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   22047 25000 
+			 15748 25000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   22047 20000 
+			 15748 20000 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   22047 15000 
+			 15748 15000 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   22047 10000 
+			 15748 10000 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   22047 5000 
+			 15748 5000 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   22047 0 
+			 15748 0 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   22047 -5000 
+			 15748 -5000 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   22047 -10000 
+			 15748 -10000 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   22047 -15000 
+			 15748 -15000 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   22047 -20000 
+			 15748 -20000 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   22047 -25000 
+			 15748 -25000 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   22047 -30000 
+			 15748 -30000 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   22047 -35000 
+			 15748 -35000 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   22047 -40000 
+			 15748 -40000 
+			2362 1000 3362 "34" "34" 0x00000100]
+	ElementLine[-24228 -42181 -24228  42181 1000]
+	ElementLine[-24228  42181  24228  42181 1000]
+	ElementLine[ 24228  42181  24228 -42181 1000]
+	ElementLine[-24228 -42181 -2500 -42181 1000]
+	ElementLine[ 24228 -42181  2500 -42181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -42181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ34_450.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ34_450.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ34_450.fp	(revision 296)
@@ -0,0 +1,127 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (450 mil)" "" "SOJ34_450" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -24803 -40000 
+			 -18503 -40000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -24803 -35000 
+			 -18503 -35000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -24803 -30000 
+			 -18503 -30000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -24803 -25000 
+			 -18503 -25000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -24803 -20000 
+			 -18503 -20000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -24803 -15000 
+			 -18503 -15000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -24803 -10000 
+			 -18503 -10000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -24803 -5000 
+			 -18503 -5000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -24803 0 
+			 -18503 0 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -24803 5000 
+			 -18503 5000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -24803 10000 
+			 -18503 10000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -24803 15000 
+			 -18503 15000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -24803 20000 
+			 -18503 20000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -24803 25000 
+			 -18503 25000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -24803 30000 
+			 -18503 30000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -24803 35000 
+			 -18503 35000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -24803 40000 
+			 -18503 40000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   24803 40000 
+			 18503 40000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   24803 35000 
+			 18503 35000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   24803 30000 
+			 18503 30000 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   24803 25000 
+			 18503 25000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   24803 20000 
+			 18503 20000 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   24803 15000 
+			 18503 15000 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   24803 10000 
+			 18503 10000 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   24803 5000 
+			 18503 5000 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   24803 0 
+			 18503 0 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   24803 -5000 
+			 18503 -5000 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   24803 -10000 
+			 18503 -10000 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   24803 -15000 
+			 18503 -15000 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   24803 -20000 
+			 18503 -20000 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   24803 -25000 
+			 18503 -25000 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   24803 -30000 
+			 18503 -30000 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   24803 -35000 
+			 18503 -35000 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   24803 -40000 
+			 18503 -40000 
+			2362 1000 3362 "34" "34" 0x00000100]
+	ElementLine[-26984 -42181 -26984  42181 1000]
+	ElementLine[-26984  42181  26984  42181 1000]
+	ElementLine[ 26984  42181  26984 -42181 1000]
+	ElementLine[-26984 -42181 -2500 -42181 1000]
+	ElementLine[ 26984 -42181  2500 -42181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -42181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ36_300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ36_300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ36_300.fp	(revision 296)
@@ -0,0 +1,133 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (300 mil)" "" "SOJ36_300" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17322 -42500 
+			 -11023 -42500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -17322 -37500 
+			 -11023 -37500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -17322 -32500 
+			 -11023 -32500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -17322 -27500 
+			 -11023 -27500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -17322 -22500 
+			 -11023 -22500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -17322 -17500 
+			 -11023 -17500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -17322 -12500 
+			 -11023 -12500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -17322 -7500 
+			 -11023 -7500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -17322 -2500 
+			 -11023 -2500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -17322 2500 
+			 -11023 2500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -17322 7500 
+			 -11023 7500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -17322 12500 
+			 -11023 12500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -17322 17500 
+			 -11023 17500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -17322 22500 
+			 -11023 22500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -17322 27500 
+			 -11023 27500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -17322 32500 
+			 -11023 32500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -17322 37500 
+			 -11023 37500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   -17322 42500 
+			 -11023 42500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   17322 42500 
+			 11023 42500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   17322 37500 
+			 11023 37500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   17322 32500 
+			 11023 32500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   17322 27500 
+			 11023 27500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   17322 22500 
+			 11023 22500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   17322 17500 
+			 11023 17500 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   17322 12500 
+			 11023 12500 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   17322 7500 
+			 11023 7500 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   17322 2500 
+			 11023 2500 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   17322 -2500 
+			 11023 -2500 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   17322 -7500 
+			 11023 -7500 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   17322 -12500 
+			 11023 -12500 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   17322 -17500 
+			 11023 -17500 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   17322 -22500 
+			 11023 -22500 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   17322 -27500 
+			 11023 -27500 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   17322 -32500 
+			 11023 -32500 
+			2362 1000 3362 "34" "34" 0x00000100]
+        Pad[   17322 -37500 
+			 11023 -37500 
+			2362 1000 3362 "35" "35" 0x00000100]
+        Pad[   17322 -42500 
+			 11023 -42500 
+			2362 1000 3362 "36" "36" 0x00000100]
+	ElementLine[-19503 -44681 -19503  44681 1000]
+	ElementLine[-19503  44681  19503  44681 1000]
+	ElementLine[ 19503  44681  19503 -44681 1000]
+	ElementLine[-19503 -44681 -2500 -44681 1000]
+	ElementLine[ 19503 -44681  2500 -44681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -44681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ36_350.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ36_350.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ36_350.fp	(revision 296)
@@ -0,0 +1,133 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (350 mil)" "" "SOJ36_350" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -19685 -42500 
+			 -13385 -42500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -19685 -37500 
+			 -13385 -37500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -19685 -32500 
+			 -13385 -32500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -19685 -27500 
+			 -13385 -27500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -19685 -22500 
+			 -13385 -22500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -19685 -17500 
+			 -13385 -17500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -19685 -12500 
+			 -13385 -12500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -19685 -7500 
+			 -13385 -7500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -19685 -2500 
+			 -13385 -2500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -19685 2500 
+			 -13385 2500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -19685 7500 
+			 -13385 7500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -19685 12500 
+			 -13385 12500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -19685 17500 
+			 -13385 17500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -19685 22500 
+			 -13385 22500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -19685 27500 
+			 -13385 27500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -19685 32500 
+			 -13385 32500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -19685 37500 
+			 -13385 37500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   -19685 42500 
+			 -13385 42500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   19685 42500 
+			 13385 42500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   19685 37500 
+			 13385 37500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   19685 32500 
+			 13385 32500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   19685 27500 
+			 13385 27500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   19685 22500 
+			 13385 22500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   19685 17500 
+			 13385 17500 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   19685 12500 
+			 13385 12500 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   19685 7500 
+			 13385 7500 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   19685 2500 
+			 13385 2500 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   19685 -2500 
+			 13385 -2500 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   19685 -7500 
+			 13385 -7500 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   19685 -12500 
+			 13385 -12500 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   19685 -17500 
+			 13385 -17500 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   19685 -22500 
+			 13385 -22500 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   19685 -27500 
+			 13385 -27500 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   19685 -32500 
+			 13385 -32500 
+			2362 1000 3362 "34" "34" 0x00000100]
+        Pad[   19685 -37500 
+			 13385 -37500 
+			2362 1000 3362 "35" "35" 0x00000100]
+        Pad[   19685 -42500 
+			 13385 -42500 
+			2362 1000 3362 "36" "36" 0x00000100]
+	ElementLine[-21866 -44681 -21866  44681 1000]
+	ElementLine[-21866  44681  21866  44681 1000]
+	ElementLine[ 21866  44681  21866 -44681 1000]
+	ElementLine[-21866 -44681 -2500 -44681 1000]
+	ElementLine[ 21866 -44681  2500 -44681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -44681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ36_400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ36_400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ36_400.fp	(revision 296)
@@ -0,0 +1,133 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (400 mil)" "" "SOJ36_400" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -22047 -42500 
+			 -15748 -42500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -22047 -37500 
+			 -15748 -37500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -22047 -32500 
+			 -15748 -32500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -22047 -27500 
+			 -15748 -27500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -22047 -22500 
+			 -15748 -22500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -22047 -17500 
+			 -15748 -17500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -22047 -12500 
+			 -15748 -12500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -22047 -7500 
+			 -15748 -7500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -22047 -2500 
+			 -15748 -2500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -22047 2500 
+			 -15748 2500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -22047 7500 
+			 -15748 7500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -22047 12500 
+			 -15748 12500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -22047 17500 
+			 -15748 17500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -22047 22500 
+			 -15748 22500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -22047 27500 
+			 -15748 27500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -22047 32500 
+			 -15748 32500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -22047 37500 
+			 -15748 37500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   -22047 42500 
+			 -15748 42500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   22047 42500 
+			 15748 42500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   22047 37500 
+			 15748 37500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   22047 32500 
+			 15748 32500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   22047 27500 
+			 15748 27500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   22047 22500 
+			 15748 22500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   22047 17500 
+			 15748 17500 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   22047 12500 
+			 15748 12500 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   22047 7500 
+			 15748 7500 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   22047 2500 
+			 15748 2500 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   22047 -2500 
+			 15748 -2500 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   22047 -7500 
+			 15748 -7500 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   22047 -12500 
+			 15748 -12500 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   22047 -17500 
+			 15748 -17500 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   22047 -22500 
+			 15748 -22500 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   22047 -27500 
+			 15748 -27500 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   22047 -32500 
+			 15748 -32500 
+			2362 1000 3362 "34" "34" 0x00000100]
+        Pad[   22047 -37500 
+			 15748 -37500 
+			2362 1000 3362 "35" "35" 0x00000100]
+        Pad[   22047 -42500 
+			 15748 -42500 
+			2362 1000 3362 "36" "36" 0x00000100]
+	ElementLine[-24228 -44681 -24228  44681 1000]
+	ElementLine[-24228  44681  24228  44681 1000]
+	ElementLine[ 24228  44681  24228 -44681 1000]
+	ElementLine[-24228 -44681 -2500 -44681 1000]
+	ElementLine[ 24228 -44681  2500 -44681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -44681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ36_450.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ36_450.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ36_450.fp	(revision 296)
@@ -0,0 +1,133 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (450 mil)" "" "SOJ36_450" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -24803 -42500 
+			 -18503 -42500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -24803 -37500 
+			 -18503 -37500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -24803 -32500 
+			 -18503 -32500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -24803 -27500 
+			 -18503 -27500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -24803 -22500 
+			 -18503 -22500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -24803 -17500 
+			 -18503 -17500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -24803 -12500 
+			 -18503 -12500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -24803 -7500 
+			 -18503 -7500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -24803 -2500 
+			 -18503 -2500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -24803 2500 
+			 -18503 2500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -24803 7500 
+			 -18503 7500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -24803 12500 
+			 -18503 12500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -24803 17500 
+			 -18503 17500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -24803 22500 
+			 -18503 22500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -24803 27500 
+			 -18503 27500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -24803 32500 
+			 -18503 32500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -24803 37500 
+			 -18503 37500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   -24803 42500 
+			 -18503 42500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   24803 42500 
+			 18503 42500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   24803 37500 
+			 18503 37500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   24803 32500 
+			 18503 32500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   24803 27500 
+			 18503 27500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   24803 22500 
+			 18503 22500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   24803 17500 
+			 18503 17500 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   24803 12500 
+			 18503 12500 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   24803 7500 
+			 18503 7500 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   24803 2500 
+			 18503 2500 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   24803 -2500 
+			 18503 -2500 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   24803 -7500 
+			 18503 -7500 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   24803 -12500 
+			 18503 -12500 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   24803 -17500 
+			 18503 -17500 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   24803 -22500 
+			 18503 -22500 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   24803 -27500 
+			 18503 -27500 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   24803 -32500 
+			 18503 -32500 
+			2362 1000 3362 "34" "34" 0x00000100]
+        Pad[   24803 -37500 
+			 18503 -37500 
+			2362 1000 3362 "35" "35" 0x00000100]
+        Pad[   24803 -42500 
+			 18503 -42500 
+			2362 1000 3362 "36" "36" 0x00000100]
+	ElementLine[-26984 -44681 -26984  44681 1000]
+	ElementLine[-26984  44681  26984  44681 1000]
+	ElementLine[ 26984  44681  26984 -44681 1000]
+	ElementLine[-26984 -44681 -2500 -44681 1000]
+	ElementLine[ 26984 -44681  2500 -44681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -44681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ38_300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ38_300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ38_300.fp	(revision 296)
@@ -0,0 +1,139 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (300 mil)" "" "SOJ38_300" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17322 -45000 
+			 -11023 -45000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -17322 -40000 
+			 -11023 -40000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -17322 -35000 
+			 -11023 -35000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -17322 -30000 
+			 -11023 -30000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -17322 -25000 
+			 -11023 -25000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -17322 -20000 
+			 -11023 -20000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -17322 -15000 
+			 -11023 -15000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -17322 -10000 
+			 -11023 -10000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -17322 -5000 
+			 -11023 -5000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -17322 0 
+			 -11023 0 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -17322 5000 
+			 -11023 5000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -17322 10000 
+			 -11023 10000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -17322 15000 
+			 -11023 15000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -17322 20000 
+			 -11023 20000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -17322 25000 
+			 -11023 25000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -17322 30000 
+			 -11023 30000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -17322 35000 
+			 -11023 35000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   -17322 40000 
+			 -11023 40000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   -17322 45000 
+			 -11023 45000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   17322 45000 
+			 11023 45000 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   17322 40000 
+			 11023 40000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   17322 35000 
+			 11023 35000 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   17322 30000 
+			 11023 30000 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   17322 25000 
+			 11023 25000 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   17322 20000 
+			 11023 20000 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   17322 15000 
+			 11023 15000 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   17322 10000 
+			 11023 10000 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   17322 5000 
+			 11023 5000 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   17322 0 
+			 11023 0 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   17322 -5000 
+			 11023 -5000 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   17322 -10000 
+			 11023 -10000 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   17322 -15000 
+			 11023 -15000 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   17322 -20000 
+			 11023 -20000 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   17322 -25000 
+			 11023 -25000 
+			2362 1000 3362 "34" "34" 0x00000100]
+        Pad[   17322 -30000 
+			 11023 -30000 
+			2362 1000 3362 "35" "35" 0x00000100]
+        Pad[   17322 -35000 
+			 11023 -35000 
+			2362 1000 3362 "36" "36" 0x00000100]
+        Pad[   17322 -40000 
+			 11023 -40000 
+			2362 1000 3362 "37" "37" 0x00000100]
+        Pad[   17322 -45000 
+			 11023 -45000 
+			2362 1000 3362 "38" "38" 0x00000100]
+	ElementLine[-19503 -47181 -19503  47181 1000]
+	ElementLine[-19503  47181  19503  47181 1000]
+	ElementLine[ 19503  47181  19503 -47181 1000]
+	ElementLine[-19503 -47181 -2500 -47181 1000]
+	ElementLine[ 19503 -47181  2500 -47181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -47181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ38_350.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ38_350.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ38_350.fp	(revision 296)
@@ -0,0 +1,139 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (350 mil)" "" "SOJ38_350" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -19685 -45000 
+			 -13385 -45000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -19685 -40000 
+			 -13385 -40000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -19685 -35000 
+			 -13385 -35000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -19685 -30000 
+			 -13385 -30000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -19685 -25000 
+			 -13385 -25000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -19685 -20000 
+			 -13385 -20000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -19685 -15000 
+			 -13385 -15000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -19685 -10000 
+			 -13385 -10000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -19685 -5000 
+			 -13385 -5000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -19685 0 
+			 -13385 0 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -19685 5000 
+			 -13385 5000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -19685 10000 
+			 -13385 10000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -19685 15000 
+			 -13385 15000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -19685 20000 
+			 -13385 20000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -19685 25000 
+			 -13385 25000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -19685 30000 
+			 -13385 30000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -19685 35000 
+			 -13385 35000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   -19685 40000 
+			 -13385 40000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   -19685 45000 
+			 -13385 45000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   19685 45000 
+			 13385 45000 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   19685 40000 
+			 13385 40000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   19685 35000 
+			 13385 35000 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   19685 30000 
+			 13385 30000 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   19685 25000 
+			 13385 25000 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   19685 20000 
+			 13385 20000 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   19685 15000 
+			 13385 15000 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   19685 10000 
+			 13385 10000 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   19685 5000 
+			 13385 5000 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   19685 0 
+			 13385 0 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   19685 -5000 
+			 13385 -5000 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   19685 -10000 
+			 13385 -10000 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   19685 -15000 
+			 13385 -15000 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   19685 -20000 
+			 13385 -20000 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   19685 -25000 
+			 13385 -25000 
+			2362 1000 3362 "34" "34" 0x00000100]
+        Pad[   19685 -30000 
+			 13385 -30000 
+			2362 1000 3362 "35" "35" 0x00000100]
+        Pad[   19685 -35000 
+			 13385 -35000 
+			2362 1000 3362 "36" "36" 0x00000100]
+        Pad[   19685 -40000 
+			 13385 -40000 
+			2362 1000 3362 "37" "37" 0x00000100]
+        Pad[   19685 -45000 
+			 13385 -45000 
+			2362 1000 3362 "38" "38" 0x00000100]
+	ElementLine[-21866 -47181 -21866  47181 1000]
+	ElementLine[-21866  47181  21866  47181 1000]
+	ElementLine[ 21866  47181  21866 -47181 1000]
+	ElementLine[-21866 -47181 -2500 -47181 1000]
+	ElementLine[ 21866 -47181  2500 -47181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -47181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ38_400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ38_400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ38_400.fp	(revision 296)
@@ -0,0 +1,139 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (400 mil)" "" "SOJ38_400" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -22047 -45000 
+			 -15748 -45000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -22047 -40000 
+			 -15748 -40000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -22047 -35000 
+			 -15748 -35000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -22047 -30000 
+			 -15748 -30000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -22047 -25000 
+			 -15748 -25000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -22047 -20000 
+			 -15748 -20000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -22047 -15000 
+			 -15748 -15000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -22047 -10000 
+			 -15748 -10000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -22047 -5000 
+			 -15748 -5000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -22047 0 
+			 -15748 0 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -22047 5000 
+			 -15748 5000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -22047 10000 
+			 -15748 10000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -22047 15000 
+			 -15748 15000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -22047 20000 
+			 -15748 20000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -22047 25000 
+			 -15748 25000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -22047 30000 
+			 -15748 30000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -22047 35000 
+			 -15748 35000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   -22047 40000 
+			 -15748 40000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   -22047 45000 
+			 -15748 45000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   22047 45000 
+			 15748 45000 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   22047 40000 
+			 15748 40000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   22047 35000 
+			 15748 35000 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   22047 30000 
+			 15748 30000 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   22047 25000 
+			 15748 25000 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   22047 20000 
+			 15748 20000 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   22047 15000 
+			 15748 15000 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   22047 10000 
+			 15748 10000 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   22047 5000 
+			 15748 5000 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   22047 0 
+			 15748 0 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   22047 -5000 
+			 15748 -5000 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   22047 -10000 
+			 15748 -10000 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   22047 -15000 
+			 15748 -15000 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   22047 -20000 
+			 15748 -20000 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   22047 -25000 
+			 15748 -25000 
+			2362 1000 3362 "34" "34" 0x00000100]
+        Pad[   22047 -30000 
+			 15748 -30000 
+			2362 1000 3362 "35" "35" 0x00000100]
+        Pad[   22047 -35000 
+			 15748 -35000 
+			2362 1000 3362 "36" "36" 0x00000100]
+        Pad[   22047 -40000 
+			 15748 -40000 
+			2362 1000 3362 "37" "37" 0x00000100]
+        Pad[   22047 -45000 
+			 15748 -45000 
+			2362 1000 3362 "38" "38" 0x00000100]
+	ElementLine[-24228 -47181 -24228  47181 1000]
+	ElementLine[-24228  47181  24228  47181 1000]
+	ElementLine[ 24228  47181  24228 -47181 1000]
+	ElementLine[-24228 -47181 -2500 -47181 1000]
+	ElementLine[ 24228 -47181  2500 -47181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -47181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ38_450.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ38_450.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ38_450.fp	(revision 296)
@@ -0,0 +1,139 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (450 mil)" "" "SOJ38_450" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -24803 -45000 
+			 -18503 -45000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -24803 -40000 
+			 -18503 -40000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -24803 -35000 
+			 -18503 -35000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -24803 -30000 
+			 -18503 -30000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -24803 -25000 
+			 -18503 -25000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -24803 -20000 
+			 -18503 -20000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -24803 -15000 
+			 -18503 -15000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -24803 -10000 
+			 -18503 -10000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -24803 -5000 
+			 -18503 -5000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -24803 0 
+			 -18503 0 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -24803 5000 
+			 -18503 5000 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -24803 10000 
+			 -18503 10000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -24803 15000 
+			 -18503 15000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -24803 20000 
+			 -18503 20000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -24803 25000 
+			 -18503 25000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -24803 30000 
+			 -18503 30000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -24803 35000 
+			 -18503 35000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   -24803 40000 
+			 -18503 40000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   -24803 45000 
+			 -18503 45000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   24803 45000 
+			 18503 45000 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   24803 40000 
+			 18503 40000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   24803 35000 
+			 18503 35000 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   24803 30000 
+			 18503 30000 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   24803 25000 
+			 18503 25000 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   24803 20000 
+			 18503 20000 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   24803 15000 
+			 18503 15000 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   24803 10000 
+			 18503 10000 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   24803 5000 
+			 18503 5000 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   24803 0 
+			 18503 0 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   24803 -5000 
+			 18503 -5000 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   24803 -10000 
+			 18503 -10000 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   24803 -15000 
+			 18503 -15000 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   24803 -20000 
+			 18503 -20000 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   24803 -25000 
+			 18503 -25000 
+			2362 1000 3362 "34" "34" 0x00000100]
+        Pad[   24803 -30000 
+			 18503 -30000 
+			2362 1000 3362 "35" "35" 0x00000100]
+        Pad[   24803 -35000 
+			 18503 -35000 
+			2362 1000 3362 "36" "36" 0x00000100]
+        Pad[   24803 -40000 
+			 18503 -40000 
+			2362 1000 3362 "37" "37" 0x00000100]
+        Pad[   24803 -45000 
+			 18503 -45000 
+			2362 1000 3362 "38" "38" 0x00000100]
+	ElementLine[-26984 -47181 -26984  47181 1000]
+	ElementLine[-26984  47181  26984  47181 1000]
+	ElementLine[ 26984  47181  26984 -47181 1000]
+	ElementLine[-26984 -47181 -2500 -47181 1000]
+	ElementLine[ 26984 -47181  2500 -47181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -47181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ40_300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ40_300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ40_300.fp	(revision 296)
@@ -0,0 +1,145 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (300 mil)" "" "SOJ40_300" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17322 -47500 
+			 -11023 -47500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -17322 -42500 
+			 -11023 -42500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -17322 -37500 
+			 -11023 -37500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -17322 -32500 
+			 -11023 -32500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -17322 -27500 
+			 -11023 -27500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -17322 -22500 
+			 -11023 -22500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -17322 -17500 
+			 -11023 -17500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -17322 -12500 
+			 -11023 -12500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -17322 -7500 
+			 -11023 -7500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -17322 -2500 
+			 -11023 -2500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -17322 2500 
+			 -11023 2500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -17322 7500 
+			 -11023 7500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -17322 12500 
+			 -11023 12500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -17322 17500 
+			 -11023 17500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -17322 22500 
+			 -11023 22500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -17322 27500 
+			 -11023 27500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -17322 32500 
+			 -11023 32500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   -17322 37500 
+			 -11023 37500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   -17322 42500 
+			 -11023 42500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   -17322 47500 
+			 -11023 47500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   17322 47500 
+			 11023 47500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   17322 42500 
+			 11023 42500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   17322 37500 
+			 11023 37500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   17322 32500 
+			 11023 32500 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   17322 27500 
+			 11023 27500 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   17322 22500 
+			 11023 22500 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   17322 17500 
+			 11023 17500 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   17322 12500 
+			 11023 12500 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   17322 7500 
+			 11023 7500 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   17322 2500 
+			 11023 2500 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   17322 -2500 
+			 11023 -2500 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   17322 -7500 
+			 11023 -7500 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   17322 -12500 
+			 11023 -12500 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   17322 -17500 
+			 11023 -17500 
+			2362 1000 3362 "34" "34" 0x00000100]
+        Pad[   17322 -22500 
+			 11023 -22500 
+			2362 1000 3362 "35" "35" 0x00000100]
+        Pad[   17322 -27500 
+			 11023 -27500 
+			2362 1000 3362 "36" "36" 0x00000100]
+        Pad[   17322 -32500 
+			 11023 -32500 
+			2362 1000 3362 "37" "37" 0x00000100]
+        Pad[   17322 -37500 
+			 11023 -37500 
+			2362 1000 3362 "38" "38" 0x00000100]
+        Pad[   17322 -42500 
+			 11023 -42500 
+			2362 1000 3362 "39" "39" 0x00000100]
+        Pad[   17322 -47500 
+			 11023 -47500 
+			2362 1000 3362 "40" "40" 0x00000100]
+	ElementLine[-19503 -49681 -19503  49681 1000]
+	ElementLine[-19503  49681  19503  49681 1000]
+	ElementLine[ 19503  49681  19503 -49681 1000]
+	ElementLine[-19503 -49681 -2500 -49681 1000]
+	ElementLine[ 19503 -49681  2500 -49681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -49681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ40_350.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ40_350.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ40_350.fp	(revision 296)
@@ -0,0 +1,145 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (350 mil)" "" "SOJ40_350" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -19685 -47500 
+			 -13385 -47500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -19685 -42500 
+			 -13385 -42500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -19685 -37500 
+			 -13385 -37500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -19685 -32500 
+			 -13385 -32500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -19685 -27500 
+			 -13385 -27500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -19685 -22500 
+			 -13385 -22500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -19685 -17500 
+			 -13385 -17500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -19685 -12500 
+			 -13385 -12500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -19685 -7500 
+			 -13385 -7500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -19685 -2500 
+			 -13385 -2500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -19685 2500 
+			 -13385 2500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -19685 7500 
+			 -13385 7500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -19685 12500 
+			 -13385 12500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -19685 17500 
+			 -13385 17500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -19685 22500 
+			 -13385 22500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -19685 27500 
+			 -13385 27500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -19685 32500 
+			 -13385 32500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   -19685 37500 
+			 -13385 37500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   -19685 42500 
+			 -13385 42500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   -19685 47500 
+			 -13385 47500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   19685 47500 
+			 13385 47500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   19685 42500 
+			 13385 42500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   19685 37500 
+			 13385 37500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   19685 32500 
+			 13385 32500 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   19685 27500 
+			 13385 27500 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   19685 22500 
+			 13385 22500 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   19685 17500 
+			 13385 17500 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   19685 12500 
+			 13385 12500 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   19685 7500 
+			 13385 7500 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   19685 2500 
+			 13385 2500 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   19685 -2500 
+			 13385 -2500 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   19685 -7500 
+			 13385 -7500 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   19685 -12500 
+			 13385 -12500 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   19685 -17500 
+			 13385 -17500 
+			2362 1000 3362 "34" "34" 0x00000100]
+        Pad[   19685 -22500 
+			 13385 -22500 
+			2362 1000 3362 "35" "35" 0x00000100]
+        Pad[   19685 -27500 
+			 13385 -27500 
+			2362 1000 3362 "36" "36" 0x00000100]
+        Pad[   19685 -32500 
+			 13385 -32500 
+			2362 1000 3362 "37" "37" 0x00000100]
+        Pad[   19685 -37500 
+			 13385 -37500 
+			2362 1000 3362 "38" "38" 0x00000100]
+        Pad[   19685 -42500 
+			 13385 -42500 
+			2362 1000 3362 "39" "39" 0x00000100]
+        Pad[   19685 -47500 
+			 13385 -47500 
+			2362 1000 3362 "40" "40" 0x00000100]
+	ElementLine[-21866 -49681 -21866  49681 1000]
+	ElementLine[-21866  49681  21866  49681 1000]
+	ElementLine[ 21866  49681  21866 -49681 1000]
+	ElementLine[-21866 -49681 -2500 -49681 1000]
+	ElementLine[ 21866 -49681  2500 -49681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -49681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ40_400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ40_400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ40_400.fp	(revision 296)
@@ -0,0 +1,145 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (400 mil)" "" "SOJ40_400" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -22047 -47500 
+			 -15748 -47500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -22047 -42500 
+			 -15748 -42500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -22047 -37500 
+			 -15748 -37500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -22047 -32500 
+			 -15748 -32500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -22047 -27500 
+			 -15748 -27500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -22047 -22500 
+			 -15748 -22500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -22047 -17500 
+			 -15748 -17500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -22047 -12500 
+			 -15748 -12500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -22047 -7500 
+			 -15748 -7500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -22047 -2500 
+			 -15748 -2500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -22047 2500 
+			 -15748 2500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -22047 7500 
+			 -15748 7500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -22047 12500 
+			 -15748 12500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -22047 17500 
+			 -15748 17500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -22047 22500 
+			 -15748 22500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -22047 27500 
+			 -15748 27500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -22047 32500 
+			 -15748 32500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   -22047 37500 
+			 -15748 37500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   -22047 42500 
+			 -15748 42500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   -22047 47500 
+			 -15748 47500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   22047 47500 
+			 15748 47500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   22047 42500 
+			 15748 42500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   22047 37500 
+			 15748 37500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   22047 32500 
+			 15748 32500 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   22047 27500 
+			 15748 27500 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   22047 22500 
+			 15748 22500 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   22047 17500 
+			 15748 17500 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   22047 12500 
+			 15748 12500 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   22047 7500 
+			 15748 7500 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   22047 2500 
+			 15748 2500 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   22047 -2500 
+			 15748 -2500 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   22047 -7500 
+			 15748 -7500 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   22047 -12500 
+			 15748 -12500 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   22047 -17500 
+			 15748 -17500 
+			2362 1000 3362 "34" "34" 0x00000100]
+        Pad[   22047 -22500 
+			 15748 -22500 
+			2362 1000 3362 "35" "35" 0x00000100]
+        Pad[   22047 -27500 
+			 15748 -27500 
+			2362 1000 3362 "36" "36" 0x00000100]
+        Pad[   22047 -32500 
+			 15748 -32500 
+			2362 1000 3362 "37" "37" 0x00000100]
+        Pad[   22047 -37500 
+			 15748 -37500 
+			2362 1000 3362 "38" "38" 0x00000100]
+        Pad[   22047 -42500 
+			 15748 -42500 
+			2362 1000 3362 "39" "39" 0x00000100]
+        Pad[   22047 -47500 
+			 15748 -47500 
+			2362 1000 3362 "40" "40" 0x00000100]
+	ElementLine[-24228 -49681 -24228  49681 1000]
+	ElementLine[-24228  49681  24228  49681 1000]
+	ElementLine[ 24228  49681  24228 -49681 1000]
+	ElementLine[-24228 -49681 -2500 -49681 1000]
+	ElementLine[ 24228 -49681  2500 -49681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -49681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ40_450.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ40_450.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ40_450.fp	(revision 296)
@@ -0,0 +1,145 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (450 mil)" "" "SOJ40_450" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -24803 -47500 
+			 -18503 -47500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -24803 -42500 
+			 -18503 -42500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -24803 -37500 
+			 -18503 -37500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -24803 -32500 
+			 -18503 -32500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -24803 -27500 
+			 -18503 -27500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -24803 -22500 
+			 -18503 -22500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -24803 -17500 
+			 -18503 -17500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -24803 -12500 
+			 -18503 -12500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -24803 -7500 
+			 -18503 -7500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -24803 -2500 
+			 -18503 -2500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -24803 2500 
+			 -18503 2500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -24803 7500 
+			 -18503 7500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -24803 12500 
+			 -18503 12500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -24803 17500 
+			 -18503 17500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -24803 22500 
+			 -18503 22500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -24803 27500 
+			 -18503 27500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -24803 32500 
+			 -18503 32500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   -24803 37500 
+			 -18503 37500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   -24803 42500 
+			 -18503 42500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   -24803 47500 
+			 -18503 47500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   24803 47500 
+			 18503 47500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   24803 42500 
+			 18503 42500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   24803 37500 
+			 18503 37500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   24803 32500 
+			 18503 32500 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   24803 27500 
+			 18503 27500 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   24803 22500 
+			 18503 22500 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   24803 17500 
+			 18503 17500 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   24803 12500 
+			 18503 12500 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   24803 7500 
+			 18503 7500 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   24803 2500 
+			 18503 2500 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   24803 -2500 
+			 18503 -2500 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   24803 -7500 
+			 18503 -7500 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   24803 -12500 
+			 18503 -12500 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   24803 -17500 
+			 18503 -17500 
+			2362 1000 3362 "34" "34" 0x00000100]
+        Pad[   24803 -22500 
+			 18503 -22500 
+			2362 1000 3362 "35" "35" 0x00000100]
+        Pad[   24803 -27500 
+			 18503 -27500 
+			2362 1000 3362 "36" "36" 0x00000100]
+        Pad[   24803 -32500 
+			 18503 -32500 
+			2362 1000 3362 "37" "37" 0x00000100]
+        Pad[   24803 -37500 
+			 18503 -37500 
+			2362 1000 3362 "38" "38" 0x00000100]
+        Pad[   24803 -42500 
+			 18503 -42500 
+			2362 1000 3362 "39" "39" 0x00000100]
+        Pad[   24803 -47500 
+			 18503 -47500 
+			2362 1000 3362 "40" "40" 0x00000100]
+	ElementLine[-26984 -49681 -26984  49681 1000]
+	ElementLine[-26984  49681  26984  49681 1000]
+	ElementLine[ 26984  49681  26984 -49681 1000]
+	ElementLine[-26984 -49681 -2500 -49681 1000]
+	ElementLine[ 26984 -49681  2500 -49681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -49681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ42_300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ42_300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ42_300.fp	(revision 296)
@@ -0,0 +1,151 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (300 mil)" "" "SOJ42_300" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17322 -50000 
+			 -11023 -50000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -17322 -45000 
+			 -11023 -45000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -17322 -40000 
+			 -11023 -40000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -17322 -35000 
+			 -11023 -35000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -17322 -30000 
+			 -11023 -30000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -17322 -25000 
+			 -11023 -25000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -17322 -20000 
+			 -11023 -20000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -17322 -15000 
+			 -11023 -15000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -17322 -10000 
+			 -11023 -10000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -17322 -5000 
+			 -11023 -5000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -17322 0 
+			 -11023 0 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -17322 5000 
+			 -11023 5000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -17322 10000 
+			 -11023 10000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -17322 15000 
+			 -11023 15000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -17322 20000 
+			 -11023 20000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -17322 25000 
+			 -11023 25000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -17322 30000 
+			 -11023 30000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   -17322 35000 
+			 -11023 35000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   -17322 40000 
+			 -11023 40000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   -17322 45000 
+			 -11023 45000 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   -17322 50000 
+			 -11023 50000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   17322 50000 
+			 11023 50000 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   17322 45000 
+			 11023 45000 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   17322 40000 
+			 11023 40000 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   17322 35000 
+			 11023 35000 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   17322 30000 
+			 11023 30000 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   17322 25000 
+			 11023 25000 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   17322 20000 
+			 11023 20000 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   17322 15000 
+			 11023 15000 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   17322 10000 
+			 11023 10000 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   17322 5000 
+			 11023 5000 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   17322 0 
+			 11023 0 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   17322 -5000 
+			 11023 -5000 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   17322 -10000 
+			 11023 -10000 
+			2362 1000 3362 "34" "34" 0x00000100]
+        Pad[   17322 -15000 
+			 11023 -15000 
+			2362 1000 3362 "35" "35" 0x00000100]
+        Pad[   17322 -20000 
+			 11023 -20000 
+			2362 1000 3362 "36" "36" 0x00000100]
+        Pad[   17322 -25000 
+			 11023 -25000 
+			2362 1000 3362 "37" "37" 0x00000100]
+        Pad[   17322 -30000 
+			 11023 -30000 
+			2362 1000 3362 "38" "38" 0x00000100]
+        Pad[   17322 -35000 
+			 11023 -35000 
+			2362 1000 3362 "39" "39" 0x00000100]
+        Pad[   17322 -40000 
+			 11023 -40000 
+			2362 1000 3362 "40" "40" 0x00000100]
+        Pad[   17322 -45000 
+			 11023 -45000 
+			2362 1000 3362 "41" "41" 0x00000100]
+        Pad[   17322 -50000 
+			 11023 -50000 
+			2362 1000 3362 "42" "42" 0x00000100]
+	ElementLine[-19503 -52181 -19503  52181 1000]
+	ElementLine[-19503  52181  19503  52181 1000]
+	ElementLine[ 19503  52181  19503 -52181 1000]
+	ElementLine[-19503 -52181 -2500 -52181 1000]
+	ElementLine[ 19503 -52181  2500 -52181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -52181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ42_350.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ42_350.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ42_350.fp	(revision 296)
@@ -0,0 +1,151 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (350 mil)" "" "SOJ42_350" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -19685 -50000 
+			 -13385 -50000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -19685 -45000 
+			 -13385 -45000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -19685 -40000 
+			 -13385 -40000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -19685 -35000 
+			 -13385 -35000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -19685 -30000 
+			 -13385 -30000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -19685 -25000 
+			 -13385 -25000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -19685 -20000 
+			 -13385 -20000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -19685 -15000 
+			 -13385 -15000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -19685 -10000 
+			 -13385 -10000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -19685 -5000 
+			 -13385 -5000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -19685 0 
+			 -13385 0 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -19685 5000 
+			 -13385 5000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -19685 10000 
+			 -13385 10000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -19685 15000 
+			 -13385 15000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -19685 20000 
+			 -13385 20000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -19685 25000 
+			 -13385 25000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -19685 30000 
+			 -13385 30000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   -19685 35000 
+			 -13385 35000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   -19685 40000 
+			 -13385 40000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   -19685 45000 
+			 -13385 45000 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   -19685 50000 
+			 -13385 50000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   19685 50000 
+			 13385 50000 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   19685 45000 
+			 13385 45000 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   19685 40000 
+			 13385 40000 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   19685 35000 
+			 13385 35000 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   19685 30000 
+			 13385 30000 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   19685 25000 
+			 13385 25000 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   19685 20000 
+			 13385 20000 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   19685 15000 
+			 13385 15000 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   19685 10000 
+			 13385 10000 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   19685 5000 
+			 13385 5000 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   19685 0 
+			 13385 0 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   19685 -5000 
+			 13385 -5000 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   19685 -10000 
+			 13385 -10000 
+			2362 1000 3362 "34" "34" 0x00000100]
+        Pad[   19685 -15000 
+			 13385 -15000 
+			2362 1000 3362 "35" "35" 0x00000100]
+        Pad[   19685 -20000 
+			 13385 -20000 
+			2362 1000 3362 "36" "36" 0x00000100]
+        Pad[   19685 -25000 
+			 13385 -25000 
+			2362 1000 3362 "37" "37" 0x00000100]
+        Pad[   19685 -30000 
+			 13385 -30000 
+			2362 1000 3362 "38" "38" 0x00000100]
+        Pad[   19685 -35000 
+			 13385 -35000 
+			2362 1000 3362 "39" "39" 0x00000100]
+        Pad[   19685 -40000 
+			 13385 -40000 
+			2362 1000 3362 "40" "40" 0x00000100]
+        Pad[   19685 -45000 
+			 13385 -45000 
+			2362 1000 3362 "41" "41" 0x00000100]
+        Pad[   19685 -50000 
+			 13385 -50000 
+			2362 1000 3362 "42" "42" 0x00000100]
+	ElementLine[-21866 -52181 -21866  52181 1000]
+	ElementLine[-21866  52181  21866  52181 1000]
+	ElementLine[ 21866  52181  21866 -52181 1000]
+	ElementLine[-21866 -52181 -2500 -52181 1000]
+	ElementLine[ 21866 -52181  2500 -52181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -52181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ42_400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ42_400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ42_400.fp	(revision 296)
@@ -0,0 +1,151 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (400 mil)" "" "SOJ42_400" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -22047 -50000 
+			 -15748 -50000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -22047 -45000 
+			 -15748 -45000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -22047 -40000 
+			 -15748 -40000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -22047 -35000 
+			 -15748 -35000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -22047 -30000 
+			 -15748 -30000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -22047 -25000 
+			 -15748 -25000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -22047 -20000 
+			 -15748 -20000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -22047 -15000 
+			 -15748 -15000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -22047 -10000 
+			 -15748 -10000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -22047 -5000 
+			 -15748 -5000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -22047 0 
+			 -15748 0 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -22047 5000 
+			 -15748 5000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -22047 10000 
+			 -15748 10000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -22047 15000 
+			 -15748 15000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -22047 20000 
+			 -15748 20000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -22047 25000 
+			 -15748 25000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -22047 30000 
+			 -15748 30000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   -22047 35000 
+			 -15748 35000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   -22047 40000 
+			 -15748 40000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   -22047 45000 
+			 -15748 45000 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   -22047 50000 
+			 -15748 50000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   22047 50000 
+			 15748 50000 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   22047 45000 
+			 15748 45000 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   22047 40000 
+			 15748 40000 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   22047 35000 
+			 15748 35000 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   22047 30000 
+			 15748 30000 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   22047 25000 
+			 15748 25000 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   22047 20000 
+			 15748 20000 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   22047 15000 
+			 15748 15000 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   22047 10000 
+			 15748 10000 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   22047 5000 
+			 15748 5000 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   22047 0 
+			 15748 0 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   22047 -5000 
+			 15748 -5000 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   22047 -10000 
+			 15748 -10000 
+			2362 1000 3362 "34" "34" 0x00000100]
+        Pad[   22047 -15000 
+			 15748 -15000 
+			2362 1000 3362 "35" "35" 0x00000100]
+        Pad[   22047 -20000 
+			 15748 -20000 
+			2362 1000 3362 "36" "36" 0x00000100]
+        Pad[   22047 -25000 
+			 15748 -25000 
+			2362 1000 3362 "37" "37" 0x00000100]
+        Pad[   22047 -30000 
+			 15748 -30000 
+			2362 1000 3362 "38" "38" 0x00000100]
+        Pad[   22047 -35000 
+			 15748 -35000 
+			2362 1000 3362 "39" "39" 0x00000100]
+        Pad[   22047 -40000 
+			 15748 -40000 
+			2362 1000 3362 "40" "40" 0x00000100]
+        Pad[   22047 -45000 
+			 15748 -45000 
+			2362 1000 3362 "41" "41" 0x00000100]
+        Pad[   22047 -50000 
+			 15748 -50000 
+			2362 1000 3362 "42" "42" 0x00000100]
+	ElementLine[-24228 -52181 -24228  52181 1000]
+	ElementLine[-24228  52181  24228  52181 1000]
+	ElementLine[ 24228  52181  24228 -52181 1000]
+	ElementLine[-24228 -52181 -2500 -52181 1000]
+	ElementLine[ 24228 -52181  2500 -52181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -52181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ42_450.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ42_450.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ42_450.fp	(revision 296)
@@ -0,0 +1,151 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (450 mil)" "" "SOJ42_450" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -24803 -50000 
+			 -18503 -50000 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -24803 -45000 
+			 -18503 -45000 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -24803 -40000 
+			 -18503 -40000 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -24803 -35000 
+			 -18503 -35000 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -24803 -30000 
+			 -18503 -30000 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -24803 -25000 
+			 -18503 -25000 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -24803 -20000 
+			 -18503 -20000 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -24803 -15000 
+			 -18503 -15000 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -24803 -10000 
+			 -18503 -10000 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -24803 -5000 
+			 -18503 -5000 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -24803 0 
+			 -18503 0 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -24803 5000 
+			 -18503 5000 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -24803 10000 
+			 -18503 10000 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -24803 15000 
+			 -18503 15000 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -24803 20000 
+			 -18503 20000 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -24803 25000 
+			 -18503 25000 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -24803 30000 
+			 -18503 30000 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   -24803 35000 
+			 -18503 35000 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   -24803 40000 
+			 -18503 40000 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   -24803 45000 
+			 -18503 45000 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   -24803 50000 
+			 -18503 50000 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   24803 50000 
+			 18503 50000 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   24803 45000 
+			 18503 45000 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   24803 40000 
+			 18503 40000 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   24803 35000 
+			 18503 35000 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   24803 30000 
+			 18503 30000 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   24803 25000 
+			 18503 25000 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   24803 20000 
+			 18503 20000 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   24803 15000 
+			 18503 15000 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   24803 10000 
+			 18503 10000 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   24803 5000 
+			 18503 5000 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   24803 0 
+			 18503 0 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   24803 -5000 
+			 18503 -5000 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   24803 -10000 
+			 18503 -10000 
+			2362 1000 3362 "34" "34" 0x00000100]
+        Pad[   24803 -15000 
+			 18503 -15000 
+			2362 1000 3362 "35" "35" 0x00000100]
+        Pad[   24803 -20000 
+			 18503 -20000 
+			2362 1000 3362 "36" "36" 0x00000100]
+        Pad[   24803 -25000 
+			 18503 -25000 
+			2362 1000 3362 "37" "37" 0x00000100]
+        Pad[   24803 -30000 
+			 18503 -30000 
+			2362 1000 3362 "38" "38" 0x00000100]
+        Pad[   24803 -35000 
+			 18503 -35000 
+			2362 1000 3362 "39" "39" 0x00000100]
+        Pad[   24803 -40000 
+			 18503 -40000 
+			2362 1000 3362 "40" "40" 0x00000100]
+        Pad[   24803 -45000 
+			 18503 -45000 
+			2362 1000 3362 "41" "41" 0x00000100]
+        Pad[   24803 -50000 
+			 18503 -50000 
+			2362 1000 3362 "42" "42" 0x00000100]
+	ElementLine[-26984 -52181 -26984  52181 1000]
+	ElementLine[-26984  52181  26984  52181 1000]
+	ElementLine[ 26984  52181  26984 -52181 1000]
+	ElementLine[-26984 -52181 -2500 -52181 1000]
+	ElementLine[ 26984 -52181  2500 -52181 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -52181 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ44_300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ44_300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ44_300.fp	(revision 296)
@@ -0,0 +1,157 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (300 mil)" "" "SOJ44_300" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17322 -52500 
+			 -11023 -52500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -17322 -47500 
+			 -11023 -47500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -17322 -42500 
+			 -11023 -42500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -17322 -37500 
+			 -11023 -37500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -17322 -32500 
+			 -11023 -32500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -17322 -27500 
+			 -11023 -27500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -17322 -22500 
+			 -11023 -22500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -17322 -17500 
+			 -11023 -17500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -17322 -12500 
+			 -11023 -12500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -17322 -7500 
+			 -11023 -7500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -17322 -2500 
+			 -11023 -2500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -17322 2500 
+			 -11023 2500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -17322 7500 
+			 -11023 7500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -17322 12500 
+			 -11023 12500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -17322 17500 
+			 -11023 17500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -17322 22500 
+			 -11023 22500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -17322 27500 
+			 -11023 27500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   -17322 32500 
+			 -11023 32500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   -17322 37500 
+			 -11023 37500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   -17322 42500 
+			 -11023 42500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   -17322 47500 
+			 -11023 47500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   -17322 52500 
+			 -11023 52500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   17322 52500 
+			 11023 52500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   17322 47500 
+			 11023 47500 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   17322 42500 
+			 11023 42500 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   17322 37500 
+			 11023 37500 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   17322 32500 
+			 11023 32500 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   17322 27500 
+			 11023 27500 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   17322 22500 
+			 11023 22500 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   17322 17500 
+			 11023 17500 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   17322 12500 
+			 11023 12500 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   17322 7500 
+			 11023 7500 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   17322 2500 
+			 11023 2500 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   17322 -2500 
+			 11023 -2500 
+			2362 1000 3362 "34" "34" 0x00000100]
+        Pad[   17322 -7500 
+			 11023 -7500 
+			2362 1000 3362 "35" "35" 0x00000100]
+        Pad[   17322 -12500 
+			 11023 -12500 
+			2362 1000 3362 "36" "36" 0x00000100]
+        Pad[   17322 -17500 
+			 11023 -17500 
+			2362 1000 3362 "37" "37" 0x00000100]
+        Pad[   17322 -22500 
+			 11023 -22500 
+			2362 1000 3362 "38" "38" 0x00000100]
+        Pad[   17322 -27500 
+			 11023 -27500 
+			2362 1000 3362 "39" "39" 0x00000100]
+        Pad[   17322 -32500 
+			 11023 -32500 
+			2362 1000 3362 "40" "40" 0x00000100]
+        Pad[   17322 -37500 
+			 11023 -37500 
+			2362 1000 3362 "41" "41" 0x00000100]
+        Pad[   17322 -42500 
+			 11023 -42500 
+			2362 1000 3362 "42" "42" 0x00000100]
+        Pad[   17322 -47500 
+			 11023 -47500 
+			2362 1000 3362 "43" "43" 0x00000100]
+        Pad[   17322 -52500 
+			 11023 -52500 
+			2362 1000 3362 "44" "44" 0x00000100]
+	ElementLine[-19503 -54681 -19503  54681 1000]
+	ElementLine[-19503  54681  19503  54681 1000]
+	ElementLine[ 19503  54681  19503 -54681 1000]
+	ElementLine[-19503 -54681 -2500 -54681 1000]
+	ElementLine[ 19503 -54681  2500 -54681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -54681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ44_350.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ44_350.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ44_350.fp	(revision 296)
@@ -0,0 +1,157 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (350 mil)" "" "SOJ44_350" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -19685 -52500 
+			 -13385 -52500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -19685 -47500 
+			 -13385 -47500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -19685 -42500 
+			 -13385 -42500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -19685 -37500 
+			 -13385 -37500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -19685 -32500 
+			 -13385 -32500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -19685 -27500 
+			 -13385 -27500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -19685 -22500 
+			 -13385 -22500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -19685 -17500 
+			 -13385 -17500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -19685 -12500 
+			 -13385 -12500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -19685 -7500 
+			 -13385 -7500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -19685 -2500 
+			 -13385 -2500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -19685 2500 
+			 -13385 2500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -19685 7500 
+			 -13385 7500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -19685 12500 
+			 -13385 12500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -19685 17500 
+			 -13385 17500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -19685 22500 
+			 -13385 22500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -19685 27500 
+			 -13385 27500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   -19685 32500 
+			 -13385 32500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   -19685 37500 
+			 -13385 37500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   -19685 42500 
+			 -13385 42500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   -19685 47500 
+			 -13385 47500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   -19685 52500 
+			 -13385 52500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   19685 52500 
+			 13385 52500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   19685 47500 
+			 13385 47500 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   19685 42500 
+			 13385 42500 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   19685 37500 
+			 13385 37500 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   19685 32500 
+			 13385 32500 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   19685 27500 
+			 13385 27500 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   19685 22500 
+			 13385 22500 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   19685 17500 
+			 13385 17500 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   19685 12500 
+			 13385 12500 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   19685 7500 
+			 13385 7500 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   19685 2500 
+			 13385 2500 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   19685 -2500 
+			 13385 -2500 
+			2362 1000 3362 "34" "34" 0x00000100]
+        Pad[   19685 -7500 
+			 13385 -7500 
+			2362 1000 3362 "35" "35" 0x00000100]
+        Pad[   19685 -12500 
+			 13385 -12500 
+			2362 1000 3362 "36" "36" 0x00000100]
+        Pad[   19685 -17500 
+			 13385 -17500 
+			2362 1000 3362 "37" "37" 0x00000100]
+        Pad[   19685 -22500 
+			 13385 -22500 
+			2362 1000 3362 "38" "38" 0x00000100]
+        Pad[   19685 -27500 
+			 13385 -27500 
+			2362 1000 3362 "39" "39" 0x00000100]
+        Pad[   19685 -32500 
+			 13385 -32500 
+			2362 1000 3362 "40" "40" 0x00000100]
+        Pad[   19685 -37500 
+			 13385 -37500 
+			2362 1000 3362 "41" "41" 0x00000100]
+        Pad[   19685 -42500 
+			 13385 -42500 
+			2362 1000 3362 "42" "42" 0x00000100]
+        Pad[   19685 -47500 
+			 13385 -47500 
+			2362 1000 3362 "43" "43" 0x00000100]
+        Pad[   19685 -52500 
+			 13385 -52500 
+			2362 1000 3362 "44" "44" 0x00000100]
+	ElementLine[-21866 -54681 -21866  54681 1000]
+	ElementLine[-21866  54681  21866  54681 1000]
+	ElementLine[ 21866  54681  21866 -54681 1000]
+	ElementLine[-21866 -54681 -2500 -54681 1000]
+	ElementLine[ 21866 -54681  2500 -54681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -54681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ44_400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ44_400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ44_400.fp	(revision 296)
@@ -0,0 +1,157 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (400 mil)" "" "SOJ44_400" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -22047 -52500 
+			 -15748 -52500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -22047 -47500 
+			 -15748 -47500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -22047 -42500 
+			 -15748 -42500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -22047 -37500 
+			 -15748 -37500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -22047 -32500 
+			 -15748 -32500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -22047 -27500 
+			 -15748 -27500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -22047 -22500 
+			 -15748 -22500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -22047 -17500 
+			 -15748 -17500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -22047 -12500 
+			 -15748 -12500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -22047 -7500 
+			 -15748 -7500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -22047 -2500 
+			 -15748 -2500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -22047 2500 
+			 -15748 2500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -22047 7500 
+			 -15748 7500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -22047 12500 
+			 -15748 12500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -22047 17500 
+			 -15748 17500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -22047 22500 
+			 -15748 22500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -22047 27500 
+			 -15748 27500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   -22047 32500 
+			 -15748 32500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   -22047 37500 
+			 -15748 37500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   -22047 42500 
+			 -15748 42500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   -22047 47500 
+			 -15748 47500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   -22047 52500 
+			 -15748 52500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   22047 52500 
+			 15748 52500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   22047 47500 
+			 15748 47500 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   22047 42500 
+			 15748 42500 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   22047 37500 
+			 15748 37500 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   22047 32500 
+			 15748 32500 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   22047 27500 
+			 15748 27500 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   22047 22500 
+			 15748 22500 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   22047 17500 
+			 15748 17500 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   22047 12500 
+			 15748 12500 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   22047 7500 
+			 15748 7500 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   22047 2500 
+			 15748 2500 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   22047 -2500 
+			 15748 -2500 
+			2362 1000 3362 "34" "34" 0x00000100]
+        Pad[   22047 -7500 
+			 15748 -7500 
+			2362 1000 3362 "35" "35" 0x00000100]
+        Pad[   22047 -12500 
+			 15748 -12500 
+			2362 1000 3362 "36" "36" 0x00000100]
+        Pad[   22047 -17500 
+			 15748 -17500 
+			2362 1000 3362 "37" "37" 0x00000100]
+        Pad[   22047 -22500 
+			 15748 -22500 
+			2362 1000 3362 "38" "38" 0x00000100]
+        Pad[   22047 -27500 
+			 15748 -27500 
+			2362 1000 3362 "39" "39" 0x00000100]
+        Pad[   22047 -32500 
+			 15748 -32500 
+			2362 1000 3362 "40" "40" 0x00000100]
+        Pad[   22047 -37500 
+			 15748 -37500 
+			2362 1000 3362 "41" "41" 0x00000100]
+        Pad[   22047 -42500 
+			 15748 -42500 
+			2362 1000 3362 "42" "42" 0x00000100]
+        Pad[   22047 -47500 
+			 15748 -47500 
+			2362 1000 3362 "43" "43" 0x00000100]
+        Pad[   22047 -52500 
+			 15748 -52500 
+			2362 1000 3362 "44" "44" 0x00000100]
+	ElementLine[-24228 -54681 -24228  54681 1000]
+	ElementLine[-24228  54681  24228  54681 1000]
+	ElementLine[ 24228  54681  24228 -54681 1000]
+	ElementLine[-24228 -54681 -2500 -54681 1000]
+	ElementLine[ 24228 -54681  2500 -54681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -54681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SOJ44_450.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SOJ44_450.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SOJ44_450.fp	(revision 296)
@@ -0,0 +1,157 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Small outline J-leaded package (450 mil)" "" "SOJ44_450" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -24803 -52500 
+			 -18503 -52500 
+			2362 1000 3362 "1" "1" 0x00000100]
+        Pad[   -24803 -47500 
+			 -18503 -47500 
+			2362 1000 3362 "2" "2" 0x00000100]
+        Pad[   -24803 -42500 
+			 -18503 -42500 
+			2362 1000 3362 "3" "3" 0x00000100]
+        Pad[   -24803 -37500 
+			 -18503 -37500 
+			2362 1000 3362 "4" "4" 0x00000100]
+        Pad[   -24803 -32500 
+			 -18503 -32500 
+			2362 1000 3362 "5" "5" 0x00000100]
+        Pad[   -24803 -27500 
+			 -18503 -27500 
+			2362 1000 3362 "6" "6" 0x00000100]
+        Pad[   -24803 -22500 
+			 -18503 -22500 
+			2362 1000 3362 "7" "7" 0x00000100]
+        Pad[   -24803 -17500 
+			 -18503 -17500 
+			2362 1000 3362 "8" "8" 0x00000100]
+        Pad[   -24803 -12500 
+			 -18503 -12500 
+			2362 1000 3362 "9" "9" 0x00000100]
+        Pad[   -24803 -7500 
+			 -18503 -7500 
+			2362 1000 3362 "10" "10" 0x00000100]
+        Pad[   -24803 -2500 
+			 -18503 -2500 
+			2362 1000 3362 "11" "11" 0x00000100]
+        Pad[   -24803 2500 
+			 -18503 2500 
+			2362 1000 3362 "12" "12" 0x00000100]
+        Pad[   -24803 7500 
+			 -18503 7500 
+			2362 1000 3362 "13" "13" 0x00000100]
+        Pad[   -24803 12500 
+			 -18503 12500 
+			2362 1000 3362 "14" "14" 0x00000100]
+        Pad[   -24803 17500 
+			 -18503 17500 
+			2362 1000 3362 "15" "15" 0x00000100]
+        Pad[   -24803 22500 
+			 -18503 22500 
+			2362 1000 3362 "16" "16" 0x00000100]
+        Pad[   -24803 27500 
+			 -18503 27500 
+			2362 1000 3362 "17" "17" 0x00000100]
+        Pad[   -24803 32500 
+			 -18503 32500 
+			2362 1000 3362 "18" "18" 0x00000100]
+        Pad[   -24803 37500 
+			 -18503 37500 
+			2362 1000 3362 "19" "19" 0x00000100]
+        Pad[   -24803 42500 
+			 -18503 42500 
+			2362 1000 3362 "20" "20" 0x00000100]
+        Pad[   -24803 47500 
+			 -18503 47500 
+			2362 1000 3362 "21" "21" 0x00000100]
+        Pad[   -24803 52500 
+			 -18503 52500 
+			2362 1000 3362 "22" "22" 0x00000100]
+        Pad[   24803 52500 
+			 18503 52500 
+			2362 1000 3362 "23" "23" 0x00000100]
+        Pad[   24803 47500 
+			 18503 47500 
+			2362 1000 3362 "24" "24" 0x00000100]
+        Pad[   24803 42500 
+			 18503 42500 
+			2362 1000 3362 "25" "25" 0x00000100]
+        Pad[   24803 37500 
+			 18503 37500 
+			2362 1000 3362 "26" "26" 0x00000100]
+        Pad[   24803 32500 
+			 18503 32500 
+			2362 1000 3362 "27" "27" 0x00000100]
+        Pad[   24803 27500 
+			 18503 27500 
+			2362 1000 3362 "28" "28" 0x00000100]
+        Pad[   24803 22500 
+			 18503 22500 
+			2362 1000 3362 "29" "29" 0x00000100]
+        Pad[   24803 17500 
+			 18503 17500 
+			2362 1000 3362 "30" "30" 0x00000100]
+        Pad[   24803 12500 
+			 18503 12500 
+			2362 1000 3362 "31" "31" 0x00000100]
+        Pad[   24803 7500 
+			 18503 7500 
+			2362 1000 3362 "32" "32" 0x00000100]
+        Pad[   24803 2500 
+			 18503 2500 
+			2362 1000 3362 "33" "33" 0x00000100]
+        Pad[   24803 -2500 
+			 18503 -2500 
+			2362 1000 3362 "34" "34" 0x00000100]
+        Pad[   24803 -7500 
+			 18503 -7500 
+			2362 1000 3362 "35" "35" 0x00000100]
+        Pad[   24803 -12500 
+			 18503 -12500 
+			2362 1000 3362 "36" "36" 0x00000100]
+        Pad[   24803 -17500 
+			 18503 -17500 
+			2362 1000 3362 "37" "37" 0x00000100]
+        Pad[   24803 -22500 
+			 18503 -22500 
+			2362 1000 3362 "38" "38" 0x00000100]
+        Pad[   24803 -27500 
+			 18503 -27500 
+			2362 1000 3362 "39" "39" 0x00000100]
+        Pad[   24803 -32500 
+			 18503 -32500 
+			2362 1000 3362 "40" "40" 0x00000100]
+        Pad[   24803 -37500 
+			 18503 -37500 
+			2362 1000 3362 "41" "41" 0x00000100]
+        Pad[   24803 -42500 
+			 18503 -42500 
+			2362 1000 3362 "42" "42" 0x00000100]
+        Pad[   24803 -47500 
+			 18503 -47500 
+			2362 1000 3362 "43" "43" 0x00000100]
+        Pad[   24803 -52500 
+			 18503 -52500 
+			2362 1000 3362 "44" "44" 0x00000100]
+	ElementLine[-26984 -54681 -26984  54681 1000]
+	ElementLine[-26984  54681  26984  54681 1000]
+	ElementLine[ 26984  54681  26984 -54681 1000]
+	ElementLine[-26984 -54681 -2500 -54681 1000]
+	ElementLine[ 26984 -54681  2500 -54681 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -54681 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/SSOP14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SSOP14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SSOP14.fp	(revision 296)
@@ -0,0 +1,24 @@
+Element(0x00 "Shrink small outline package, .65mm, narrow" "" "SSOP14" 184 50 3 100 0x00)
+(
+	Pad(8 12 30 12 16 "1" 0x00)
+	Pad(8 38 30 38 16 "2" 0x100)
+	Pad(8 63 30 63 16 "3" 0x100)
+	Pad(8 89 30 89 16 "4" 0x100)
+	Pad(8 115 30 115 16 "5" 0x100)
+	Pad(8 140 30 140 16 "6" 0x100)
+	Pad(8 166 30 166 16 "7" 0x100)
+	Pad(299 167 321 167 16 "8" 0x100)
+	Pad(299 141 321 141 16 "9" 0x100)
+	Pad(299 116 321 116 16 "10" 0x100)
+	Pad(299 90 321 90 16 "11" 0x100)
+	Pad(299 64 321 64 16 "12" 0x100)
+	Pad(299 39 321 39 16 "13" 0x100)
+	Pad(299 13 321 13 16 "14" 0x100)
+	ElementLine(-10 -10 139 -10 10)
+	ElementArc(164 -10 25 25 0 180 10)
+	ElementLine(189 -10 339 -10 10)
+	ElementLine(339 -10 339 189 10)
+	ElementLine(339 189 -10 189 10)
+	ElementLine(-10 189 -10 -10 10)
+	Mark(23 12)
+)
Index: oldlib/lib/pcblib-newlib/geda/SSOP16.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SSOP16.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SSOP16.fp	(revision 296)
@@ -0,0 +1,26 @@
+Element(0x00 "Shrink small outline package, .65mm, narrow" "" "SSOP16" 145 50 3 100 0x00)
+(
+	Pad(8 12 30 12 16 "1" 0x00)
+	Pad(8 38 30 38 16 "2" 0x100)
+	Pad(8 63 30 63 16 "3" 0x100)
+	Pad(8 89 30 89 16 "4" 0x100)
+	Pad(8 115 30 115 16 "5" 0x100)
+	Pad(8 140 30 140 16 "6" 0x100)
+	Pad(8 166 30 166 16 "7" 0x100)
+	Pad(8 191 30 191 16 "8" 0x100)
+	Pad(220 192 242 192 16 "9" 0x100)
+	Pad(220 166 242 166 16 "10" 0x100)
+	Pad(220 141 242 141 16 "11" 0x100)
+	Pad(220 115 242 115 16 "12" 0x100)
+	Pad(220 89 242 89 16 "13" 0x100)
+	Pad(220 64 242 64 16 "14" 0x100)
+	Pad(220 38 242 38 16 "15" 0x100)
+	Pad(220 13 242 13 16 "16" 0x100)
+	ElementLine(-10 -10 100 -10 10)
+	ElementArc(125 -10 25 25 0 180 10)
+	ElementLine(150 -10 260 -10 10)
+	ElementLine(260 -10 260 214 10)
+	ElementLine(260 214 -10 214 10)
+	ElementLine(-10 214 -10 -10 10)
+	Mark(23 12)
+)
Index: oldlib/lib/pcblib-newlib/geda/SSOP20.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SSOP20.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SSOP20.fp	(revision 296)
@@ -0,0 +1,30 @@
+Element(0x00 "Shrink small outline package, .65mm, narrow" "" "SSOP20" 153 50 3 100 0x00)
+(
+	Pad(8 12 30 12 16 "1" 0x00)
+	Pad(8 38 30 38 16 "2" 0x100)
+	Pad(8 63 30 63 16 "3" 0x100)
+	Pad(8 89 30 89 16 "4" 0x100)
+	Pad(8 115 30 115 16 "5" 0x100)
+	Pad(8 140 30 140 16 "6" 0x100)
+	Pad(8 166 30 166 16 "7" 0x100)
+	Pad(8 191 30 191 16 "8" 0x100)
+	Pad(8 217 30 217 16 "9" 0x100)
+	Pad(8 243 30 243 16 "10" 0x100)
+	Pad(236 243 258 243 16 "11" 0x100)
+	Pad(236 217 258 217 16 "12" 0x100)
+	Pad(236 192 258 192 16 "13" 0x100)
+	Pad(236 166 258 166 16 "14" 0x100)
+	Pad(236 140 258 140 16 "15" 0x100)
+	Pad(236 115 258 115 16 "16" 0x100)
+	Pad(236 89 258 89 16 "17" 0x100)
+	Pad(236 64 258 64 16 "18" 0x100)
+	Pad(236 38 258 38 16 "19" 0x100)
+	Pad(236 12 258 12 16 "20" 0x100)
+	ElementLine(-10 -10 108 -10 10)
+	ElementArc(133 -10 25 25 0 180 10)
+	ElementLine(158 -10 276 -10 10)
+	ElementLine(276 -10 276 265 10)
+	ElementLine(276 265 -10 265 10)
+	ElementLine(-10 265 -10 -10 10)
+	Mark(23 12)
+)
Index: oldlib/lib/pcblib-newlib/geda/SSOP24.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SSOP24.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SSOP24.fp	(revision 296)
@@ -0,0 +1,34 @@
+Element(0x00 "Shrink small outline package, .65mm, narrow" "" "SSOP24" 184 50 3 100 0x00)
+(
+	Pad(8 12 30 12 16 "1" 0x00)
+	Pad(8 38 30 38 16 "2" 0x100)
+	Pad(8 63 30 63 16 "3" 0x100)
+	Pad(8 89 30 89 16 "4" 0x100)
+	Pad(8 115 30 115 16 "5" 0x100)
+	Pad(8 140 30 140 16 "6" 0x100)
+	Pad(8 166 30 166 16 "7" 0x100)
+	Pad(8 191 30 191 16 "8" 0x100)
+	Pad(8 217 30 217 16 "9" 0x100)
+	Pad(8 243 30 243 16 "10" 0x100)
+	Pad(8 268 30 268 16 "11" 0x100)
+	Pad(8 294 30 294 16 "12" 0x100)
+	Pad(299 295 321 295 16 "13" 0x100)
+	Pad(299 269 321 269 16 "14" 0x100)
+	Pad(299 244 321 244 16 "15" 0x100)
+	Pad(299 218 321 218 16 "16" 0x100)
+	Pad(299 192 321 192 16 "17" 0x100)
+	Pad(299 167 321 167 16 "18" 0x100)
+	Pad(299 141 321 141 16 "19" 0x100)
+	Pad(299 116 321 116 16 "20" 0x100)
+	Pad(299 90 321 90 16 "21" 0x100)
+	Pad(299 64 321 64 16 "22" 0x100)
+	Pad(299 39 321 39 16 "23" 0x100)
+	Pad(299 13 321 13 16 "24" 0x100)
+	ElementLine(-10 -10 139 -10 10)
+	ElementArc(164 -10 25 25 0 180 10)
+	ElementLine(189 -10 339 -10 10)
+	ElementLine(339 -10 339 317 10)
+	ElementLine(339 317 -10 317 10)
+	ElementLine(-10 317 -10 -10 10)
+	Mark(23 12)
+)
Index: oldlib/lib/pcblib-newlib/geda/SSOP28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SSOP28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SSOP28.fp	(revision 296)
@@ -0,0 +1,38 @@
+Element(0x00 "Shrink small outline package, .65mm, narrow" "" "SSOP28" 184 50 3 100 0x00)
+(
+	Pad(8 12 30 12 16 "1" 0x00)
+	Pad(8 38 30 38 16 "2" 0x100)
+	Pad(8 63 30 63 16 "3" 0x100)
+	Pad(8 89 30 89 16 "4" 0x100)
+	Pad(8 115 30 115 16 "5" 0x100)
+	Pad(8 140 30 140 16 "6" 0x100)
+	Pad(8 166 30 166 16 "7" 0x100)
+	Pad(8 191 30 191 16 "8" 0x100)
+	Pad(8 217 30 217 16 "9" 0x100)
+	Pad(8 243 30 243 16 "10" 0x100)
+	Pad(8 268 30 268 16 "11" 0x100)
+	Pad(8 294 30 294 16 "12" 0x100)
+	Pad(8 319 30 319 16 "13" 0x100)
+	Pad(8 345 30 345 16 "14" 0x100)
+	Pad(299 346 321 346 16 "15" 0x100)
+	Pad(299 320 321 320 16 "16" 0x100)
+	Pad(299 295 321 295 16 "17" 0x100)
+	Pad(299 269 321 269 16 "18" 0x100)
+	Pad(299 243 321 243 16 "19" 0x100)
+	Pad(299 218 321 218 16 "20" 0x100)
+	Pad(299 192 321 192 16 "21" 0x100)
+	Pad(299 167 321 167 16 "22" 0x100)
+	Pad(299 141 321 141 16 "23" 0x100)
+	Pad(299 115 321 115 16 "24" 0x100)
+	Pad(299 90 321 90 16 "25" 0x100)
+	Pad(299 64 321 64 16 "26" 0x100)
+	Pad(299 39 321 39 16 "27" 0x100)
+	Pad(299 13 321 13 16 "28" 0x100)
+	ElementLine(-10 -10 139 -10 10)
+	ElementArc(164 -10 25 25 0 180 10)
+	ElementLine(189 -10 339 -10 10)
+	ElementLine(339 -10 339 368 10)
+	ElementLine(339 368 -10 368 10)
+	ElementLine(-10 368 -10 -10 10)
+	Mark(23 12)
+)
Index: oldlib/lib/pcblib-newlib/geda/SSOP48W.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SSOP48W.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SSOP48W.fp	(revision 296)
@@ -0,0 +1,58 @@
+Element(0x00 "Shrink small outline package, 25mil, wide" "" "SSOP48W" 233 50 3 100 0x00)
+(
+	Pad(8 12 30 12 16 "1" 0x00)
+	Pad(8 37 30 37 16 "2" 0x100)
+	Pad(8 62 30 62 16 "3" 0x100)
+	Pad(8 87 30 87 16 "4" 0x100)
+	Pad(8 112 30 112 16 "5" 0x100)
+	Pad(8 137 30 137 16 "6" 0x100)
+	Pad(8 162 30 162 16 "7" 0x100)
+	Pad(8 187 30 187 16 "8" 0x100)
+	Pad(8 212 30 212 16 "9" 0x100)
+	Pad(8 237 30 237 16 "10" 0x100)
+	Pad(8 262 30 262 16 "11" 0x100)
+	Pad(8 287 30 287 16 "12" 0x100)
+	Pad(8 312 30 312 16 "13" 0x100)
+	Pad(8 337 30 337 16 "14" 0x100)
+	Pad(8 362 30 362 16 "15" 0x100)
+	Pad(8 387 30 387 16 "16" 0x100)
+	Pad(8 412 30 412 16 "17" 0x100)
+	Pad(8 437 30 437 16 "18" 0x100)
+	Pad(8 462 30 462 16 "19" 0x100)
+	Pad(8 487 30 487 16 "20" 0x100)
+	Pad(8 512 30 512 16 "21" 0x100)
+	Pad(8 537 30 537 16 "22" 0x100)
+	Pad(8 562 30 562 16 "23" 0x100)
+	Pad(8 587 30 587 16 "24" 0x100)
+	Pad(396 588 418 588 16 "25" 0x100)
+	Pad(396 563 418 563 16 "26" 0x100)
+	Pad(396 538 418 538 16 "27" 0x100)
+	Pad(396 513 418 513 16 "28" 0x100)
+	Pad(396 488 418 488 16 "29" 0x100)
+	Pad(396 463 418 463 16 "30" 0x100)
+	Pad(396 438 418 438 16 "31" 0x100)
+	Pad(396 413 418 413 16 "32" 0x100)
+	Pad(396 388 418 388 16 "33" 0x100)
+	Pad(396 363 418 363 16 "34" 0x100)
+	Pad(396 338 418 338 16 "35" 0x100)
+	Pad(396 313 418 313 16 "36" 0x100)
+	Pad(396 288 418 288 16 "37" 0x100)
+	Pad(396 263 418 263 16 "38" 0x100)
+	Pad(396 238 418 238 16 "39" 0x100)
+	Pad(396 213 418 213 16 "40" 0x100)
+	Pad(396 188 418 188 16 "41" 0x100)
+	Pad(396 163 418 163 16 "42" 0x100)
+	Pad(396 138 418 138 16 "43" 0x100)
+	Pad(396 113 418 113 16 "44" 0x100)
+	Pad(396 88 418 88 16 "45" 0x100)
+	Pad(396 63 418 63 16 "46" 0x100)
+	Pad(396 38 418 38 16 "47" 0x100)
+	Pad(396 13 418 13 16 "48" 0x100)
+	ElementLine(-10 -10 188 -10 10)
+	ElementArc(213 -10 25 25 0 180 10)
+	ElementLine(238 -10 436 -10 10)
+	ElementLine(436 -10 436 610 10)
+	ElementLine(436 610 -10 610 10)
+	ElementLine(-10 610 -10 -10 10)
+	Mark(23 12)
+)
Index: oldlib/lib/pcblib-newlib/geda/SSOP56W.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SSOP56W.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SSOP56W.fp	(revision 296)
@@ -0,0 +1,66 @@
+Element(0x00 "Shrink small outline package, 25mil, wide" "" "SSOP56W" 233 50 3 100 0x00)
+(
+	Pad(8 12 30 12 16 "1" 0x00)
+	Pad(8 37 30 37 16 "2" 0x100)
+	Pad(8 62 30 62 16 "3" 0x100)
+	Pad(8 87 30 87 16 "4" 0x100)
+	Pad(8 112 30 112 16 "5" 0x100)
+	Pad(8 137 30 137 16 "6" 0x100)
+	Pad(8 162 30 162 16 "7" 0x100)
+	Pad(8 187 30 187 16 "8" 0x100)
+	Pad(8 212 30 212 16 "9" 0x100)
+	Pad(8 237 30 237 16 "10" 0x100)
+	Pad(8 262 30 262 16 "11" 0x100)
+	Pad(8 287 30 287 16 "12" 0x100)
+	Pad(8 312 30 312 16 "13" 0x100)
+	Pad(8 337 30 337 16 "14" 0x100)
+	Pad(8 362 30 362 16 "15" 0x100)
+	Pad(8 387 30 387 16 "16" 0x100)
+	Pad(8 412 30 412 16 "17" 0x100)
+	Pad(8 437 30 437 16 "18" 0x100)
+	Pad(8 462 30 462 16 "19" 0x100)
+	Pad(8 487 30 487 16 "20" 0x100)
+	Pad(8 512 30 512 16 "21" 0x100)
+	Pad(8 537 30 537 16 "22" 0x100)
+	Pad(8 562 30 562 16 "23" 0x100)
+	Pad(8 587 30 587 16 "24" 0x100)
+	Pad(8 612 30 612 16 "25" 0x100)
+	Pad(8 637 30 637 16 "26" 0x100)
+	Pad(8 662 30 662 16 "27" 0x100)
+	Pad(8 687 30 687 16 "28" 0x100)
+	Pad(396 688 418 688 16 "29" 0x100)
+	Pad(396 663 418 663 16 "30" 0x100)
+	Pad(396 638 418 638 16 "31" 0x100)
+	Pad(396 613 418 613 16 "32" 0x100)
+	Pad(396 588 418 588 16 "33" 0x100)
+	Pad(396 563 418 563 16 "34" 0x100)
+	Pad(396 538 418 538 16 "35" 0x100)
+	Pad(396 513 418 513 16 "36" 0x100)
+	Pad(396 488 418 488 16 "37" 0x100)
+	Pad(396 463 418 463 16 "38" 0x100)
+	Pad(396 438 418 438 16 "39" 0x100)
+	Pad(396 413 418 413 16 "40" 0x100)
+	Pad(396 388 418 388 16 "41" 0x100)
+	Pad(396 363 418 363 16 "42" 0x100)
+	Pad(396 338 418 338 16 "43" 0x100)
+	Pad(396 313 418 313 16 "44" 0x100)
+	Pad(396 288 418 288 16 "45" 0x100)
+	Pad(396 263 418 263 16 "46" 0x100)
+	Pad(396 238 418 238 16 "47" 0x100)
+	Pad(396 213 418 213 16 "48" 0x100)
+	Pad(396 188 418 188 16 "49" 0x100)
+	Pad(396 163 418 163 16 "50" 0x100)
+	Pad(396 138 418 138 16 "51" 0x100)
+	Pad(396 113 418 113 16 "52" 0x100)
+	Pad(396 88 418 88 16 "53" 0x100)
+	Pad(396 63 418 63 16 "54" 0x100)
+	Pad(396 38 418 38 16 "55" 0x100)
+	Pad(396 13 418 13 16 "56" 0x100)
+	ElementLine(-10 -10 188 -10 10)
+	ElementArc(213 -10 25 25 0 180 10)
+	ElementLine(238 -10 436 -10 10)
+	ElementLine(436 -10 436 710 10)
+	ElementLine(436 710 -10 710 10)
+	ElementLine(-10 710 -10 -10 10)
+	Mark(23 12)
+)
Index: oldlib/lib/pcblib-newlib/geda/SSOP64W.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SSOP64W.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SSOP64W.fp	(revision 296)
@@ -0,0 +1,74 @@
+Element(0x00 "Shrink small outline package, .80mm, wider" "" "SSOP64W" 295 50 3 100 0x00)
+(
+	Pad(8 15 30 15 16 "1" 0x00)
+	Pad(8 47 30 47 16 "2" 0x100)
+	Pad(8 78 30 78 16 "3" 0x100)
+	Pad(8 110 30 110 16 "4" 0x100)
+	Pad(8 141 30 141 16 "5" 0x100)
+	Pad(8 173 30 173 16 "6" 0x100)
+	Pad(8 204 30 204 16 "7" 0x100)
+	Pad(8 236 30 236 16 "8" 0x100)
+	Pad(8 267 30 267 16 "9" 0x100)
+	Pad(8 299 30 299 16 "10" 0x100)
+	Pad(8 330 30 330 16 "11" 0x100)
+	Pad(8 362 30 362 16 "12" 0x100)
+	Pad(8 393 30 393 16 "13" 0x100)
+	Pad(8 425 30 425 16 "14" 0x100)
+	Pad(8 456 30 456 16 "15" 0x100)
+	Pad(8 488 30 488 16 "16" 0x100)
+	Pad(8 519 30 519 16 "17" 0x100)
+	Pad(8 551 30 551 16 "18" 0x100)
+	Pad(8 582 30 582 16 "19" 0x100)
+	Pad(8 614 30 614 16 "20" 0x100)
+	Pad(8 645 30 645 16 "21" 0x100)
+	Pad(8 677 30 677 16 "22" 0x100)
+	Pad(8 708 30 708 16 "23" 0x100)
+	Pad(8 740 30 740 16 "24" 0x100)
+	Pad(8 771 30 771 16 "25" 0x100)
+	Pad(8 803 30 803 16 "26" 0x100)
+	Pad(8 834 30 834 16 "27" 0x100)
+	Pad(8 866 30 866 16 "28" 0x100)
+	Pad(8 897 30 897 16 "29" 0x100)
+	Pad(8 929 30 929 16 "30" 0x100)
+	Pad(8 960 30 960 16 "31" 0x100)
+	Pad(8 992 30 992 16 "32" 0x100)
+	Pad(521 993 543 993 16 "33" 0x100)
+	Pad(521 961 543 961 16 "34" 0x100)
+	Pad(521 930 543 930 16 "35" 0x100)
+	Pad(521 898 543 898 16 "36" 0x100)
+	Pad(521 867 543 867 16 "37" 0x100)
+	Pad(521 835 543 835 16 "38" 0x100)
+	Pad(521 804 543 804 16 "39" 0x100)
+	Pad(521 772 543 772 16 "40" 0x100)
+	Pad(521 741 543 741 16 "41" 0x100)
+	Pad(521 709 543 709 16 "42" 0x100)
+	Pad(521 678 543 678 16 "43" 0x100)
+	Pad(521 646 543 646 16 "44" 0x100)
+	Pad(521 615 543 615 16 "45" 0x100)
+	Pad(521 583 543 583 16 "46" 0x100)
+	Pad(521 552 543 552 16 "47" 0x100)
+	Pad(521 520 543 520 16 "48" 0x100)
+	Pad(521 489 543 489 16 "49" 0x100)
+	Pad(521 457 543 457 16 "50" 0x100)
+	Pad(521 426 543 426 16 "51" 0x100)
+	Pad(521 394 543 394 16 "52" 0x100)
+	Pad(521 363 543 363 16 "53" 0x100)
+	Pad(521 331 543 331 16 "54" 0x100)
+	Pad(521 300 543 300 16 "55" 0x100)
+	Pad(521 268 543 268 16 "56" 0x100)
+	Pad(521 237 543 237 16 "57" 0x100)
+	Pad(521 205 543 205 16 "58" 0x100)
+	Pad(521 174 543 174 16 "59" 0x100)
+	Pad(521 142 543 142 16 "60" 0x100)
+	Pad(521 111 543 111 16 "61" 0x100)
+	Pad(521 79 543 79 16 "62" 0x100)
+	Pad(521 48 543 48 16 "63" 0x100)
+	Pad(521 16 543 16 16 "64" 0x100)
+	ElementLine(-10 -10 244 -10 10)
+	ElementArc(275 -10 31 31 0 180 10)
+	ElementLine(306 -10 561 -10 10)
+	ElementLine(561 -10 561 1018 10)
+	ElementLine(561 1018 -10 1018 10)
+	ElementLine(-10 1018 -10 -10 10)
+	Mark(23 15)
+)
Index: oldlib/lib/pcblib-newlib/geda/SSOP8.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/SSOP8.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/SSOP8.fp	(revision 296)
@@ -0,0 +1,18 @@
+Element(0x00 "Shrink small outline package, .65mm, narrow" "" "SSOP8" 184 50 3 100 0x00)
+(
+	Pad(8 12 30 12 16 "1" 0x00)
+	Pad(8 38 30 38 16 "2" 0x100)
+	Pad(8 63 30 63 16 "3" 0x100)
+	Pad(8 89 30 89 16 "4" 0x100)
+	Pad(299 90 321 90 16 "5" 0x100)
+	Pad(299 64 321 64 16 "6" 0x100)
+	Pad(299 39 321 39 16 "7" 0x100)
+	Pad(299 13 321 13 16 "8" 0x100)
+	ElementLine(-10 -10 139 -10 10)
+	ElementArc(164 -10 25 25 0 180 10)
+	ElementLine(189 -10 339 -10 10)
+	ElementLine(339 -10 339 112 10)
+	ElementLine(339 112 -10 112 10)
+	ElementLine(-10 112 -10 -10 10)
+	Mark(23 12)
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN12_4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN12_4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN12_4.fp	(revision 296)
@@ -0,0 +1,55 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN12_4" 0 0 -9858 -10908 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-8031  -3149  -6141  -3149  1653  2000 1953 "1" "1"  0x00000100]
+	Pad[-8031  0  -6141  0  1653  2000 1953 "2" "2"  0x00000100]
+	Pad[-8031  3149  -6141  3149  1653  2000 1953 "3" "3"  0x00000100]
+# bottom row
+	Pad[-3149  8031  -3149  6141  1653 2000 1953 "4" "4"  0x00000900]
+	Pad[0  8031  0  6141  1653 2000 1953 "5" "5"  0x00000900]
+	Pad[3149  8031  3149  6141  1653 2000 1953 "6" "6"  0x00000900]
+# right row
+	Pad[8031  3149  6141  3149  1653  2000 1953 "7" "7"  0x00000100]
+	Pad[8031  0  6141  0  1653  2000 1953 "8" "8"  0x00000100]
+	Pad[8031  -3149  6141  -3149  1653  2000 1953 "9" "9"  0x00000100]
+# top row
+	Pad[3149  -8031  3149  -6141  1653 2000 1953 "10" "10" 0x00000900]
+	Pad[0  -8031  0  -6141  1653 2000 1953 "11" "11" 0x00000900]
+	Pad[-3149  -8031  -3149  -6141  1653 2000 1953 "12" "12" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 9858  9858  9858 -9858 1000]
+ElementLine[ 9858 -9858 -9858 -9858 1000]
+ElementLine[-9858 -9858 -9858  9858 1000]
+ElementLine[-9858  9858  9858  9858 1000]
+# Pin 1 indicator
+ElementLine[-9858 -9858 -11358 -11358 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN12_4_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN12_4_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN12_4_EP.fp	(revision 296)
@@ -0,0 +1,58 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN12_4_EP" 0 0 -9858 -10908 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-8031  -3149  -6141  -3149  1653  2000 1953 "1" "1"  0x00000100]
+	Pad[-8031  0  -6141  0  1653  2000 1953 "2" "2"  0x00000100]
+	Pad[-8031  3149  -6141  3149  1653  2000 1953 "3" "3"  0x00000100]
+# bottom row
+	Pad[-3149  8031  -3149  6141  1653 2000 1953 "4" "4"  0x00000900]
+	Pad[0  8031  0  6141  1653 2000 1953 "5" "5"  0x00000900]
+	Pad[3149  8031  3149  6141  1653 2000 1953 "6" "6"  0x00000900]
+# right row
+	Pad[8031  3149  6141  3149  1653  2000 1953 "7" "7"  0x00000100]
+	Pad[8031  0  6141  0  1653  2000 1953 "8" "8"  0x00000100]
+	Pad[8031  -3149  6141  -3149  1653  2000 1953 "9" "9"  0x00000100]
+# top row
+	Pad[3149  -8031  3149  -6141  1653 2000 1953 "10" "10" 0x00000900]
+	Pad[0  -8031  0  -6141  1653 2000 1953 "11" "11" 0x00000900]
+	Pad[-3149  -8031  -3149  -6141  1653 2000 1953 "12" "12" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 8267 0 8667 "13" "13" 0x00000100]
+# Silk screen around package
+ElementLine[ 9858  9858  9858 -9858 1000]
+ElementLine[ 9858 -9858 -9858 -9858 1000]
+ElementLine[-9858 -9858 -9858  9858 1000]
+ElementLine[-9858  9858  9858  9858 1000]
+# Pin 1 indicator
+ElementLine[-9858 -9858 -11358 -11358 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN16_3.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN16_3.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN16_3.fp	(revision 296)
@@ -0,0 +1,59 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN16_3" 0 0 -7889 -8939 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-6338  -2952  -4685  -2952  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-6338  -984  -4685  -984  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-6338  984  -4685  984  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-6338  2952  -4685  2952  1102  2000 1402 "4" "4"  0x00000100]
+# bottom row
+	Pad[-2952  6338  -2952  4685  1102 2000 1402 "5" "5"  0x00000900]
+	Pad[-984  6338  -984  4685  1102 2000 1402 "6" "6"  0x00000900]
+	Pad[984  6338  984  4685  1102 2000 1402 "7" "7"  0x00000900]
+	Pad[2952  6338  2952  4685  1102 2000 1402 "8" "8"  0x00000900]
+# right row
+	Pad[6338  2952  4685  2952  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[6338  984  4685  984  1102  2000 1402 "10" "10"  0x00000100]
+	Pad[6338  -984  4685  -984  1102  2000 1402 "11" "11"  0x00000100]
+	Pad[6338  -2952  4685  -2952  1102  2000 1402 "12" "12"  0x00000100]
+# top row
+	Pad[2952  -6338  2952  -4685  1102 2000 1402 "13" "13" 0x00000900]
+	Pad[984  -6338  984  -4685  1102 2000 1402 "14" "14" 0x00000900]
+	Pad[-984  -6338  -984  -4685  1102 2000 1402 "15" "15" 0x00000900]
+	Pad[-2952  -6338  -2952  -4685  1102 2000 1402 "16" "16" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 7889  7889  7889 -7889 1000]
+ElementLine[ 7889 -7889 -7889 -7889 1000]
+ElementLine[-7889 -7889 -7889  7889 1000]
+ElementLine[-7889  7889  7889  7889 1000]
+# Pin 1 indicator
+ElementLine[-7889 -7889 -9389 -9389 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN16_3_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN16_3_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN16_3_EP.fp	(revision 296)
@@ -0,0 +1,62 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN16_3_EP" 0 0 -7889 -8939 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-6338  -2952  -4685  -2952  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-6338  -984  -4685  -984  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-6338  984  -4685  984  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-6338  2952  -4685  2952  1102  2000 1402 "4" "4"  0x00000100]
+# bottom row
+	Pad[-2952  6338  -2952  4685  1102 2000 1402 "5" "5"  0x00000900]
+	Pad[-984  6338  -984  4685  1102 2000 1402 "6" "6"  0x00000900]
+	Pad[984  6338  984  4685  1102 2000 1402 "7" "7"  0x00000900]
+	Pad[2952  6338  2952  4685  1102 2000 1402 "8" "8"  0x00000900]
+# right row
+	Pad[6338  2952  4685  2952  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[6338  984  4685  984  1102  2000 1402 "10" "10"  0x00000100]
+	Pad[6338  -984  4685  -984  1102  2000 1402 "11" "11"  0x00000100]
+	Pad[6338  -2952  4685  -2952  1102  2000 1402 "12" "12"  0x00000100]
+# top row
+	Pad[2952  -6338  2952  -4685  1102 2000 1402 "13" "13" 0x00000900]
+	Pad[984  -6338  984  -4685  1102 2000 1402 "14" "14" 0x00000900]
+	Pad[-984  -6338  -984  -4685  1102 2000 1402 "15" "15" 0x00000900]
+	Pad[-2952  -6338  -2952  -4685  1102 2000 1402 "16" "16" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 5905 0 6305 "17" "17" 0x00000100]
+# Silk screen around package
+ElementLine[ 7889  7889  7889 -7889 1000]
+ElementLine[ 7889 -7889 -7889 -7889 1000]
+ElementLine[-7889 -7889 -7889  7889 1000]
+ElementLine[-7889  7889  7889  7889 1000]
+# Pin 1 indicator
+ElementLine[-7889 -7889 -9389 -9389 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN16_4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN16_4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN16_4.fp	(revision 296)
@@ -0,0 +1,59 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN16_4" 0 0 -9858 -10908 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-8129  -3838  -6043  -3838  1456  2000 1756 "1" "1"  0x00000100]
+	Pad[-8129  -1279  -6043  -1279  1456  2000 1756 "2" "2"  0x00000100]
+	Pad[-8129  1279  -6043  1279  1456  2000 1756 "3" "3"  0x00000100]
+	Pad[-8129  3838  -6043  3838  1456  2000 1756 "4" "4"  0x00000100]
+# bottom row
+	Pad[-3838  8129  -3838  6043  1456 2000 1756 "5" "5"  0x00000900]
+	Pad[-1279  8129  -1279  6043  1456 2000 1756 "6" "6"  0x00000900]
+	Pad[1279  8129  1279  6043  1456 2000 1756 "7" "7"  0x00000900]
+	Pad[3838  8129  3838  6043  1456 2000 1756 "8" "8"  0x00000900]
+# right row
+	Pad[8129  3838  6043  3838  1456  2000 1756 "9" "9"  0x00000100]
+	Pad[8129  1279  6043  1279  1456  2000 1756 "10" "10"  0x00000100]
+	Pad[8129  -1279  6043  -1279  1456  2000 1756 "11" "11"  0x00000100]
+	Pad[8129  -3838  6043  -3838  1456  2000 1756 "12" "12"  0x00000100]
+# top row
+	Pad[3838  -8129  3838  -6043  1456 2000 1756 "13" "13" 0x00000900]
+	Pad[1279  -8129  1279  -6043  1456 2000 1756 "14" "14" 0x00000900]
+	Pad[-1279  -8129  -1279  -6043  1456 2000 1756 "15" "15" 0x00000900]
+	Pad[-3838  -8129  -3838  -6043  1456 2000 1756 "16" "16" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 9858  9858  9858 -9858 1000]
+ElementLine[ 9858 -9858 -9858 -9858 1000]
+ElementLine[-9858 -9858 -9858  9858 1000]
+ElementLine[-9858  9858  9858  9858 1000]
+# Pin 1 indicator
+ElementLine[-9858 -9858 -11358 -11358 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN16_4_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN16_4_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN16_4_EP.fp	(revision 296)
@@ -0,0 +1,62 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN16_4_EP" 0 0 -9858 -10908 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-8129  -3838  -6043  -3838  1456  2000 1756 "1" "1"  0x00000100]
+	Pad[-8129  -1279  -6043  -1279  1456  2000 1756 "2" "2"  0x00000100]
+	Pad[-8129  1279  -6043  1279  1456  2000 1756 "3" "3"  0x00000100]
+	Pad[-8129  3838  -6043  3838  1456  2000 1756 "4" "4"  0x00000100]
+# bottom row
+	Pad[-3838  8129  -3838  6043  1456 2000 1756 "5" "5"  0x00000900]
+	Pad[-1279  8129  -1279  6043  1456 2000 1756 "6" "6"  0x00000900]
+	Pad[1279  8129  1279  6043  1456 2000 1756 "7" "7"  0x00000900]
+	Pad[3838  8129  3838  6043  1456 2000 1756 "8" "8"  0x00000900]
+# right row
+	Pad[8129  3838  6043  3838  1456  2000 1756 "9" "9"  0x00000100]
+	Pad[8129  1279  6043  1279  1456  2000 1756 "10" "10"  0x00000100]
+	Pad[8129  -1279  6043  -1279  1456  2000 1756 "11" "11"  0x00000100]
+	Pad[8129  -3838  6043  -3838  1456  2000 1756 "12" "12"  0x00000100]
+# top row
+	Pad[3838  -8129  3838  -6043  1456 2000 1756 "13" "13" 0x00000900]
+	Pad[1279  -8129  1279  -6043  1456 2000 1756 "14" "14" 0x00000900]
+	Pad[-1279  -8129  -1279  -6043  1456 2000 1756 "15" "15" 0x00000900]
+	Pad[-3838  -8129  -3838  -6043  1456 2000 1756 "16" "16" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 8267 0 8667 "17" "17" 0x00000100]
+# Silk screen around package
+ElementLine[ 9858  9858  9858 -9858 1000]
+ElementLine[ 9858 -9858 -9858 -9858 1000]
+ElementLine[-9858 -9858 -9858  9858 1000]
+ElementLine[-9858  9858  9858  9858 1000]
+# Pin 1 indicator
+ElementLine[-9858 -9858 -11358 -11358 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN16_5.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN16_5.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN16_5.fp	(revision 296)
@@ -0,0 +1,59 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN16_5" 0 0 -11826 -12876 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-10000  -4724  -8110  -4724  1653  2000 1953 "1" "1"  0x00000100]
+	Pad[-10000  -1574  -8110  -1574  1653  2000 1953 "2" "2"  0x00000100]
+	Pad[-10000  1574  -8110  1574  1653  2000 1953 "3" "3"  0x00000100]
+	Pad[-10000  4724  -8110  4724  1653  2000 1953 "4" "4"  0x00000100]
+# bottom row
+	Pad[-4724  10000  -4724  8110  1653 2000 1953 "5" "5"  0x00000900]
+	Pad[-1574  10000  -1574  8110  1653 2000 1953 "6" "6"  0x00000900]
+	Pad[1574  10000  1574  8110  1653 2000 1953 "7" "7"  0x00000900]
+	Pad[4724  10000  4724  8110  1653 2000 1953 "8" "8"  0x00000900]
+# right row
+	Pad[10000  4724  8110  4724  1653  2000 1953 "9" "9"  0x00000100]
+	Pad[10000  1574  8110  1574  1653  2000 1953 "10" "10"  0x00000100]
+	Pad[10000  -1574  8110  -1574  1653  2000 1953 "11" "11"  0x00000100]
+	Pad[10000  -4724  8110  -4724  1653  2000 1953 "12" "12"  0x00000100]
+# top row
+	Pad[4724  -10000  4724  -8110  1653 2000 1953 "13" "13" 0x00000900]
+	Pad[1574  -10000  1574  -8110  1653 2000 1953 "14" "14" 0x00000900]
+	Pad[-1574  -10000  -1574  -8110  1653 2000 1953 "15" "15" 0x00000900]
+	Pad[-4724  -10000  -4724  -8110  1653 2000 1953 "16" "16" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 11826  11826  11826 -11826 1000]
+ElementLine[ 11826 -11826 -11826 -11826 1000]
+ElementLine[-11826 -11826 -11826  11826 1000]
+ElementLine[-11826  11826  11826  11826 1000]
+# Pin 1 indicator
+ElementLine[-11826 -11826 -13326 -13326 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN16_5_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN16_5_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN16_5_EP.fp	(revision 296)
@@ -0,0 +1,62 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN16_5_EP" 0 0 -11826 -12876 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-10000  -4724  -8110  -4724  1653  2000 1953 "1" "1"  0x00000100]
+	Pad[-10000  -1574  -8110  -1574  1653  2000 1953 "2" "2"  0x00000100]
+	Pad[-10000  1574  -8110  1574  1653  2000 1953 "3" "3"  0x00000100]
+	Pad[-10000  4724  -8110  4724  1653  2000 1953 "4" "4"  0x00000100]
+# bottom row
+	Pad[-4724  10000  -4724  8110  1653 2000 1953 "5" "5"  0x00000900]
+	Pad[-1574  10000  -1574  8110  1653 2000 1953 "6" "6"  0x00000900]
+	Pad[1574  10000  1574  8110  1653 2000 1953 "7" "7"  0x00000900]
+	Pad[4724  10000  4724  8110  1653 2000 1953 "8" "8"  0x00000900]
+# right row
+	Pad[10000  4724  8110  4724  1653  2000 1953 "9" "9"  0x00000100]
+	Pad[10000  1574  8110  1574  1653  2000 1953 "10" "10"  0x00000100]
+	Pad[10000  -1574  8110  -1574  1653  2000 1953 "11" "11"  0x00000100]
+	Pad[10000  -4724  8110  -4724  1653  2000 1953 "12" "12"  0x00000100]
+# top row
+	Pad[4724  -10000  4724  -8110  1653 2000 1953 "13" "13" 0x00000900]
+	Pad[1574  -10000  1574  -8110  1653 2000 1953 "14" "14" 0x00000900]
+	Pad[-1574  -10000  -1574  -8110  1653 2000 1953 "15" "15" 0x00000900]
+	Pad[-4724  -10000  -4724  -8110  1653 2000 1953 "16" "16" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 12204 0 12604 "17" "17" 0x00000100]
+# Silk screen around package
+ElementLine[ 11826  11826  11826 -11826 1000]
+ElementLine[ 11826 -11826 -11826 -11826 1000]
+ElementLine[-11826 -11826 -11826  11826 1000]
+ElementLine[-11826  11826  11826  11826 1000]
+# Pin 1 indicator
+ElementLine[-11826 -11826 -13326 -13326 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN20_4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN20_4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN20_4.fp	(revision 296)
@@ -0,0 +1,63 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN20_4" 0 0 -9858 -10908 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-8307  -3937  -5866  -3937  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-8307  -1968  -5866  -1968  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-8307  0  -5866  0  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-8307  1968  -5866  1968  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-8307  3937  -5866  3937  1102  2000 1402 "5" "5"  0x00000100]
+# bottom row
+	Pad[-3937  8307  -3937  5866  1102 2000 1402 "6" "6"  0x00000900]
+	Pad[-1968  8307  -1968  5866  1102 2000 1402 "7" "7"  0x00000900]
+	Pad[0  8307  0  5866  1102 2000 1402 "8" "8"  0x00000900]
+	Pad[1968  8307  1968  5866  1102 2000 1402 "9" "9"  0x00000900]
+	Pad[3937  8307  3937  5866  1102 2000 1402 "10" "10"  0x00000900]
+# right row
+	Pad[8307  3937  5866  3937  1102  2000 1402 "11" "11"  0x00000100]
+	Pad[8307  1968  5866  1968  1102  2000 1402 "12" "12"  0x00000100]
+	Pad[8307  0  5866  0  1102  2000 1402 "13" "13"  0x00000100]
+	Pad[8307  -1968  5866  -1968  1102  2000 1402 "14" "14"  0x00000100]
+	Pad[8307  -3937  5866  -3937  1102  2000 1402 "15" "15"  0x00000100]
+# top row
+	Pad[3937  -8307  3937  -5866  1102 2000 1402 "16" "16" 0x00000900]
+	Pad[1968  -8307  1968  -5866  1102 2000 1402 "17" "17" 0x00000900]
+	Pad[0  -8307  0  -5866  1102 2000 1402 "18" "18" 0x00000900]
+	Pad[-1968  -8307  -1968  -5866  1102 2000 1402 "19" "19" 0x00000900]
+	Pad[-3937  -8307  -3937  -5866  1102 2000 1402 "20" "20" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 9858  9858  9858 -9858 1000]
+ElementLine[ 9858 -9858 -9858 -9858 1000]
+ElementLine[-9858 -9858 -9858  9858 1000]
+ElementLine[-9858  9858  9858  9858 1000]
+# Pin 1 indicator
+ElementLine[-9858 -9858 -11358 -11358 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN20_4_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN20_4_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN20_4_EP.fp	(revision 296)
@@ -0,0 +1,66 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN20_4_EP" 0 0 -9858 -10908 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-8307  -3937  -5866  -3937  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-8307  -1968  -5866  -1968  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-8307  0  -5866  0  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-8307  1968  -5866  1968  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-8307  3937  -5866  3937  1102  2000 1402 "5" "5"  0x00000100]
+# bottom row
+	Pad[-3937  8307  -3937  5866  1102 2000 1402 "6" "6"  0x00000900]
+	Pad[-1968  8307  -1968  5866  1102 2000 1402 "7" "7"  0x00000900]
+	Pad[0  8307  0  5866  1102 2000 1402 "8" "8"  0x00000900]
+	Pad[1968  8307  1968  5866  1102 2000 1402 "9" "9"  0x00000900]
+	Pad[3937  8307  3937  5866  1102 2000 1402 "10" "10"  0x00000900]
+# right row
+	Pad[8307  3937  5866  3937  1102  2000 1402 "11" "11"  0x00000100]
+	Pad[8307  1968  5866  1968  1102  2000 1402 "12" "12"  0x00000100]
+	Pad[8307  0  5866  0  1102  2000 1402 "13" "13"  0x00000100]
+	Pad[8307  -1968  5866  -1968  1102  2000 1402 "14" "14"  0x00000100]
+	Pad[8307  -3937  5866  -3937  1102  2000 1402 "15" "15"  0x00000100]
+# top row
+	Pad[3937  -8307  3937  -5866  1102 2000 1402 "16" "16" 0x00000900]
+	Pad[1968  -8307  1968  -5866  1102 2000 1402 "17" "17" 0x00000900]
+	Pad[0  -8307  0  -5866  1102 2000 1402 "18" "18" 0x00000900]
+	Pad[-1968  -8307  -1968  -5866  1102 2000 1402 "19" "19" 0x00000900]
+	Pad[-3937  -8307  -3937  -5866  1102 2000 1402 "20" "20" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 8267 0 8667 "21" "21" 0x00000100]
+# Silk screen around package
+ElementLine[ 9858  9858  9858 -9858 1000]
+ElementLine[ 9858 -9858 -9858 -9858 1000]
+ElementLine[-9858 -9858 -9858  9858 1000]
+ElementLine[-9858  9858  9858  9858 1000]
+# Pin 1 indicator
+ElementLine[-9858 -9858 -11358 -11358 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN20_5.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN20_5.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN20_5.fp	(revision 296)
@@ -0,0 +1,63 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN20_5" 0 0 -11826 -12876 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-10098  -5118  -8011  -5118  1456  2000 1756 "1" "1"  0x00000100]
+	Pad[-10098  -2559  -8011  -2559  1456  2000 1756 "2" "2"  0x00000100]
+	Pad[-10098  0  -8011  0  1456  2000 1756 "3" "3"  0x00000100]
+	Pad[-10098  2559  -8011  2559  1456  2000 1756 "4" "4"  0x00000100]
+	Pad[-10098  5118  -8011  5118  1456  2000 1756 "5" "5"  0x00000100]
+# bottom row
+	Pad[-5118  10098  -5118  8011  1456 2000 1756 "6" "6"  0x00000900]
+	Pad[-2559  10098  -2559  8011  1456 2000 1756 "7" "7"  0x00000900]
+	Pad[0  10098  0  8011  1456 2000 1756 "8" "8"  0x00000900]
+	Pad[2559  10098  2559  8011  1456 2000 1756 "9" "9"  0x00000900]
+	Pad[5118  10098  5118  8011  1456 2000 1756 "10" "10"  0x00000900]
+# right row
+	Pad[10098  5118  8011  5118  1456  2000 1756 "11" "11"  0x00000100]
+	Pad[10098  2559  8011  2559  1456  2000 1756 "12" "12"  0x00000100]
+	Pad[10098  0  8011  0  1456  2000 1756 "13" "13"  0x00000100]
+	Pad[10098  -2559  8011  -2559  1456  2000 1756 "14" "14"  0x00000100]
+	Pad[10098  -5118  8011  -5118  1456  2000 1756 "15" "15"  0x00000100]
+# top row
+	Pad[5118  -10098  5118  -8011  1456 2000 1756 "16" "16" 0x00000900]
+	Pad[2559  -10098  2559  -8011  1456 2000 1756 "17" "17" 0x00000900]
+	Pad[0  -10098  0  -8011  1456 2000 1756 "18" "18" 0x00000900]
+	Pad[-2559  -10098  -2559  -8011  1456 2000 1756 "19" "19" 0x00000900]
+	Pad[-5118  -10098  -5118  -8011  1456 2000 1756 "20" "20" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 11826  11826  11826 -11826 1000]
+ElementLine[ 11826 -11826 -11826 -11826 1000]
+ElementLine[-11826 -11826 -11826  11826 1000]
+ElementLine[-11826  11826  11826  11826 1000]
+# Pin 1 indicator
+ElementLine[-11826 -11826 -13326 -13326 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN20_5_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN20_5_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN20_5_EP.fp	(revision 296)
@@ -0,0 +1,66 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN20_5_EP" 0 0 -11826 -12876 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-10098  -5118  -8011  -5118  1456  2000 1756 "1" "1"  0x00000100]
+	Pad[-10098  -2559  -8011  -2559  1456  2000 1756 "2" "2"  0x00000100]
+	Pad[-10098  0  -8011  0  1456  2000 1756 "3" "3"  0x00000100]
+	Pad[-10098  2559  -8011  2559  1456  2000 1756 "4" "4"  0x00000100]
+	Pad[-10098  5118  -8011  5118  1456  2000 1756 "5" "5"  0x00000100]
+# bottom row
+	Pad[-5118  10098  -5118  8011  1456 2000 1756 "6" "6"  0x00000900]
+	Pad[-2559  10098  -2559  8011  1456 2000 1756 "7" "7"  0x00000900]
+	Pad[0  10098  0  8011  1456 2000 1756 "8" "8"  0x00000900]
+	Pad[2559  10098  2559  8011  1456 2000 1756 "9" "9"  0x00000900]
+	Pad[5118  10098  5118  8011  1456 2000 1756 "10" "10"  0x00000900]
+# right row
+	Pad[10098  5118  8011  5118  1456  2000 1756 "11" "11"  0x00000100]
+	Pad[10098  2559  8011  2559  1456  2000 1756 "12" "12"  0x00000100]
+	Pad[10098  0  8011  0  1456  2000 1756 "13" "13"  0x00000100]
+	Pad[10098  -2559  8011  -2559  1456  2000 1756 "14" "14"  0x00000100]
+	Pad[10098  -5118  8011  -5118  1456  2000 1756 "15" "15"  0x00000100]
+# top row
+	Pad[5118  -10098  5118  -8011  1456 2000 1756 "16" "16" 0x00000900]
+	Pad[2559  -10098  2559  -8011  1456 2000 1756 "17" "17" 0x00000900]
+	Pad[0  -10098  0  -8011  1456 2000 1756 "18" "18" 0x00000900]
+	Pad[-2559  -10098  -2559  -8011  1456 2000 1756 "19" "19" 0x00000900]
+	Pad[-5118  -10098  -5118  -8011  1456 2000 1756 "20" "20" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 12204 0 12604 "21" "21" 0x00000100]
+# Silk screen around package
+ElementLine[ 11826  11826  11826 -11826 1000]
+ElementLine[ 11826 -11826 -11826 -11826 1000]
+ElementLine[-11826 -11826 -11826  11826 1000]
+ElementLine[-11826  11826  11826  11826 1000]
+# Pin 1 indicator
+ElementLine[-11826 -11826 -13326 -13326 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN24_4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN24_4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN24_4.fp	(revision 296)
@@ -0,0 +1,67 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN24_4" 0 0 -9858 -10908 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-8307  -4921  -6653  -4921  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-8307  -2952  -6653  -2952  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-8307  -984  -6653  -984  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-8307  984  -6653  984  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-8307  2952  -6653  2952  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-8307  4921  -6653  4921  1102  2000 1402 "6" "6"  0x00000100]
+# bottom row
+	Pad[-4921  8307  -4921  6653  1102 2000 1402 "7" "7"  0x00000900]
+	Pad[-2952  8307  -2952  6653  1102 2000 1402 "8" "8"  0x00000900]
+	Pad[-984  8307  -984  6653  1102 2000 1402 "9" "9"  0x00000900]
+	Pad[984  8307  984  6653  1102 2000 1402 "10" "10"  0x00000900]
+	Pad[2952  8307  2952  6653  1102 2000 1402 "11" "11"  0x00000900]
+	Pad[4921  8307  4921  6653  1102 2000 1402 "12" "12"  0x00000900]
+# right row
+	Pad[8307  4921  6653  4921  1102  2000 1402 "13" "13"  0x00000100]
+	Pad[8307  2952  6653  2952  1102  2000 1402 "14" "14"  0x00000100]
+	Pad[8307  984  6653  984  1102  2000 1402 "15" "15"  0x00000100]
+	Pad[8307  -984  6653  -984  1102  2000 1402 "16" "16"  0x00000100]
+	Pad[8307  -2952  6653  -2952  1102  2000 1402 "17" "17"  0x00000100]
+	Pad[8307  -4921  6653  -4921  1102  2000 1402 "18" "18"  0x00000100]
+# top row
+	Pad[4921  -8307  4921  -6653  1102 2000 1402 "19" "19" 0x00000900]
+	Pad[2952  -8307  2952  -6653  1102 2000 1402 "20" "20" 0x00000900]
+	Pad[984  -8307  984  -6653  1102 2000 1402 "21" "21" 0x00000900]
+	Pad[-984  -8307  -984  -6653  1102 2000 1402 "22" "22" 0x00000900]
+	Pad[-2952  -8307  -2952  -6653  1102 2000 1402 "23" "23" 0x00000900]
+	Pad[-4921  -8307  -4921  -6653  1102 2000 1402 "24" "24" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 9858  9858  9858 -9858 1000]
+ElementLine[ 9858 -9858 -9858 -9858 1000]
+ElementLine[-9858 -9858 -9858  9858 1000]
+ElementLine[-9858  9858  9858  9858 1000]
+# Pin 1 indicator
+ElementLine[-9858 -9858 -11358 -11358 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN24_4_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN24_4_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN24_4_EP.fp	(revision 296)
@@ -0,0 +1,70 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN24_4_EP" 0 0 -9858 -10908 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-8307  -4921  -6653  -4921  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-8307  -2952  -6653  -2952  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-8307  -984  -6653  -984  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-8307  984  -6653  984  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-8307  2952  -6653  2952  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-8307  4921  -6653  4921  1102  2000 1402 "6" "6"  0x00000100]
+# bottom row
+	Pad[-4921  8307  -4921  6653  1102 2000 1402 "7" "7"  0x00000900]
+	Pad[-2952  8307  -2952  6653  1102 2000 1402 "8" "8"  0x00000900]
+	Pad[-984  8307  -984  6653  1102 2000 1402 "9" "9"  0x00000900]
+	Pad[984  8307  984  6653  1102 2000 1402 "10" "10"  0x00000900]
+	Pad[2952  8307  2952  6653  1102 2000 1402 "11" "11"  0x00000900]
+	Pad[4921  8307  4921  6653  1102 2000 1402 "12" "12"  0x00000900]
+# right row
+	Pad[8307  4921  6653  4921  1102  2000 1402 "13" "13"  0x00000100]
+	Pad[8307  2952  6653  2952  1102  2000 1402 "14" "14"  0x00000100]
+	Pad[8307  984  6653  984  1102  2000 1402 "15" "15"  0x00000100]
+	Pad[8307  -984  6653  -984  1102  2000 1402 "16" "16"  0x00000100]
+	Pad[8307  -2952  6653  -2952  1102  2000 1402 "17" "17"  0x00000100]
+	Pad[8307  -4921  6653  -4921  1102  2000 1402 "18" "18"  0x00000100]
+# top row
+	Pad[4921  -8307  4921  -6653  1102 2000 1402 "19" "19" 0x00000900]
+	Pad[2952  -8307  2952  -6653  1102 2000 1402 "20" "20" 0x00000900]
+	Pad[984  -8307  984  -6653  1102 2000 1402 "21" "21" 0x00000900]
+	Pad[-984  -8307  -984  -6653  1102 2000 1402 "22" "22" 0x00000900]
+	Pad[-2952  -8307  -2952  -6653  1102 2000 1402 "23" "23" 0x00000900]
+	Pad[-4921  -8307  -4921  -6653  1102 2000 1402 "24" "24" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 10236 0 10636 "25" "25" 0x00000100]
+# Silk screen around package
+ElementLine[ 9858  9858  9858 -9858 1000]
+ElementLine[ 9858 -9858 -9858 -9858 1000]
+ElementLine[-9858 -9858 -9858  9858 1000]
+ElementLine[-9858  9858  9858  9858 1000]
+# Pin 1 indicator
+ElementLine[-9858 -9858 -11358 -11358 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN28_5.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN28_5.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN28_5.fp	(revision 296)
@@ -0,0 +1,71 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN28_5" 0 0 -11826 -12876 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-10275  -5905  -7834  -5905  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-10275  -3937  -7834  -3937  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-10275  -1968  -7834  -1968  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-10275  0  -7834  0  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-10275  1968  -7834  1968  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-10275  3937  -7834  3937  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-10275  5905  -7834  5905  1102  2000 1402 "7" "7"  0x00000100]
+# bottom row
+	Pad[-5905  10275  -5905  7834  1102 2000 1402 "8" "8"  0x00000900]
+	Pad[-3937  10275  -3937  7834  1102 2000 1402 "9" "9"  0x00000900]
+	Pad[-1968  10275  -1968  7834  1102 2000 1402 "10" "10"  0x00000900]
+	Pad[0  10275  0  7834  1102 2000 1402 "11" "11"  0x00000900]
+	Pad[1968  10275  1968  7834  1102 2000 1402 "12" "12"  0x00000900]
+	Pad[3937  10275  3937  7834  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[5905  10275  5905  7834  1102 2000 1402 "14" "14"  0x00000900]
+# right row
+	Pad[10275  5905  7834  5905  1102  2000 1402 "15" "15"  0x00000100]
+	Pad[10275  3937  7834  3937  1102  2000 1402 "16" "16"  0x00000100]
+	Pad[10275  1968  7834  1968  1102  2000 1402 "17" "17"  0x00000100]
+	Pad[10275  0  7834  0  1102  2000 1402 "18" "18"  0x00000100]
+	Pad[10275  -1968  7834  -1968  1102  2000 1402 "19" "19"  0x00000100]
+	Pad[10275  -3937  7834  -3937  1102  2000 1402 "20" "20"  0x00000100]
+	Pad[10275  -5905  7834  -5905  1102  2000 1402 "21" "21"  0x00000100]
+# top row
+	Pad[5905  -10275  5905  -7834  1102 2000 1402 "22" "22" 0x00000900]
+	Pad[3937  -10275  3937  -7834  1102 2000 1402 "23" "23" 0x00000900]
+	Pad[1968  -10275  1968  -7834  1102 2000 1402 "24" "24" 0x00000900]
+	Pad[0  -10275  0  -7834  1102 2000 1402 "25" "25" 0x00000900]
+	Pad[-1968  -10275  -1968  -7834  1102 2000 1402 "26" "26" 0x00000900]
+	Pad[-3937  -10275  -3937  -7834  1102 2000 1402 "27" "27" 0x00000900]
+	Pad[-5905  -10275  -5905  -7834  1102 2000 1402 "28" "28" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 11826  11826  11826 -11826 1000]
+ElementLine[ 11826 -11826 -11826 -11826 1000]
+ElementLine[-11826 -11826 -11826  11826 1000]
+ElementLine[-11826  11826  11826  11826 1000]
+# Pin 1 indicator
+ElementLine[-11826 -11826 -13326 -13326 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN28_5_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN28_5_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN28_5_EP.fp	(revision 296)
@@ -0,0 +1,74 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN28_5_EP" 0 0 -11826 -12876 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-10275  -5905  -7834  -5905  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-10275  -3937  -7834  -3937  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-10275  -1968  -7834  -1968  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-10275  0  -7834  0  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-10275  1968  -7834  1968  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-10275  3937  -7834  3937  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-10275  5905  -7834  5905  1102  2000 1402 "7" "7"  0x00000100]
+# bottom row
+	Pad[-5905  10275  -5905  7834  1102 2000 1402 "8" "8"  0x00000900]
+	Pad[-3937  10275  -3937  7834  1102 2000 1402 "9" "9"  0x00000900]
+	Pad[-1968  10275  -1968  7834  1102 2000 1402 "10" "10"  0x00000900]
+	Pad[0  10275  0  7834  1102 2000 1402 "11" "11"  0x00000900]
+	Pad[1968  10275  1968  7834  1102 2000 1402 "12" "12"  0x00000900]
+	Pad[3937  10275  3937  7834  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[5905  10275  5905  7834  1102 2000 1402 "14" "14"  0x00000900]
+# right row
+	Pad[10275  5905  7834  5905  1102  2000 1402 "15" "15"  0x00000100]
+	Pad[10275  3937  7834  3937  1102  2000 1402 "16" "16"  0x00000100]
+	Pad[10275  1968  7834  1968  1102  2000 1402 "17" "17"  0x00000100]
+	Pad[10275  0  7834  0  1102  2000 1402 "18" "18"  0x00000100]
+	Pad[10275  -1968  7834  -1968  1102  2000 1402 "19" "19"  0x00000100]
+	Pad[10275  -3937  7834  -3937  1102  2000 1402 "20" "20"  0x00000100]
+	Pad[10275  -5905  7834  -5905  1102  2000 1402 "21" "21"  0x00000100]
+# top row
+	Pad[5905  -10275  5905  -7834  1102 2000 1402 "22" "22" 0x00000900]
+	Pad[3937  -10275  3937  -7834  1102 2000 1402 "23" "23" 0x00000900]
+	Pad[1968  -10275  1968  -7834  1102 2000 1402 "24" "24" 0x00000900]
+	Pad[0  -10275  0  -7834  1102 2000 1402 "25" "25" 0x00000900]
+	Pad[-1968  -10275  -1968  -7834  1102 2000 1402 "26" "26" 0x00000900]
+	Pad[-3937  -10275  -3937  -7834  1102 2000 1402 "27" "27" 0x00000900]
+	Pad[-5905  -10275  -5905  -7834  1102 2000 1402 "28" "28" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 12795 0 13195 "29" "29" 0x00000100]
+# Silk screen around package
+ElementLine[ 11826  11826  11826 -11826 1000]
+ElementLine[ 11826 -11826 -11826 -11826 1000]
+ElementLine[-11826 -11826 -11826  11826 1000]
+ElementLine[-11826  11826  11826  11826 1000]
+# Pin 1 indicator
+ElementLine[-11826 -11826 -13326 -13326 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN32_5.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN32_5.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN32_5.fp	(revision 296)
@@ -0,0 +1,75 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN32_5" 0 0 -11826 -12876 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-10275  -6889  -8622  -6889  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-10275  -4921  -8622  -4921  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-10275  -2952  -8622  -2952  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-10275  -984  -8622  -984  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-10275  984  -8622  984  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-10275  2952  -8622  2952  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-10275  4921  -8622  4921  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-10275  6889  -8622  6889  1102  2000 1402 "8" "8"  0x00000100]
+# bottom row
+	Pad[-6889  10275  -6889  8622  1102 2000 1402 "9" "9"  0x00000900]
+	Pad[-4921  10275  -4921  8622  1102 2000 1402 "10" "10"  0x00000900]
+	Pad[-2952  10275  -2952  8622  1102 2000 1402 "11" "11"  0x00000900]
+	Pad[-984  10275  -984  8622  1102 2000 1402 "12" "12"  0x00000900]
+	Pad[984  10275  984  8622  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[2952  10275  2952  8622  1102 2000 1402 "14" "14"  0x00000900]
+	Pad[4921  10275  4921  8622  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[6889  10275  6889  8622  1102 2000 1402 "16" "16"  0x00000900]
+# right row
+	Pad[10275  6889  8622  6889  1102  2000 1402 "17" "17"  0x00000100]
+	Pad[10275  4921  8622  4921  1102  2000 1402 "18" "18"  0x00000100]
+	Pad[10275  2952  8622  2952  1102  2000 1402 "19" "19"  0x00000100]
+	Pad[10275  984  8622  984  1102  2000 1402 "20" "20"  0x00000100]
+	Pad[10275  -984  8622  -984  1102  2000 1402 "21" "21"  0x00000100]
+	Pad[10275  -2952  8622  -2952  1102  2000 1402 "22" "22"  0x00000100]
+	Pad[10275  -4921  8622  -4921  1102  2000 1402 "23" "23"  0x00000100]
+	Pad[10275  -6889  8622  -6889  1102  2000 1402 "24" "24"  0x00000100]
+# top row
+	Pad[6889  -10275  6889  -8622  1102 2000 1402 "25" "25" 0x00000900]
+	Pad[4921  -10275  4921  -8622  1102 2000 1402 "26" "26" 0x00000900]
+	Pad[2952  -10275  2952  -8622  1102 2000 1402 "27" "27" 0x00000900]
+	Pad[984  -10275  984  -8622  1102 2000 1402 "28" "28" 0x00000900]
+	Pad[-984  -10275  -984  -8622  1102 2000 1402 "29" "29" 0x00000900]
+	Pad[-2952  -10275  -2952  -8622  1102 2000 1402 "30" "30" 0x00000900]
+	Pad[-4921  -10275  -4921  -8622  1102 2000 1402 "31" "31" 0x00000900]
+	Pad[-6889  -10275  -6889  -8622  1102 2000 1402 "32" "32" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 11826  11826  11826 -11826 1000]
+ElementLine[ 11826 -11826 -11826 -11826 1000]
+ElementLine[-11826 -11826 -11826  11826 1000]
+ElementLine[-11826  11826  11826  11826 1000]
+# Pin 1 indicator
+ElementLine[-11826 -11826 -13326 -13326 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN32_5_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN32_5_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN32_5_EP.fp	(revision 296)
@@ -0,0 +1,78 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN32_5_EP" 0 0 -11826 -12876 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-10275  -6889  -8622  -6889  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-10275  -4921  -8622  -4921  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-10275  -2952  -8622  -2952  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-10275  -984  -8622  -984  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-10275  984  -8622  984  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-10275  2952  -8622  2952  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-10275  4921  -8622  4921  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-10275  6889  -8622  6889  1102  2000 1402 "8" "8"  0x00000100]
+# bottom row
+	Pad[-6889  10275  -6889  8622  1102 2000 1402 "9" "9"  0x00000900]
+	Pad[-4921  10275  -4921  8622  1102 2000 1402 "10" "10"  0x00000900]
+	Pad[-2952  10275  -2952  8622  1102 2000 1402 "11" "11"  0x00000900]
+	Pad[-984  10275  -984  8622  1102 2000 1402 "12" "12"  0x00000900]
+	Pad[984  10275  984  8622  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[2952  10275  2952  8622  1102 2000 1402 "14" "14"  0x00000900]
+	Pad[4921  10275  4921  8622  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[6889  10275  6889  8622  1102 2000 1402 "16" "16"  0x00000900]
+# right row
+	Pad[10275  6889  8622  6889  1102  2000 1402 "17" "17"  0x00000100]
+	Pad[10275  4921  8622  4921  1102  2000 1402 "18" "18"  0x00000100]
+	Pad[10275  2952  8622  2952  1102  2000 1402 "19" "19"  0x00000100]
+	Pad[10275  984  8622  984  1102  2000 1402 "20" "20"  0x00000100]
+	Pad[10275  -984  8622  -984  1102  2000 1402 "21" "21"  0x00000100]
+	Pad[10275  -2952  8622  -2952  1102  2000 1402 "22" "22"  0x00000100]
+	Pad[10275  -4921  8622  -4921  1102  2000 1402 "23" "23"  0x00000100]
+	Pad[10275  -6889  8622  -6889  1102  2000 1402 "24" "24"  0x00000100]
+# top row
+	Pad[6889  -10275  6889  -8622  1102 2000 1402 "25" "25" 0x00000900]
+	Pad[4921  -10275  4921  -8622  1102 2000 1402 "26" "26" 0x00000900]
+	Pad[2952  -10275  2952  -8622  1102 2000 1402 "27" "27" 0x00000900]
+	Pad[984  -10275  984  -8622  1102 2000 1402 "28" "28" 0x00000900]
+	Pad[-984  -10275  -984  -8622  1102 2000 1402 "29" "29" 0x00000900]
+	Pad[-2952  -10275  -2952  -8622  1102 2000 1402 "30" "30" 0x00000900]
+	Pad[-4921  -10275  -4921  -8622  1102 2000 1402 "31" "31" 0x00000900]
+	Pad[-6889  -10275  -6889  -8622  1102 2000 1402 "32" "32" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 12204 0 12604 "33" "33" 0x00000100]
+# Silk screen around package
+ElementLine[ 11826  11826  11826 -11826 1000]
+ElementLine[ 11826 -11826 -11826 -11826 1000]
+ElementLine[-11826 -11826 -11826  11826 1000]
+ElementLine[-11826  11826  11826  11826 1000]
+# Pin 1 indicator
+ElementLine[-11826 -11826 -13326 -13326 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN32_7.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN32_7.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN32_7.fp	(revision 296)
@@ -0,0 +1,75 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN32_7" 0 0 -15763 -16813 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-14035  -8956  -11948  -8956  1456  2000 1756 "1" "1"  0x00000100]
+	Pad[-14035  -6397  -11948  -6397  1456  2000 1756 "2" "2"  0x00000100]
+	Pad[-14035  -3838  -11948  -3838  1456  2000 1756 "3" "3"  0x00000100]
+	Pad[-14035  -1279  -11948  -1279  1456  2000 1756 "4" "4"  0x00000100]
+	Pad[-14035  1279  -11948  1279  1456  2000 1756 "5" "5"  0x00000100]
+	Pad[-14035  3838  -11948  3838  1456  2000 1756 "6" "6"  0x00000100]
+	Pad[-14035  6397  -11948  6397  1456  2000 1756 "7" "7"  0x00000100]
+	Pad[-14035  8956  -11948  8956  1456  2000 1756 "8" "8"  0x00000100]
+# bottom row
+	Pad[-8956  14035  -8956  11948  1456 2000 1756 "9" "9"  0x00000900]
+	Pad[-6397  14035  -6397  11948  1456 2000 1756 "10" "10"  0x00000900]
+	Pad[-3838  14035  -3838  11948  1456 2000 1756 "11" "11"  0x00000900]
+	Pad[-1279  14035  -1279  11948  1456 2000 1756 "12" "12"  0x00000900]
+	Pad[1279  14035  1279  11948  1456 2000 1756 "13" "13"  0x00000900]
+	Pad[3838  14035  3838  11948  1456 2000 1756 "14" "14"  0x00000900]
+	Pad[6397  14035  6397  11948  1456 2000 1756 "15" "15"  0x00000900]
+	Pad[8956  14035  8956  11948  1456 2000 1756 "16" "16"  0x00000900]
+# right row
+	Pad[14035  8956  11948  8956  1456  2000 1756 "17" "17"  0x00000100]
+	Pad[14035  6397  11948  6397  1456  2000 1756 "18" "18"  0x00000100]
+	Pad[14035  3838  11948  3838  1456  2000 1756 "19" "19"  0x00000100]
+	Pad[14035  1279  11948  1279  1456  2000 1756 "20" "20"  0x00000100]
+	Pad[14035  -1279  11948  -1279  1456  2000 1756 "21" "21"  0x00000100]
+	Pad[14035  -3838  11948  -3838  1456  2000 1756 "22" "22"  0x00000100]
+	Pad[14035  -6397  11948  -6397  1456  2000 1756 "23" "23"  0x00000100]
+	Pad[14035  -8956  11948  -8956  1456  2000 1756 "24" "24"  0x00000100]
+# top row
+	Pad[8956  -14035  8956  -11948  1456 2000 1756 "25" "25" 0x00000900]
+	Pad[6397  -14035  6397  -11948  1456 2000 1756 "26" "26" 0x00000900]
+	Pad[3838  -14035  3838  -11948  1456 2000 1756 "27" "27" 0x00000900]
+	Pad[1279  -14035  1279  -11948  1456 2000 1756 "28" "28" 0x00000900]
+	Pad[-1279  -14035  -1279  -11948  1456 2000 1756 "29" "29" 0x00000900]
+	Pad[-3838  -14035  -3838  -11948  1456 2000 1756 "30" "30" 0x00000900]
+	Pad[-6397  -14035  -6397  -11948  1456 2000 1756 "31" "31" 0x00000900]
+	Pad[-8956  -14035  -8956  -11948  1456 2000 1756 "32" "32" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 15763  15763  15763 -15763 1000]
+ElementLine[ 15763 -15763 -15763 -15763 1000]
+ElementLine[-15763 -15763 -15763  15763 1000]
+ElementLine[-15763  15763  15763  15763 1000]
+# Pin 1 indicator
+ElementLine[-15763 -15763 -17263 -17263 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN32_7_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN32_7_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN32_7_EP.fp	(revision 296)
@@ -0,0 +1,78 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN32_7_EP" 0 0 -15763 -16813 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-14035  -8956  -11948  -8956  1456  2000 1756 "1" "1"  0x00000100]
+	Pad[-14035  -6397  -11948  -6397  1456  2000 1756 "2" "2"  0x00000100]
+	Pad[-14035  -3838  -11948  -3838  1456  2000 1756 "3" "3"  0x00000100]
+	Pad[-14035  -1279  -11948  -1279  1456  2000 1756 "4" "4"  0x00000100]
+	Pad[-14035  1279  -11948  1279  1456  2000 1756 "5" "5"  0x00000100]
+	Pad[-14035  3838  -11948  3838  1456  2000 1756 "6" "6"  0x00000100]
+	Pad[-14035  6397  -11948  6397  1456  2000 1756 "7" "7"  0x00000100]
+	Pad[-14035  8956  -11948  8956  1456  2000 1756 "8" "8"  0x00000100]
+# bottom row
+	Pad[-8956  14035  -8956  11948  1456 2000 1756 "9" "9"  0x00000900]
+	Pad[-6397  14035  -6397  11948  1456 2000 1756 "10" "10"  0x00000900]
+	Pad[-3838  14035  -3838  11948  1456 2000 1756 "11" "11"  0x00000900]
+	Pad[-1279  14035  -1279  11948  1456 2000 1756 "12" "12"  0x00000900]
+	Pad[1279  14035  1279  11948  1456 2000 1756 "13" "13"  0x00000900]
+	Pad[3838  14035  3838  11948  1456 2000 1756 "14" "14"  0x00000900]
+	Pad[6397  14035  6397  11948  1456 2000 1756 "15" "15"  0x00000900]
+	Pad[8956  14035  8956  11948  1456 2000 1756 "16" "16"  0x00000900]
+# right row
+	Pad[14035  8956  11948  8956  1456  2000 1756 "17" "17"  0x00000100]
+	Pad[14035  6397  11948  6397  1456  2000 1756 "18" "18"  0x00000100]
+	Pad[14035  3838  11948  3838  1456  2000 1756 "19" "19"  0x00000100]
+	Pad[14035  1279  11948  1279  1456  2000 1756 "20" "20"  0x00000100]
+	Pad[14035  -1279  11948  -1279  1456  2000 1756 "21" "21"  0x00000100]
+	Pad[14035  -3838  11948  -3838  1456  2000 1756 "22" "22"  0x00000100]
+	Pad[14035  -6397  11948  -6397  1456  2000 1756 "23" "23"  0x00000100]
+	Pad[14035  -8956  11948  -8956  1456  2000 1756 "24" "24"  0x00000100]
+# top row
+	Pad[8956  -14035  8956  -11948  1456 2000 1756 "25" "25" 0x00000900]
+	Pad[6397  -14035  6397  -11948  1456 2000 1756 "26" "26" 0x00000900]
+	Pad[3838  -14035  3838  -11948  1456 2000 1756 "27" "27" 0x00000900]
+	Pad[1279  -14035  1279  -11948  1456 2000 1756 "28" "28" 0x00000900]
+	Pad[-1279  -14035  -1279  -11948  1456 2000 1756 "29" "29" 0x00000900]
+	Pad[-3838  -14035  -3838  -11948  1456 2000 1756 "30" "30" 0x00000900]
+	Pad[-6397  -14035  -6397  -11948  1456 2000 1756 "31" "31" 0x00000900]
+	Pad[-8956  -14035  -8956  -11948  1456 2000 1756 "32" "32" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 18503 0 18903 "33" "33" 0x00000100]
+# Silk screen around package
+ElementLine[ 15763  15763  15763 -15763 1000]
+ElementLine[ 15763 -15763 -15763 -15763 1000]
+ElementLine[-15763 -15763 -15763  15763 1000]
+ElementLine[-15763  15763  15763  15763 1000]
+# Pin 1 indicator
+ElementLine[-15763 -15763 -17263 -17263 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN36_6.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN36_6.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN36_6.fp	(revision 296)
@@ -0,0 +1,79 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN36_6" 0 0 -13795 -14845 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-12244  -7874  -9803  -7874  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-12244  -5905  -9803  -5905  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-12244  -3937  -9803  -3937  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-12244  -1968  -9803  -1968  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-12244  0  -9803  0  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-12244  1968  -9803  1968  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-12244  3937  -9803  3937  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-12244  5905  -9803  5905  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-12244  7874  -9803  7874  1102  2000 1402 "9" "9"  0x00000100]
+# bottom row
+	Pad[-7874  12244  -7874  9803  1102 2000 1402 "10" "10"  0x00000900]
+	Pad[-5905  12244  -5905  9803  1102 2000 1402 "11" "11"  0x00000900]
+	Pad[-3937  12244  -3937  9803  1102 2000 1402 "12" "12"  0x00000900]
+	Pad[-1968  12244  -1968  9803  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[0  12244  0  9803  1102 2000 1402 "14" "14"  0x00000900]
+	Pad[1968  12244  1968  9803  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[3937  12244  3937  9803  1102 2000 1402 "16" "16"  0x00000900]
+	Pad[5905  12244  5905  9803  1102 2000 1402 "17" "17"  0x00000900]
+	Pad[7874  12244  7874  9803  1102 2000 1402 "18" "18"  0x00000900]
+# right row
+	Pad[12244  7874  9803  7874  1102  2000 1402 "19" "19"  0x00000100]
+	Pad[12244  5905  9803  5905  1102  2000 1402 "20" "20"  0x00000100]
+	Pad[12244  3937  9803  3937  1102  2000 1402 "21" "21"  0x00000100]
+	Pad[12244  1968  9803  1968  1102  2000 1402 "22" "22"  0x00000100]
+	Pad[12244  0  9803  0  1102  2000 1402 "23" "23"  0x00000100]
+	Pad[12244  -1968  9803  -1968  1102  2000 1402 "24" "24"  0x00000100]
+	Pad[12244  -3937  9803  -3937  1102  2000 1402 "25" "25"  0x00000100]
+	Pad[12244  -5905  9803  -5905  1102  2000 1402 "26" "26"  0x00000100]
+	Pad[12244  -7874  9803  -7874  1102  2000 1402 "27" "27"  0x00000100]
+# top row
+	Pad[7874  -12244  7874  -9803  1102 2000 1402 "28" "28" 0x00000900]
+	Pad[5905  -12244  5905  -9803  1102 2000 1402 "29" "29" 0x00000900]
+	Pad[3937  -12244  3937  -9803  1102 2000 1402 "30" "30" 0x00000900]
+	Pad[1968  -12244  1968  -9803  1102 2000 1402 "31" "31" 0x00000900]
+	Pad[0  -12244  0  -9803  1102 2000 1402 "32" "32" 0x00000900]
+	Pad[-1968  -12244  -1968  -9803  1102 2000 1402 "33" "33" 0x00000900]
+	Pad[-3937  -12244  -3937  -9803  1102 2000 1402 "34" "34" 0x00000900]
+	Pad[-5905  -12244  -5905  -9803  1102 2000 1402 "35" "35" 0x00000900]
+	Pad[-7874  -12244  -7874  -9803  1102 2000 1402 "36" "36" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 13795  13795  13795 -13795 1000]
+ElementLine[ 13795 -13795 -13795 -13795 1000]
+ElementLine[-13795 -13795 -13795  13795 1000]
+ElementLine[-13795  13795  13795  13795 1000]
+# Pin 1 indicator
+ElementLine[-13795 -13795 -15295 -15295 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN36_6_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN36_6_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN36_6_EP.fp	(revision 296)
@@ -0,0 +1,82 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN36_6_EP" 0 0 -13795 -14845 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-12244  -7874  -9803  -7874  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-12244  -5905  -9803  -5905  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-12244  -3937  -9803  -3937  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-12244  -1968  -9803  -1968  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-12244  0  -9803  0  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-12244  1968  -9803  1968  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-12244  3937  -9803  3937  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-12244  5905  -9803  5905  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-12244  7874  -9803  7874  1102  2000 1402 "9" "9"  0x00000100]
+# bottom row
+	Pad[-7874  12244  -7874  9803  1102 2000 1402 "10" "10"  0x00000900]
+	Pad[-5905  12244  -5905  9803  1102 2000 1402 "11" "11"  0x00000900]
+	Pad[-3937  12244  -3937  9803  1102 2000 1402 "12" "12"  0x00000900]
+	Pad[-1968  12244  -1968  9803  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[0  12244  0  9803  1102 2000 1402 "14" "14"  0x00000900]
+	Pad[1968  12244  1968  9803  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[3937  12244  3937  9803  1102 2000 1402 "16" "16"  0x00000900]
+	Pad[5905  12244  5905  9803  1102 2000 1402 "17" "17"  0x00000900]
+	Pad[7874  12244  7874  9803  1102 2000 1402 "18" "18"  0x00000900]
+# right row
+	Pad[12244  7874  9803  7874  1102  2000 1402 "19" "19"  0x00000100]
+	Pad[12244  5905  9803  5905  1102  2000 1402 "20" "20"  0x00000100]
+	Pad[12244  3937  9803  3937  1102  2000 1402 "21" "21"  0x00000100]
+	Pad[12244  1968  9803  1968  1102  2000 1402 "22" "22"  0x00000100]
+	Pad[12244  0  9803  0  1102  2000 1402 "23" "23"  0x00000100]
+	Pad[12244  -1968  9803  -1968  1102  2000 1402 "24" "24"  0x00000100]
+	Pad[12244  -3937  9803  -3937  1102  2000 1402 "25" "25"  0x00000100]
+	Pad[12244  -5905  9803  -5905  1102  2000 1402 "26" "26"  0x00000100]
+	Pad[12244  -7874  9803  -7874  1102  2000 1402 "27" "27"  0x00000100]
+# top row
+	Pad[7874  -12244  7874  -9803  1102 2000 1402 "28" "28" 0x00000900]
+	Pad[5905  -12244  5905  -9803  1102 2000 1402 "29" "29" 0x00000900]
+	Pad[3937  -12244  3937  -9803  1102 2000 1402 "30" "30" 0x00000900]
+	Pad[1968  -12244  1968  -9803  1102 2000 1402 "31" "31" 0x00000900]
+	Pad[0  -12244  0  -9803  1102 2000 1402 "32" "32" 0x00000900]
+	Pad[-1968  -12244  -1968  -9803  1102 2000 1402 "33" "33" 0x00000900]
+	Pad[-3937  -12244  -3937  -9803  1102 2000 1402 "34" "34" 0x00000900]
+	Pad[-5905  -12244  -5905  -9803  1102 2000 1402 "35" "35" 0x00000900]
+	Pad[-7874  -12244  -7874  -9803  1102 2000 1402 "36" "36" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 14566 0 14966 "37" "37" 0x00000100]
+# Silk screen around package
+ElementLine[ 13795  13795  13795 -13795 1000]
+ElementLine[ 13795 -13795 -13795 -13795 1000]
+ElementLine[-13795 -13795 -13795  13795 1000]
+ElementLine[-13795  13795  13795  13795 1000]
+# Pin 1 indicator
+ElementLine[-13795 -13795 -15295 -15295 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN40_6.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN40_6.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN40_6.fp	(revision 296)
@@ -0,0 +1,83 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN40_6" 0 0 -13795 -14845 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-12244  -8858  -10590  -8858  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-12244  -6889  -10590  -6889  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-12244  -4921  -10590  -4921  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-12244  -2952  -10590  -2952  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-12244  -984  -10590  -984  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-12244  984  -10590  984  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-12244  2952  -10590  2952  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-12244  4921  -10590  4921  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-12244  6889  -10590  6889  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[-12244  8858  -10590  8858  1102  2000 1402 "10" "10"  0x00000100]
+# bottom row
+	Pad[-8858  12244  -8858  10590  1102 2000 1402 "11" "11"  0x00000900]
+	Pad[-6889  12244  -6889  10590  1102 2000 1402 "12" "12"  0x00000900]
+	Pad[-4921  12244  -4921  10590  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[-2952  12244  -2952  10590  1102 2000 1402 "14" "14"  0x00000900]
+	Pad[-984  12244  -984  10590  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[984  12244  984  10590  1102 2000 1402 "16" "16"  0x00000900]
+	Pad[2952  12244  2952  10590  1102 2000 1402 "17" "17"  0x00000900]
+	Pad[4921  12244  4921  10590  1102 2000 1402 "18" "18"  0x00000900]
+	Pad[6889  12244  6889  10590  1102 2000 1402 "19" "19"  0x00000900]
+	Pad[8858  12244  8858  10590  1102 2000 1402 "20" "20"  0x00000900]
+# right row
+	Pad[12244  8858  10590  8858  1102  2000 1402 "21" "21"  0x00000100]
+	Pad[12244  6889  10590  6889  1102  2000 1402 "22" "22"  0x00000100]
+	Pad[12244  4921  10590  4921  1102  2000 1402 "23" "23"  0x00000100]
+	Pad[12244  2952  10590  2952  1102  2000 1402 "24" "24"  0x00000100]
+	Pad[12244  984  10590  984  1102  2000 1402 "25" "25"  0x00000100]
+	Pad[12244  -984  10590  -984  1102  2000 1402 "26" "26"  0x00000100]
+	Pad[12244  -2952  10590  -2952  1102  2000 1402 "27" "27"  0x00000100]
+	Pad[12244  -4921  10590  -4921  1102  2000 1402 "28" "28"  0x00000100]
+	Pad[12244  -6889  10590  -6889  1102  2000 1402 "29" "29"  0x00000100]
+	Pad[12244  -8858  10590  -8858  1102  2000 1402 "30" "30"  0x00000100]
+# top row
+	Pad[8858  -12244  8858  -10590  1102 2000 1402 "31" "31" 0x00000900]
+	Pad[6889  -12244  6889  -10590  1102 2000 1402 "32" "32" 0x00000900]
+	Pad[4921  -12244  4921  -10590  1102 2000 1402 "33" "33" 0x00000900]
+	Pad[2952  -12244  2952  -10590  1102 2000 1402 "34" "34" 0x00000900]
+	Pad[984  -12244  984  -10590  1102 2000 1402 "35" "35" 0x00000900]
+	Pad[-984  -12244  -984  -10590  1102 2000 1402 "36" "36" 0x00000900]
+	Pad[-2952  -12244  -2952  -10590  1102 2000 1402 "37" "37" 0x00000900]
+	Pad[-4921  -12244  -4921  -10590  1102 2000 1402 "38" "38" 0x00000900]
+	Pad[-6889  -12244  -6889  -10590  1102 2000 1402 "39" "39" 0x00000900]
+	Pad[-8858  -12244  -8858  -10590  1102 2000 1402 "40" "40" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 13795  13795  13795 -13795 1000]
+ElementLine[ 13795 -13795 -13795 -13795 1000]
+ElementLine[-13795 -13795 -13795  13795 1000]
+ElementLine[-13795  13795  13795  13795 1000]
+# Pin 1 indicator
+ElementLine[-13795 -13795 -15295 -15295 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN40_6_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN40_6_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN40_6_EP.fp	(revision 296)
@@ -0,0 +1,86 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN40_6_EP" 0 0 -13795 -14845 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-12244  -8858  -10590  -8858  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-12244  -6889  -10590  -6889  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-12244  -4921  -10590  -4921  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-12244  -2952  -10590  -2952  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-12244  -984  -10590  -984  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-12244  984  -10590  984  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-12244  2952  -10590  2952  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-12244  4921  -10590  4921  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-12244  6889  -10590  6889  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[-12244  8858  -10590  8858  1102  2000 1402 "10" "10"  0x00000100]
+# bottom row
+	Pad[-8858  12244  -8858  10590  1102 2000 1402 "11" "11"  0x00000900]
+	Pad[-6889  12244  -6889  10590  1102 2000 1402 "12" "12"  0x00000900]
+	Pad[-4921  12244  -4921  10590  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[-2952  12244  -2952  10590  1102 2000 1402 "14" "14"  0x00000900]
+	Pad[-984  12244  -984  10590  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[984  12244  984  10590  1102 2000 1402 "16" "16"  0x00000900]
+	Pad[2952  12244  2952  10590  1102 2000 1402 "17" "17"  0x00000900]
+	Pad[4921  12244  4921  10590  1102 2000 1402 "18" "18"  0x00000900]
+	Pad[6889  12244  6889  10590  1102 2000 1402 "19" "19"  0x00000900]
+	Pad[8858  12244  8858  10590  1102 2000 1402 "20" "20"  0x00000900]
+# right row
+	Pad[12244  8858  10590  8858  1102  2000 1402 "21" "21"  0x00000100]
+	Pad[12244  6889  10590  6889  1102  2000 1402 "22" "22"  0x00000100]
+	Pad[12244  4921  10590  4921  1102  2000 1402 "23" "23"  0x00000100]
+	Pad[12244  2952  10590  2952  1102  2000 1402 "24" "24"  0x00000100]
+	Pad[12244  984  10590  984  1102  2000 1402 "25" "25"  0x00000100]
+	Pad[12244  -984  10590  -984  1102  2000 1402 "26" "26"  0x00000100]
+	Pad[12244  -2952  10590  -2952  1102  2000 1402 "27" "27"  0x00000100]
+	Pad[12244  -4921  10590  -4921  1102  2000 1402 "28" "28"  0x00000100]
+	Pad[12244  -6889  10590  -6889  1102  2000 1402 "29" "29"  0x00000100]
+	Pad[12244  -8858  10590  -8858  1102  2000 1402 "30" "30"  0x00000100]
+# top row
+	Pad[8858  -12244  8858  -10590  1102 2000 1402 "31" "31" 0x00000900]
+	Pad[6889  -12244  6889  -10590  1102 2000 1402 "32" "32" 0x00000900]
+	Pad[4921  -12244  4921  -10590  1102 2000 1402 "33" "33" 0x00000900]
+	Pad[2952  -12244  2952  -10590  1102 2000 1402 "34" "34" 0x00000900]
+	Pad[984  -12244  984  -10590  1102 2000 1402 "35" "35" 0x00000900]
+	Pad[-984  -12244  -984  -10590  1102 2000 1402 "36" "36" 0x00000900]
+	Pad[-2952  -12244  -2952  -10590  1102 2000 1402 "37" "37" 0x00000900]
+	Pad[-4921  -12244  -4921  -10590  1102 2000 1402 "38" "38" 0x00000900]
+	Pad[-6889  -12244  -6889  -10590  1102 2000 1402 "39" "39" 0x00000900]
+	Pad[-8858  -12244  -8858  -10590  1102 2000 1402 "40" "40" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 16141 0 16541 "41" "41" 0x00000100]
+# Silk screen around package
+ElementLine[ 13795  13795  13795 -13795 1000]
+ElementLine[ 13795 -13795 -13795 -13795 1000]
+ElementLine[-13795 -13795 -13795  13795 1000]
+ElementLine[-13795  13795  13795  13795 1000]
+# Pin 1 indicator
+ElementLine[-13795 -13795 -15295 -15295 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN44_7.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN44_7.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN44_7.fp	(revision 296)
@@ -0,0 +1,87 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN44_7" 0 0 -15763 -16813 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-14212  -9842  -11771  -9842  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-14212  -7874  -11771  -7874  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-14212  -5905  -11771  -5905  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-14212  -3937  -11771  -3937  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-14212  -1968  -11771  -1968  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-14212  0  -11771  0  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-14212  1968  -11771  1968  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-14212  3937  -11771  3937  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-14212  5905  -11771  5905  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[-14212  7874  -11771  7874  1102  2000 1402 "10" "10"  0x00000100]
+	Pad[-14212  9842  -11771  9842  1102  2000 1402 "11" "11"  0x00000100]
+# bottom row
+	Pad[-9842  14212  -9842  11771  1102 2000 1402 "12" "12"  0x00000900]
+	Pad[-7874  14212  -7874  11771  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[-5905  14212  -5905  11771  1102 2000 1402 "14" "14"  0x00000900]
+	Pad[-3937  14212  -3937  11771  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[-1968  14212  -1968  11771  1102 2000 1402 "16" "16"  0x00000900]
+	Pad[0  14212  0  11771  1102 2000 1402 "17" "17"  0x00000900]
+	Pad[1968  14212  1968  11771  1102 2000 1402 "18" "18"  0x00000900]
+	Pad[3937  14212  3937  11771  1102 2000 1402 "19" "19"  0x00000900]
+	Pad[5905  14212  5905  11771  1102 2000 1402 "20" "20"  0x00000900]
+	Pad[7874  14212  7874  11771  1102 2000 1402 "21" "21"  0x00000900]
+	Pad[9842  14212  9842  11771  1102 2000 1402 "22" "22"  0x00000900]
+# right row
+	Pad[14212  9842  11771  9842  1102  2000 1402 "23" "23"  0x00000100]
+	Pad[14212  7874  11771  7874  1102  2000 1402 "24" "24"  0x00000100]
+	Pad[14212  5905  11771  5905  1102  2000 1402 "25" "25"  0x00000100]
+	Pad[14212  3937  11771  3937  1102  2000 1402 "26" "26"  0x00000100]
+	Pad[14212  1968  11771  1968  1102  2000 1402 "27" "27"  0x00000100]
+	Pad[14212  0  11771  0  1102  2000 1402 "28" "28"  0x00000100]
+	Pad[14212  -1968  11771  -1968  1102  2000 1402 "29" "29"  0x00000100]
+	Pad[14212  -3937  11771  -3937  1102  2000 1402 "30" "30"  0x00000100]
+	Pad[14212  -5905  11771  -5905  1102  2000 1402 "31" "31"  0x00000100]
+	Pad[14212  -7874  11771  -7874  1102  2000 1402 "32" "32"  0x00000100]
+	Pad[14212  -9842  11771  -9842  1102  2000 1402 "33" "33"  0x00000100]
+# top row
+	Pad[9842  -14212  9842  -11771  1102 2000 1402 "34" "34" 0x00000900]
+	Pad[7874  -14212  7874  -11771  1102 2000 1402 "35" "35" 0x00000900]
+	Pad[5905  -14212  5905  -11771  1102 2000 1402 "36" "36" 0x00000900]
+	Pad[3937  -14212  3937  -11771  1102 2000 1402 "37" "37" 0x00000900]
+	Pad[1968  -14212  1968  -11771  1102 2000 1402 "38" "38" 0x00000900]
+	Pad[0  -14212  0  -11771  1102 2000 1402 "39" "39" 0x00000900]
+	Pad[-1968  -14212  -1968  -11771  1102 2000 1402 "40" "40" 0x00000900]
+	Pad[-3937  -14212  -3937  -11771  1102 2000 1402 "41" "41" 0x00000900]
+	Pad[-5905  -14212  -5905  -11771  1102 2000 1402 "42" "42" 0x00000900]
+	Pad[-7874  -14212  -7874  -11771  1102 2000 1402 "43" "43" 0x00000900]
+	Pad[-9842  -14212  -9842  -11771  1102 2000 1402 "44" "44" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 15763  15763  15763 -15763 1000]
+ElementLine[ 15763 -15763 -15763 -15763 1000]
+ElementLine[-15763 -15763 -15763  15763 1000]
+ElementLine[-15763  15763  15763  15763 1000]
+# Pin 1 indicator
+ElementLine[-15763 -15763 -17263 -17263 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN44_7_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN44_7_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN44_7_EP.fp	(revision 296)
@@ -0,0 +1,90 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN44_7_EP" 0 0 -15763 -16813 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-14212  -9842  -11771  -9842  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-14212  -7874  -11771  -7874  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-14212  -5905  -11771  -5905  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-14212  -3937  -11771  -3937  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-14212  -1968  -11771  -1968  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-14212  0  -11771  0  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-14212  1968  -11771  1968  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-14212  3937  -11771  3937  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-14212  5905  -11771  5905  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[-14212  7874  -11771  7874  1102  2000 1402 "10" "10"  0x00000100]
+	Pad[-14212  9842  -11771  9842  1102  2000 1402 "11" "11"  0x00000100]
+# bottom row
+	Pad[-9842  14212  -9842  11771  1102 2000 1402 "12" "12"  0x00000900]
+	Pad[-7874  14212  -7874  11771  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[-5905  14212  -5905  11771  1102 2000 1402 "14" "14"  0x00000900]
+	Pad[-3937  14212  -3937  11771  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[-1968  14212  -1968  11771  1102 2000 1402 "16" "16"  0x00000900]
+	Pad[0  14212  0  11771  1102 2000 1402 "17" "17"  0x00000900]
+	Pad[1968  14212  1968  11771  1102 2000 1402 "18" "18"  0x00000900]
+	Pad[3937  14212  3937  11771  1102 2000 1402 "19" "19"  0x00000900]
+	Pad[5905  14212  5905  11771  1102 2000 1402 "20" "20"  0x00000900]
+	Pad[7874  14212  7874  11771  1102 2000 1402 "21" "21"  0x00000900]
+	Pad[9842  14212  9842  11771  1102 2000 1402 "22" "22"  0x00000900]
+# right row
+	Pad[14212  9842  11771  9842  1102  2000 1402 "23" "23"  0x00000100]
+	Pad[14212  7874  11771  7874  1102  2000 1402 "24" "24"  0x00000100]
+	Pad[14212  5905  11771  5905  1102  2000 1402 "25" "25"  0x00000100]
+	Pad[14212  3937  11771  3937  1102  2000 1402 "26" "26"  0x00000100]
+	Pad[14212  1968  11771  1968  1102  2000 1402 "27" "27"  0x00000100]
+	Pad[14212  0  11771  0  1102  2000 1402 "28" "28"  0x00000100]
+	Pad[14212  -1968  11771  -1968  1102  2000 1402 "29" "29"  0x00000100]
+	Pad[14212  -3937  11771  -3937  1102  2000 1402 "30" "30"  0x00000100]
+	Pad[14212  -5905  11771  -5905  1102  2000 1402 "31" "31"  0x00000100]
+	Pad[14212  -7874  11771  -7874  1102  2000 1402 "32" "32"  0x00000100]
+	Pad[14212  -9842  11771  -9842  1102  2000 1402 "33" "33"  0x00000100]
+# top row
+	Pad[9842  -14212  9842  -11771  1102 2000 1402 "34" "34" 0x00000900]
+	Pad[7874  -14212  7874  -11771  1102 2000 1402 "35" "35" 0x00000900]
+	Pad[5905  -14212  5905  -11771  1102 2000 1402 "36" "36" 0x00000900]
+	Pad[3937  -14212  3937  -11771  1102 2000 1402 "37" "37" 0x00000900]
+	Pad[1968  -14212  1968  -11771  1102 2000 1402 "38" "38" 0x00000900]
+	Pad[0  -14212  0  -11771  1102 2000 1402 "39" "39" 0x00000900]
+	Pad[-1968  -14212  -1968  -11771  1102 2000 1402 "40" "40" 0x00000900]
+	Pad[-3937  -14212  -3937  -11771  1102 2000 1402 "41" "41" 0x00000900]
+	Pad[-5905  -14212  -5905  -11771  1102 2000 1402 "42" "42" 0x00000900]
+	Pad[-7874  -14212  -7874  -11771  1102 2000 1402 "43" "43" 0x00000900]
+	Pad[-9842  -14212  -9842  -11771  1102 2000 1402 "44" "44" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 18503 0 18903 "45" "45" 0x00000100]
+# Silk screen around package
+ElementLine[ 15763  15763  15763 -15763 1000]
+ElementLine[ 15763 -15763 -15763 -15763 1000]
+ElementLine[-15763 -15763 -15763  15763 1000]
+ElementLine[-15763  15763  15763  15763 1000]
+# Pin 1 indicator
+ElementLine[-15763 -15763 -17263 -17263 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN48_7.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN48_7.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN48_7.fp	(revision 296)
@@ -0,0 +1,91 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN48_7" 0 0 -15763 -16813 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-14212  -10826  -12559  -10826  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-14212  -8858  -12559  -8858  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-14212  -6889  -12559  -6889  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-14212  -4921  -12559  -4921  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-14212  -2952  -12559  -2952  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-14212  -984  -12559  -984  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-14212  984  -12559  984  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-14212  2952  -12559  2952  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-14212  4921  -12559  4921  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[-14212  6889  -12559  6889  1102  2000 1402 "10" "10"  0x00000100]
+	Pad[-14212  8858  -12559  8858  1102  2000 1402 "11" "11"  0x00000100]
+	Pad[-14212  10826  -12559  10826  1102  2000 1402 "12" "12"  0x00000100]
+# bottom row
+	Pad[-10826  14212  -10826  12559  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[-8858  14212  -8858  12559  1102 2000 1402 "14" "14"  0x00000900]
+	Pad[-6889  14212  -6889  12559  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[-4921  14212  -4921  12559  1102 2000 1402 "16" "16"  0x00000900]
+	Pad[-2952  14212  -2952  12559  1102 2000 1402 "17" "17"  0x00000900]
+	Pad[-984  14212  -984  12559  1102 2000 1402 "18" "18"  0x00000900]
+	Pad[984  14212  984  12559  1102 2000 1402 "19" "19"  0x00000900]
+	Pad[2952  14212  2952  12559  1102 2000 1402 "20" "20"  0x00000900]
+	Pad[4921  14212  4921  12559  1102 2000 1402 "21" "21"  0x00000900]
+	Pad[6889  14212  6889  12559  1102 2000 1402 "22" "22"  0x00000900]
+	Pad[8858  14212  8858  12559  1102 2000 1402 "23" "23"  0x00000900]
+	Pad[10826  14212  10826  12559  1102 2000 1402 "24" "24"  0x00000900]
+# right row
+	Pad[14212  10826  12559  10826  1102  2000 1402 "25" "25"  0x00000100]
+	Pad[14212  8858  12559  8858  1102  2000 1402 "26" "26"  0x00000100]
+	Pad[14212  6889  12559  6889  1102  2000 1402 "27" "27"  0x00000100]
+	Pad[14212  4921  12559  4921  1102  2000 1402 "28" "28"  0x00000100]
+	Pad[14212  2952  12559  2952  1102  2000 1402 "29" "29"  0x00000100]
+	Pad[14212  984  12559  984  1102  2000 1402 "30" "30"  0x00000100]
+	Pad[14212  -984  12559  -984  1102  2000 1402 "31" "31"  0x00000100]
+	Pad[14212  -2952  12559  -2952  1102  2000 1402 "32" "32"  0x00000100]
+	Pad[14212  -4921  12559  -4921  1102  2000 1402 "33" "33"  0x00000100]
+	Pad[14212  -6889  12559  -6889  1102  2000 1402 "34" "34"  0x00000100]
+	Pad[14212  -8858  12559  -8858  1102  2000 1402 "35" "35"  0x00000100]
+	Pad[14212  -10826  12559  -10826  1102  2000 1402 "36" "36"  0x00000100]
+# top row
+	Pad[10826  -14212  10826  -12559  1102 2000 1402 "37" "37" 0x00000900]
+	Pad[8858  -14212  8858  -12559  1102 2000 1402 "38" "38" 0x00000900]
+	Pad[6889  -14212  6889  -12559  1102 2000 1402 "39" "39" 0x00000900]
+	Pad[4921  -14212  4921  -12559  1102 2000 1402 "40" "40" 0x00000900]
+	Pad[2952  -14212  2952  -12559  1102 2000 1402 "41" "41" 0x00000900]
+	Pad[984  -14212  984  -12559  1102 2000 1402 "42" "42" 0x00000900]
+	Pad[-984  -14212  -984  -12559  1102 2000 1402 "43" "43" 0x00000900]
+	Pad[-2952  -14212  -2952  -12559  1102 2000 1402 "44" "44" 0x00000900]
+	Pad[-4921  -14212  -4921  -12559  1102 2000 1402 "45" "45" 0x00000900]
+	Pad[-6889  -14212  -6889  -12559  1102 2000 1402 "46" "46" 0x00000900]
+	Pad[-8858  -14212  -8858  -12559  1102 2000 1402 "47" "47" 0x00000900]
+	Pad[-10826  -14212  -10826  -12559  1102 2000 1402 "48" "48" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 15763  15763  15763 -15763 1000]
+ElementLine[ 15763 -15763 -15763 -15763 1000]
+ElementLine[-15763 -15763 -15763  15763 1000]
+ElementLine[-15763  15763  15763  15763 1000]
+# Pin 1 indicator
+ElementLine[-15763 -15763 -17263 -17263 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN48_7_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN48_7_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN48_7_EP.fp	(revision 296)
@@ -0,0 +1,94 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN48_7_EP" 0 0 -15763 -16813 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-14212  -10826  -12559  -10826  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-14212  -8858  -12559  -8858  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-14212  -6889  -12559  -6889  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-14212  -4921  -12559  -4921  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-14212  -2952  -12559  -2952  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-14212  -984  -12559  -984  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-14212  984  -12559  984  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-14212  2952  -12559  2952  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-14212  4921  -12559  4921  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[-14212  6889  -12559  6889  1102  2000 1402 "10" "10"  0x00000100]
+	Pad[-14212  8858  -12559  8858  1102  2000 1402 "11" "11"  0x00000100]
+	Pad[-14212  10826  -12559  10826  1102  2000 1402 "12" "12"  0x00000100]
+# bottom row
+	Pad[-10826  14212  -10826  12559  1102 2000 1402 "13" "13"  0x00000900]
+	Pad[-8858  14212  -8858  12559  1102 2000 1402 "14" "14"  0x00000900]
+	Pad[-6889  14212  -6889  12559  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[-4921  14212  -4921  12559  1102 2000 1402 "16" "16"  0x00000900]
+	Pad[-2952  14212  -2952  12559  1102 2000 1402 "17" "17"  0x00000900]
+	Pad[-984  14212  -984  12559  1102 2000 1402 "18" "18"  0x00000900]
+	Pad[984  14212  984  12559  1102 2000 1402 "19" "19"  0x00000900]
+	Pad[2952  14212  2952  12559  1102 2000 1402 "20" "20"  0x00000900]
+	Pad[4921  14212  4921  12559  1102 2000 1402 "21" "21"  0x00000900]
+	Pad[6889  14212  6889  12559  1102 2000 1402 "22" "22"  0x00000900]
+	Pad[8858  14212  8858  12559  1102 2000 1402 "23" "23"  0x00000900]
+	Pad[10826  14212  10826  12559  1102 2000 1402 "24" "24"  0x00000900]
+# right row
+	Pad[14212  10826  12559  10826  1102  2000 1402 "25" "25"  0x00000100]
+	Pad[14212  8858  12559  8858  1102  2000 1402 "26" "26"  0x00000100]
+	Pad[14212  6889  12559  6889  1102  2000 1402 "27" "27"  0x00000100]
+	Pad[14212  4921  12559  4921  1102  2000 1402 "28" "28"  0x00000100]
+	Pad[14212  2952  12559  2952  1102  2000 1402 "29" "29"  0x00000100]
+	Pad[14212  984  12559  984  1102  2000 1402 "30" "30"  0x00000100]
+	Pad[14212  -984  12559  -984  1102  2000 1402 "31" "31"  0x00000100]
+	Pad[14212  -2952  12559  -2952  1102  2000 1402 "32" "32"  0x00000100]
+	Pad[14212  -4921  12559  -4921  1102  2000 1402 "33" "33"  0x00000100]
+	Pad[14212  -6889  12559  -6889  1102  2000 1402 "34" "34"  0x00000100]
+	Pad[14212  -8858  12559  -8858  1102  2000 1402 "35" "35"  0x00000100]
+	Pad[14212  -10826  12559  -10826  1102  2000 1402 "36" "36"  0x00000100]
+# top row
+	Pad[10826  -14212  10826  -12559  1102 2000 1402 "37" "37" 0x00000900]
+	Pad[8858  -14212  8858  -12559  1102 2000 1402 "38" "38" 0x00000900]
+	Pad[6889  -14212  6889  -12559  1102 2000 1402 "39" "39" 0x00000900]
+	Pad[4921  -14212  4921  -12559  1102 2000 1402 "40" "40" 0x00000900]
+	Pad[2952  -14212  2952  -12559  1102 2000 1402 "41" "41" 0x00000900]
+	Pad[984  -14212  984  -12559  1102 2000 1402 "42" "42" 0x00000900]
+	Pad[-984  -14212  -984  -12559  1102 2000 1402 "43" "43" 0x00000900]
+	Pad[-2952  -14212  -2952  -12559  1102 2000 1402 "44" "44" 0x00000900]
+	Pad[-4921  -14212  -4921  -12559  1102 2000 1402 "45" "45" 0x00000900]
+	Pad[-6889  -14212  -6889  -12559  1102 2000 1402 "46" "46" 0x00000900]
+	Pad[-8858  -14212  -8858  -12559  1102 2000 1402 "47" "47" 0x00000900]
+	Pad[-10826  -14212  -10826  -12559  1102 2000 1402 "48" "48" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 22047 0 22447 "49" "49" 0x00000100]
+# Silk screen around package
+ElementLine[ 15763  15763  15763 -15763 1000]
+ElementLine[ 15763 -15763 -15763 -15763 1000]
+ElementLine[-15763 -15763 -15763  15763 1000]
+ElementLine[-15763  15763  15763  15763 1000]
+# Pin 1 indicator
+ElementLine[-15763 -15763 -17263 -17263 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN56_8.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN56_8.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN56_8.fp	(revision 296)
@@ -0,0 +1,99 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN56_8" 0 0 -17732 -18782 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-16181  -12795  -14527  -12795  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-16181  -10826  -14527  -10826  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-16181  -8858  -14527  -8858  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-16181  -6889  -14527  -6889  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-16181  -4921  -14527  -4921  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-16181  -2952  -14527  -2952  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-16181  -984  -14527  -984  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-16181  984  -14527  984  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-16181  2952  -14527  2952  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[-16181  4921  -14527  4921  1102  2000 1402 "10" "10"  0x00000100]
+	Pad[-16181  6889  -14527  6889  1102  2000 1402 "11" "11"  0x00000100]
+	Pad[-16181  8858  -14527  8858  1102  2000 1402 "12" "12"  0x00000100]
+	Pad[-16181  10826  -14527  10826  1102  2000 1402 "13" "13"  0x00000100]
+	Pad[-16181  12795  -14527  12795  1102  2000 1402 "14" "14"  0x00000100]
+# bottom row
+	Pad[-12795  16181  -12795  14527  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[-10826  16181  -10826  14527  1102 2000 1402 "16" "16"  0x00000900]
+	Pad[-8858  16181  -8858  14527  1102 2000 1402 "17" "17"  0x00000900]
+	Pad[-6889  16181  -6889  14527  1102 2000 1402 "18" "18"  0x00000900]
+	Pad[-4921  16181  -4921  14527  1102 2000 1402 "19" "19"  0x00000900]
+	Pad[-2952  16181  -2952  14527  1102 2000 1402 "20" "20"  0x00000900]
+	Pad[-984  16181  -984  14527  1102 2000 1402 "21" "21"  0x00000900]
+	Pad[984  16181  984  14527  1102 2000 1402 "22" "22"  0x00000900]
+	Pad[2952  16181  2952  14527  1102 2000 1402 "23" "23"  0x00000900]
+	Pad[4921  16181  4921  14527  1102 2000 1402 "24" "24"  0x00000900]
+	Pad[6889  16181  6889  14527  1102 2000 1402 "25" "25"  0x00000900]
+	Pad[8858  16181  8858  14527  1102 2000 1402 "26" "26"  0x00000900]
+	Pad[10826  16181  10826  14527  1102 2000 1402 "27" "27"  0x00000900]
+	Pad[12795  16181  12795  14527  1102 2000 1402 "28" "28"  0x00000900]
+# right row
+	Pad[16181  12795  14527  12795  1102  2000 1402 "29" "29"  0x00000100]
+	Pad[16181  10826  14527  10826  1102  2000 1402 "30" "30"  0x00000100]
+	Pad[16181  8858  14527  8858  1102  2000 1402 "31" "31"  0x00000100]
+	Pad[16181  6889  14527  6889  1102  2000 1402 "32" "32"  0x00000100]
+	Pad[16181  4921  14527  4921  1102  2000 1402 "33" "33"  0x00000100]
+	Pad[16181  2952  14527  2952  1102  2000 1402 "34" "34"  0x00000100]
+	Pad[16181  984  14527  984  1102  2000 1402 "35" "35"  0x00000100]
+	Pad[16181  -984  14527  -984  1102  2000 1402 "36" "36"  0x00000100]
+	Pad[16181  -2952  14527  -2952  1102  2000 1402 "37" "37"  0x00000100]
+	Pad[16181  -4921  14527  -4921  1102  2000 1402 "38" "38"  0x00000100]
+	Pad[16181  -6889  14527  -6889  1102  2000 1402 "39" "39"  0x00000100]
+	Pad[16181  -8858  14527  -8858  1102  2000 1402 "40" "40"  0x00000100]
+	Pad[16181  -10826  14527  -10826  1102  2000 1402 "41" "41"  0x00000100]
+	Pad[16181  -12795  14527  -12795  1102  2000 1402 "42" "42"  0x00000100]
+# top row
+	Pad[12795  -16181  12795  -14527  1102 2000 1402 "43" "43" 0x00000900]
+	Pad[10826  -16181  10826  -14527  1102 2000 1402 "44" "44" 0x00000900]
+	Pad[8858  -16181  8858  -14527  1102 2000 1402 "45" "45" 0x00000900]
+	Pad[6889  -16181  6889  -14527  1102 2000 1402 "46" "46" 0x00000900]
+	Pad[4921  -16181  4921  -14527  1102 2000 1402 "47" "47" 0x00000900]
+	Pad[2952  -16181  2952  -14527  1102 2000 1402 "48" "48" 0x00000900]
+	Pad[984  -16181  984  -14527  1102 2000 1402 "49" "49" 0x00000900]
+	Pad[-984  -16181  -984  -14527  1102 2000 1402 "50" "50" 0x00000900]
+	Pad[-2952  -16181  -2952  -14527  1102 2000 1402 "51" "51" 0x00000900]
+	Pad[-4921  -16181  -4921  -14527  1102 2000 1402 "52" "52" 0x00000900]
+	Pad[-6889  -16181  -6889  -14527  1102 2000 1402 "53" "53" 0x00000900]
+	Pad[-8858  -16181  -8858  -14527  1102 2000 1402 "54" "54" 0x00000900]
+	Pad[-10826  -16181  -10826  -14527  1102 2000 1402 "55" "55" 0x00000900]
+	Pad[-12795  -16181  -12795  -14527  1102 2000 1402 "56" "56" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 17732  17732  17732 -17732 1000]
+ElementLine[ 17732 -17732 -17732 -17732 1000]
+ElementLine[-17732 -17732 -17732  17732 1000]
+ElementLine[-17732  17732  17732  17732 1000]
+# Pin 1 indicator
+ElementLine[-17732 -17732 -19232 -19232 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN56_8_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN56_8_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN56_8_EP.fp	(revision 296)
@@ -0,0 +1,102 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN56_8_EP" 0 0 -17732 -18782 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-16181  -12795  -14527  -12795  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-16181  -10826  -14527  -10826  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-16181  -8858  -14527  -8858  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-16181  -6889  -14527  -6889  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-16181  -4921  -14527  -4921  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-16181  -2952  -14527  -2952  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-16181  -984  -14527  -984  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-16181  984  -14527  984  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-16181  2952  -14527  2952  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[-16181  4921  -14527  4921  1102  2000 1402 "10" "10"  0x00000100]
+	Pad[-16181  6889  -14527  6889  1102  2000 1402 "11" "11"  0x00000100]
+	Pad[-16181  8858  -14527  8858  1102  2000 1402 "12" "12"  0x00000100]
+	Pad[-16181  10826  -14527  10826  1102  2000 1402 "13" "13"  0x00000100]
+	Pad[-16181  12795  -14527  12795  1102  2000 1402 "14" "14"  0x00000100]
+# bottom row
+	Pad[-12795  16181  -12795  14527  1102 2000 1402 "15" "15"  0x00000900]
+	Pad[-10826  16181  -10826  14527  1102 2000 1402 "16" "16"  0x00000900]
+	Pad[-8858  16181  -8858  14527  1102 2000 1402 "17" "17"  0x00000900]
+	Pad[-6889  16181  -6889  14527  1102 2000 1402 "18" "18"  0x00000900]
+	Pad[-4921  16181  -4921  14527  1102 2000 1402 "19" "19"  0x00000900]
+	Pad[-2952  16181  -2952  14527  1102 2000 1402 "20" "20"  0x00000900]
+	Pad[-984  16181  -984  14527  1102 2000 1402 "21" "21"  0x00000900]
+	Pad[984  16181  984  14527  1102 2000 1402 "22" "22"  0x00000900]
+	Pad[2952  16181  2952  14527  1102 2000 1402 "23" "23"  0x00000900]
+	Pad[4921  16181  4921  14527  1102 2000 1402 "24" "24"  0x00000900]
+	Pad[6889  16181  6889  14527  1102 2000 1402 "25" "25"  0x00000900]
+	Pad[8858  16181  8858  14527  1102 2000 1402 "26" "26"  0x00000900]
+	Pad[10826  16181  10826  14527  1102 2000 1402 "27" "27"  0x00000900]
+	Pad[12795  16181  12795  14527  1102 2000 1402 "28" "28"  0x00000900]
+# right row
+	Pad[16181  12795  14527  12795  1102  2000 1402 "29" "29"  0x00000100]
+	Pad[16181  10826  14527  10826  1102  2000 1402 "30" "30"  0x00000100]
+	Pad[16181  8858  14527  8858  1102  2000 1402 "31" "31"  0x00000100]
+	Pad[16181  6889  14527  6889  1102  2000 1402 "32" "32"  0x00000100]
+	Pad[16181  4921  14527  4921  1102  2000 1402 "33" "33"  0x00000100]
+	Pad[16181  2952  14527  2952  1102  2000 1402 "34" "34"  0x00000100]
+	Pad[16181  984  14527  984  1102  2000 1402 "35" "35"  0x00000100]
+	Pad[16181  -984  14527  -984  1102  2000 1402 "36" "36"  0x00000100]
+	Pad[16181  -2952  14527  -2952  1102  2000 1402 "37" "37"  0x00000100]
+	Pad[16181  -4921  14527  -4921  1102  2000 1402 "38" "38"  0x00000100]
+	Pad[16181  -6889  14527  -6889  1102  2000 1402 "39" "39"  0x00000100]
+	Pad[16181  -8858  14527  -8858  1102  2000 1402 "40" "40"  0x00000100]
+	Pad[16181  -10826  14527  -10826  1102  2000 1402 "41" "41"  0x00000100]
+	Pad[16181  -12795  14527  -12795  1102  2000 1402 "42" "42"  0x00000100]
+# top row
+	Pad[12795  -16181  12795  -14527  1102 2000 1402 "43" "43" 0x00000900]
+	Pad[10826  -16181  10826  -14527  1102 2000 1402 "44" "44" 0x00000900]
+	Pad[8858  -16181  8858  -14527  1102 2000 1402 "45" "45" 0x00000900]
+	Pad[6889  -16181  6889  -14527  1102 2000 1402 "46" "46" 0x00000900]
+	Pad[4921  -16181  4921  -14527  1102 2000 1402 "47" "47" 0x00000900]
+	Pad[2952  -16181  2952  -14527  1102 2000 1402 "48" "48" 0x00000900]
+	Pad[984  -16181  984  -14527  1102 2000 1402 "49" "49" 0x00000900]
+	Pad[-984  -16181  -984  -14527  1102 2000 1402 "50" "50" 0x00000900]
+	Pad[-2952  -16181  -2952  -14527  1102 2000 1402 "51" "51" 0x00000900]
+	Pad[-4921  -16181  -4921  -14527  1102 2000 1402 "52" "52" 0x00000900]
+	Pad[-6889  -16181  -6889  -14527  1102 2000 1402 "53" "53" 0x00000900]
+	Pad[-8858  -16181  -8858  -14527  1102 2000 1402 "54" "54" 0x00000900]
+	Pad[-10826  -16181  -10826  -14527  1102 2000 1402 "55" "55" 0x00000900]
+	Pad[-12795  -16181  -12795  -14527  1102 2000 1402 "56" "56" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 26181 0 26581 "57" "57" 0x00000100]
+# Silk screen around package
+ElementLine[ 17732  17732  17732 -17732 1000]
+ElementLine[ 17732 -17732 -17732 -17732 1000]
+ElementLine[-17732 -17732 -17732  17732 1000]
+ElementLine[-17732  17732  17732  17732 1000]
+# Pin 1 indicator
+ElementLine[-17732 -17732 -19232 -19232 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN68_10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN68_10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN68_10.fp	(revision 296)
@@ -0,0 +1,111 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN68_10" 0 0 -21669 -22719 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-20118  -15748  -17677  -15748  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-20118  -13779  -17677  -13779  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-20118  -11811  -17677  -11811  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-20118  -9842  -17677  -9842  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-20118  -7874  -17677  -7874  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-20118  -5905  -17677  -5905  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-20118  -3937  -17677  -3937  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-20118  -1968  -17677  -1968  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-20118  0  -17677  0  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[-20118  1968  -17677  1968  1102  2000 1402 "10" "10"  0x00000100]
+	Pad[-20118  3937  -17677  3937  1102  2000 1402 "11" "11"  0x00000100]
+	Pad[-20118  5905  -17677  5905  1102  2000 1402 "12" "12"  0x00000100]
+	Pad[-20118  7874  -17677  7874  1102  2000 1402 "13" "13"  0x00000100]
+	Pad[-20118  9842  -17677  9842  1102  2000 1402 "14" "14"  0x00000100]
+	Pad[-20118  11811  -17677  11811  1102  2000 1402 "15" "15"  0x00000100]
+	Pad[-20118  13779  -17677  13779  1102  2000 1402 "16" "16"  0x00000100]
+	Pad[-20118  15748  -17677  15748  1102  2000 1402 "17" "17"  0x00000100]
+# bottom row
+	Pad[-15748  20118  -15748  17677  1102 2000 1402 "18" "18"  0x00000900]
+	Pad[-13779  20118  -13779  17677  1102 2000 1402 "19" "19"  0x00000900]
+	Pad[-11811  20118  -11811  17677  1102 2000 1402 "20" "20"  0x00000900]
+	Pad[-9842  20118  -9842  17677  1102 2000 1402 "21" "21"  0x00000900]
+	Pad[-7874  20118  -7874  17677  1102 2000 1402 "22" "22"  0x00000900]
+	Pad[-5905  20118  -5905  17677  1102 2000 1402 "23" "23"  0x00000900]
+	Pad[-3937  20118  -3937  17677  1102 2000 1402 "24" "24"  0x00000900]
+	Pad[-1968  20118  -1968  17677  1102 2000 1402 "25" "25"  0x00000900]
+	Pad[0  20118  0  17677  1102 2000 1402 "26" "26"  0x00000900]
+	Pad[1968  20118  1968  17677  1102 2000 1402 "27" "27"  0x00000900]
+	Pad[3937  20118  3937  17677  1102 2000 1402 "28" "28"  0x00000900]
+	Pad[5905  20118  5905  17677  1102 2000 1402 "29" "29"  0x00000900]
+	Pad[7874  20118  7874  17677  1102 2000 1402 "30" "30"  0x00000900]
+	Pad[9842  20118  9842  17677  1102 2000 1402 "31" "31"  0x00000900]
+	Pad[11811  20118  11811  17677  1102 2000 1402 "32" "32"  0x00000900]
+	Pad[13779  20118  13779  17677  1102 2000 1402 "33" "33"  0x00000900]
+	Pad[15748  20118  15748  17677  1102 2000 1402 "34" "34"  0x00000900]
+# right row
+	Pad[20118  15748  17677  15748  1102  2000 1402 "35" "35"  0x00000100]
+	Pad[20118  13779  17677  13779  1102  2000 1402 "36" "36"  0x00000100]
+	Pad[20118  11811  17677  11811  1102  2000 1402 "37" "37"  0x00000100]
+	Pad[20118  9842  17677  9842  1102  2000 1402 "38" "38"  0x00000100]
+	Pad[20118  7874  17677  7874  1102  2000 1402 "39" "39"  0x00000100]
+	Pad[20118  5905  17677  5905  1102  2000 1402 "40" "40"  0x00000100]
+	Pad[20118  3937  17677  3937  1102  2000 1402 "41" "41"  0x00000100]
+	Pad[20118  1968  17677  1968  1102  2000 1402 "42" "42"  0x00000100]
+	Pad[20118  0  17677  0  1102  2000 1402 "43" "43"  0x00000100]
+	Pad[20118  -1968  17677  -1968  1102  2000 1402 "44" "44"  0x00000100]
+	Pad[20118  -3937  17677  -3937  1102  2000 1402 "45" "45"  0x00000100]
+	Pad[20118  -5905  17677  -5905  1102  2000 1402 "46" "46"  0x00000100]
+	Pad[20118  -7874  17677  -7874  1102  2000 1402 "47" "47"  0x00000100]
+	Pad[20118  -9842  17677  -9842  1102  2000 1402 "48" "48"  0x00000100]
+	Pad[20118  -11811  17677  -11811  1102  2000 1402 "49" "49"  0x00000100]
+	Pad[20118  -13779  17677  -13779  1102  2000 1402 "50" "50"  0x00000100]
+	Pad[20118  -15748  17677  -15748  1102  2000 1402 "51" "51"  0x00000100]
+# top row
+	Pad[15748  -20118  15748  -17677  1102 2000 1402 "52" "52" 0x00000900]
+	Pad[13779  -20118  13779  -17677  1102 2000 1402 "53" "53" 0x00000900]
+	Pad[11811  -20118  11811  -17677  1102 2000 1402 "54" "54" 0x00000900]
+	Pad[9842  -20118  9842  -17677  1102 2000 1402 "55" "55" 0x00000900]
+	Pad[7874  -20118  7874  -17677  1102 2000 1402 "56" "56" 0x00000900]
+	Pad[5905  -20118  5905  -17677  1102 2000 1402 "57" "57" 0x00000900]
+	Pad[3937  -20118  3937  -17677  1102 2000 1402 "58" "58" 0x00000900]
+	Pad[1968  -20118  1968  -17677  1102 2000 1402 "59" "59" 0x00000900]
+	Pad[0  -20118  0  -17677  1102 2000 1402 "60" "60" 0x00000900]
+	Pad[-1968  -20118  -1968  -17677  1102 2000 1402 "61" "61" 0x00000900]
+	Pad[-3937  -20118  -3937  -17677  1102 2000 1402 "62" "62" 0x00000900]
+	Pad[-5905  -20118  -5905  -17677  1102 2000 1402 "63" "63" 0x00000900]
+	Pad[-7874  -20118  -7874  -17677  1102 2000 1402 "64" "64" 0x00000900]
+	Pad[-9842  -20118  -9842  -17677  1102 2000 1402 "65" "65" 0x00000900]
+	Pad[-11811  -20118  -11811  -17677  1102 2000 1402 "66" "66" 0x00000900]
+	Pad[-13779  -20118  -13779  -17677  1102 2000 1402 "67" "67" 0x00000900]
+	Pad[-15748  -20118  -15748  -17677  1102 2000 1402 "68" "68" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Silk screen around package
+ElementLine[ 21669  21669  21669 -21669 1000]
+ElementLine[ 21669 -21669 -21669 -21669 1000]
+ElementLine[-21669 -21669 -21669  21669 1000]
+ElementLine[-21669  21669  21669  21669 1000]
+# Pin 1 indicator
+ElementLine[-21669 -21669 -23169 -23169 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFN68_10_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFN68_10_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFN68_10_EP.fp	(revision 296)
@@ -0,0 +1,114 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+   # pad clearance to polygons (1/100 mil)
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Square Quad Flat Nolead (QFN) package" "" "TQFN68_10_EP" 0 0 -21669 -22719 0 100 0x00000000]
+(
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+# left row
+	Pad[-20118  -15748  -17677  -15748  1102  2000 1402 "1" "1"  0x00000100]
+	Pad[-20118  -13779  -17677  -13779  1102  2000 1402 "2" "2"  0x00000100]
+	Pad[-20118  -11811  -17677  -11811  1102  2000 1402 "3" "3"  0x00000100]
+	Pad[-20118  -9842  -17677  -9842  1102  2000 1402 "4" "4"  0x00000100]
+	Pad[-20118  -7874  -17677  -7874  1102  2000 1402 "5" "5"  0x00000100]
+	Pad[-20118  -5905  -17677  -5905  1102  2000 1402 "6" "6"  0x00000100]
+	Pad[-20118  -3937  -17677  -3937  1102  2000 1402 "7" "7"  0x00000100]
+	Pad[-20118  -1968  -17677  -1968  1102  2000 1402 "8" "8"  0x00000100]
+	Pad[-20118  0  -17677  0  1102  2000 1402 "9" "9"  0x00000100]
+	Pad[-20118  1968  -17677  1968  1102  2000 1402 "10" "10"  0x00000100]
+	Pad[-20118  3937  -17677  3937  1102  2000 1402 "11" "11"  0x00000100]
+	Pad[-20118  5905  -17677  5905  1102  2000 1402 "12" "12"  0x00000100]
+	Pad[-20118  7874  -17677  7874  1102  2000 1402 "13" "13"  0x00000100]
+	Pad[-20118  9842  -17677  9842  1102  2000 1402 "14" "14"  0x00000100]
+	Pad[-20118  11811  -17677  11811  1102  2000 1402 "15" "15"  0x00000100]
+	Pad[-20118  13779  -17677  13779  1102  2000 1402 "16" "16"  0x00000100]
+	Pad[-20118  15748  -17677  15748  1102  2000 1402 "17" "17"  0x00000100]
+# bottom row
+	Pad[-15748  20118  -15748  17677  1102 2000 1402 "18" "18"  0x00000900]
+	Pad[-13779  20118  -13779  17677  1102 2000 1402 "19" "19"  0x00000900]
+	Pad[-11811  20118  -11811  17677  1102 2000 1402 "20" "20"  0x00000900]
+	Pad[-9842  20118  -9842  17677  1102 2000 1402 "21" "21"  0x00000900]
+	Pad[-7874  20118  -7874  17677  1102 2000 1402 "22" "22"  0x00000900]
+	Pad[-5905  20118  -5905  17677  1102 2000 1402 "23" "23"  0x00000900]
+	Pad[-3937  20118  -3937  17677  1102 2000 1402 "24" "24"  0x00000900]
+	Pad[-1968  20118  -1968  17677  1102 2000 1402 "25" "25"  0x00000900]
+	Pad[0  20118  0  17677  1102 2000 1402 "26" "26"  0x00000900]
+	Pad[1968  20118  1968  17677  1102 2000 1402 "27" "27"  0x00000900]
+	Pad[3937  20118  3937  17677  1102 2000 1402 "28" "28"  0x00000900]
+	Pad[5905  20118  5905  17677  1102 2000 1402 "29" "29"  0x00000900]
+	Pad[7874  20118  7874  17677  1102 2000 1402 "30" "30"  0x00000900]
+	Pad[9842  20118  9842  17677  1102 2000 1402 "31" "31"  0x00000900]
+	Pad[11811  20118  11811  17677  1102 2000 1402 "32" "32"  0x00000900]
+	Pad[13779  20118  13779  17677  1102 2000 1402 "33" "33"  0x00000900]
+	Pad[15748  20118  15748  17677  1102 2000 1402 "34" "34"  0x00000900]
+# right row
+	Pad[20118  15748  17677  15748  1102  2000 1402 "35" "35"  0x00000100]
+	Pad[20118  13779  17677  13779  1102  2000 1402 "36" "36"  0x00000100]
+	Pad[20118  11811  17677  11811  1102  2000 1402 "37" "37"  0x00000100]
+	Pad[20118  9842  17677  9842  1102  2000 1402 "38" "38"  0x00000100]
+	Pad[20118  7874  17677  7874  1102  2000 1402 "39" "39"  0x00000100]
+	Pad[20118  5905  17677  5905  1102  2000 1402 "40" "40"  0x00000100]
+	Pad[20118  3937  17677  3937  1102  2000 1402 "41" "41"  0x00000100]
+	Pad[20118  1968  17677  1968  1102  2000 1402 "42" "42"  0x00000100]
+	Pad[20118  0  17677  0  1102  2000 1402 "43" "43"  0x00000100]
+	Pad[20118  -1968  17677  -1968  1102  2000 1402 "44" "44"  0x00000100]
+	Pad[20118  -3937  17677  -3937  1102  2000 1402 "45" "45"  0x00000100]
+	Pad[20118  -5905  17677  -5905  1102  2000 1402 "46" "46"  0x00000100]
+	Pad[20118  -7874  17677  -7874  1102  2000 1402 "47" "47"  0x00000100]
+	Pad[20118  -9842  17677  -9842  1102  2000 1402 "48" "48"  0x00000100]
+	Pad[20118  -11811  17677  -11811  1102  2000 1402 "49" "49"  0x00000100]
+	Pad[20118  -13779  17677  -13779  1102  2000 1402 "50" "50"  0x00000100]
+	Pad[20118  -15748  17677  -15748  1102  2000 1402 "51" "51"  0x00000100]
+# top row
+	Pad[15748  -20118  15748  -17677  1102 2000 1402 "52" "52" 0x00000900]
+	Pad[13779  -20118  13779  -17677  1102 2000 1402 "53" "53" 0x00000900]
+	Pad[11811  -20118  11811  -17677  1102 2000 1402 "54" "54" 0x00000900]
+	Pad[9842  -20118  9842  -17677  1102 2000 1402 "55" "55" 0x00000900]
+	Pad[7874  -20118  7874  -17677  1102 2000 1402 "56" "56" 0x00000900]
+	Pad[5905  -20118  5905  -17677  1102 2000 1402 "57" "57" 0x00000900]
+	Pad[3937  -20118  3937  -17677  1102 2000 1402 "58" "58" 0x00000900]
+	Pad[1968  -20118  1968  -17677  1102 2000 1402 "59" "59" 0x00000900]
+	Pad[0  -20118  0  -17677  1102 2000 1402 "60" "60" 0x00000900]
+	Pad[-1968  -20118  -1968  -17677  1102 2000 1402 "61" "61" 0x00000900]
+	Pad[-3937  -20118  -3937  -17677  1102 2000 1402 "62" "62" 0x00000900]
+	Pad[-5905  -20118  -5905  -17677  1102 2000 1402 "63" "63" 0x00000900]
+	Pad[-7874  -20118  -7874  -17677  1102 2000 1402 "64" "64" 0x00000900]
+	Pad[-9842  -20118  -9842  -17677  1102 2000 1402 "65" "65" 0x00000900]
+	Pad[-11811  -20118  -11811  -17677  1102 2000 1402 "66" "66" 0x00000900]
+	Pad[-13779  -20118  -13779  -17677  1102 2000 1402 "67" "67" 0x00000900]
+	Pad[-15748  -20118  -15748  -17677  1102 2000 1402 "68" "68" 0x00000900]
+# Exposed paddle (if this is an exposed paddle part)
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 30314 0 30714 "69" "69" 0x00000100]
+# Silk screen around package
+ElementLine[ 21669  21669  21669 -21669 1000]
+ElementLine[ 21669 -21669 -21669 -21669 1000]
+ElementLine[-21669 -21669 -21669  21669 1000]
+ElementLine[-21669  21669  21669  21669 1000]
+# Pin 1 indicator
+ElementLine[-21669 -21669 -23169 -23169 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFP100_12.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFP100_12.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFP100_12.fp	(revision 296)
@@ -0,0 +1,119 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "TQFP100_12" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-31130  -18897  -26114  -18897  984  3000 1284 "1" "1"  0x00000100]
+	Pad[-31130  -17323  -26114  -17323  984  3000 1284 "2" "2"  0x00000100]
+	Pad[-31130  -15748  -26114  -15748  984  3000 1284 "3" "3"  0x00000100]
+	Pad[-31130  -14173  -26114  -14173  984  3000 1284 "4" "4"  0x00000100]
+	Pad[-31130  -12598  -26114  -12598  984  3000 1284 "5" "5"  0x00000100]
+	Pad[-31130  -11023  -26114  -11023  984  3000 1284 "6" "6"  0x00000100]
+	Pad[-31130  -9449  -26114  -9449  984  3000 1284 "7" "7"  0x00000100]
+	Pad[-31130  -7874  -26114  -7874  984  3000 1284 "8" "8"  0x00000100]
+	Pad[-31130  -6299  -26114  -6299  984  3000 1284 "9" "9"  0x00000100]
+	Pad[-31130  -4724  -26114  -4724  984  3000 1284 "10" "10"  0x00000100]
+	Pad[-31130  -3149  -26114  -3149  984  3000 1284 "11" "11"  0x00000100]
+	Pad[-31130  -1575  -26114  -1575  984  3000 1284 "12" "12"  0x00000100]
+	Pad[-31130  0  -26114  0  984  3000 1284 "13" "13"  0x00000100]
+	Pad[-31130  1575  -26114  1575  984  3000 1284 "14" "14"  0x00000100]
+	Pad[-31130  3150  -26114  3150  984  3000 1284 "15" "15"  0x00000100]
+	Pad[-31130  4725  -26114  4725  984  3000 1284 "16" "16"  0x00000100]
+	Pad[-31130  6299  -26114  6299  984  3000 1284 "17" "17"  0x00000100]
+	Pad[-31130  7874  -26114  7874  984  3000 1284 "18" "18"  0x00000100]
+	Pad[-31130  9449  -26114  9449  984  3000 1284 "19" "19"  0x00000100]
+	Pad[-31130  11024  -26114  11024  984  3000 1284 "20" "20"  0x00000100]
+	Pad[-31130  12599  -26114  12599  984  3000 1284 "21" "21"  0x00000100]
+	Pad[-31130  14173  -26114  14173  984  3000 1284 "22" "22"  0x00000100]
+	Pad[-31130  15748  -26114  15748  984  3000 1284 "23" "23"  0x00000100]
+	Pad[-31130  17323  -26114  17323  984  3000 1284 "24" "24"  0x00000100]
+	Pad[-31130  18898  -26114  18898  984  3000 1284 "25" "25"  0x00000100]
+	# bottom row
+	Pad[-18897 31130  -18897  26114  984  3000 1284 "26" "26"  0x00000900]
+	Pad[-17323 31130  -17323  26114  984  3000 1284 "27" "27"  0x00000900]
+	Pad[-15748 31130  -15748  26114  984  3000 1284 "28" "28"  0x00000900]
+	Pad[-14173 31130  -14173  26114  984  3000 1284 "29" "29"  0x00000900]
+	Pad[-12598 31130  -12598  26114  984  3000 1284 "30" "30"  0x00000900]
+	Pad[-11023 31130  -11023  26114  984  3000 1284 "31" "31"  0x00000900]
+	Pad[-9449 31130  -9449  26114  984  3000 1284 "32" "32"  0x00000900]
+	Pad[-7874 31130  -7874  26114  984  3000 1284 "33" "33"  0x00000900]
+	Pad[-6299 31130  -6299  26114  984  3000 1284 "34" "34"  0x00000900]
+	Pad[-4724 31130  -4724  26114  984  3000 1284 "35" "35"  0x00000900]
+	Pad[-3149 31130  -3149  26114  984  3000 1284 "36" "36"  0x00000900]
+	Pad[-1575 31130  -1575  26114  984  3000 1284 "37" "37"  0x00000900]
+	Pad[0 31130  0  26114  984  3000 1284 "38" "38"  0x00000900]
+	Pad[1575 31130  1575  26114  984  3000 1284 "39" "39"  0x00000900]
+	Pad[3150 31130  3150  26114  984  3000 1284 "40" "40"  0x00000900]
+	Pad[4725 31130  4725  26114  984  3000 1284 "41" "41"  0x00000900]
+	Pad[6299 31130  6299  26114  984  3000 1284 "42" "42"  0x00000900]
+	Pad[7874 31130  7874  26114  984  3000 1284 "43" "43"  0x00000900]
+	Pad[9449 31130  9449  26114  984  3000 1284 "44" "44"  0x00000900]
+	Pad[11024 31130  11024  26114  984  3000 1284 "45" "45"  0x00000900]
+	Pad[12599 31130  12599  26114  984  3000 1284 "46" "46"  0x00000900]
+	Pad[14173 31130  14173  26114  984  3000 1284 "47" "47"  0x00000900]
+	Pad[15748 31130  15748  26114  984  3000 1284 "48" "48"  0x00000900]
+	Pad[17323 31130  17323  26114  984  3000 1284 "49" "49"  0x00000900]
+	Pad[18898 31130  18898  26114  984  3000 1284 "50" "50"  0x00000900]
+	# right row
+	Pad[31130  18897  26114  18897  984  3000 1284 "51" "51"  0x00000100]
+	Pad[31130  17323  26114  17323  984  3000 1284 "52" "52"  0x00000100]
+	Pad[31130  15748  26114  15748  984  3000 1284 "53" "53"  0x00000100]
+	Pad[31130  14173  26114  14173  984  3000 1284 "54" "54"  0x00000100]
+	Pad[31130  12598  26114  12598  984  3000 1284 "55" "55"  0x00000100]
+	Pad[31130  11023  26114  11023  984  3000 1284 "56" "56"  0x00000100]
+	Pad[31130  9449  26114  9449  984  3000 1284 "57" "57"  0x00000100]
+	Pad[31130  7874  26114  7874  984  3000 1284 "58" "58"  0x00000100]
+	Pad[31130  6299  26114  6299  984  3000 1284 "59" "59"  0x00000100]
+	Pad[31130  4724  26114  4724  984  3000 1284 "60" "60"  0x00000100]
+	Pad[31130  3149  26114  3149  984  3000 1284 "61" "61"  0x00000100]
+	Pad[31130  1575  26114  1575  984  3000 1284 "62" "62"  0x00000100]
+	Pad[31130  0  26114  0  984  3000 1284 "63" "63"  0x00000100]
+	Pad[31130  -1575  26114  -1575  984  3000 1284 "64" "64"  0x00000100]
+	Pad[31130  -3150  26114  -3150  984  3000 1284 "65" "65"  0x00000100]
+	Pad[31130  -4725  26114  -4725  984  3000 1284 "66" "66"  0x00000100]
+	Pad[31130  -6299  26114  -6299  984  3000 1284 "67" "67"  0x00000100]
+	Pad[31130  -7874  26114  -7874  984  3000 1284 "68" "68"  0x00000100]
+	Pad[31130  -9449  26114  -9449  984  3000 1284 "69" "69"  0x00000100]
+	Pad[31130  -11024  26114  -11024  984  3000 1284 "70" "70"  0x00000100]
+	Pad[31130  -12599  26114  -12599  984  3000 1284 "71" "71"  0x00000100]
+	Pad[31130  -14173  26114  -14173  984  3000 1284 "72" "72"  0x00000100]
+	Pad[31130  -15748  26114  -15748  984  3000 1284 "73" "73"  0x00000100]
+	Pad[31130  -17323  26114  -17323  984  3000 1284 "74" "74"  0x00000100]
+	Pad[31130  -18898  26114  -18898  984  3000 1284 "75" "75"  0x00000100]
+	# top row
+	Pad[18897 -31130  18897  -26114  984  3000 1284 "76" "76"  0x00000900]
+	Pad[17323 -31130  17323  -26114  984  3000 1284 "77" "77"  0x00000900]
+	Pad[15748 -31130  15748  -26114  984  3000 1284 "78" "78"  0x00000900]
+	Pad[14173 -31130  14173  -26114  984  3000 1284 "79" "79"  0x00000900]
+	Pad[12598 -31130  12598  -26114  984  3000 1284 "80" "80"  0x00000900]
+	Pad[11023 -31130  11023  -26114  984  3000 1284 "81" "81"  0x00000900]
+	Pad[9449 -31130  9449  -26114  984  3000 1284 "82" "82"  0x00000900]
+	Pad[7874 -31130  7874  -26114  984  3000 1284 "83" "83"  0x00000900]
+	Pad[6299 -31130  6299  -26114  984  3000 1284 "84" "84"  0x00000900]
+	Pad[4724 -31130  4724  -26114  984  3000 1284 "85" "85"  0x00000900]
+	Pad[3149 -31130  3149  -26114  984  3000 1284 "86" "86"  0x00000900]
+	Pad[1575 -31130  1575  -26114  984  3000 1284 "87" "87"  0x00000900]
+	Pad[0 -31130  0  -26114  984  3000 1284 "88" "88"  0x00000900]
+	Pad[-1575 -31130  -1575  -26114  984  3000 1284 "89" "89"  0x00000900]
+	Pad[-3150 -31130  -3150  -26114  984  3000 1284 "90" "90"  0x00000900]
+	Pad[-4725 -31130  -4725  -26114  984  3000 1284 "91" "91"  0x00000900]
+	Pad[-6299 -31130  -6299  -26114  984  3000 1284 "92" "92"  0x00000900]
+	Pad[-7874 -31130  -7874  -26114  984  3000 1284 "93" "93"  0x00000900]
+	Pad[-9449 -31130  -9449  -26114  984  3000 1284 "94" "94"  0x00000900]
+	Pad[-11024 -31130  -11024  -26114  984  3000 1284 "95" "95"  0x00000900]
+	Pad[-12599 -31130  -12599  -26114  984  3000 1284 "96" "96"  0x00000900]
+	Pad[-14173 -31130  -14173  -26114  984  3000 1284 "97" "97"  0x00000900]
+	Pad[-15748 -31130  -15748  -26114  984  3000 1284 "98" "98"  0x00000900]
+	Pad[-17323 -31130  -17323  -26114  984  3000 1284 "99" "99"  0x00000900]
+	Pad[-18898 -31130  -18898  -26114  984  3000 1284 "100" "100"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-20322 -23222 23222 -23222 800]
+	# right
+	ElementLine[23222 -23222 23222 23222 800]
+	# bottom
+	ElementLine[23222 23222 -23222 23222 800]
+	# left
+	ElementLine[-23222 23222 -23222 -20322 800]
+	# angled corner
+	ElementLine[-23222 -20322 -20322 -23222 800]
+	ElementArc[-20322 -20322 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFP100_14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFP100_14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFP100_14.fp	(revision 296)
@@ -0,0 +1,119 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "TQFP100_14" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-35008  -23622  -30110  -23622  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-35008  -21654  -30110  -21654  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-35008  -19685  -30110  -19685  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-35008  -17717  -30110  -17717  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-35008  -15748  -30110  -15748  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-35008  -13780  -30110  -13780  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-35008  -11811  -30110  -11811  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-35008  -9843  -30110  -9843  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-35008  -7874  -30110  -7874  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-35008  -5906  -30110  -5906  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-35008  -3937  -30110  -3937  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-35008  -1969  -30110  -1969  1102  3000 1402 "12" "12"  0x00000100]
+	Pad[-35008  0  -30110  0  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[-35008  1968  -30110  1968  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[-35008  3937  -30110  3937  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[-35008  5905  -30110  5905  1102  3000 1402 "16" "16"  0x00000100]
+	Pad[-35008  7874  -30110  7874  1102  3000 1402 "17" "17"  0x00000100]
+	Pad[-35008  9842  -30110  9842  1102  3000 1402 "18" "18"  0x00000100]
+	Pad[-35008  11811  -30110  11811  1102  3000 1402 "19" "19"  0x00000100]
+	Pad[-35008  13779  -30110  13779  1102  3000 1402 "20" "20"  0x00000100]
+	Pad[-35008  15748  -30110  15748  1102  3000 1402 "21" "21"  0x00000100]
+	Pad[-35008  17716  -30110  17716  1102  3000 1402 "22" "22"  0x00000100]
+	Pad[-35008  19685  -30110  19685  1102  3000 1402 "23" "23"  0x00000100]
+	Pad[-35008  21653  -30110  21653  1102  3000 1402 "24" "24"  0x00000100]
+	Pad[-35008  23622  -30110  23622  1102  3000 1402 "25" "25"  0x00000100]
+	# bottom row
+	Pad[-23622 35008  -23622  30110  1102  3000 1402 "26" "26"  0x00000900]
+	Pad[-21654 35008  -21654  30110  1102  3000 1402 "27" "27"  0x00000900]
+	Pad[-19685 35008  -19685  30110  1102  3000 1402 "28" "28"  0x00000900]
+	Pad[-17717 35008  -17717  30110  1102  3000 1402 "29" "29"  0x00000900]
+	Pad[-15748 35008  -15748  30110  1102  3000 1402 "30" "30"  0x00000900]
+	Pad[-13780 35008  -13780  30110  1102  3000 1402 "31" "31"  0x00000900]
+	Pad[-11811 35008  -11811  30110  1102  3000 1402 "32" "32"  0x00000900]
+	Pad[-9843 35008  -9843  30110  1102  3000 1402 "33" "33"  0x00000900]
+	Pad[-7874 35008  -7874  30110  1102  3000 1402 "34" "34"  0x00000900]
+	Pad[-5906 35008  -5906  30110  1102  3000 1402 "35" "35"  0x00000900]
+	Pad[-3937 35008  -3937  30110  1102  3000 1402 "36" "36"  0x00000900]
+	Pad[-1969 35008  -1969  30110  1102  3000 1402 "37" "37"  0x00000900]
+	Pad[0 35008  0  30110  1102  3000 1402 "38" "38"  0x00000900]
+	Pad[1968 35008  1968  30110  1102  3000 1402 "39" "39"  0x00000900]
+	Pad[3937 35008  3937  30110  1102  3000 1402 "40" "40"  0x00000900]
+	Pad[5905 35008  5905  30110  1102  3000 1402 "41" "41"  0x00000900]
+	Pad[7874 35008  7874  30110  1102  3000 1402 "42" "42"  0x00000900]
+	Pad[9842 35008  9842  30110  1102  3000 1402 "43" "43"  0x00000900]
+	Pad[11811 35008  11811  30110  1102  3000 1402 "44" "44"  0x00000900]
+	Pad[13779 35008  13779  30110  1102  3000 1402 "45" "45"  0x00000900]
+	Pad[15748 35008  15748  30110  1102  3000 1402 "46" "46"  0x00000900]
+	Pad[17716 35008  17716  30110  1102  3000 1402 "47" "47"  0x00000900]
+	Pad[19685 35008  19685  30110  1102  3000 1402 "48" "48"  0x00000900]
+	Pad[21653 35008  21653  30110  1102  3000 1402 "49" "49"  0x00000900]
+	Pad[23622 35008  23622  30110  1102  3000 1402 "50" "50"  0x00000900]
+	# right row
+	Pad[35008  23622  30110  23622  1102  3000 1402 "51" "51"  0x00000100]
+	Pad[35008  21654  30110  21654  1102  3000 1402 "52" "52"  0x00000100]
+	Pad[35008  19685  30110  19685  1102  3000 1402 "53" "53"  0x00000100]
+	Pad[35008  17717  30110  17717  1102  3000 1402 "54" "54"  0x00000100]
+	Pad[35008  15748  30110  15748  1102  3000 1402 "55" "55"  0x00000100]
+	Pad[35008  13780  30110  13780  1102  3000 1402 "56" "56"  0x00000100]
+	Pad[35008  11811  30110  11811  1102  3000 1402 "57" "57"  0x00000100]
+	Pad[35008  9843  30110  9843  1102  3000 1402 "58" "58"  0x00000100]
+	Pad[35008  7874  30110  7874  1102  3000 1402 "59" "59"  0x00000100]
+	Pad[35008  5906  30110  5906  1102  3000 1402 "60" "60"  0x00000100]
+	Pad[35008  3937  30110  3937  1102  3000 1402 "61" "61"  0x00000100]
+	Pad[35008  1969  30110  1969  1102  3000 1402 "62" "62"  0x00000100]
+	Pad[35008  0  30110  0  1102  3000 1402 "63" "63"  0x00000100]
+	Pad[35008  -1968  30110  -1968  1102  3000 1402 "64" "64"  0x00000100]
+	Pad[35008  -3937  30110  -3937  1102  3000 1402 "65" "65"  0x00000100]
+	Pad[35008  -5905  30110  -5905  1102  3000 1402 "66" "66"  0x00000100]
+	Pad[35008  -7874  30110  -7874  1102  3000 1402 "67" "67"  0x00000100]
+	Pad[35008  -9842  30110  -9842  1102  3000 1402 "68" "68"  0x00000100]
+	Pad[35008  -11811  30110  -11811  1102  3000 1402 "69" "69"  0x00000100]
+	Pad[35008  -13779  30110  -13779  1102  3000 1402 "70" "70"  0x00000100]
+	Pad[35008  -15748  30110  -15748  1102  3000 1402 "71" "71"  0x00000100]
+	Pad[35008  -17716  30110  -17716  1102  3000 1402 "72" "72"  0x00000100]
+	Pad[35008  -19685  30110  -19685  1102  3000 1402 "73" "73"  0x00000100]
+	Pad[35008  -21653  30110  -21653  1102  3000 1402 "74" "74"  0x00000100]
+	Pad[35008  -23622  30110  -23622  1102  3000 1402 "75" "75"  0x00000100]
+	# top row
+	Pad[23622 -35008  23622  -30110  1102  3000 1402 "76" "76"  0x00000900]
+	Pad[21654 -35008  21654  -30110  1102  3000 1402 "77" "77"  0x00000900]
+	Pad[19685 -35008  19685  -30110  1102  3000 1402 "78" "78"  0x00000900]
+	Pad[17717 -35008  17717  -30110  1102  3000 1402 "79" "79"  0x00000900]
+	Pad[15748 -35008  15748  -30110  1102  3000 1402 "80" "80"  0x00000900]
+	Pad[13780 -35008  13780  -30110  1102  3000 1402 "81" "81"  0x00000900]
+	Pad[11811 -35008  11811  -30110  1102  3000 1402 "82" "82"  0x00000900]
+	Pad[9843 -35008  9843  -30110  1102  3000 1402 "83" "83"  0x00000900]
+	Pad[7874 -35008  7874  -30110  1102  3000 1402 "84" "84"  0x00000900]
+	Pad[5906 -35008  5906  -30110  1102  3000 1402 "85" "85"  0x00000900]
+	Pad[3937 -35008  3937  -30110  1102  3000 1402 "86" "86"  0x00000900]
+	Pad[1969 -35008  1969  -30110  1102  3000 1402 "87" "87"  0x00000900]
+	Pad[0 -35008  0  -30110  1102  3000 1402 "88" "88"  0x00000900]
+	Pad[-1968 -35008  -1968  -30110  1102  3000 1402 "89" "89"  0x00000900]
+	Pad[-3937 -35008  -3937  -30110  1102  3000 1402 "90" "90"  0x00000900]
+	Pad[-5905 -35008  -5905  -30110  1102  3000 1402 "91" "91"  0x00000900]
+	Pad[-7874 -35008  -7874  -30110  1102  3000 1402 "92" "92"  0x00000900]
+	Pad[-9842 -35008  -9842  -30110  1102  3000 1402 "93" "93"  0x00000900]
+	Pad[-11811 -35008  -11811  -30110  1102  3000 1402 "94" "94"  0x00000900]
+	Pad[-13779 -35008  -13779  -30110  1102  3000 1402 "95" "95"  0x00000900]
+	Pad[-15748 -35008  -15748  -30110  1102  3000 1402 "96" "96"  0x00000900]
+	Pad[-17716 -35008  -17716  -30110  1102  3000 1402 "97" "97"  0x00000900]
+	Pad[-19685 -35008  -19685  -30110  1102  3000 1402 "98" "98"  0x00000900]
+	Pad[-21653 -35008  -21653  -30110  1102  3000 1402 "99" "99"  0x00000900]
+	Pad[-23622 -35008  -23622  -30110  1102  3000 1402 "100" "100"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-24259 -27159 27159 -27159 800]
+	# right
+	ElementLine[27159 -27159 27159 27159 800]
+	# bottom
+	ElementLine[27159 27159 -27159 27159 800]
+	# left
+	ElementLine[-27159 27159 -27159 -24259 800]
+	# angled corner
+	ElementLine[-27159 -24259 -24259 -27159 800]
+	ElementArc[-24259 -24259 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFP120_28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFP120_28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFP120_28.fp	(revision 296)
@@ -0,0 +1,139 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "TQFP120_28" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-62331  -45669  -57905  -45669  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-62331  -42520  -57905  -42520  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-62331  -39370  -57905  -39370  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-62331  -36221  -57905  -36221  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-62331  -33071  -57905  -33071  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-62331  -29921  -57905  -29921  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-62331  -26772  -57905  -26772  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-62331  -23622  -57905  -23622  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-62331  -20473  -57905  -20473  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-62331  -17323  -57905  -17323  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-62331  -14173  -57905  -14173  1574  3000 1874 "11" "11"  0x00000100]
+	Pad[-62331  -11024  -57905  -11024  1574  3000 1874 "12" "12"  0x00000100]
+	Pad[-62331  -7874  -57905  -7874  1574  3000 1874 "13" "13"  0x00000100]
+	Pad[-62331  -4725  -57905  -4725  1574  3000 1874 "14" "14"  0x00000100]
+	Pad[-62331  -1575  -57905  -1575  1574  3000 1874 "15" "15"  0x00000100]
+	Pad[-62331  1575  -57905  1575  1574  3000 1874 "16" "16"  0x00000100]
+	Pad[-62331  4724  -57905  4724  1574  3000 1874 "17" "17"  0x00000100]
+	Pad[-62331  7874  -57905  7874  1574  3000 1874 "18" "18"  0x00000100]
+	Pad[-62331  11023  -57905  11023  1574  3000 1874 "19" "19"  0x00000100]
+	Pad[-62331  14173  -57905  14173  1574  3000 1874 "20" "20"  0x00000100]
+	Pad[-62331  17323  -57905  17323  1574  3000 1874 "21" "21"  0x00000100]
+	Pad[-62331  20472  -57905  20472  1574  3000 1874 "22" "22"  0x00000100]
+	Pad[-62331  23622  -57905  23622  1574  3000 1874 "23" "23"  0x00000100]
+	Pad[-62331  26771  -57905  26771  1574  3000 1874 "24" "24"  0x00000100]
+	Pad[-62331  29921  -57905  29921  1574  3000 1874 "25" "25"  0x00000100]
+	Pad[-62331  33071  -57905  33071  1574  3000 1874 "26" "26"  0x00000100]
+	Pad[-62331  36220  -57905  36220  1574  3000 1874 "27" "27"  0x00000100]
+	Pad[-62331  39370  -57905  39370  1574  3000 1874 "28" "28"  0x00000100]
+	Pad[-62331  42519  -57905  42519  1574  3000 1874 "29" "29"  0x00000100]
+	Pad[-62331  45669  -57905  45669  1574  3000 1874 "30" "30"  0x00000100]
+	# bottom row
+	Pad[-45669 62331  -45669  57905  1574  3000 1874 "31" "31"  0x00000900]
+	Pad[-42520 62331  -42520  57905  1574  3000 1874 "32" "32"  0x00000900]
+	Pad[-39370 62331  -39370  57905  1574  3000 1874 "33" "33"  0x00000900]
+	Pad[-36221 62331  -36221  57905  1574  3000 1874 "34" "34"  0x00000900]
+	Pad[-33071 62331  -33071  57905  1574  3000 1874 "35" "35"  0x00000900]
+	Pad[-29921 62331  -29921  57905  1574  3000 1874 "36" "36"  0x00000900]
+	Pad[-26772 62331  -26772  57905  1574  3000 1874 "37" "37"  0x00000900]
+	Pad[-23622 62331  -23622  57905  1574  3000 1874 "38" "38"  0x00000900]
+	Pad[-20473 62331  -20473  57905  1574  3000 1874 "39" "39"  0x00000900]
+	Pad[-17323 62331  -17323  57905  1574  3000 1874 "40" "40"  0x00000900]
+	Pad[-14173 62331  -14173  57905  1574  3000 1874 "41" "41"  0x00000900]
+	Pad[-11024 62331  -11024  57905  1574  3000 1874 "42" "42"  0x00000900]
+	Pad[-7874 62331  -7874  57905  1574  3000 1874 "43" "43"  0x00000900]
+	Pad[-4725 62331  -4725  57905  1574  3000 1874 "44" "44"  0x00000900]
+	Pad[-1575 62331  -1575  57905  1574  3000 1874 "45" "45"  0x00000900]
+	Pad[1575 62331  1575  57905  1574  3000 1874 "46" "46"  0x00000900]
+	Pad[4724 62331  4724  57905  1574  3000 1874 "47" "47"  0x00000900]
+	Pad[7874 62331  7874  57905  1574  3000 1874 "48" "48"  0x00000900]
+	Pad[11023 62331  11023  57905  1574  3000 1874 "49" "49"  0x00000900]
+	Pad[14173 62331  14173  57905  1574  3000 1874 "50" "50"  0x00000900]
+	Pad[17323 62331  17323  57905  1574  3000 1874 "51" "51"  0x00000900]
+	Pad[20472 62331  20472  57905  1574  3000 1874 "52" "52"  0x00000900]
+	Pad[23622 62331  23622  57905  1574  3000 1874 "53" "53"  0x00000900]
+	Pad[26771 62331  26771  57905  1574  3000 1874 "54" "54"  0x00000900]
+	Pad[29921 62331  29921  57905  1574  3000 1874 "55" "55"  0x00000900]
+	Pad[33071 62331  33071  57905  1574  3000 1874 "56" "56"  0x00000900]
+	Pad[36220 62331  36220  57905  1574  3000 1874 "57" "57"  0x00000900]
+	Pad[39370 62331  39370  57905  1574  3000 1874 "58" "58"  0x00000900]
+	Pad[42519 62331  42519  57905  1574  3000 1874 "59" "59"  0x00000900]
+	Pad[45669 62331  45669  57905  1574  3000 1874 "60" "60"  0x00000900]
+	# right row
+	Pad[62331  45669  57905  45669  1574  3000 1874 "61" "61"  0x00000100]
+	Pad[62331  42520  57905  42520  1574  3000 1874 "62" "62"  0x00000100]
+	Pad[62331  39370  57905  39370  1574  3000 1874 "63" "63"  0x00000100]
+	Pad[62331  36221  57905  36221  1574  3000 1874 "64" "64"  0x00000100]
+	Pad[62331  33071  57905  33071  1574  3000 1874 "65" "65"  0x00000100]
+	Pad[62331  29921  57905  29921  1574  3000 1874 "66" "66"  0x00000100]
+	Pad[62331  26772  57905  26772  1574  3000 1874 "67" "67"  0x00000100]
+	Pad[62331  23622  57905  23622  1574  3000 1874 "68" "68"  0x00000100]
+	Pad[62331  20473  57905  20473  1574  3000 1874 "69" "69"  0x00000100]
+	Pad[62331  17323  57905  17323  1574  3000 1874 "70" "70"  0x00000100]
+	Pad[62331  14173  57905  14173  1574  3000 1874 "71" "71"  0x00000100]
+	Pad[62331  11024  57905  11024  1574  3000 1874 "72" "72"  0x00000100]
+	Pad[62331  7874  57905  7874  1574  3000 1874 "73" "73"  0x00000100]
+	Pad[62331  4725  57905  4725  1574  3000 1874 "74" "74"  0x00000100]
+	Pad[62331  1575  57905  1575  1574  3000 1874 "75" "75"  0x00000100]
+	Pad[62331  -1575  57905  -1575  1574  3000 1874 "76" "76"  0x00000100]
+	Pad[62331  -4724  57905  -4724  1574  3000 1874 "77" "77"  0x00000100]
+	Pad[62331  -7874  57905  -7874  1574  3000 1874 "78" "78"  0x00000100]
+	Pad[62331  -11023  57905  -11023  1574  3000 1874 "79" "79"  0x00000100]
+	Pad[62331  -14173  57905  -14173  1574  3000 1874 "80" "80"  0x00000100]
+	Pad[62331  -17323  57905  -17323  1574  3000 1874 "81" "81"  0x00000100]
+	Pad[62331  -20472  57905  -20472  1574  3000 1874 "82" "82"  0x00000100]
+	Pad[62331  -23622  57905  -23622  1574  3000 1874 "83" "83"  0x00000100]
+	Pad[62331  -26771  57905  -26771  1574  3000 1874 "84" "84"  0x00000100]
+	Pad[62331  -29921  57905  -29921  1574  3000 1874 "85" "85"  0x00000100]
+	Pad[62331  -33071  57905  -33071  1574  3000 1874 "86" "86"  0x00000100]
+	Pad[62331  -36220  57905  -36220  1574  3000 1874 "87" "87"  0x00000100]
+	Pad[62331  -39370  57905  -39370  1574  3000 1874 "88" "88"  0x00000100]
+	Pad[62331  -42519  57905  -42519  1574  3000 1874 "89" "89"  0x00000100]
+	Pad[62331  -45669  57905  -45669  1574  3000 1874 "90" "90"  0x00000100]
+	# top row
+	Pad[45669 -62331  45669  -57905  1574  3000 1874 "91" "91"  0x00000900]
+	Pad[42520 -62331  42520  -57905  1574  3000 1874 "92" "92"  0x00000900]
+	Pad[39370 -62331  39370  -57905  1574  3000 1874 "93" "93"  0x00000900]
+	Pad[36221 -62331  36221  -57905  1574  3000 1874 "94" "94"  0x00000900]
+	Pad[33071 -62331  33071  -57905  1574  3000 1874 "95" "95"  0x00000900]
+	Pad[29921 -62331  29921  -57905  1574  3000 1874 "96" "96"  0x00000900]
+	Pad[26772 -62331  26772  -57905  1574  3000 1874 "97" "97"  0x00000900]
+	Pad[23622 -62331  23622  -57905  1574  3000 1874 "98" "98"  0x00000900]
+	Pad[20473 -62331  20473  -57905  1574  3000 1874 "99" "99"  0x00000900]
+	Pad[17323 -62331  17323  -57905  1574  3000 1874 "100" "100"  0x00000900]
+	Pad[14173 -62331  14173  -57905  1574  3000 1874 "101" "101"  0x00000900]
+	Pad[11024 -62331  11024  -57905  1574  3000 1874 "102" "102"  0x00000900]
+	Pad[7874 -62331  7874  -57905  1574  3000 1874 "103" "103"  0x00000900]
+	Pad[4725 -62331  4725  -57905  1574  3000 1874 "104" "104"  0x00000900]
+	Pad[1575 -62331  1575  -57905  1574  3000 1874 "105" "105"  0x00000900]
+	Pad[-1575 -62331  -1575  -57905  1574  3000 1874 "106" "106"  0x00000900]
+	Pad[-4724 -62331  -4724  -57905  1574  3000 1874 "107" "107"  0x00000900]
+	Pad[-7874 -62331  -7874  -57905  1574  3000 1874 "108" "108"  0x00000900]
+	Pad[-11023 -62331  -11023  -57905  1574  3000 1874 "109" "109"  0x00000900]
+	Pad[-14173 -62331  -14173  -57905  1574  3000 1874 "110" "110"  0x00000900]
+	Pad[-17323 -62331  -17323  -57905  1574  3000 1874 "111" "111"  0x00000900]
+	Pad[-20472 -62331  -20472  -57905  1574  3000 1874 "112" "112"  0x00000900]
+	Pad[-23622 -62331  -23622  -57905  1574  3000 1874 "113" "113"  0x00000900]
+	Pad[-26771 -62331  -26771  -57905  1574  3000 1874 "114" "114"  0x00000900]
+	Pad[-29921 -62331  -29921  -57905  1574  3000 1874 "115" "115"  0x00000900]
+	Pad[-33071 -62331  -33071  -57905  1574  3000 1874 "116" "116"  0x00000900]
+	Pad[-36220 -62331  -36220  -57905  1574  3000 1874 "117" "117"  0x00000900]
+	Pad[-39370 -62331  -39370  -57905  1574  3000 1874 "118" "118"  0x00000900]
+	Pad[-42519 -62331  -42519  -57905  1574  3000 1874 "119" "119"  0x00000900]
+	Pad[-45669 -62331  -45669  -57905  1574  3000 1874 "120" "120"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-51818 -54718 54718 -54718 800]
+	# right
+	ElementLine[54718 -54718 54718 54718 800]
+	# bottom
+	ElementLine[54718 54718 -54718 54718 800]
+	# left
+	ElementLine[-54718 54718 -54718 -51818 800]
+	# angled corner
+	ElementLine[-54718 -51818 -51818 -54718 800]
+	ElementArc[-51818 -51818 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFP128_14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFP128_14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFP128_14.fp	(revision 296)
@@ -0,0 +1,147 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "TQFP128_14" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-32067  -24409  -28551  -24409  984  3000 1284 "1" "1"  0x00000100]
+	Pad[-32067  -22835  -28551  -22835  984  3000 1284 "2" "2"  0x00000100]
+	Pad[-32067  -21260  -28551  -21260  984  3000 1284 "3" "3"  0x00000100]
+	Pad[-32067  -19685  -28551  -19685  984  3000 1284 "4" "4"  0x00000100]
+	Pad[-32067  -18110  -28551  -18110  984  3000 1284 "5" "5"  0x00000100]
+	Pad[-32067  -16535  -28551  -16535  984  3000 1284 "6" "6"  0x00000100]
+	Pad[-32067  -14961  -28551  -14961  984  3000 1284 "7" "7"  0x00000100]
+	Pad[-32067  -13386  -28551  -13386  984  3000 1284 "8" "8"  0x00000100]
+	Pad[-32067  -11811  -28551  -11811  984  3000 1284 "9" "9"  0x00000100]
+	Pad[-32067  -10236  -28551  -10236  984  3000 1284 "10" "10"  0x00000100]
+	Pad[-32067  -8661  -28551  -8661  984  3000 1284 "11" "11"  0x00000100]
+	Pad[-32067  -7087  -28551  -7087  984  3000 1284 "12" "12"  0x00000100]
+	Pad[-32067  -5512  -28551  -5512  984  3000 1284 "13" "13"  0x00000100]
+	Pad[-32067  -3937  -28551  -3937  984  3000 1284 "14" "14"  0x00000100]
+	Pad[-32067  -2362  -28551  -2362  984  3000 1284 "15" "15"  0x00000100]
+	Pad[-32067  -787  -28551  -787  984  3000 1284 "16" "16"  0x00000100]
+	Pad[-32067  787  -28551  787  984  3000 1284 "17" "17"  0x00000100]
+	Pad[-32067  2362  -28551  2362  984  3000 1284 "18" "18"  0x00000100]
+	Pad[-32067  3937  -28551  3937  984  3000 1284 "19" "19"  0x00000100]
+	Pad[-32067  5512  -28551  5512  984  3000 1284 "20" "20"  0x00000100]
+	Pad[-32067  7087  -28551  7087  984  3000 1284 "21" "21"  0x00000100]
+	Pad[-32067  8661  -28551  8661  984  3000 1284 "22" "22"  0x00000100]
+	Pad[-32067  10236  -28551  10236  984  3000 1284 "23" "23"  0x00000100]
+	Pad[-32067  11811  -28551  11811  984  3000 1284 "24" "24"  0x00000100]
+	Pad[-32067  13386  -28551  13386  984  3000 1284 "25" "25"  0x00000100]
+	Pad[-32067  14961  -28551  14961  984  3000 1284 "26" "26"  0x00000100]
+	Pad[-32067  16535  -28551  16535  984  3000 1284 "27" "27"  0x00000100]
+	Pad[-32067  18110  -28551  18110  984  3000 1284 "28" "28"  0x00000100]
+	Pad[-32067  19685  -28551  19685  984  3000 1284 "29" "29"  0x00000100]
+	Pad[-32067  21260  -28551  21260  984  3000 1284 "30" "30"  0x00000100]
+	Pad[-32067  22835  -28551  22835  984  3000 1284 "31" "31"  0x00000100]
+	Pad[-32067  24409  -28551  24409  984  3000 1284 "32" "32"  0x00000100]
+	# bottom row
+	Pad[-24409 32067  -24409  28551  984  3000 1284 "33" "33"  0x00000900]
+	Pad[-22835 32067  -22835  28551  984  3000 1284 "34" "34"  0x00000900]
+	Pad[-21260 32067  -21260  28551  984  3000 1284 "35" "35"  0x00000900]
+	Pad[-19685 32067  -19685  28551  984  3000 1284 "36" "36"  0x00000900]
+	Pad[-18110 32067  -18110  28551  984  3000 1284 "37" "37"  0x00000900]
+	Pad[-16535 32067  -16535  28551  984  3000 1284 "38" "38"  0x00000900]
+	Pad[-14961 32067  -14961  28551  984  3000 1284 "39" "39"  0x00000900]
+	Pad[-13386 32067  -13386  28551  984  3000 1284 "40" "40"  0x00000900]
+	Pad[-11811 32067  -11811  28551  984  3000 1284 "41" "41"  0x00000900]
+	Pad[-10236 32067  -10236  28551  984  3000 1284 "42" "42"  0x00000900]
+	Pad[-8661 32067  -8661  28551  984  3000 1284 "43" "43"  0x00000900]
+	Pad[-7087 32067  -7087  28551  984  3000 1284 "44" "44"  0x00000900]
+	Pad[-5512 32067  -5512  28551  984  3000 1284 "45" "45"  0x00000900]
+	Pad[-3937 32067  -3937  28551  984  3000 1284 "46" "46"  0x00000900]
+	Pad[-2362 32067  -2362  28551  984  3000 1284 "47" "47"  0x00000900]
+	Pad[-787 32067  -787  28551  984  3000 1284 "48" "48"  0x00000900]
+	Pad[787 32067  787  28551  984  3000 1284 "49" "49"  0x00000900]
+	Pad[2362 32067  2362  28551  984  3000 1284 "50" "50"  0x00000900]
+	Pad[3937 32067  3937  28551  984  3000 1284 "51" "51"  0x00000900]
+	Pad[5512 32067  5512  28551  984  3000 1284 "52" "52"  0x00000900]
+	Pad[7087 32067  7087  28551  984  3000 1284 "53" "53"  0x00000900]
+	Pad[8661 32067  8661  28551  984  3000 1284 "54" "54"  0x00000900]
+	Pad[10236 32067  10236  28551  984  3000 1284 "55" "55"  0x00000900]
+	Pad[11811 32067  11811  28551  984  3000 1284 "56" "56"  0x00000900]
+	Pad[13386 32067  13386  28551  984  3000 1284 "57" "57"  0x00000900]
+	Pad[14961 32067  14961  28551  984  3000 1284 "58" "58"  0x00000900]
+	Pad[16535 32067  16535  28551  984  3000 1284 "59" "59"  0x00000900]
+	Pad[18110 32067  18110  28551  984  3000 1284 "60" "60"  0x00000900]
+	Pad[19685 32067  19685  28551  984  3000 1284 "61" "61"  0x00000900]
+	Pad[21260 32067  21260  28551  984  3000 1284 "62" "62"  0x00000900]
+	Pad[22835 32067  22835  28551  984  3000 1284 "63" "63"  0x00000900]
+	Pad[24409 32067  24409  28551  984  3000 1284 "64" "64"  0x00000900]
+	# right row
+	Pad[32067  24409  28551  24409  984  3000 1284 "65" "65"  0x00000100]
+	Pad[32067  22835  28551  22835  984  3000 1284 "66" "66"  0x00000100]
+	Pad[32067  21260  28551  21260  984  3000 1284 "67" "67"  0x00000100]
+	Pad[32067  19685  28551  19685  984  3000 1284 "68" "68"  0x00000100]
+	Pad[32067  18110  28551  18110  984  3000 1284 "69" "69"  0x00000100]
+	Pad[32067  16535  28551  16535  984  3000 1284 "70" "70"  0x00000100]
+	Pad[32067  14961  28551  14961  984  3000 1284 "71" "71"  0x00000100]
+	Pad[32067  13386  28551  13386  984  3000 1284 "72" "72"  0x00000100]
+	Pad[32067  11811  28551  11811  984  3000 1284 "73" "73"  0x00000100]
+	Pad[32067  10236  28551  10236  984  3000 1284 "74" "74"  0x00000100]
+	Pad[32067  8661  28551  8661  984  3000 1284 "75" "75"  0x00000100]
+	Pad[32067  7087  28551  7087  984  3000 1284 "76" "76"  0x00000100]
+	Pad[32067  5512  28551  5512  984  3000 1284 "77" "77"  0x00000100]
+	Pad[32067  3937  28551  3937  984  3000 1284 "78" "78"  0x00000100]
+	Pad[32067  2362  28551  2362  984  3000 1284 "79" "79"  0x00000100]
+	Pad[32067  787  28551  787  984  3000 1284 "80" "80"  0x00000100]
+	Pad[32067  -787  28551  -787  984  3000 1284 "81" "81"  0x00000100]
+	Pad[32067  -2362  28551  -2362  984  3000 1284 "82" "82"  0x00000100]
+	Pad[32067  -3937  28551  -3937  984  3000 1284 "83" "83"  0x00000100]
+	Pad[32067  -5512  28551  -5512  984  3000 1284 "84" "84"  0x00000100]
+	Pad[32067  -7087  28551  -7087  984  3000 1284 "85" "85"  0x00000100]
+	Pad[32067  -8661  28551  -8661  984  3000 1284 "86" "86"  0x00000100]
+	Pad[32067  -10236  28551  -10236  984  3000 1284 "87" "87"  0x00000100]
+	Pad[32067  -11811  28551  -11811  984  3000 1284 "88" "88"  0x00000100]
+	Pad[32067  -13386  28551  -13386  984  3000 1284 "89" "89"  0x00000100]
+	Pad[32067  -14961  28551  -14961  984  3000 1284 "90" "90"  0x00000100]
+	Pad[32067  -16535  28551  -16535  984  3000 1284 "91" "91"  0x00000100]
+	Pad[32067  -18110  28551  -18110  984  3000 1284 "92" "92"  0x00000100]
+	Pad[32067  -19685  28551  -19685  984  3000 1284 "93" "93"  0x00000100]
+	Pad[32067  -21260  28551  -21260  984  3000 1284 "94" "94"  0x00000100]
+	Pad[32067  -22835  28551  -22835  984  3000 1284 "95" "95"  0x00000100]
+	Pad[32067  -24409  28551  -24409  984  3000 1284 "96" "96"  0x00000100]
+	# top row
+	Pad[24409 -32067  24409  -28551  984  3000 1284 "97" "97"  0x00000900]
+	Pad[22835 -32067  22835  -28551  984  3000 1284 "98" "98"  0x00000900]
+	Pad[21260 -32067  21260  -28551  984  3000 1284 "99" "99"  0x00000900]
+	Pad[19685 -32067  19685  -28551  984  3000 1284 "100" "100"  0x00000900]
+	Pad[18110 -32067  18110  -28551  984  3000 1284 "101" "101"  0x00000900]
+	Pad[16535 -32067  16535  -28551  984  3000 1284 "102" "102"  0x00000900]
+	Pad[14961 -32067  14961  -28551  984  3000 1284 "103" "103"  0x00000900]
+	Pad[13386 -32067  13386  -28551  984  3000 1284 "104" "104"  0x00000900]
+	Pad[11811 -32067  11811  -28551  984  3000 1284 "105" "105"  0x00000900]
+	Pad[10236 -32067  10236  -28551  984  3000 1284 "106" "106"  0x00000900]
+	Pad[8661 -32067  8661  -28551  984  3000 1284 "107" "107"  0x00000900]
+	Pad[7087 -32067  7087  -28551  984  3000 1284 "108" "108"  0x00000900]
+	Pad[5512 -32067  5512  -28551  984  3000 1284 "109" "109"  0x00000900]
+	Pad[3937 -32067  3937  -28551  984  3000 1284 "110" "110"  0x00000900]
+	Pad[2362 -32067  2362  -28551  984  3000 1284 "111" "111"  0x00000900]
+	Pad[787 -32067  787  -28551  984  3000 1284 "112" "112"  0x00000900]
+	Pad[-787 -32067  -787  -28551  984  3000 1284 "113" "113"  0x00000900]
+	Pad[-2362 -32067  -2362  -28551  984  3000 1284 "114" "114"  0x00000900]
+	Pad[-3937 -32067  -3937  -28551  984  3000 1284 "115" "115"  0x00000900]
+	Pad[-5512 -32067  -5512  -28551  984  3000 1284 "116" "116"  0x00000900]
+	Pad[-7087 -32067  -7087  -28551  984  3000 1284 "117" "117"  0x00000900]
+	Pad[-8661 -32067  -8661  -28551  984  3000 1284 "118" "118"  0x00000900]
+	Pad[-10236 -32067  -10236  -28551  984  3000 1284 "119" "119"  0x00000900]
+	Pad[-11811 -32067  -11811  -28551  984  3000 1284 "120" "120"  0x00000900]
+	Pad[-13386 -32067  -13386  -28551  984  3000 1284 "121" "121"  0x00000900]
+	Pad[-14961 -32067  -14961  -28551  984  3000 1284 "122" "122"  0x00000900]
+	Pad[-16535 -32067  -16535  -28551  984  3000 1284 "123" "123"  0x00000900]
+	Pad[-18110 -32067  -18110  -28551  984  3000 1284 "124" "124"  0x00000900]
+	Pad[-19685 -32067  -19685  -28551  984  3000 1284 "125" "125"  0x00000900]
+	Pad[-21260 -32067  -21260  -28551  984  3000 1284 "126" "126"  0x00000900]
+	Pad[-22835 -32067  -22835  -28551  984  3000 1284 "127" "127"  0x00000900]
+	Pad[-24409 -32067  -24409  -28551  984  3000 1284 "128" "128"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-24259 -27159 27159 -27159 800]
+	# right
+	ElementLine[27159 -27159 27159 27159 800]
+	# bottom
+	ElementLine[27159 27159 -27159 27159 800]
+	# left
+	ElementLine[-27159 27159 -27159 -24259 800]
+	# angled corner
+	ElementLine[-27159 -24259 -24259 -27159 800]
+	ElementArc[-24259 -24259 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFP128_14_EP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFP128_14_EP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFP128_14_EP.fp	(revision 296)
@@ -0,0 +1,148 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "TQFP128_14_EP" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-32067  -24409  -28551  -24409  984  3000 1284 "1" "1"  0x00000100]
+	Pad[-32067  -22835  -28551  -22835  984  3000 1284 "2" "2"  0x00000100]
+	Pad[-32067  -21260  -28551  -21260  984  3000 1284 "3" "3"  0x00000100]
+	Pad[-32067  -19685  -28551  -19685  984  3000 1284 "4" "4"  0x00000100]
+	Pad[-32067  -18110  -28551  -18110  984  3000 1284 "5" "5"  0x00000100]
+	Pad[-32067  -16535  -28551  -16535  984  3000 1284 "6" "6"  0x00000100]
+	Pad[-32067  -14961  -28551  -14961  984  3000 1284 "7" "7"  0x00000100]
+	Pad[-32067  -13386  -28551  -13386  984  3000 1284 "8" "8"  0x00000100]
+	Pad[-32067  -11811  -28551  -11811  984  3000 1284 "9" "9"  0x00000100]
+	Pad[-32067  -10236  -28551  -10236  984  3000 1284 "10" "10"  0x00000100]
+	Pad[-32067  -8661  -28551  -8661  984  3000 1284 "11" "11"  0x00000100]
+	Pad[-32067  -7087  -28551  -7087  984  3000 1284 "12" "12"  0x00000100]
+	Pad[-32067  -5512  -28551  -5512  984  3000 1284 "13" "13"  0x00000100]
+	Pad[-32067  -3937  -28551  -3937  984  3000 1284 "14" "14"  0x00000100]
+	Pad[-32067  -2362  -28551  -2362  984  3000 1284 "15" "15"  0x00000100]
+	Pad[-32067  -787  -28551  -787  984  3000 1284 "16" "16"  0x00000100]
+	Pad[-32067  787  -28551  787  984  3000 1284 "17" "17"  0x00000100]
+	Pad[-32067  2362  -28551  2362  984  3000 1284 "18" "18"  0x00000100]
+	Pad[-32067  3937  -28551  3937  984  3000 1284 "19" "19"  0x00000100]
+	Pad[-32067  5512  -28551  5512  984  3000 1284 "20" "20"  0x00000100]
+	Pad[-32067  7087  -28551  7087  984  3000 1284 "21" "21"  0x00000100]
+	Pad[-32067  8661  -28551  8661  984  3000 1284 "22" "22"  0x00000100]
+	Pad[-32067  10236  -28551  10236  984  3000 1284 "23" "23"  0x00000100]
+	Pad[-32067  11811  -28551  11811  984  3000 1284 "24" "24"  0x00000100]
+	Pad[-32067  13386  -28551  13386  984  3000 1284 "25" "25"  0x00000100]
+	Pad[-32067  14961  -28551  14961  984  3000 1284 "26" "26"  0x00000100]
+	Pad[-32067  16535  -28551  16535  984  3000 1284 "27" "27"  0x00000100]
+	Pad[-32067  18110  -28551  18110  984  3000 1284 "28" "28"  0x00000100]
+	Pad[-32067  19685  -28551  19685  984  3000 1284 "29" "29"  0x00000100]
+	Pad[-32067  21260  -28551  21260  984  3000 1284 "30" "30"  0x00000100]
+	Pad[-32067  22835  -28551  22835  984  3000 1284 "31" "31"  0x00000100]
+	Pad[-32067  24409  -28551  24409  984  3000 1284 "32" "32"  0x00000100]
+	# bottom row
+	Pad[-24409 32067  -24409  28551  984  3000 1284 "33" "33"  0x00000900]
+	Pad[-22835 32067  -22835  28551  984  3000 1284 "34" "34"  0x00000900]
+	Pad[-21260 32067  -21260  28551  984  3000 1284 "35" "35"  0x00000900]
+	Pad[-19685 32067  -19685  28551  984  3000 1284 "36" "36"  0x00000900]
+	Pad[-18110 32067  -18110  28551  984  3000 1284 "37" "37"  0x00000900]
+	Pad[-16535 32067  -16535  28551  984  3000 1284 "38" "38"  0x00000900]
+	Pad[-14961 32067  -14961  28551  984  3000 1284 "39" "39"  0x00000900]
+	Pad[-13386 32067  -13386  28551  984  3000 1284 "40" "40"  0x00000900]
+	Pad[-11811 32067  -11811  28551  984  3000 1284 "41" "41"  0x00000900]
+	Pad[-10236 32067  -10236  28551  984  3000 1284 "42" "42"  0x00000900]
+	Pad[-8661 32067  -8661  28551  984  3000 1284 "43" "43"  0x00000900]
+	Pad[-7087 32067  -7087  28551  984  3000 1284 "44" "44"  0x00000900]
+	Pad[-5512 32067  -5512  28551  984  3000 1284 "45" "45"  0x00000900]
+	Pad[-3937 32067  -3937  28551  984  3000 1284 "46" "46"  0x00000900]
+	Pad[-2362 32067  -2362  28551  984  3000 1284 "47" "47"  0x00000900]
+	Pad[-787 32067  -787  28551  984  3000 1284 "48" "48"  0x00000900]
+	Pad[787 32067  787  28551  984  3000 1284 "49" "49"  0x00000900]
+	Pad[2362 32067  2362  28551  984  3000 1284 "50" "50"  0x00000900]
+	Pad[3937 32067  3937  28551  984  3000 1284 "51" "51"  0x00000900]
+	Pad[5512 32067  5512  28551  984  3000 1284 "52" "52"  0x00000900]
+	Pad[7087 32067  7087  28551  984  3000 1284 "53" "53"  0x00000900]
+	Pad[8661 32067  8661  28551  984  3000 1284 "54" "54"  0x00000900]
+	Pad[10236 32067  10236  28551  984  3000 1284 "55" "55"  0x00000900]
+	Pad[11811 32067  11811  28551  984  3000 1284 "56" "56"  0x00000900]
+	Pad[13386 32067  13386  28551  984  3000 1284 "57" "57"  0x00000900]
+	Pad[14961 32067  14961  28551  984  3000 1284 "58" "58"  0x00000900]
+	Pad[16535 32067  16535  28551  984  3000 1284 "59" "59"  0x00000900]
+	Pad[18110 32067  18110  28551  984  3000 1284 "60" "60"  0x00000900]
+	Pad[19685 32067  19685  28551  984  3000 1284 "61" "61"  0x00000900]
+	Pad[21260 32067  21260  28551  984  3000 1284 "62" "62"  0x00000900]
+	Pad[22835 32067  22835  28551  984  3000 1284 "63" "63"  0x00000900]
+	Pad[24409 32067  24409  28551  984  3000 1284 "64" "64"  0x00000900]
+	# right row
+	Pad[32067  24409  28551  24409  984  3000 1284 "65" "65"  0x00000100]
+	Pad[32067  22835  28551  22835  984  3000 1284 "66" "66"  0x00000100]
+	Pad[32067  21260  28551  21260  984  3000 1284 "67" "67"  0x00000100]
+	Pad[32067  19685  28551  19685  984  3000 1284 "68" "68"  0x00000100]
+	Pad[32067  18110  28551  18110  984  3000 1284 "69" "69"  0x00000100]
+	Pad[32067  16535  28551  16535  984  3000 1284 "70" "70"  0x00000100]
+	Pad[32067  14961  28551  14961  984  3000 1284 "71" "71"  0x00000100]
+	Pad[32067  13386  28551  13386  984  3000 1284 "72" "72"  0x00000100]
+	Pad[32067  11811  28551  11811  984  3000 1284 "73" "73"  0x00000100]
+	Pad[32067  10236  28551  10236  984  3000 1284 "74" "74"  0x00000100]
+	Pad[32067  8661  28551  8661  984  3000 1284 "75" "75"  0x00000100]
+	Pad[32067  7087  28551  7087  984  3000 1284 "76" "76"  0x00000100]
+	Pad[32067  5512  28551  5512  984  3000 1284 "77" "77"  0x00000100]
+	Pad[32067  3937  28551  3937  984  3000 1284 "78" "78"  0x00000100]
+	Pad[32067  2362  28551  2362  984  3000 1284 "79" "79"  0x00000100]
+	Pad[32067  787  28551  787  984  3000 1284 "80" "80"  0x00000100]
+	Pad[32067  -787  28551  -787  984  3000 1284 "81" "81"  0x00000100]
+	Pad[32067  -2362  28551  -2362  984  3000 1284 "82" "82"  0x00000100]
+	Pad[32067  -3937  28551  -3937  984  3000 1284 "83" "83"  0x00000100]
+	Pad[32067  -5512  28551  -5512  984  3000 1284 "84" "84"  0x00000100]
+	Pad[32067  -7087  28551  -7087  984  3000 1284 "85" "85"  0x00000100]
+	Pad[32067  -8661  28551  -8661  984  3000 1284 "86" "86"  0x00000100]
+	Pad[32067  -10236  28551  -10236  984  3000 1284 "87" "87"  0x00000100]
+	Pad[32067  -11811  28551  -11811  984  3000 1284 "88" "88"  0x00000100]
+	Pad[32067  -13386  28551  -13386  984  3000 1284 "89" "89"  0x00000100]
+	Pad[32067  -14961  28551  -14961  984  3000 1284 "90" "90"  0x00000100]
+	Pad[32067  -16535  28551  -16535  984  3000 1284 "91" "91"  0x00000100]
+	Pad[32067  -18110  28551  -18110  984  3000 1284 "92" "92"  0x00000100]
+	Pad[32067  -19685  28551  -19685  984  3000 1284 "93" "93"  0x00000100]
+	Pad[32067  -21260  28551  -21260  984  3000 1284 "94" "94"  0x00000100]
+	Pad[32067  -22835  28551  -22835  984  3000 1284 "95" "95"  0x00000100]
+	Pad[32067  -24409  28551  -24409  984  3000 1284 "96" "96"  0x00000100]
+	# top row
+	Pad[24409 -32067  24409  -28551  984  3000 1284 "97" "97"  0x00000900]
+	Pad[22835 -32067  22835  -28551  984  3000 1284 "98" "98"  0x00000900]
+	Pad[21260 -32067  21260  -28551  984  3000 1284 "99" "99"  0x00000900]
+	Pad[19685 -32067  19685  -28551  984  3000 1284 "100" "100"  0x00000900]
+	Pad[18110 -32067  18110  -28551  984  3000 1284 "101" "101"  0x00000900]
+	Pad[16535 -32067  16535  -28551  984  3000 1284 "102" "102"  0x00000900]
+	Pad[14961 -32067  14961  -28551  984  3000 1284 "103" "103"  0x00000900]
+	Pad[13386 -32067  13386  -28551  984  3000 1284 "104" "104"  0x00000900]
+	Pad[11811 -32067  11811  -28551  984  3000 1284 "105" "105"  0x00000900]
+	Pad[10236 -32067  10236  -28551  984  3000 1284 "106" "106"  0x00000900]
+	Pad[8661 -32067  8661  -28551  984  3000 1284 "107" "107"  0x00000900]
+	Pad[7087 -32067  7087  -28551  984  3000 1284 "108" "108"  0x00000900]
+	Pad[5512 -32067  5512  -28551  984  3000 1284 "109" "109"  0x00000900]
+	Pad[3937 -32067  3937  -28551  984  3000 1284 "110" "110"  0x00000900]
+	Pad[2362 -32067  2362  -28551  984  3000 1284 "111" "111"  0x00000900]
+	Pad[787 -32067  787  -28551  984  3000 1284 "112" "112"  0x00000900]
+	Pad[-787 -32067  -787  -28551  984  3000 1284 "113" "113"  0x00000900]
+	Pad[-2362 -32067  -2362  -28551  984  3000 1284 "114" "114"  0x00000900]
+	Pad[-3937 -32067  -3937  -28551  984  3000 1284 "115" "115"  0x00000900]
+	Pad[-5512 -32067  -5512  -28551  984  3000 1284 "116" "116"  0x00000900]
+	Pad[-7087 -32067  -7087  -28551  984  3000 1284 "117" "117"  0x00000900]
+	Pad[-8661 -32067  -8661  -28551  984  3000 1284 "118" "118"  0x00000900]
+	Pad[-10236 -32067  -10236  -28551  984  3000 1284 "119" "119"  0x00000900]
+	Pad[-11811 -32067  -11811  -28551  984  3000 1284 "120" "120"  0x00000900]
+	Pad[-13386 -32067  -13386  -28551  984  3000 1284 "121" "121"  0x00000900]
+	Pad[-14961 -32067  -14961  -28551  984  3000 1284 "122" "122"  0x00000900]
+	Pad[-16535 -32067  -16535  -28551  984  3000 1284 "123" "123"  0x00000900]
+	Pad[-18110 -32067  -18110  -28551  984  3000 1284 "124" "124"  0x00000900]
+	Pad[-19685 -32067  -19685  -28551  984  3000 1284 "125" "125"  0x00000900]
+	Pad[-21260 -32067  -21260  -28551  984  3000 1284 "126" "126"  0x00000900]
+	Pad[-22835 -32067  -22835  -28551  984  3000 1284 "127" "127"  0x00000900]
+	Pad[-24409 -32067  -24409  -28551  984  3000 1284 "128" "128"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+Pad[0 0 0 0 38188 500 38588 "1" "1" 0x00000100]
+	# top
+	ElementLine[-24259 -27159 27159 -27159 800]
+	# right
+	ElementLine[27159 -27159 27159 27159 800]
+	# bottom
+	ElementLine[27159 27159 -27159 27159 800]
+	# left
+	ElementLine[-27159 27159 -27159 -24259 800]
+	# angled corner
+	ElementLine[-27159 -24259 -24259 -27159 800]
+	ElementArc[-24259 -24259 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFP128_28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFP128_28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFP128_28.fp	(revision 296)
@@ -0,0 +1,147 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "TQFP128_28" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-62331  -48818  -57905  -48818  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-62331  -45669  -57905  -45669  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-62331  -42519  -57905  -42519  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-62331  -39370  -57905  -39370  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-62331  -36220  -57905  -36220  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-62331  -33070  -57905  -33070  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-62331  -29921  -57905  -29921  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-62331  -26771  -57905  -26771  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-62331  -23622  -57905  -23622  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-62331  -20472  -57905  -20472  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-62331  -17322  -57905  -17322  1574  3000 1874 "11" "11"  0x00000100]
+	Pad[-62331  -14173  -57905  -14173  1574  3000 1874 "12" "12"  0x00000100]
+	Pad[-62331  -11023  -57905  -11023  1574  3000 1874 "13" "13"  0x00000100]
+	Pad[-62331  -7874  -57905  -7874  1574  3000 1874 "14" "14"  0x00000100]
+	Pad[-62331  -4724  -57905  -4724  1574  3000 1874 "15" "15"  0x00000100]
+	Pad[-62331  -1574  -57905  -1574  1574  3000 1874 "16" "16"  0x00000100]
+	Pad[-62331  1575  -57905  1575  1574  3000 1874 "17" "17"  0x00000100]
+	Pad[-62331  4725  -57905  4725  1574  3000 1874 "18" "18"  0x00000100]
+	Pad[-62331  7874  -57905  7874  1574  3000 1874 "19" "19"  0x00000100]
+	Pad[-62331  11024  -57905  11024  1574  3000 1874 "20" "20"  0x00000100]
+	Pad[-62331  14174  -57905  14174  1574  3000 1874 "21" "21"  0x00000100]
+	Pad[-62331  17323  -57905  17323  1574  3000 1874 "22" "22"  0x00000100]
+	Pad[-62331  20473  -57905  20473  1574  3000 1874 "23" "23"  0x00000100]
+	Pad[-62331  23622  -57905  23622  1574  3000 1874 "24" "24"  0x00000100]
+	Pad[-62331  26772  -57905  26772  1574  3000 1874 "25" "25"  0x00000100]
+	Pad[-62331  29922  -57905  29922  1574  3000 1874 "26" "26"  0x00000100]
+	Pad[-62331  33071  -57905  33071  1574  3000 1874 "27" "27"  0x00000100]
+	Pad[-62331  36221  -57905  36221  1574  3000 1874 "28" "28"  0x00000100]
+	Pad[-62331  39370  -57905  39370  1574  3000 1874 "29" "29"  0x00000100]
+	Pad[-62331  42520  -57905  42520  1574  3000 1874 "30" "30"  0x00000100]
+	Pad[-62331  45670  -57905  45670  1574  3000 1874 "31" "31"  0x00000100]
+	Pad[-62331  48819  -57905  48819  1574  3000 1874 "32" "32"  0x00000100]
+	# bottom row
+	Pad[-48818 62331  -48818  57905  1574  3000 1874 "33" "33"  0x00000900]
+	Pad[-45669 62331  -45669  57905  1574  3000 1874 "34" "34"  0x00000900]
+	Pad[-42519 62331  -42519  57905  1574  3000 1874 "35" "35"  0x00000900]
+	Pad[-39370 62331  -39370  57905  1574  3000 1874 "36" "36"  0x00000900]
+	Pad[-36220 62331  -36220  57905  1574  3000 1874 "37" "37"  0x00000900]
+	Pad[-33070 62331  -33070  57905  1574  3000 1874 "38" "38"  0x00000900]
+	Pad[-29921 62331  -29921  57905  1574  3000 1874 "39" "39"  0x00000900]
+	Pad[-26771 62331  -26771  57905  1574  3000 1874 "40" "40"  0x00000900]
+	Pad[-23622 62331  -23622  57905  1574  3000 1874 "41" "41"  0x00000900]
+	Pad[-20472 62331  -20472  57905  1574  3000 1874 "42" "42"  0x00000900]
+	Pad[-17322 62331  -17322  57905  1574  3000 1874 "43" "43"  0x00000900]
+	Pad[-14173 62331  -14173  57905  1574  3000 1874 "44" "44"  0x00000900]
+	Pad[-11023 62331  -11023  57905  1574  3000 1874 "45" "45"  0x00000900]
+	Pad[-7874 62331  -7874  57905  1574  3000 1874 "46" "46"  0x00000900]
+	Pad[-4724 62331  -4724  57905  1574  3000 1874 "47" "47"  0x00000900]
+	Pad[-1574 62331  -1574  57905  1574  3000 1874 "48" "48"  0x00000900]
+	Pad[1575 62331  1575  57905  1574  3000 1874 "49" "49"  0x00000900]
+	Pad[4725 62331  4725  57905  1574  3000 1874 "50" "50"  0x00000900]
+	Pad[7874 62331  7874  57905  1574  3000 1874 "51" "51"  0x00000900]
+	Pad[11024 62331  11024  57905  1574  3000 1874 "52" "52"  0x00000900]
+	Pad[14174 62331  14174  57905  1574  3000 1874 "53" "53"  0x00000900]
+	Pad[17323 62331  17323  57905  1574  3000 1874 "54" "54"  0x00000900]
+	Pad[20473 62331  20473  57905  1574  3000 1874 "55" "55"  0x00000900]
+	Pad[23622 62331  23622  57905  1574  3000 1874 "56" "56"  0x00000900]
+	Pad[26772 62331  26772  57905  1574  3000 1874 "57" "57"  0x00000900]
+	Pad[29922 62331  29922  57905  1574  3000 1874 "58" "58"  0x00000900]
+	Pad[33071 62331  33071  57905  1574  3000 1874 "59" "59"  0x00000900]
+	Pad[36221 62331  36221  57905  1574  3000 1874 "60" "60"  0x00000900]
+	Pad[39370 62331  39370  57905  1574  3000 1874 "61" "61"  0x00000900]
+	Pad[42520 62331  42520  57905  1574  3000 1874 "62" "62"  0x00000900]
+	Pad[45670 62331  45670  57905  1574  3000 1874 "63" "63"  0x00000900]
+	Pad[48819 62331  48819  57905  1574  3000 1874 "64" "64"  0x00000900]
+	# right row
+	Pad[62331  48818  57905  48818  1574  3000 1874 "65" "65"  0x00000100]
+	Pad[62331  45669  57905  45669  1574  3000 1874 "66" "66"  0x00000100]
+	Pad[62331  42519  57905  42519  1574  3000 1874 "67" "67"  0x00000100]
+	Pad[62331  39370  57905  39370  1574  3000 1874 "68" "68"  0x00000100]
+	Pad[62331  36220  57905  36220  1574  3000 1874 "69" "69"  0x00000100]
+	Pad[62331  33070  57905  33070  1574  3000 1874 "70" "70"  0x00000100]
+	Pad[62331  29921  57905  29921  1574  3000 1874 "71" "71"  0x00000100]
+	Pad[62331  26771  57905  26771  1574  3000 1874 "72" "72"  0x00000100]
+	Pad[62331  23622  57905  23622  1574  3000 1874 "73" "73"  0x00000100]
+	Pad[62331  20472  57905  20472  1574  3000 1874 "74" "74"  0x00000100]
+	Pad[62331  17322  57905  17322  1574  3000 1874 "75" "75"  0x00000100]
+	Pad[62331  14173  57905  14173  1574  3000 1874 "76" "76"  0x00000100]
+	Pad[62331  11023  57905  11023  1574  3000 1874 "77" "77"  0x00000100]
+	Pad[62331  7874  57905  7874  1574  3000 1874 "78" "78"  0x00000100]
+	Pad[62331  4724  57905  4724  1574  3000 1874 "79" "79"  0x00000100]
+	Pad[62331  1574  57905  1574  1574  3000 1874 "80" "80"  0x00000100]
+	Pad[62331  -1575  57905  -1575  1574  3000 1874 "81" "81"  0x00000100]
+	Pad[62331  -4725  57905  -4725  1574  3000 1874 "82" "82"  0x00000100]
+	Pad[62331  -7874  57905  -7874  1574  3000 1874 "83" "83"  0x00000100]
+	Pad[62331  -11024  57905  -11024  1574  3000 1874 "84" "84"  0x00000100]
+	Pad[62331  -14174  57905  -14174  1574  3000 1874 "85" "85"  0x00000100]
+	Pad[62331  -17323  57905  -17323  1574  3000 1874 "86" "86"  0x00000100]
+	Pad[62331  -20473  57905  -20473  1574  3000 1874 "87" "87"  0x00000100]
+	Pad[62331  -23622  57905  -23622  1574  3000 1874 "88" "88"  0x00000100]
+	Pad[62331  -26772  57905  -26772  1574  3000 1874 "89" "89"  0x00000100]
+	Pad[62331  -29922  57905  -29922  1574  3000 1874 "90" "90"  0x00000100]
+	Pad[62331  -33071  57905  -33071  1574  3000 1874 "91" "91"  0x00000100]
+	Pad[62331  -36221  57905  -36221  1574  3000 1874 "92" "92"  0x00000100]
+	Pad[62331  -39370  57905  -39370  1574  3000 1874 "93" "93"  0x00000100]
+	Pad[62331  -42520  57905  -42520  1574  3000 1874 "94" "94"  0x00000100]
+	Pad[62331  -45670  57905  -45670  1574  3000 1874 "95" "95"  0x00000100]
+	Pad[62331  -48819  57905  -48819  1574  3000 1874 "96" "96"  0x00000100]
+	# top row
+	Pad[48818 -62331  48818  -57905  1574  3000 1874 "97" "97"  0x00000900]
+	Pad[45669 -62331  45669  -57905  1574  3000 1874 "98" "98"  0x00000900]
+	Pad[42519 -62331  42519  -57905  1574  3000 1874 "99" "99"  0x00000900]
+	Pad[39370 -62331  39370  -57905  1574  3000 1874 "100" "100"  0x00000900]
+	Pad[36220 -62331  36220  -57905  1574  3000 1874 "101" "101"  0x00000900]
+	Pad[33070 -62331  33070  -57905  1574  3000 1874 "102" "102"  0x00000900]
+	Pad[29921 -62331  29921  -57905  1574  3000 1874 "103" "103"  0x00000900]
+	Pad[26771 -62331  26771  -57905  1574  3000 1874 "104" "104"  0x00000900]
+	Pad[23622 -62331  23622  -57905  1574  3000 1874 "105" "105"  0x00000900]
+	Pad[20472 -62331  20472  -57905  1574  3000 1874 "106" "106"  0x00000900]
+	Pad[17322 -62331  17322  -57905  1574  3000 1874 "107" "107"  0x00000900]
+	Pad[14173 -62331  14173  -57905  1574  3000 1874 "108" "108"  0x00000900]
+	Pad[11023 -62331  11023  -57905  1574  3000 1874 "109" "109"  0x00000900]
+	Pad[7874 -62331  7874  -57905  1574  3000 1874 "110" "110"  0x00000900]
+	Pad[4724 -62331  4724  -57905  1574  3000 1874 "111" "111"  0x00000900]
+	Pad[1574 -62331  1574  -57905  1574  3000 1874 "112" "112"  0x00000900]
+	Pad[-1575 -62331  -1575  -57905  1574  3000 1874 "113" "113"  0x00000900]
+	Pad[-4725 -62331  -4725  -57905  1574  3000 1874 "114" "114"  0x00000900]
+	Pad[-7874 -62331  -7874  -57905  1574  3000 1874 "115" "115"  0x00000900]
+	Pad[-11024 -62331  -11024  -57905  1574  3000 1874 "116" "116"  0x00000900]
+	Pad[-14174 -62331  -14174  -57905  1574  3000 1874 "117" "117"  0x00000900]
+	Pad[-17323 -62331  -17323  -57905  1574  3000 1874 "118" "118"  0x00000900]
+	Pad[-20473 -62331  -20473  -57905  1574  3000 1874 "119" "119"  0x00000900]
+	Pad[-23622 -62331  -23622  -57905  1574  3000 1874 "120" "120"  0x00000900]
+	Pad[-26772 -62331  -26772  -57905  1574  3000 1874 "121" "121"  0x00000900]
+	Pad[-29922 -62331  -29922  -57905  1574  3000 1874 "122" "122"  0x00000900]
+	Pad[-33071 -62331  -33071  -57905  1574  3000 1874 "123" "123"  0x00000900]
+	Pad[-36221 -62331  -36221  -57905  1574  3000 1874 "124" "124"  0x00000900]
+	Pad[-39370 -62331  -39370  -57905  1574  3000 1874 "125" "125"  0x00000900]
+	Pad[-42520 -62331  -42520  -57905  1574  3000 1874 "126" "126"  0x00000900]
+	Pad[-45670 -62331  -45670  -57905  1574  3000 1874 "127" "127"  0x00000900]
+	Pad[-48819 -62331  -48819  -57905  1574  3000 1874 "128" "128"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-51818 -54718 54718 -54718 800]
+	# right
+	ElementLine[54718 -54718 54718 54718 800]
+	# bottom
+	ElementLine[54718 54718 -54718 54718 800]
+	# left
+	ElementLine[-54718 54718 -54718 -51818 800]
+	# angled corner
+	ElementLine[-54718 -51818 -51818 -54718 800]
+	ElementArc[-51818 -51818 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFP144_28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFP144_28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFP144_28.fp	(revision 296)
@@ -0,0 +1,163 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "TQFP144_28" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-62331  -44782  -57905  -44782  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-62331  -42223  -57905  -42223  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-62331  -39664  -57905  -39664  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-62331  -37105  -57905  -37105  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-62331  -34546  -57905  -34546  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-62331  -31987  -57905  -31987  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-62331  -29428  -57905  -29428  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-62331  -26869  -57905  -26869  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-62331  -24310  -57905  -24310  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-62331  -21751  -57905  -21751  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-62331  -19192  -57905  -19192  1574  3000 1874 "11" "11"  0x00000100]
+	Pad[-62331  -16633  -57905  -16633  1574  3000 1874 "12" "12"  0x00000100]
+	Pad[-62331  -14074  -57905  -14074  1574  3000 1874 "13" "13"  0x00000100]
+	Pad[-62331  -11515  -57905  -11515  1574  3000 1874 "14" "14"  0x00000100]
+	Pad[-62331  -8956  -57905  -8956  1574  3000 1874 "15" "15"  0x00000100]
+	Pad[-62331  -6397  -57905  -6397  1574  3000 1874 "16" "16"  0x00000100]
+	Pad[-62331  -3838  -57905  -3838  1574  3000 1874 "17" "17"  0x00000100]
+	Pad[-62331  -1279  -57905  -1279  1574  3000 1874 "18" "18"  0x00000100]
+	Pad[-62331  1280  -57905  1280  1574  3000 1874 "19" "19"  0x00000100]
+	Pad[-62331  3839  -57905  3839  1574  3000 1874 "20" "20"  0x00000100]
+	Pad[-62331  6398  -57905  6398  1574  3000 1874 "21" "21"  0x00000100]
+	Pad[-62331  8957  -57905  8957  1574  3000 1874 "22" "22"  0x00000100]
+	Pad[-62331  11516  -57905  11516  1574  3000 1874 "23" "23"  0x00000100]
+	Pad[-62331  14075  -57905  14075  1574  3000 1874 "24" "24"  0x00000100]
+	Pad[-62331  16634  -57905  16634  1574  3000 1874 "25" "25"  0x00000100]
+	Pad[-62331  19193  -57905  19193  1574  3000 1874 "26" "26"  0x00000100]
+	Pad[-62331  21752  -57905  21752  1574  3000 1874 "27" "27"  0x00000100]
+	Pad[-62331  24311  -57905  24311  1574  3000 1874 "28" "28"  0x00000100]
+	Pad[-62331  26870  -57905  26870  1574  3000 1874 "29" "29"  0x00000100]
+	Pad[-62331  29429  -57905  29429  1574  3000 1874 "30" "30"  0x00000100]
+	Pad[-62331  31988  -57905  31988  1574  3000 1874 "31" "31"  0x00000100]
+	Pad[-62331  34547  -57905  34547  1574  3000 1874 "32" "32"  0x00000100]
+	Pad[-62331  37106  -57905  37106  1574  3000 1874 "33" "33"  0x00000100]
+	Pad[-62331  39665  -57905  39665  1574  3000 1874 "34" "34"  0x00000100]
+	Pad[-62331  42224  -57905  42224  1574  3000 1874 "35" "35"  0x00000100]
+	Pad[-62331  44783  -57905  44783  1574  3000 1874 "36" "36"  0x00000100]
+	# bottom row
+	Pad[-44782 62331  -44782  57905  1574  3000 1874 "37" "37"  0x00000900]
+	Pad[-42223 62331  -42223  57905  1574  3000 1874 "38" "38"  0x00000900]
+	Pad[-39664 62331  -39664  57905  1574  3000 1874 "39" "39"  0x00000900]
+	Pad[-37105 62331  -37105  57905  1574  3000 1874 "40" "40"  0x00000900]
+	Pad[-34546 62331  -34546  57905  1574  3000 1874 "41" "41"  0x00000900]
+	Pad[-31987 62331  -31987  57905  1574  3000 1874 "42" "42"  0x00000900]
+	Pad[-29428 62331  -29428  57905  1574  3000 1874 "43" "43"  0x00000900]
+	Pad[-26869 62331  -26869  57905  1574  3000 1874 "44" "44"  0x00000900]
+	Pad[-24310 62331  -24310  57905  1574  3000 1874 "45" "45"  0x00000900]
+	Pad[-21751 62331  -21751  57905  1574  3000 1874 "46" "46"  0x00000900]
+	Pad[-19192 62331  -19192  57905  1574  3000 1874 "47" "47"  0x00000900]
+	Pad[-16633 62331  -16633  57905  1574  3000 1874 "48" "48"  0x00000900]
+	Pad[-14074 62331  -14074  57905  1574  3000 1874 "49" "49"  0x00000900]
+	Pad[-11515 62331  -11515  57905  1574  3000 1874 "50" "50"  0x00000900]
+	Pad[-8956 62331  -8956  57905  1574  3000 1874 "51" "51"  0x00000900]
+	Pad[-6397 62331  -6397  57905  1574  3000 1874 "52" "52"  0x00000900]
+	Pad[-3838 62331  -3838  57905  1574  3000 1874 "53" "53"  0x00000900]
+	Pad[-1279 62331  -1279  57905  1574  3000 1874 "54" "54"  0x00000900]
+	Pad[1280 62331  1280  57905  1574  3000 1874 "55" "55"  0x00000900]
+	Pad[3839 62331  3839  57905  1574  3000 1874 "56" "56"  0x00000900]
+	Pad[6398 62331  6398  57905  1574  3000 1874 "57" "57"  0x00000900]
+	Pad[8957 62331  8957  57905  1574  3000 1874 "58" "58"  0x00000900]
+	Pad[11516 62331  11516  57905  1574  3000 1874 "59" "59"  0x00000900]
+	Pad[14075 62331  14075  57905  1574  3000 1874 "60" "60"  0x00000900]
+	Pad[16634 62331  16634  57905  1574  3000 1874 "61" "61"  0x00000900]
+	Pad[19193 62331  19193  57905  1574  3000 1874 "62" "62"  0x00000900]
+	Pad[21752 62331  21752  57905  1574  3000 1874 "63" "63"  0x00000900]
+	Pad[24311 62331  24311  57905  1574  3000 1874 "64" "64"  0x00000900]
+	Pad[26870 62331  26870  57905  1574  3000 1874 "65" "65"  0x00000900]
+	Pad[29429 62331  29429  57905  1574  3000 1874 "66" "66"  0x00000900]
+	Pad[31988 62331  31988  57905  1574  3000 1874 "67" "67"  0x00000900]
+	Pad[34547 62331  34547  57905  1574  3000 1874 "68" "68"  0x00000900]
+	Pad[37106 62331  37106  57905  1574  3000 1874 "69" "69"  0x00000900]
+	Pad[39665 62331  39665  57905  1574  3000 1874 "70" "70"  0x00000900]
+	Pad[42224 62331  42224  57905  1574  3000 1874 "71" "71"  0x00000900]
+	Pad[44783 62331  44783  57905  1574  3000 1874 "72" "72"  0x00000900]
+	# right row
+	Pad[62331  44782  57905  44782  1574  3000 1874 "73" "73"  0x00000100]
+	Pad[62331  42223  57905  42223  1574  3000 1874 "74" "74"  0x00000100]
+	Pad[62331  39664  57905  39664  1574  3000 1874 "75" "75"  0x00000100]
+	Pad[62331  37105  57905  37105  1574  3000 1874 "76" "76"  0x00000100]
+	Pad[62331  34546  57905  34546  1574  3000 1874 "77" "77"  0x00000100]
+	Pad[62331  31987  57905  31987  1574  3000 1874 "78" "78"  0x00000100]
+	Pad[62331  29428  57905  29428  1574  3000 1874 "79" "79"  0x00000100]
+	Pad[62331  26869  57905  26869  1574  3000 1874 "80" "80"  0x00000100]
+	Pad[62331  24310  57905  24310  1574  3000 1874 "81" "81"  0x00000100]
+	Pad[62331  21751  57905  21751  1574  3000 1874 "82" "82"  0x00000100]
+	Pad[62331  19192  57905  19192  1574  3000 1874 "83" "83"  0x00000100]
+	Pad[62331  16633  57905  16633  1574  3000 1874 "84" "84"  0x00000100]
+	Pad[62331  14074  57905  14074  1574  3000 1874 "85" "85"  0x00000100]
+	Pad[62331  11515  57905  11515  1574  3000 1874 "86" "86"  0x00000100]
+	Pad[62331  8956  57905  8956  1574  3000 1874 "87" "87"  0x00000100]
+	Pad[62331  6397  57905  6397  1574  3000 1874 "88" "88"  0x00000100]
+	Pad[62331  3838  57905  3838  1574  3000 1874 "89" "89"  0x00000100]
+	Pad[62331  1279  57905  1279  1574  3000 1874 "90" "90"  0x00000100]
+	Pad[62331  -1280  57905  -1280  1574  3000 1874 "91" "91"  0x00000100]
+	Pad[62331  -3839  57905  -3839  1574  3000 1874 "92" "92"  0x00000100]
+	Pad[62331  -6398  57905  -6398  1574  3000 1874 "93" "93"  0x00000100]
+	Pad[62331  -8957  57905  -8957  1574  3000 1874 "94" "94"  0x00000100]
+	Pad[62331  -11516  57905  -11516  1574  3000 1874 "95" "95"  0x00000100]
+	Pad[62331  -14075  57905  -14075  1574  3000 1874 "96" "96"  0x00000100]
+	Pad[62331  -16634  57905  -16634  1574  3000 1874 "97" "97"  0x00000100]
+	Pad[62331  -19193  57905  -19193  1574  3000 1874 "98" "98"  0x00000100]
+	Pad[62331  -21752  57905  -21752  1574  3000 1874 "99" "99"  0x00000100]
+	Pad[62331  -24311  57905  -24311  1574  3000 1874 "100" "100"  0x00000100]
+	Pad[62331  -26870  57905  -26870  1574  3000 1874 "101" "101"  0x00000100]
+	Pad[62331  -29429  57905  -29429  1574  3000 1874 "102" "102"  0x00000100]
+	Pad[62331  -31988  57905  -31988  1574  3000 1874 "103" "103"  0x00000100]
+	Pad[62331  -34547  57905  -34547  1574  3000 1874 "104" "104"  0x00000100]
+	Pad[62331  -37106  57905  -37106  1574  3000 1874 "105" "105"  0x00000100]
+	Pad[62331  -39665  57905  -39665  1574  3000 1874 "106" "106"  0x00000100]
+	Pad[62331  -42224  57905  -42224  1574  3000 1874 "107" "107"  0x00000100]
+	Pad[62331  -44783  57905  -44783  1574  3000 1874 "108" "108"  0x00000100]
+	# top row
+	Pad[44782 -62331  44782  -57905  1574  3000 1874 "109" "109"  0x00000900]
+	Pad[42223 -62331  42223  -57905  1574  3000 1874 "110" "110"  0x00000900]
+	Pad[39664 -62331  39664  -57905  1574  3000 1874 "111" "111"  0x00000900]
+	Pad[37105 -62331  37105  -57905  1574  3000 1874 "112" "112"  0x00000900]
+	Pad[34546 -62331  34546  -57905  1574  3000 1874 "113" "113"  0x00000900]
+	Pad[31987 -62331  31987  -57905  1574  3000 1874 "114" "114"  0x00000900]
+	Pad[29428 -62331  29428  -57905  1574  3000 1874 "115" "115"  0x00000900]
+	Pad[26869 -62331  26869  -57905  1574  3000 1874 "116" "116"  0x00000900]
+	Pad[24310 -62331  24310  -57905  1574  3000 1874 "117" "117"  0x00000900]
+	Pad[21751 -62331  21751  -57905  1574  3000 1874 "118" "118"  0x00000900]
+	Pad[19192 -62331  19192  -57905  1574  3000 1874 "119" "119"  0x00000900]
+	Pad[16633 -62331  16633  -57905  1574  3000 1874 "120" "120"  0x00000900]
+	Pad[14074 -62331  14074  -57905  1574  3000 1874 "121" "121"  0x00000900]
+	Pad[11515 -62331  11515  -57905  1574  3000 1874 "122" "122"  0x00000900]
+	Pad[8956 -62331  8956  -57905  1574  3000 1874 "123" "123"  0x00000900]
+	Pad[6397 -62331  6397  -57905  1574  3000 1874 "124" "124"  0x00000900]
+	Pad[3838 -62331  3838  -57905  1574  3000 1874 "125" "125"  0x00000900]
+	Pad[1279 -62331  1279  -57905  1574  3000 1874 "126" "126"  0x00000900]
+	Pad[-1280 -62331  -1280  -57905  1574  3000 1874 "127" "127"  0x00000900]
+	Pad[-3839 -62331  -3839  -57905  1574  3000 1874 "128" "128"  0x00000900]
+	Pad[-6398 -62331  -6398  -57905  1574  3000 1874 "129" "129"  0x00000900]
+	Pad[-8957 -62331  -8957  -57905  1574  3000 1874 "130" "130"  0x00000900]
+	Pad[-11516 -62331  -11516  -57905  1574  3000 1874 "131" "131"  0x00000900]
+	Pad[-14075 -62331  -14075  -57905  1574  3000 1874 "132" "132"  0x00000900]
+	Pad[-16634 -62331  -16634  -57905  1574  3000 1874 "133" "133"  0x00000900]
+	Pad[-19193 -62331  -19193  -57905  1574  3000 1874 "134" "134"  0x00000900]
+	Pad[-21752 -62331  -21752  -57905  1574  3000 1874 "135" "135"  0x00000900]
+	Pad[-24311 -62331  -24311  -57905  1574  3000 1874 "136" "136"  0x00000900]
+	Pad[-26870 -62331  -26870  -57905  1574  3000 1874 "137" "137"  0x00000900]
+	Pad[-29429 -62331  -29429  -57905  1574  3000 1874 "138" "138"  0x00000900]
+	Pad[-31988 -62331  -31988  -57905  1574  3000 1874 "139" "139"  0x00000900]
+	Pad[-34547 -62331  -34547  -57905  1574  3000 1874 "140" "140"  0x00000900]
+	Pad[-37106 -62331  -37106  -57905  1574  3000 1874 "141" "141"  0x00000900]
+	Pad[-39665 -62331  -39665  -57905  1574  3000 1874 "142" "142"  0x00000900]
+	Pad[-42224 -62331  -42224  -57905  1574  3000 1874 "143" "143"  0x00000900]
+	Pad[-44783 -62331  -44783  -57905  1574  3000 1874 "144" "144"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-51818 -54718 54718 -54718 800]
+	# right
+	ElementLine[54718 -54718 54718 54718 800]
+	# bottom
+	ElementLine[54718 54718 -54718 54718 800]
+	# left
+	ElementLine[-54718 54718 -54718 -51818 800]
+	# angled corner
+	ElementLine[-54718 -51818 -51818 -54718 800]
+	ElementArc[-51818 -51818 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFP160_28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFP160_28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFP160_28.fp	(revision 296)
@@ -0,0 +1,179 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "TQFP160_28" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-62331  -49900  -57905  -49900  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-62331  -47341  -57905  -47341  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-62331  -44782  -57905  -44782  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-62331  -42223  -57905  -42223  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-62331  -39664  -57905  -39664  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-62331  -37105  -57905  -37105  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-62331  -34546  -57905  -34546  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-62331  -31987  -57905  -31987  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-62331  -29428  -57905  -29428  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-62331  -26869  -57905  -26869  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-62331  -24310  -57905  -24310  1574  3000 1874 "11" "11"  0x00000100]
+	Pad[-62331  -21751  -57905  -21751  1574  3000 1874 "12" "12"  0x00000100]
+	Pad[-62331  -19192  -57905  -19192  1574  3000 1874 "13" "13"  0x00000100]
+	Pad[-62331  -16633  -57905  -16633  1574  3000 1874 "14" "14"  0x00000100]
+	Pad[-62331  -14074  -57905  -14074  1574  3000 1874 "15" "15"  0x00000100]
+	Pad[-62331  -11515  -57905  -11515  1574  3000 1874 "16" "16"  0x00000100]
+	Pad[-62331  -8956  -57905  -8956  1574  3000 1874 "17" "17"  0x00000100]
+	Pad[-62331  -6397  -57905  -6397  1574  3000 1874 "18" "18"  0x00000100]
+	Pad[-62331  -3838  -57905  -3838  1574  3000 1874 "19" "19"  0x00000100]
+	Pad[-62331  -1279  -57905  -1279  1574  3000 1874 "20" "20"  0x00000100]
+	Pad[-62331  1280  -57905  1280  1574  3000 1874 "21" "21"  0x00000100]
+	Pad[-62331  3839  -57905  3839  1574  3000 1874 "22" "22"  0x00000100]
+	Pad[-62331  6398  -57905  6398  1574  3000 1874 "23" "23"  0x00000100]
+	Pad[-62331  8957  -57905  8957  1574  3000 1874 "24" "24"  0x00000100]
+	Pad[-62331  11516  -57905  11516  1574  3000 1874 "25" "25"  0x00000100]
+	Pad[-62331  14075  -57905  14075  1574  3000 1874 "26" "26"  0x00000100]
+	Pad[-62331  16634  -57905  16634  1574  3000 1874 "27" "27"  0x00000100]
+	Pad[-62331  19193  -57905  19193  1574  3000 1874 "28" "28"  0x00000100]
+	Pad[-62331  21752  -57905  21752  1574  3000 1874 "29" "29"  0x00000100]
+	Pad[-62331  24311  -57905  24311  1574  3000 1874 "30" "30"  0x00000100]
+	Pad[-62331  26870  -57905  26870  1574  3000 1874 "31" "31"  0x00000100]
+	Pad[-62331  29429  -57905  29429  1574  3000 1874 "32" "32"  0x00000100]
+	Pad[-62331  31988  -57905  31988  1574  3000 1874 "33" "33"  0x00000100]
+	Pad[-62331  34547  -57905  34547  1574  3000 1874 "34" "34"  0x00000100]
+	Pad[-62331  37106  -57905  37106  1574  3000 1874 "35" "35"  0x00000100]
+	Pad[-62331  39665  -57905  39665  1574  3000 1874 "36" "36"  0x00000100]
+	Pad[-62331  42224  -57905  42224  1574  3000 1874 "37" "37"  0x00000100]
+	Pad[-62331  44783  -57905  44783  1574  3000 1874 "38" "38"  0x00000100]
+	Pad[-62331  47342  -57905  47342  1574  3000 1874 "39" "39"  0x00000100]
+	Pad[-62331  49901  -57905  49901  1574  3000 1874 "40" "40"  0x00000100]
+	# bottom row
+	Pad[-49900 62331  -49900  57905  1574  3000 1874 "41" "41"  0x00000900]
+	Pad[-47341 62331  -47341  57905  1574  3000 1874 "42" "42"  0x00000900]
+	Pad[-44782 62331  -44782  57905  1574  3000 1874 "43" "43"  0x00000900]
+	Pad[-42223 62331  -42223  57905  1574  3000 1874 "44" "44"  0x00000900]
+	Pad[-39664 62331  -39664  57905  1574  3000 1874 "45" "45"  0x00000900]
+	Pad[-37105 62331  -37105  57905  1574  3000 1874 "46" "46"  0x00000900]
+	Pad[-34546 62331  -34546  57905  1574  3000 1874 "47" "47"  0x00000900]
+	Pad[-31987 62331  -31987  57905  1574  3000 1874 "48" "48"  0x00000900]
+	Pad[-29428 62331  -29428  57905  1574  3000 1874 "49" "49"  0x00000900]
+	Pad[-26869 62331  -26869  57905  1574  3000 1874 "50" "50"  0x00000900]
+	Pad[-24310 62331  -24310  57905  1574  3000 1874 "51" "51"  0x00000900]
+	Pad[-21751 62331  -21751  57905  1574  3000 1874 "52" "52"  0x00000900]
+	Pad[-19192 62331  -19192  57905  1574  3000 1874 "53" "53"  0x00000900]
+	Pad[-16633 62331  -16633  57905  1574  3000 1874 "54" "54"  0x00000900]
+	Pad[-14074 62331  -14074  57905  1574  3000 1874 "55" "55"  0x00000900]
+	Pad[-11515 62331  -11515  57905  1574  3000 1874 "56" "56"  0x00000900]
+	Pad[-8956 62331  -8956  57905  1574  3000 1874 "57" "57"  0x00000900]
+	Pad[-6397 62331  -6397  57905  1574  3000 1874 "58" "58"  0x00000900]
+	Pad[-3838 62331  -3838  57905  1574  3000 1874 "59" "59"  0x00000900]
+	Pad[-1279 62331  -1279  57905  1574  3000 1874 "60" "60"  0x00000900]
+	Pad[1280 62331  1280  57905  1574  3000 1874 "61" "61"  0x00000900]
+	Pad[3839 62331  3839  57905  1574  3000 1874 "62" "62"  0x00000900]
+	Pad[6398 62331  6398  57905  1574  3000 1874 "63" "63"  0x00000900]
+	Pad[8957 62331  8957  57905  1574  3000 1874 "64" "64"  0x00000900]
+	Pad[11516 62331  11516  57905  1574  3000 1874 "65" "65"  0x00000900]
+	Pad[14075 62331  14075  57905  1574  3000 1874 "66" "66"  0x00000900]
+	Pad[16634 62331  16634  57905  1574  3000 1874 "67" "67"  0x00000900]
+	Pad[19193 62331  19193  57905  1574  3000 1874 "68" "68"  0x00000900]
+	Pad[21752 62331  21752  57905  1574  3000 1874 "69" "69"  0x00000900]
+	Pad[24311 62331  24311  57905  1574  3000 1874 "70" "70"  0x00000900]
+	Pad[26870 62331  26870  57905  1574  3000 1874 "71" "71"  0x00000900]
+	Pad[29429 62331  29429  57905  1574  3000 1874 "72" "72"  0x00000900]
+	Pad[31988 62331  31988  57905  1574  3000 1874 "73" "73"  0x00000900]
+	Pad[34547 62331  34547  57905  1574  3000 1874 "74" "74"  0x00000900]
+	Pad[37106 62331  37106  57905  1574  3000 1874 "75" "75"  0x00000900]
+	Pad[39665 62331  39665  57905  1574  3000 1874 "76" "76"  0x00000900]
+	Pad[42224 62331  42224  57905  1574  3000 1874 "77" "77"  0x00000900]
+	Pad[44783 62331  44783  57905  1574  3000 1874 "78" "78"  0x00000900]
+	Pad[47342 62331  47342  57905  1574  3000 1874 "79" "79"  0x00000900]
+	Pad[49901 62331  49901  57905  1574  3000 1874 "80" "80"  0x00000900]
+	# right row
+	Pad[62331  49900  57905  49900  1574  3000 1874 "81" "81"  0x00000100]
+	Pad[62331  47341  57905  47341  1574  3000 1874 "82" "82"  0x00000100]
+	Pad[62331  44782  57905  44782  1574  3000 1874 "83" "83"  0x00000100]
+	Pad[62331  42223  57905  42223  1574  3000 1874 "84" "84"  0x00000100]
+	Pad[62331  39664  57905  39664  1574  3000 1874 "85" "85"  0x00000100]
+	Pad[62331  37105  57905  37105  1574  3000 1874 "86" "86"  0x00000100]
+	Pad[62331  34546  57905  34546  1574  3000 1874 "87" "87"  0x00000100]
+	Pad[62331  31987  57905  31987  1574  3000 1874 "88" "88"  0x00000100]
+	Pad[62331  29428  57905  29428  1574  3000 1874 "89" "89"  0x00000100]
+	Pad[62331  26869  57905  26869  1574  3000 1874 "90" "90"  0x00000100]
+	Pad[62331  24310  57905  24310  1574  3000 1874 "91" "91"  0x00000100]
+	Pad[62331  21751  57905  21751  1574  3000 1874 "92" "92"  0x00000100]
+	Pad[62331  19192  57905  19192  1574  3000 1874 "93" "93"  0x00000100]
+	Pad[62331  16633  57905  16633  1574  3000 1874 "94" "94"  0x00000100]
+	Pad[62331  14074  57905  14074  1574  3000 1874 "95" "95"  0x00000100]
+	Pad[62331  11515  57905  11515  1574  3000 1874 "96" "96"  0x00000100]
+	Pad[62331  8956  57905  8956  1574  3000 1874 "97" "97"  0x00000100]
+	Pad[62331  6397  57905  6397  1574  3000 1874 "98" "98"  0x00000100]
+	Pad[62331  3838  57905  3838  1574  3000 1874 "99" "99"  0x00000100]
+	Pad[62331  1279  57905  1279  1574  3000 1874 "100" "100"  0x00000100]
+	Pad[62331  -1280  57905  -1280  1574  3000 1874 "101" "101"  0x00000100]
+	Pad[62331  -3839  57905  -3839  1574  3000 1874 "102" "102"  0x00000100]
+	Pad[62331  -6398  57905  -6398  1574  3000 1874 "103" "103"  0x00000100]
+	Pad[62331  -8957  57905  -8957  1574  3000 1874 "104" "104"  0x00000100]
+	Pad[62331  -11516  57905  -11516  1574  3000 1874 "105" "105"  0x00000100]
+	Pad[62331  -14075  57905  -14075  1574  3000 1874 "106" "106"  0x00000100]
+	Pad[62331  -16634  57905  -16634  1574  3000 1874 "107" "107"  0x00000100]
+	Pad[62331  -19193  57905  -19193  1574  3000 1874 "108" "108"  0x00000100]
+	Pad[62331  -21752  57905  -21752  1574  3000 1874 "109" "109"  0x00000100]
+	Pad[62331  -24311  57905  -24311  1574  3000 1874 "110" "110"  0x00000100]
+	Pad[62331  -26870  57905  -26870  1574  3000 1874 "111" "111"  0x00000100]
+	Pad[62331  -29429  57905  -29429  1574  3000 1874 "112" "112"  0x00000100]
+	Pad[62331  -31988  57905  -31988  1574  3000 1874 "113" "113"  0x00000100]
+	Pad[62331  -34547  57905  -34547  1574  3000 1874 "114" "114"  0x00000100]
+	Pad[62331  -37106  57905  -37106  1574  3000 1874 "115" "115"  0x00000100]
+	Pad[62331  -39665  57905  -39665  1574  3000 1874 "116" "116"  0x00000100]
+	Pad[62331  -42224  57905  -42224  1574  3000 1874 "117" "117"  0x00000100]
+	Pad[62331  -44783  57905  -44783  1574  3000 1874 "118" "118"  0x00000100]
+	Pad[62331  -47342  57905  -47342  1574  3000 1874 "119" "119"  0x00000100]
+	Pad[62331  -49901  57905  -49901  1574  3000 1874 "120" "120"  0x00000100]
+	# top row
+	Pad[49900 -62331  49900  -57905  1574  3000 1874 "121" "121"  0x00000900]
+	Pad[47341 -62331  47341  -57905  1574  3000 1874 "122" "122"  0x00000900]
+	Pad[44782 -62331  44782  -57905  1574  3000 1874 "123" "123"  0x00000900]
+	Pad[42223 -62331  42223  -57905  1574  3000 1874 "124" "124"  0x00000900]
+	Pad[39664 -62331  39664  -57905  1574  3000 1874 "125" "125"  0x00000900]
+	Pad[37105 -62331  37105  -57905  1574  3000 1874 "126" "126"  0x00000900]
+	Pad[34546 -62331  34546  -57905  1574  3000 1874 "127" "127"  0x00000900]
+	Pad[31987 -62331  31987  -57905  1574  3000 1874 "128" "128"  0x00000900]
+	Pad[29428 -62331  29428  -57905  1574  3000 1874 "129" "129"  0x00000900]
+	Pad[26869 -62331  26869  -57905  1574  3000 1874 "130" "130"  0x00000900]
+	Pad[24310 -62331  24310  -57905  1574  3000 1874 "131" "131"  0x00000900]
+	Pad[21751 -62331  21751  -57905  1574  3000 1874 "132" "132"  0x00000900]
+	Pad[19192 -62331  19192  -57905  1574  3000 1874 "133" "133"  0x00000900]
+	Pad[16633 -62331  16633  -57905  1574  3000 1874 "134" "134"  0x00000900]
+	Pad[14074 -62331  14074  -57905  1574  3000 1874 "135" "135"  0x00000900]
+	Pad[11515 -62331  11515  -57905  1574  3000 1874 "136" "136"  0x00000900]
+	Pad[8956 -62331  8956  -57905  1574  3000 1874 "137" "137"  0x00000900]
+	Pad[6397 -62331  6397  -57905  1574  3000 1874 "138" "138"  0x00000900]
+	Pad[3838 -62331  3838  -57905  1574  3000 1874 "139" "139"  0x00000900]
+	Pad[1279 -62331  1279  -57905  1574  3000 1874 "140" "140"  0x00000900]
+	Pad[-1280 -62331  -1280  -57905  1574  3000 1874 "141" "141"  0x00000900]
+	Pad[-3839 -62331  -3839  -57905  1574  3000 1874 "142" "142"  0x00000900]
+	Pad[-6398 -62331  -6398  -57905  1574  3000 1874 "143" "143"  0x00000900]
+	Pad[-8957 -62331  -8957  -57905  1574  3000 1874 "144" "144"  0x00000900]
+	Pad[-11516 -62331  -11516  -57905  1574  3000 1874 "145" "145"  0x00000900]
+	Pad[-14075 -62331  -14075  -57905  1574  3000 1874 "146" "146"  0x00000900]
+	Pad[-16634 -62331  -16634  -57905  1574  3000 1874 "147" "147"  0x00000900]
+	Pad[-19193 -62331  -19193  -57905  1574  3000 1874 "148" "148"  0x00000900]
+	Pad[-21752 -62331  -21752  -57905  1574  3000 1874 "149" "149"  0x00000900]
+	Pad[-24311 -62331  -24311  -57905  1574  3000 1874 "150" "150"  0x00000900]
+	Pad[-26870 -62331  -26870  -57905  1574  3000 1874 "151" "151"  0x00000900]
+	Pad[-29429 -62331  -29429  -57905  1574  3000 1874 "152" "152"  0x00000900]
+	Pad[-31988 -62331  -31988  -57905  1574  3000 1874 "153" "153"  0x00000900]
+	Pad[-34547 -62331  -34547  -57905  1574  3000 1874 "154" "154"  0x00000900]
+	Pad[-37106 -62331  -37106  -57905  1574  3000 1874 "155" "155"  0x00000900]
+	Pad[-39665 -62331  -39665  -57905  1574  3000 1874 "156" "156"  0x00000900]
+	Pad[-42224 -62331  -42224  -57905  1574  3000 1874 "157" "157"  0x00000900]
+	Pad[-44783 -62331  -44783  -57905  1574  3000 1874 "158" "158"  0x00000900]
+	Pad[-47342 -62331  -47342  -57905  1574  3000 1874 "159" "159"  0x00000900]
+	Pad[-49901 -62331  -49901  -57905  1574  3000 1874 "160" "160"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-51818 -54718 54718 -54718 800]
+	# right
+	ElementLine[54718 -54718 54718 54718 800]
+	# bottom
+	ElementLine[54718 54718 -54718 54718 800]
+	# left
+	ElementLine[-54718 54718 -54718 -51818 800]
+	# angled corner
+	ElementLine[-54718 -51818 -51818 -54718 800]
+	ElementArc[-51818 -51818 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFP208_28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFP208_28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFP208_28.fp	(revision 296)
@@ -0,0 +1,227 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "TQFP208_28" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-62567  -50196  -57669  -50196  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-62567  -48228  -57669  -48228  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-62567  -46259  -57669  -46259  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-62567  -44291  -57669  -44291  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-62567  -42322  -57669  -42322  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-62567  -40354  -57669  -40354  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-62567  -38385  -57669  -38385  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-62567  -36417  -57669  -36417  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-62567  -34448  -57669  -34448  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-62567  -32480  -57669  -32480  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-62567  -30511  -57669  -30511  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-62567  -28543  -57669  -28543  1102  3000 1402 "12" "12"  0x00000100]
+	Pad[-62567  -26574  -57669  -26574  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[-62567  -24606  -57669  -24606  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[-62567  -22637  -57669  -22637  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[-62567  -20669  -57669  -20669  1102  3000 1402 "16" "16"  0x00000100]
+	Pad[-62567  -18700  -57669  -18700  1102  3000 1402 "17" "17"  0x00000100]
+	Pad[-62567  -16732  -57669  -16732  1102  3000 1402 "18" "18"  0x00000100]
+	Pad[-62567  -14763  -57669  -14763  1102  3000 1402 "19" "19"  0x00000100]
+	Pad[-62567  -12795  -57669  -12795  1102  3000 1402 "20" "20"  0x00000100]
+	Pad[-62567  -10826  -57669  -10826  1102  3000 1402 "21" "21"  0x00000100]
+	Pad[-62567  -8858  -57669  -8858  1102  3000 1402 "22" "22"  0x00000100]
+	Pad[-62567  -6889  -57669  -6889  1102  3000 1402 "23" "23"  0x00000100]
+	Pad[-62567  -4921  -57669  -4921  1102  3000 1402 "24" "24"  0x00000100]
+	Pad[-62567  -2952  -57669  -2952  1102  3000 1402 "25" "25"  0x00000100]
+	Pad[-62567  -984  -57669  -984  1102  3000 1402 "26" "26"  0x00000100]
+	Pad[-62567  985  -57669  985  1102  3000 1402 "27" "27"  0x00000100]
+	Pad[-62567  2953  -57669  2953  1102  3000 1402 "28" "28"  0x00000100]
+	Pad[-62567  4922  -57669  4922  1102  3000 1402 "29" "29"  0x00000100]
+	Pad[-62567  6890  -57669  6890  1102  3000 1402 "30" "30"  0x00000100]
+	Pad[-62567  8859  -57669  8859  1102  3000 1402 "31" "31"  0x00000100]
+	Pad[-62567  10827  -57669  10827  1102  3000 1402 "32" "32"  0x00000100]
+	Pad[-62567  12796  -57669  12796  1102  3000 1402 "33" "33"  0x00000100]
+	Pad[-62567  14764  -57669  14764  1102  3000 1402 "34" "34"  0x00000100]
+	Pad[-62567  16733  -57669  16733  1102  3000 1402 "35" "35"  0x00000100]
+	Pad[-62567  18701  -57669  18701  1102  3000 1402 "36" "36"  0x00000100]
+	Pad[-62567  20670  -57669  20670  1102  3000 1402 "37" "37"  0x00000100]
+	Pad[-62567  22638  -57669  22638  1102  3000 1402 "38" "38"  0x00000100]
+	Pad[-62567  24607  -57669  24607  1102  3000 1402 "39" "39"  0x00000100]
+	Pad[-62567  26575  -57669  26575  1102  3000 1402 "40" "40"  0x00000100]
+	Pad[-62567  28544  -57669  28544  1102  3000 1402 "41" "41"  0x00000100]
+	Pad[-62567  30512  -57669  30512  1102  3000 1402 "42" "42"  0x00000100]
+	Pad[-62567  32481  -57669  32481  1102  3000 1402 "43" "43"  0x00000100]
+	Pad[-62567  34449  -57669  34449  1102  3000 1402 "44" "44"  0x00000100]
+	Pad[-62567  36418  -57669  36418  1102  3000 1402 "45" "45"  0x00000100]
+	Pad[-62567  38386  -57669  38386  1102  3000 1402 "46" "46"  0x00000100]
+	Pad[-62567  40355  -57669  40355  1102  3000 1402 "47" "47"  0x00000100]
+	Pad[-62567  42323  -57669  42323  1102  3000 1402 "48" "48"  0x00000100]
+	Pad[-62567  44292  -57669  44292  1102  3000 1402 "49" "49"  0x00000100]
+	Pad[-62567  46260  -57669  46260  1102  3000 1402 "50" "50"  0x00000100]
+	Pad[-62567  48229  -57669  48229  1102  3000 1402 "51" "51"  0x00000100]
+	Pad[-62567  50197  -57669  50197  1102  3000 1402 "52" "52"  0x00000100]
+	# bottom row
+	Pad[-50196 62567  -50196  57669  1102  3000 1402 "53" "53"  0x00000900]
+	Pad[-48228 62567  -48228  57669  1102  3000 1402 "54" "54"  0x00000900]
+	Pad[-46259 62567  -46259  57669  1102  3000 1402 "55" "55"  0x00000900]
+	Pad[-44291 62567  -44291  57669  1102  3000 1402 "56" "56"  0x00000900]
+	Pad[-42322 62567  -42322  57669  1102  3000 1402 "57" "57"  0x00000900]
+	Pad[-40354 62567  -40354  57669  1102  3000 1402 "58" "58"  0x00000900]
+	Pad[-38385 62567  -38385  57669  1102  3000 1402 "59" "59"  0x00000900]
+	Pad[-36417 62567  -36417  57669  1102  3000 1402 "60" "60"  0x00000900]
+	Pad[-34448 62567  -34448  57669  1102  3000 1402 "61" "61"  0x00000900]
+	Pad[-32480 62567  -32480  57669  1102  3000 1402 "62" "62"  0x00000900]
+	Pad[-30511 62567  -30511  57669  1102  3000 1402 "63" "63"  0x00000900]
+	Pad[-28543 62567  -28543  57669  1102  3000 1402 "64" "64"  0x00000900]
+	Pad[-26574 62567  -26574  57669  1102  3000 1402 "65" "65"  0x00000900]
+	Pad[-24606 62567  -24606  57669  1102  3000 1402 "66" "66"  0x00000900]
+	Pad[-22637 62567  -22637  57669  1102  3000 1402 "67" "67"  0x00000900]
+	Pad[-20669 62567  -20669  57669  1102  3000 1402 "68" "68"  0x00000900]
+	Pad[-18700 62567  -18700  57669  1102  3000 1402 "69" "69"  0x00000900]
+	Pad[-16732 62567  -16732  57669  1102  3000 1402 "70" "70"  0x00000900]
+	Pad[-14763 62567  -14763  57669  1102  3000 1402 "71" "71"  0x00000900]
+	Pad[-12795 62567  -12795  57669  1102  3000 1402 "72" "72"  0x00000900]
+	Pad[-10826 62567  -10826  57669  1102  3000 1402 "73" "73"  0x00000900]
+	Pad[-8858 62567  -8858  57669  1102  3000 1402 "74" "74"  0x00000900]
+	Pad[-6889 62567  -6889  57669  1102  3000 1402 "75" "75"  0x00000900]
+	Pad[-4921 62567  -4921  57669  1102  3000 1402 "76" "76"  0x00000900]
+	Pad[-2952 62567  -2952  57669  1102  3000 1402 "77" "77"  0x00000900]
+	Pad[-984 62567  -984  57669  1102  3000 1402 "78" "78"  0x00000900]
+	Pad[985 62567  985  57669  1102  3000 1402 "79" "79"  0x00000900]
+	Pad[2953 62567  2953  57669  1102  3000 1402 "80" "80"  0x00000900]
+	Pad[4922 62567  4922  57669  1102  3000 1402 "81" "81"  0x00000900]
+	Pad[6890 62567  6890  57669  1102  3000 1402 "82" "82"  0x00000900]
+	Pad[8859 62567  8859  57669  1102  3000 1402 "83" "83"  0x00000900]
+	Pad[10827 62567  10827  57669  1102  3000 1402 "84" "84"  0x00000900]
+	Pad[12796 62567  12796  57669  1102  3000 1402 "85" "85"  0x00000900]
+	Pad[14764 62567  14764  57669  1102  3000 1402 "86" "86"  0x00000900]
+	Pad[16733 62567  16733  57669  1102  3000 1402 "87" "87"  0x00000900]
+	Pad[18701 62567  18701  57669  1102  3000 1402 "88" "88"  0x00000900]
+	Pad[20670 62567  20670  57669  1102  3000 1402 "89" "89"  0x00000900]
+	Pad[22638 62567  22638  57669  1102  3000 1402 "90" "90"  0x00000900]
+	Pad[24607 62567  24607  57669  1102  3000 1402 "91" "91"  0x00000900]
+	Pad[26575 62567  26575  57669  1102  3000 1402 "92" "92"  0x00000900]
+	Pad[28544 62567  28544  57669  1102  3000 1402 "93" "93"  0x00000900]
+	Pad[30512 62567  30512  57669  1102  3000 1402 "94" "94"  0x00000900]
+	Pad[32481 62567  32481  57669  1102  3000 1402 "95" "95"  0x00000900]
+	Pad[34449 62567  34449  57669  1102  3000 1402 "96" "96"  0x00000900]
+	Pad[36418 62567  36418  57669  1102  3000 1402 "97" "97"  0x00000900]
+	Pad[38386 62567  38386  57669  1102  3000 1402 "98" "98"  0x00000900]
+	Pad[40355 62567  40355  57669  1102  3000 1402 "99" "99"  0x00000900]
+	Pad[42323 62567  42323  57669  1102  3000 1402 "100" "100"  0x00000900]
+	Pad[44292 62567  44292  57669  1102  3000 1402 "101" "101"  0x00000900]
+	Pad[46260 62567  46260  57669  1102  3000 1402 "102" "102"  0x00000900]
+	Pad[48229 62567  48229  57669  1102  3000 1402 "103" "103"  0x00000900]
+	Pad[50197 62567  50197  57669  1102  3000 1402 "104" "104"  0x00000900]
+	# right row
+	Pad[62567  50196  57669  50196  1102  3000 1402 "105" "105"  0x00000100]
+	Pad[62567  48228  57669  48228  1102  3000 1402 "106" "106"  0x00000100]
+	Pad[62567  46259  57669  46259  1102  3000 1402 "107" "107"  0x00000100]
+	Pad[62567  44291  57669  44291  1102  3000 1402 "108" "108"  0x00000100]
+	Pad[62567  42322  57669  42322  1102  3000 1402 "109" "109"  0x00000100]
+	Pad[62567  40354  57669  40354  1102  3000 1402 "110" "110"  0x00000100]
+	Pad[62567  38385  57669  38385  1102  3000 1402 "111" "111"  0x00000100]
+	Pad[62567  36417  57669  36417  1102  3000 1402 "112" "112"  0x00000100]
+	Pad[62567  34448  57669  34448  1102  3000 1402 "113" "113"  0x00000100]
+	Pad[62567  32480  57669  32480  1102  3000 1402 "114" "114"  0x00000100]
+	Pad[62567  30511  57669  30511  1102  3000 1402 "115" "115"  0x00000100]
+	Pad[62567  28543  57669  28543  1102  3000 1402 "116" "116"  0x00000100]
+	Pad[62567  26574  57669  26574  1102  3000 1402 "117" "117"  0x00000100]
+	Pad[62567  24606  57669  24606  1102  3000 1402 "118" "118"  0x00000100]
+	Pad[62567  22637  57669  22637  1102  3000 1402 "119" "119"  0x00000100]
+	Pad[62567  20669  57669  20669  1102  3000 1402 "120" "120"  0x00000100]
+	Pad[62567  18700  57669  18700  1102  3000 1402 "121" "121"  0x00000100]
+	Pad[62567  16732  57669  16732  1102  3000 1402 "122" "122"  0x00000100]
+	Pad[62567  14763  57669  14763  1102  3000 1402 "123" "123"  0x00000100]
+	Pad[62567  12795  57669  12795  1102  3000 1402 "124" "124"  0x00000100]
+	Pad[62567  10826  57669  10826  1102  3000 1402 "125" "125"  0x00000100]
+	Pad[62567  8858  57669  8858  1102  3000 1402 "126" "126"  0x00000100]
+	Pad[62567  6889  57669  6889  1102  3000 1402 "127" "127"  0x00000100]
+	Pad[62567  4921  57669  4921  1102  3000 1402 "128" "128"  0x00000100]
+	Pad[62567  2952  57669  2952  1102  3000 1402 "129" "129"  0x00000100]
+	Pad[62567  984  57669  984  1102  3000 1402 "130" "130"  0x00000100]
+	Pad[62567  -985  57669  -985  1102  3000 1402 "131" "131"  0x00000100]
+	Pad[62567  -2953  57669  -2953  1102  3000 1402 "132" "132"  0x00000100]
+	Pad[62567  -4922  57669  -4922  1102  3000 1402 "133" "133"  0x00000100]
+	Pad[62567  -6890  57669  -6890  1102  3000 1402 "134" "134"  0x00000100]
+	Pad[62567  -8859  57669  -8859  1102  3000 1402 "135" "135"  0x00000100]
+	Pad[62567  -10827  57669  -10827  1102  3000 1402 "136" "136"  0x00000100]
+	Pad[62567  -12796  57669  -12796  1102  3000 1402 "137" "137"  0x00000100]
+	Pad[62567  -14764  57669  -14764  1102  3000 1402 "138" "138"  0x00000100]
+	Pad[62567  -16733  57669  -16733  1102  3000 1402 "139" "139"  0x00000100]
+	Pad[62567  -18701  57669  -18701  1102  3000 1402 "140" "140"  0x00000100]
+	Pad[62567  -20670  57669  -20670  1102  3000 1402 "141" "141"  0x00000100]
+	Pad[62567  -22638  57669  -22638  1102  3000 1402 "142" "142"  0x00000100]
+	Pad[62567  -24607  57669  -24607  1102  3000 1402 "143" "143"  0x00000100]
+	Pad[62567  -26575  57669  -26575  1102  3000 1402 "144" "144"  0x00000100]
+	Pad[62567  -28544  57669  -28544  1102  3000 1402 "145" "145"  0x00000100]
+	Pad[62567  -30512  57669  -30512  1102  3000 1402 "146" "146"  0x00000100]
+	Pad[62567  -32481  57669  -32481  1102  3000 1402 "147" "147"  0x00000100]
+	Pad[62567  -34449  57669  -34449  1102  3000 1402 "148" "148"  0x00000100]
+	Pad[62567  -36418  57669  -36418  1102  3000 1402 "149" "149"  0x00000100]
+	Pad[62567  -38386  57669  -38386  1102  3000 1402 "150" "150"  0x00000100]
+	Pad[62567  -40355  57669  -40355  1102  3000 1402 "151" "151"  0x00000100]
+	Pad[62567  -42323  57669  -42323  1102  3000 1402 "152" "152"  0x00000100]
+	Pad[62567  -44292  57669  -44292  1102  3000 1402 "153" "153"  0x00000100]
+	Pad[62567  -46260  57669  -46260  1102  3000 1402 "154" "154"  0x00000100]
+	Pad[62567  -48229  57669  -48229  1102  3000 1402 "155" "155"  0x00000100]
+	Pad[62567  -50197  57669  -50197  1102  3000 1402 "156" "156"  0x00000100]
+	# top row
+	Pad[50196 -62567  50196  -57669  1102  3000 1402 "157" "157"  0x00000900]
+	Pad[48228 -62567  48228  -57669  1102  3000 1402 "158" "158"  0x00000900]
+	Pad[46259 -62567  46259  -57669  1102  3000 1402 "159" "159"  0x00000900]
+	Pad[44291 -62567  44291  -57669  1102  3000 1402 "160" "160"  0x00000900]
+	Pad[42322 -62567  42322  -57669  1102  3000 1402 "161" "161"  0x00000900]
+	Pad[40354 -62567  40354  -57669  1102  3000 1402 "162" "162"  0x00000900]
+	Pad[38385 -62567  38385  -57669  1102  3000 1402 "163" "163"  0x00000900]
+	Pad[36417 -62567  36417  -57669  1102  3000 1402 "164" "164"  0x00000900]
+	Pad[34448 -62567  34448  -57669  1102  3000 1402 "165" "165"  0x00000900]
+	Pad[32480 -62567  32480  -57669  1102  3000 1402 "166" "166"  0x00000900]
+	Pad[30511 -62567  30511  -57669  1102  3000 1402 "167" "167"  0x00000900]
+	Pad[28543 -62567  28543  -57669  1102  3000 1402 "168" "168"  0x00000900]
+	Pad[26574 -62567  26574  -57669  1102  3000 1402 "169" "169"  0x00000900]
+	Pad[24606 -62567  24606  -57669  1102  3000 1402 "170" "170"  0x00000900]
+	Pad[22637 -62567  22637  -57669  1102  3000 1402 "171" "171"  0x00000900]
+	Pad[20669 -62567  20669  -57669  1102  3000 1402 "172" "172"  0x00000900]
+	Pad[18700 -62567  18700  -57669  1102  3000 1402 "173" "173"  0x00000900]
+	Pad[16732 -62567  16732  -57669  1102  3000 1402 "174" "174"  0x00000900]
+	Pad[14763 -62567  14763  -57669  1102  3000 1402 "175" "175"  0x00000900]
+	Pad[12795 -62567  12795  -57669  1102  3000 1402 "176" "176"  0x00000900]
+	Pad[10826 -62567  10826  -57669  1102  3000 1402 "177" "177"  0x00000900]
+	Pad[8858 -62567  8858  -57669  1102  3000 1402 "178" "178"  0x00000900]
+	Pad[6889 -62567  6889  -57669  1102  3000 1402 "179" "179"  0x00000900]
+	Pad[4921 -62567  4921  -57669  1102  3000 1402 "180" "180"  0x00000900]
+	Pad[2952 -62567  2952  -57669  1102  3000 1402 "181" "181"  0x00000900]
+	Pad[984 -62567  984  -57669  1102  3000 1402 "182" "182"  0x00000900]
+	Pad[-985 -62567  -985  -57669  1102  3000 1402 "183" "183"  0x00000900]
+	Pad[-2953 -62567  -2953  -57669  1102  3000 1402 "184" "184"  0x00000900]
+	Pad[-4922 -62567  -4922  -57669  1102  3000 1402 "185" "185"  0x00000900]
+	Pad[-6890 -62567  -6890  -57669  1102  3000 1402 "186" "186"  0x00000900]
+	Pad[-8859 -62567  -8859  -57669  1102  3000 1402 "187" "187"  0x00000900]
+	Pad[-10827 -62567  -10827  -57669  1102  3000 1402 "188" "188"  0x00000900]
+	Pad[-12796 -62567  -12796  -57669  1102  3000 1402 "189" "189"  0x00000900]
+	Pad[-14764 -62567  -14764  -57669  1102  3000 1402 "190" "190"  0x00000900]
+	Pad[-16733 -62567  -16733  -57669  1102  3000 1402 "191" "191"  0x00000900]
+	Pad[-18701 -62567  -18701  -57669  1102  3000 1402 "192" "192"  0x00000900]
+	Pad[-20670 -62567  -20670  -57669  1102  3000 1402 "193" "193"  0x00000900]
+	Pad[-22638 -62567  -22638  -57669  1102  3000 1402 "194" "194"  0x00000900]
+	Pad[-24607 -62567  -24607  -57669  1102  3000 1402 "195" "195"  0x00000900]
+	Pad[-26575 -62567  -26575  -57669  1102  3000 1402 "196" "196"  0x00000900]
+	Pad[-28544 -62567  -28544  -57669  1102  3000 1402 "197" "197"  0x00000900]
+	Pad[-30512 -62567  -30512  -57669  1102  3000 1402 "198" "198"  0x00000900]
+	Pad[-32481 -62567  -32481  -57669  1102  3000 1402 "199" "199"  0x00000900]
+	Pad[-34449 -62567  -34449  -57669  1102  3000 1402 "200" "200"  0x00000900]
+	Pad[-36418 -62567  -36418  -57669  1102  3000 1402 "201" "201"  0x00000900]
+	Pad[-38386 -62567  -38386  -57669  1102  3000 1402 "202" "202"  0x00000900]
+	Pad[-40355 -62567  -40355  -57669  1102  3000 1402 "203" "203"  0x00000900]
+	Pad[-42323 -62567  -42323  -57669  1102  3000 1402 "204" "204"  0x00000900]
+	Pad[-44292 -62567  -44292  -57669  1102  3000 1402 "205" "205"  0x00000900]
+	Pad[-46260 -62567  -46260  -57669  1102  3000 1402 "206" "206"  0x00000900]
+	Pad[-48229 -62567  -48229  -57669  1102  3000 1402 "207" "207"  0x00000900]
+	Pad[-50197 -62567  -50197  -57669  1102  3000 1402 "208" "208"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-51818 -54718 54718 -54718 800]
+	# right
+	ElementLine[54718 -54718 54718 54718 800]
+	# bottom
+	ElementLine[54718 54718 -54718 54718 800]
+	# left
+	ElementLine[-54718 54718 -54718 -51818 800]
+	# angled corner
+	ElementLine[-54718 -51818 -51818 -54718 800]
+	ElementArc[-51818 -51818 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFP240_32.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFP240_32.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFP240_32.fp	(revision 296)
@@ -0,0 +1,259 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "TQFP240_32" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-70441  -58070  -65543  -58070  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-70441  -56102  -65543  -56102  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-70441  -54133  -65543  -54133  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-70441  -52165  -65543  -52165  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-70441  -50196  -65543  -50196  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-70441  -48228  -65543  -48228  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-70441  -46259  -65543  -46259  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-70441  -44291  -65543  -44291  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-70441  -42322  -65543  -42322  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-70441  -40354  -65543  -40354  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-70441  -38385  -65543  -38385  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-70441  -36417  -65543  -36417  1102  3000 1402 "12" "12"  0x00000100]
+	Pad[-70441  -34448  -65543  -34448  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[-70441  -32480  -65543  -32480  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[-70441  -30511  -65543  -30511  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[-70441  -28543  -65543  -28543  1102  3000 1402 "16" "16"  0x00000100]
+	Pad[-70441  -26574  -65543  -26574  1102  3000 1402 "17" "17"  0x00000100]
+	Pad[-70441  -24606  -65543  -24606  1102  3000 1402 "18" "18"  0x00000100]
+	Pad[-70441  -22637  -65543  -22637  1102  3000 1402 "19" "19"  0x00000100]
+	Pad[-70441  -20669  -65543  -20669  1102  3000 1402 "20" "20"  0x00000100]
+	Pad[-70441  -18700  -65543  -18700  1102  3000 1402 "21" "21"  0x00000100]
+	Pad[-70441  -16732  -65543  -16732  1102  3000 1402 "22" "22"  0x00000100]
+	Pad[-70441  -14763  -65543  -14763  1102  3000 1402 "23" "23"  0x00000100]
+	Pad[-70441  -12795  -65543  -12795  1102  3000 1402 "24" "24"  0x00000100]
+	Pad[-70441  -10826  -65543  -10826  1102  3000 1402 "25" "25"  0x00000100]
+	Pad[-70441  -8858  -65543  -8858  1102  3000 1402 "26" "26"  0x00000100]
+	Pad[-70441  -6889  -65543  -6889  1102  3000 1402 "27" "27"  0x00000100]
+	Pad[-70441  -4921  -65543  -4921  1102  3000 1402 "28" "28"  0x00000100]
+	Pad[-70441  -2952  -65543  -2952  1102  3000 1402 "29" "29"  0x00000100]
+	Pad[-70441  -984  -65543  -984  1102  3000 1402 "30" "30"  0x00000100]
+	Pad[-70441  985  -65543  985  1102  3000 1402 "31" "31"  0x00000100]
+	Pad[-70441  2953  -65543  2953  1102  3000 1402 "32" "32"  0x00000100]
+	Pad[-70441  4922  -65543  4922  1102  3000 1402 "33" "33"  0x00000100]
+	Pad[-70441  6890  -65543  6890  1102  3000 1402 "34" "34"  0x00000100]
+	Pad[-70441  8859  -65543  8859  1102  3000 1402 "35" "35"  0x00000100]
+	Pad[-70441  10827  -65543  10827  1102  3000 1402 "36" "36"  0x00000100]
+	Pad[-70441  12796  -65543  12796  1102  3000 1402 "37" "37"  0x00000100]
+	Pad[-70441  14764  -65543  14764  1102  3000 1402 "38" "38"  0x00000100]
+	Pad[-70441  16733  -65543  16733  1102  3000 1402 "39" "39"  0x00000100]
+	Pad[-70441  18701  -65543  18701  1102  3000 1402 "40" "40"  0x00000100]
+	Pad[-70441  20670  -65543  20670  1102  3000 1402 "41" "41"  0x00000100]
+	Pad[-70441  22638  -65543  22638  1102  3000 1402 "42" "42"  0x00000100]
+	Pad[-70441  24607  -65543  24607  1102  3000 1402 "43" "43"  0x00000100]
+	Pad[-70441  26575  -65543  26575  1102  3000 1402 "44" "44"  0x00000100]
+	Pad[-70441  28544  -65543  28544  1102  3000 1402 "45" "45"  0x00000100]
+	Pad[-70441  30512  -65543  30512  1102  3000 1402 "46" "46"  0x00000100]
+	Pad[-70441  32481  -65543  32481  1102  3000 1402 "47" "47"  0x00000100]
+	Pad[-70441  34449  -65543  34449  1102  3000 1402 "48" "48"  0x00000100]
+	Pad[-70441  36418  -65543  36418  1102  3000 1402 "49" "49"  0x00000100]
+	Pad[-70441  38386  -65543  38386  1102  3000 1402 "50" "50"  0x00000100]
+	Pad[-70441  40355  -65543  40355  1102  3000 1402 "51" "51"  0x00000100]
+	Pad[-70441  42323  -65543  42323  1102  3000 1402 "52" "52"  0x00000100]
+	Pad[-70441  44292  -65543  44292  1102  3000 1402 "53" "53"  0x00000100]
+	Pad[-70441  46260  -65543  46260  1102  3000 1402 "54" "54"  0x00000100]
+	Pad[-70441  48229  -65543  48229  1102  3000 1402 "55" "55"  0x00000100]
+	Pad[-70441  50197  -65543  50197  1102  3000 1402 "56" "56"  0x00000100]
+	Pad[-70441  52166  -65543  52166  1102  3000 1402 "57" "57"  0x00000100]
+	Pad[-70441  54134  -65543  54134  1102  3000 1402 "58" "58"  0x00000100]
+	Pad[-70441  56103  -65543  56103  1102  3000 1402 "59" "59"  0x00000100]
+	Pad[-70441  58071  -65543  58071  1102  3000 1402 "60" "60"  0x00000100]
+	# bottom row
+	Pad[-58070 70441  -58070  65543  1102  3000 1402 "61" "61"  0x00000900]
+	Pad[-56102 70441  -56102  65543  1102  3000 1402 "62" "62"  0x00000900]
+	Pad[-54133 70441  -54133  65543  1102  3000 1402 "63" "63"  0x00000900]
+	Pad[-52165 70441  -52165  65543  1102  3000 1402 "64" "64"  0x00000900]
+	Pad[-50196 70441  -50196  65543  1102  3000 1402 "65" "65"  0x00000900]
+	Pad[-48228 70441  -48228  65543  1102  3000 1402 "66" "66"  0x00000900]
+	Pad[-46259 70441  -46259  65543  1102  3000 1402 "67" "67"  0x00000900]
+	Pad[-44291 70441  -44291  65543  1102  3000 1402 "68" "68"  0x00000900]
+	Pad[-42322 70441  -42322  65543  1102  3000 1402 "69" "69"  0x00000900]
+	Pad[-40354 70441  -40354  65543  1102  3000 1402 "70" "70"  0x00000900]
+	Pad[-38385 70441  -38385  65543  1102  3000 1402 "71" "71"  0x00000900]
+	Pad[-36417 70441  -36417  65543  1102  3000 1402 "72" "72"  0x00000900]
+	Pad[-34448 70441  -34448  65543  1102  3000 1402 "73" "73"  0x00000900]
+	Pad[-32480 70441  -32480  65543  1102  3000 1402 "74" "74"  0x00000900]
+	Pad[-30511 70441  -30511  65543  1102  3000 1402 "75" "75"  0x00000900]
+	Pad[-28543 70441  -28543  65543  1102  3000 1402 "76" "76"  0x00000900]
+	Pad[-26574 70441  -26574  65543  1102  3000 1402 "77" "77"  0x00000900]
+	Pad[-24606 70441  -24606  65543  1102  3000 1402 "78" "78"  0x00000900]
+	Pad[-22637 70441  -22637  65543  1102  3000 1402 "79" "79"  0x00000900]
+	Pad[-20669 70441  -20669  65543  1102  3000 1402 "80" "80"  0x00000900]
+	Pad[-18700 70441  -18700  65543  1102  3000 1402 "81" "81"  0x00000900]
+	Pad[-16732 70441  -16732  65543  1102  3000 1402 "82" "82"  0x00000900]
+	Pad[-14763 70441  -14763  65543  1102  3000 1402 "83" "83"  0x00000900]
+	Pad[-12795 70441  -12795  65543  1102  3000 1402 "84" "84"  0x00000900]
+	Pad[-10826 70441  -10826  65543  1102  3000 1402 "85" "85"  0x00000900]
+	Pad[-8858 70441  -8858  65543  1102  3000 1402 "86" "86"  0x00000900]
+	Pad[-6889 70441  -6889  65543  1102  3000 1402 "87" "87"  0x00000900]
+	Pad[-4921 70441  -4921  65543  1102  3000 1402 "88" "88"  0x00000900]
+	Pad[-2952 70441  -2952  65543  1102  3000 1402 "89" "89"  0x00000900]
+	Pad[-984 70441  -984  65543  1102  3000 1402 "90" "90"  0x00000900]
+	Pad[985 70441  985  65543  1102  3000 1402 "91" "91"  0x00000900]
+	Pad[2953 70441  2953  65543  1102  3000 1402 "92" "92"  0x00000900]
+	Pad[4922 70441  4922  65543  1102  3000 1402 "93" "93"  0x00000900]
+	Pad[6890 70441  6890  65543  1102  3000 1402 "94" "94"  0x00000900]
+	Pad[8859 70441  8859  65543  1102  3000 1402 "95" "95"  0x00000900]
+	Pad[10827 70441  10827  65543  1102  3000 1402 "96" "96"  0x00000900]
+	Pad[12796 70441  12796  65543  1102  3000 1402 "97" "97"  0x00000900]
+	Pad[14764 70441  14764  65543  1102  3000 1402 "98" "98"  0x00000900]
+	Pad[16733 70441  16733  65543  1102  3000 1402 "99" "99"  0x00000900]
+	Pad[18701 70441  18701  65543  1102  3000 1402 "100" "100"  0x00000900]
+	Pad[20670 70441  20670  65543  1102  3000 1402 "101" "101"  0x00000900]
+	Pad[22638 70441  22638  65543  1102  3000 1402 "102" "102"  0x00000900]
+	Pad[24607 70441  24607  65543  1102  3000 1402 "103" "103"  0x00000900]
+	Pad[26575 70441  26575  65543  1102  3000 1402 "104" "104"  0x00000900]
+	Pad[28544 70441  28544  65543  1102  3000 1402 "105" "105"  0x00000900]
+	Pad[30512 70441  30512  65543  1102  3000 1402 "106" "106"  0x00000900]
+	Pad[32481 70441  32481  65543  1102  3000 1402 "107" "107"  0x00000900]
+	Pad[34449 70441  34449  65543  1102  3000 1402 "108" "108"  0x00000900]
+	Pad[36418 70441  36418  65543  1102  3000 1402 "109" "109"  0x00000900]
+	Pad[38386 70441  38386  65543  1102  3000 1402 "110" "110"  0x00000900]
+	Pad[40355 70441  40355  65543  1102  3000 1402 "111" "111"  0x00000900]
+	Pad[42323 70441  42323  65543  1102  3000 1402 "112" "112"  0x00000900]
+	Pad[44292 70441  44292  65543  1102  3000 1402 "113" "113"  0x00000900]
+	Pad[46260 70441  46260  65543  1102  3000 1402 "114" "114"  0x00000900]
+	Pad[48229 70441  48229  65543  1102  3000 1402 "115" "115"  0x00000900]
+	Pad[50197 70441  50197  65543  1102  3000 1402 "116" "116"  0x00000900]
+	Pad[52166 70441  52166  65543  1102  3000 1402 "117" "117"  0x00000900]
+	Pad[54134 70441  54134  65543  1102  3000 1402 "118" "118"  0x00000900]
+	Pad[56103 70441  56103  65543  1102  3000 1402 "119" "119"  0x00000900]
+	Pad[58071 70441  58071  65543  1102  3000 1402 "120" "120"  0x00000900]
+	# right row
+	Pad[70441  58070  65543  58070  1102  3000 1402 "121" "121"  0x00000100]
+	Pad[70441  56102  65543  56102  1102  3000 1402 "122" "122"  0x00000100]
+	Pad[70441  54133  65543  54133  1102  3000 1402 "123" "123"  0x00000100]
+	Pad[70441  52165  65543  52165  1102  3000 1402 "124" "124"  0x00000100]
+	Pad[70441  50196  65543  50196  1102  3000 1402 "125" "125"  0x00000100]
+	Pad[70441  48228  65543  48228  1102  3000 1402 "126" "126"  0x00000100]
+	Pad[70441  46259  65543  46259  1102  3000 1402 "127" "127"  0x00000100]
+	Pad[70441  44291  65543  44291  1102  3000 1402 "128" "128"  0x00000100]
+	Pad[70441  42322  65543  42322  1102  3000 1402 "129" "129"  0x00000100]
+	Pad[70441  40354  65543  40354  1102  3000 1402 "130" "130"  0x00000100]
+	Pad[70441  38385  65543  38385  1102  3000 1402 "131" "131"  0x00000100]
+	Pad[70441  36417  65543  36417  1102  3000 1402 "132" "132"  0x00000100]
+	Pad[70441  34448  65543  34448  1102  3000 1402 "133" "133"  0x00000100]
+	Pad[70441  32480  65543  32480  1102  3000 1402 "134" "134"  0x00000100]
+	Pad[70441  30511  65543  30511  1102  3000 1402 "135" "135"  0x00000100]
+	Pad[70441  28543  65543  28543  1102  3000 1402 "136" "136"  0x00000100]
+	Pad[70441  26574  65543  26574  1102  3000 1402 "137" "137"  0x00000100]
+	Pad[70441  24606  65543  24606  1102  3000 1402 "138" "138"  0x00000100]
+	Pad[70441  22637  65543  22637  1102  3000 1402 "139" "139"  0x00000100]
+	Pad[70441  20669  65543  20669  1102  3000 1402 "140" "140"  0x00000100]
+	Pad[70441  18700  65543  18700  1102  3000 1402 "141" "141"  0x00000100]
+	Pad[70441  16732  65543  16732  1102  3000 1402 "142" "142"  0x00000100]
+	Pad[70441  14763  65543  14763  1102  3000 1402 "143" "143"  0x00000100]
+	Pad[70441  12795  65543  12795  1102  3000 1402 "144" "144"  0x00000100]
+	Pad[70441  10826  65543  10826  1102  3000 1402 "145" "145"  0x00000100]
+	Pad[70441  8858  65543  8858  1102  3000 1402 "146" "146"  0x00000100]
+	Pad[70441  6889  65543  6889  1102  3000 1402 "147" "147"  0x00000100]
+	Pad[70441  4921  65543  4921  1102  3000 1402 "148" "148"  0x00000100]
+	Pad[70441  2952  65543  2952  1102  3000 1402 "149" "149"  0x00000100]
+	Pad[70441  984  65543  984  1102  3000 1402 "150" "150"  0x00000100]
+	Pad[70441  -985  65543  -985  1102  3000 1402 "151" "151"  0x00000100]
+	Pad[70441  -2953  65543  -2953  1102  3000 1402 "152" "152"  0x00000100]
+	Pad[70441  -4922  65543  -4922  1102  3000 1402 "153" "153"  0x00000100]
+	Pad[70441  -6890  65543  -6890  1102  3000 1402 "154" "154"  0x00000100]
+	Pad[70441  -8859  65543  -8859  1102  3000 1402 "155" "155"  0x00000100]
+	Pad[70441  -10827  65543  -10827  1102  3000 1402 "156" "156"  0x00000100]
+	Pad[70441  -12796  65543  -12796  1102  3000 1402 "157" "157"  0x00000100]
+	Pad[70441  -14764  65543  -14764  1102  3000 1402 "158" "158"  0x00000100]
+	Pad[70441  -16733  65543  -16733  1102  3000 1402 "159" "159"  0x00000100]
+	Pad[70441  -18701  65543  -18701  1102  3000 1402 "160" "160"  0x00000100]
+	Pad[70441  -20670  65543  -20670  1102  3000 1402 "161" "161"  0x00000100]
+	Pad[70441  -22638  65543  -22638  1102  3000 1402 "162" "162"  0x00000100]
+	Pad[70441  -24607  65543  -24607  1102  3000 1402 "163" "163"  0x00000100]
+	Pad[70441  -26575  65543  -26575  1102  3000 1402 "164" "164"  0x00000100]
+	Pad[70441  -28544  65543  -28544  1102  3000 1402 "165" "165"  0x00000100]
+	Pad[70441  -30512  65543  -30512  1102  3000 1402 "166" "166"  0x00000100]
+	Pad[70441  -32481  65543  -32481  1102  3000 1402 "167" "167"  0x00000100]
+	Pad[70441  -34449  65543  -34449  1102  3000 1402 "168" "168"  0x00000100]
+	Pad[70441  -36418  65543  -36418  1102  3000 1402 "169" "169"  0x00000100]
+	Pad[70441  -38386  65543  -38386  1102  3000 1402 "170" "170"  0x00000100]
+	Pad[70441  -40355  65543  -40355  1102  3000 1402 "171" "171"  0x00000100]
+	Pad[70441  -42323  65543  -42323  1102  3000 1402 "172" "172"  0x00000100]
+	Pad[70441  -44292  65543  -44292  1102  3000 1402 "173" "173"  0x00000100]
+	Pad[70441  -46260  65543  -46260  1102  3000 1402 "174" "174"  0x00000100]
+	Pad[70441  -48229  65543  -48229  1102  3000 1402 "175" "175"  0x00000100]
+	Pad[70441  -50197  65543  -50197  1102  3000 1402 "176" "176"  0x00000100]
+	Pad[70441  -52166  65543  -52166  1102  3000 1402 "177" "177"  0x00000100]
+	Pad[70441  -54134  65543  -54134  1102  3000 1402 "178" "178"  0x00000100]
+	Pad[70441  -56103  65543  -56103  1102  3000 1402 "179" "179"  0x00000100]
+	Pad[70441  -58071  65543  -58071  1102  3000 1402 "180" "180"  0x00000100]
+	# top row
+	Pad[58070 -70441  58070  -65543  1102  3000 1402 "181" "181"  0x00000900]
+	Pad[56102 -70441  56102  -65543  1102  3000 1402 "182" "182"  0x00000900]
+	Pad[54133 -70441  54133  -65543  1102  3000 1402 "183" "183"  0x00000900]
+	Pad[52165 -70441  52165  -65543  1102  3000 1402 "184" "184"  0x00000900]
+	Pad[50196 -70441  50196  -65543  1102  3000 1402 "185" "185"  0x00000900]
+	Pad[48228 -70441  48228  -65543  1102  3000 1402 "186" "186"  0x00000900]
+	Pad[46259 -70441  46259  -65543  1102  3000 1402 "187" "187"  0x00000900]
+	Pad[44291 -70441  44291  -65543  1102  3000 1402 "188" "188"  0x00000900]
+	Pad[42322 -70441  42322  -65543  1102  3000 1402 "189" "189"  0x00000900]
+	Pad[40354 -70441  40354  -65543  1102  3000 1402 "190" "190"  0x00000900]
+	Pad[38385 -70441  38385  -65543  1102  3000 1402 "191" "191"  0x00000900]
+	Pad[36417 -70441  36417  -65543  1102  3000 1402 "192" "192"  0x00000900]
+	Pad[34448 -70441  34448  -65543  1102  3000 1402 "193" "193"  0x00000900]
+	Pad[32480 -70441  32480  -65543  1102  3000 1402 "194" "194"  0x00000900]
+	Pad[30511 -70441  30511  -65543  1102  3000 1402 "195" "195"  0x00000900]
+	Pad[28543 -70441  28543  -65543  1102  3000 1402 "196" "196"  0x00000900]
+	Pad[26574 -70441  26574  -65543  1102  3000 1402 "197" "197"  0x00000900]
+	Pad[24606 -70441  24606  -65543  1102  3000 1402 "198" "198"  0x00000900]
+	Pad[22637 -70441  22637  -65543  1102  3000 1402 "199" "199"  0x00000900]
+	Pad[20669 -70441  20669  -65543  1102  3000 1402 "200" "200"  0x00000900]
+	Pad[18700 -70441  18700  -65543  1102  3000 1402 "201" "201"  0x00000900]
+	Pad[16732 -70441  16732  -65543  1102  3000 1402 "202" "202"  0x00000900]
+	Pad[14763 -70441  14763  -65543  1102  3000 1402 "203" "203"  0x00000900]
+	Pad[12795 -70441  12795  -65543  1102  3000 1402 "204" "204"  0x00000900]
+	Pad[10826 -70441  10826  -65543  1102  3000 1402 "205" "205"  0x00000900]
+	Pad[8858 -70441  8858  -65543  1102  3000 1402 "206" "206"  0x00000900]
+	Pad[6889 -70441  6889  -65543  1102  3000 1402 "207" "207"  0x00000900]
+	Pad[4921 -70441  4921  -65543  1102  3000 1402 "208" "208"  0x00000900]
+	Pad[2952 -70441  2952  -65543  1102  3000 1402 "209" "209"  0x00000900]
+	Pad[984 -70441  984  -65543  1102  3000 1402 "210" "210"  0x00000900]
+	Pad[-985 -70441  -985  -65543  1102  3000 1402 "211" "211"  0x00000900]
+	Pad[-2953 -70441  -2953  -65543  1102  3000 1402 "212" "212"  0x00000900]
+	Pad[-4922 -70441  -4922  -65543  1102  3000 1402 "213" "213"  0x00000900]
+	Pad[-6890 -70441  -6890  -65543  1102  3000 1402 "214" "214"  0x00000900]
+	Pad[-8859 -70441  -8859  -65543  1102  3000 1402 "215" "215"  0x00000900]
+	Pad[-10827 -70441  -10827  -65543  1102  3000 1402 "216" "216"  0x00000900]
+	Pad[-12796 -70441  -12796  -65543  1102  3000 1402 "217" "217"  0x00000900]
+	Pad[-14764 -70441  -14764  -65543  1102  3000 1402 "218" "218"  0x00000900]
+	Pad[-16733 -70441  -16733  -65543  1102  3000 1402 "219" "219"  0x00000900]
+	Pad[-18701 -70441  -18701  -65543  1102  3000 1402 "220" "220"  0x00000900]
+	Pad[-20670 -70441  -20670  -65543  1102  3000 1402 "221" "221"  0x00000900]
+	Pad[-22638 -70441  -22638  -65543  1102  3000 1402 "222" "222"  0x00000900]
+	Pad[-24607 -70441  -24607  -65543  1102  3000 1402 "223" "223"  0x00000900]
+	Pad[-26575 -70441  -26575  -65543  1102  3000 1402 "224" "224"  0x00000900]
+	Pad[-28544 -70441  -28544  -65543  1102  3000 1402 "225" "225"  0x00000900]
+	Pad[-30512 -70441  -30512  -65543  1102  3000 1402 "226" "226"  0x00000900]
+	Pad[-32481 -70441  -32481  -65543  1102  3000 1402 "227" "227"  0x00000900]
+	Pad[-34449 -70441  -34449  -65543  1102  3000 1402 "228" "228"  0x00000900]
+	Pad[-36418 -70441  -36418  -65543  1102  3000 1402 "229" "229"  0x00000900]
+	Pad[-38386 -70441  -38386  -65543  1102  3000 1402 "230" "230"  0x00000900]
+	Pad[-40355 -70441  -40355  -65543  1102  3000 1402 "231" "231"  0x00000900]
+	Pad[-42323 -70441  -42323  -65543  1102  3000 1402 "232" "232"  0x00000900]
+	Pad[-44292 -70441  -44292  -65543  1102  3000 1402 "233" "233"  0x00000900]
+	Pad[-46260 -70441  -46260  -65543  1102  3000 1402 "234" "234"  0x00000900]
+	Pad[-48229 -70441  -48229  -65543  1102  3000 1402 "235" "235"  0x00000900]
+	Pad[-50197 -70441  -50197  -65543  1102  3000 1402 "236" "236"  0x00000900]
+	Pad[-52166 -70441  -52166  -65543  1102  3000 1402 "237" "237"  0x00000900]
+	Pad[-54134 -70441  -54134  -65543  1102  3000 1402 "238" "238"  0x00000900]
+	Pad[-56103 -70441  -56103  -65543  1102  3000 1402 "239" "239"  0x00000900]
+	Pad[-58071 -70441  -58071  -65543  1102  3000 1402 "240" "240"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-59692 -62592 62592 -62592 800]
+	# right
+	ElementLine[62592 -62592 62592 62592 800]
+	# bottom
+	ElementLine[62592 62592 -62592 62592 800]
+	# left
+	ElementLine[-62592 62592 -62592 -59692 800]
+	# angled corner
+	ElementLine[-62592 -59692 -59692 -62592 800]
+	ElementArc[-59692 -59692 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFP304_40.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFP304_40.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFP304_40.fp	(revision 296)
@@ -0,0 +1,323 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "TQFP304_40" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-86189  -73818  -81291  -73818  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-86189  -71850  -81291  -71850  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-86189  -69881  -81291  -69881  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-86189  -67913  -81291  -67913  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-86189  -65944  -81291  -65944  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-86189  -63976  -81291  -63976  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-86189  -62007  -81291  -62007  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-86189  -60039  -81291  -60039  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-86189  -58070  -81291  -58070  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-86189  -56102  -81291  -56102  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-86189  -54133  -81291  -54133  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-86189  -52165  -81291  -52165  1102  3000 1402 "12" "12"  0x00000100]
+	Pad[-86189  -50196  -81291  -50196  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[-86189  -48228  -81291  -48228  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[-86189  -46259  -81291  -46259  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[-86189  -44291  -81291  -44291  1102  3000 1402 "16" "16"  0x00000100]
+	Pad[-86189  -42322  -81291  -42322  1102  3000 1402 "17" "17"  0x00000100]
+	Pad[-86189  -40354  -81291  -40354  1102  3000 1402 "18" "18"  0x00000100]
+	Pad[-86189  -38385  -81291  -38385  1102  3000 1402 "19" "19"  0x00000100]
+	Pad[-86189  -36417  -81291  -36417  1102  3000 1402 "20" "20"  0x00000100]
+	Pad[-86189  -34448  -81291  -34448  1102  3000 1402 "21" "21"  0x00000100]
+	Pad[-86189  -32480  -81291  -32480  1102  3000 1402 "22" "22"  0x00000100]
+	Pad[-86189  -30511  -81291  -30511  1102  3000 1402 "23" "23"  0x00000100]
+	Pad[-86189  -28543  -81291  -28543  1102  3000 1402 "24" "24"  0x00000100]
+	Pad[-86189  -26574  -81291  -26574  1102  3000 1402 "25" "25"  0x00000100]
+	Pad[-86189  -24606  -81291  -24606  1102  3000 1402 "26" "26"  0x00000100]
+	Pad[-86189  -22637  -81291  -22637  1102  3000 1402 "27" "27"  0x00000100]
+	Pad[-86189  -20669  -81291  -20669  1102  3000 1402 "28" "28"  0x00000100]
+	Pad[-86189  -18700  -81291  -18700  1102  3000 1402 "29" "29"  0x00000100]
+	Pad[-86189  -16732  -81291  -16732  1102  3000 1402 "30" "30"  0x00000100]
+	Pad[-86189  -14763  -81291  -14763  1102  3000 1402 "31" "31"  0x00000100]
+	Pad[-86189  -12795  -81291  -12795  1102  3000 1402 "32" "32"  0x00000100]
+	Pad[-86189  -10826  -81291  -10826  1102  3000 1402 "33" "33"  0x00000100]
+	Pad[-86189  -8858  -81291  -8858  1102  3000 1402 "34" "34"  0x00000100]
+	Pad[-86189  -6889  -81291  -6889  1102  3000 1402 "35" "35"  0x00000100]
+	Pad[-86189  -4921  -81291  -4921  1102  3000 1402 "36" "36"  0x00000100]
+	Pad[-86189  -2952  -81291  -2952  1102  3000 1402 "37" "37"  0x00000100]
+	Pad[-86189  -984  -81291  -984  1102  3000 1402 "38" "38"  0x00000100]
+	Pad[-86189  985  -81291  985  1102  3000 1402 "39" "39"  0x00000100]
+	Pad[-86189  2953  -81291  2953  1102  3000 1402 "40" "40"  0x00000100]
+	Pad[-86189  4922  -81291  4922  1102  3000 1402 "41" "41"  0x00000100]
+	Pad[-86189  6890  -81291  6890  1102  3000 1402 "42" "42"  0x00000100]
+	Pad[-86189  8859  -81291  8859  1102  3000 1402 "43" "43"  0x00000100]
+	Pad[-86189  10827  -81291  10827  1102  3000 1402 "44" "44"  0x00000100]
+	Pad[-86189  12796  -81291  12796  1102  3000 1402 "45" "45"  0x00000100]
+	Pad[-86189  14764  -81291  14764  1102  3000 1402 "46" "46"  0x00000100]
+	Pad[-86189  16733  -81291  16733  1102  3000 1402 "47" "47"  0x00000100]
+	Pad[-86189  18701  -81291  18701  1102  3000 1402 "48" "48"  0x00000100]
+	Pad[-86189  20670  -81291  20670  1102  3000 1402 "49" "49"  0x00000100]
+	Pad[-86189  22638  -81291  22638  1102  3000 1402 "50" "50"  0x00000100]
+	Pad[-86189  24607  -81291  24607  1102  3000 1402 "51" "51"  0x00000100]
+	Pad[-86189  26575  -81291  26575  1102  3000 1402 "52" "52"  0x00000100]
+	Pad[-86189  28544  -81291  28544  1102  3000 1402 "53" "53"  0x00000100]
+	Pad[-86189  30512  -81291  30512  1102  3000 1402 "54" "54"  0x00000100]
+	Pad[-86189  32481  -81291  32481  1102  3000 1402 "55" "55"  0x00000100]
+	Pad[-86189  34449  -81291  34449  1102  3000 1402 "56" "56"  0x00000100]
+	Pad[-86189  36418  -81291  36418  1102  3000 1402 "57" "57"  0x00000100]
+	Pad[-86189  38386  -81291  38386  1102  3000 1402 "58" "58"  0x00000100]
+	Pad[-86189  40355  -81291  40355  1102  3000 1402 "59" "59"  0x00000100]
+	Pad[-86189  42323  -81291  42323  1102  3000 1402 "60" "60"  0x00000100]
+	Pad[-86189  44292  -81291  44292  1102  3000 1402 "61" "61"  0x00000100]
+	Pad[-86189  46260  -81291  46260  1102  3000 1402 "62" "62"  0x00000100]
+	Pad[-86189  48229  -81291  48229  1102  3000 1402 "63" "63"  0x00000100]
+	Pad[-86189  50197  -81291  50197  1102  3000 1402 "64" "64"  0x00000100]
+	Pad[-86189  52166  -81291  52166  1102  3000 1402 "65" "65"  0x00000100]
+	Pad[-86189  54134  -81291  54134  1102  3000 1402 "66" "66"  0x00000100]
+	Pad[-86189  56103  -81291  56103  1102  3000 1402 "67" "67"  0x00000100]
+	Pad[-86189  58071  -81291  58071  1102  3000 1402 "68" "68"  0x00000100]
+	Pad[-86189  60040  -81291  60040  1102  3000 1402 "69" "69"  0x00000100]
+	Pad[-86189  62008  -81291  62008  1102  3000 1402 "70" "70"  0x00000100]
+	Pad[-86189  63977  -81291  63977  1102  3000 1402 "71" "71"  0x00000100]
+	Pad[-86189  65945  -81291  65945  1102  3000 1402 "72" "72"  0x00000100]
+	Pad[-86189  67914  -81291  67914  1102  3000 1402 "73" "73"  0x00000100]
+	Pad[-86189  69882  -81291  69882  1102  3000 1402 "74" "74"  0x00000100]
+	Pad[-86189  71851  -81291  71851  1102  3000 1402 "75" "75"  0x00000100]
+	Pad[-86189  73819  -81291  73819  1102  3000 1402 "76" "76"  0x00000100]
+	# bottom row
+	Pad[-73818 86189  -73818  81291  1102  3000 1402 "77" "77"  0x00000900]
+	Pad[-71850 86189  -71850  81291  1102  3000 1402 "78" "78"  0x00000900]
+	Pad[-69881 86189  -69881  81291  1102  3000 1402 "79" "79"  0x00000900]
+	Pad[-67913 86189  -67913  81291  1102  3000 1402 "80" "80"  0x00000900]
+	Pad[-65944 86189  -65944  81291  1102  3000 1402 "81" "81"  0x00000900]
+	Pad[-63976 86189  -63976  81291  1102  3000 1402 "82" "82"  0x00000900]
+	Pad[-62007 86189  -62007  81291  1102  3000 1402 "83" "83"  0x00000900]
+	Pad[-60039 86189  -60039  81291  1102  3000 1402 "84" "84"  0x00000900]
+	Pad[-58070 86189  -58070  81291  1102  3000 1402 "85" "85"  0x00000900]
+	Pad[-56102 86189  -56102  81291  1102  3000 1402 "86" "86"  0x00000900]
+	Pad[-54133 86189  -54133  81291  1102  3000 1402 "87" "87"  0x00000900]
+	Pad[-52165 86189  -52165  81291  1102  3000 1402 "88" "88"  0x00000900]
+	Pad[-50196 86189  -50196  81291  1102  3000 1402 "89" "89"  0x00000900]
+	Pad[-48228 86189  -48228  81291  1102  3000 1402 "90" "90"  0x00000900]
+	Pad[-46259 86189  -46259  81291  1102  3000 1402 "91" "91"  0x00000900]
+	Pad[-44291 86189  -44291  81291  1102  3000 1402 "92" "92"  0x00000900]
+	Pad[-42322 86189  -42322  81291  1102  3000 1402 "93" "93"  0x00000900]
+	Pad[-40354 86189  -40354  81291  1102  3000 1402 "94" "94"  0x00000900]
+	Pad[-38385 86189  -38385  81291  1102  3000 1402 "95" "95"  0x00000900]
+	Pad[-36417 86189  -36417  81291  1102  3000 1402 "96" "96"  0x00000900]
+	Pad[-34448 86189  -34448  81291  1102  3000 1402 "97" "97"  0x00000900]
+	Pad[-32480 86189  -32480  81291  1102  3000 1402 "98" "98"  0x00000900]
+	Pad[-30511 86189  -30511  81291  1102  3000 1402 "99" "99"  0x00000900]
+	Pad[-28543 86189  -28543  81291  1102  3000 1402 "100" "100"  0x00000900]
+	Pad[-26574 86189  -26574  81291  1102  3000 1402 "101" "101"  0x00000900]
+	Pad[-24606 86189  -24606  81291  1102  3000 1402 "102" "102"  0x00000900]
+	Pad[-22637 86189  -22637  81291  1102  3000 1402 "103" "103"  0x00000900]
+	Pad[-20669 86189  -20669  81291  1102  3000 1402 "104" "104"  0x00000900]
+	Pad[-18700 86189  -18700  81291  1102  3000 1402 "105" "105"  0x00000900]
+	Pad[-16732 86189  -16732  81291  1102  3000 1402 "106" "106"  0x00000900]
+	Pad[-14763 86189  -14763  81291  1102  3000 1402 "107" "107"  0x00000900]
+	Pad[-12795 86189  -12795  81291  1102  3000 1402 "108" "108"  0x00000900]
+	Pad[-10826 86189  -10826  81291  1102  3000 1402 "109" "109"  0x00000900]
+	Pad[-8858 86189  -8858  81291  1102  3000 1402 "110" "110"  0x00000900]
+	Pad[-6889 86189  -6889  81291  1102  3000 1402 "111" "111"  0x00000900]
+	Pad[-4921 86189  -4921  81291  1102  3000 1402 "112" "112"  0x00000900]
+	Pad[-2952 86189  -2952  81291  1102  3000 1402 "113" "113"  0x00000900]
+	Pad[-984 86189  -984  81291  1102  3000 1402 "114" "114"  0x00000900]
+	Pad[985 86189  985  81291  1102  3000 1402 "115" "115"  0x00000900]
+	Pad[2953 86189  2953  81291  1102  3000 1402 "116" "116"  0x00000900]
+	Pad[4922 86189  4922  81291  1102  3000 1402 "117" "117"  0x00000900]
+	Pad[6890 86189  6890  81291  1102  3000 1402 "118" "118"  0x00000900]
+	Pad[8859 86189  8859  81291  1102  3000 1402 "119" "119"  0x00000900]
+	Pad[10827 86189  10827  81291  1102  3000 1402 "120" "120"  0x00000900]
+	Pad[12796 86189  12796  81291  1102  3000 1402 "121" "121"  0x00000900]
+	Pad[14764 86189  14764  81291  1102  3000 1402 "122" "122"  0x00000900]
+	Pad[16733 86189  16733  81291  1102  3000 1402 "123" "123"  0x00000900]
+	Pad[18701 86189  18701  81291  1102  3000 1402 "124" "124"  0x00000900]
+	Pad[20670 86189  20670  81291  1102  3000 1402 "125" "125"  0x00000900]
+	Pad[22638 86189  22638  81291  1102  3000 1402 "126" "126"  0x00000900]
+	Pad[24607 86189  24607  81291  1102  3000 1402 "127" "127"  0x00000900]
+	Pad[26575 86189  26575  81291  1102  3000 1402 "128" "128"  0x00000900]
+	Pad[28544 86189  28544  81291  1102  3000 1402 "129" "129"  0x00000900]
+	Pad[30512 86189  30512  81291  1102  3000 1402 "130" "130"  0x00000900]
+	Pad[32481 86189  32481  81291  1102  3000 1402 "131" "131"  0x00000900]
+	Pad[34449 86189  34449  81291  1102  3000 1402 "132" "132"  0x00000900]
+	Pad[36418 86189  36418  81291  1102  3000 1402 "133" "133"  0x00000900]
+	Pad[38386 86189  38386  81291  1102  3000 1402 "134" "134"  0x00000900]
+	Pad[40355 86189  40355  81291  1102  3000 1402 "135" "135"  0x00000900]
+	Pad[42323 86189  42323  81291  1102  3000 1402 "136" "136"  0x00000900]
+	Pad[44292 86189  44292  81291  1102  3000 1402 "137" "137"  0x00000900]
+	Pad[46260 86189  46260  81291  1102  3000 1402 "138" "138"  0x00000900]
+	Pad[48229 86189  48229  81291  1102  3000 1402 "139" "139"  0x00000900]
+	Pad[50197 86189  50197  81291  1102  3000 1402 "140" "140"  0x00000900]
+	Pad[52166 86189  52166  81291  1102  3000 1402 "141" "141"  0x00000900]
+	Pad[54134 86189  54134  81291  1102  3000 1402 "142" "142"  0x00000900]
+	Pad[56103 86189  56103  81291  1102  3000 1402 "143" "143"  0x00000900]
+	Pad[58071 86189  58071  81291  1102  3000 1402 "144" "144"  0x00000900]
+	Pad[60040 86189  60040  81291  1102  3000 1402 "145" "145"  0x00000900]
+	Pad[62008 86189  62008  81291  1102  3000 1402 "146" "146"  0x00000900]
+	Pad[63977 86189  63977  81291  1102  3000 1402 "147" "147"  0x00000900]
+	Pad[65945 86189  65945  81291  1102  3000 1402 "148" "148"  0x00000900]
+	Pad[67914 86189  67914  81291  1102  3000 1402 "149" "149"  0x00000900]
+	Pad[69882 86189  69882  81291  1102  3000 1402 "150" "150"  0x00000900]
+	Pad[71851 86189  71851  81291  1102  3000 1402 "151" "151"  0x00000900]
+	Pad[73819 86189  73819  81291  1102  3000 1402 "152" "152"  0x00000900]
+	# right row
+	Pad[86189  73818  81291  73818  1102  3000 1402 "153" "153"  0x00000100]
+	Pad[86189  71850  81291  71850  1102  3000 1402 "154" "154"  0x00000100]
+	Pad[86189  69881  81291  69881  1102  3000 1402 "155" "155"  0x00000100]
+	Pad[86189  67913  81291  67913  1102  3000 1402 "156" "156"  0x00000100]
+	Pad[86189  65944  81291  65944  1102  3000 1402 "157" "157"  0x00000100]
+	Pad[86189  63976  81291  63976  1102  3000 1402 "158" "158"  0x00000100]
+	Pad[86189  62007  81291  62007  1102  3000 1402 "159" "159"  0x00000100]
+	Pad[86189  60039  81291  60039  1102  3000 1402 "160" "160"  0x00000100]
+	Pad[86189  58070  81291  58070  1102  3000 1402 "161" "161"  0x00000100]
+	Pad[86189  56102  81291  56102  1102  3000 1402 "162" "162"  0x00000100]
+	Pad[86189  54133  81291  54133  1102  3000 1402 "163" "163"  0x00000100]
+	Pad[86189  52165  81291  52165  1102  3000 1402 "164" "164"  0x00000100]
+	Pad[86189  50196  81291  50196  1102  3000 1402 "165" "165"  0x00000100]
+	Pad[86189  48228  81291  48228  1102  3000 1402 "166" "166"  0x00000100]
+	Pad[86189  46259  81291  46259  1102  3000 1402 "167" "167"  0x00000100]
+	Pad[86189  44291  81291  44291  1102  3000 1402 "168" "168"  0x00000100]
+	Pad[86189  42322  81291  42322  1102  3000 1402 "169" "169"  0x00000100]
+	Pad[86189  40354  81291  40354  1102  3000 1402 "170" "170"  0x00000100]
+	Pad[86189  38385  81291  38385  1102  3000 1402 "171" "171"  0x00000100]
+	Pad[86189  36417  81291  36417  1102  3000 1402 "172" "172"  0x00000100]
+	Pad[86189  34448  81291  34448  1102  3000 1402 "173" "173"  0x00000100]
+	Pad[86189  32480  81291  32480  1102  3000 1402 "174" "174"  0x00000100]
+	Pad[86189  30511  81291  30511  1102  3000 1402 "175" "175"  0x00000100]
+	Pad[86189  28543  81291  28543  1102  3000 1402 "176" "176"  0x00000100]
+	Pad[86189  26574  81291  26574  1102  3000 1402 "177" "177"  0x00000100]
+	Pad[86189  24606  81291  24606  1102  3000 1402 "178" "178"  0x00000100]
+	Pad[86189  22637  81291  22637  1102  3000 1402 "179" "179"  0x00000100]
+	Pad[86189  20669  81291  20669  1102  3000 1402 "180" "180"  0x00000100]
+	Pad[86189  18700  81291  18700  1102  3000 1402 "181" "181"  0x00000100]
+	Pad[86189  16732  81291  16732  1102  3000 1402 "182" "182"  0x00000100]
+	Pad[86189  14763  81291  14763  1102  3000 1402 "183" "183"  0x00000100]
+	Pad[86189  12795  81291  12795  1102  3000 1402 "184" "184"  0x00000100]
+	Pad[86189  10826  81291  10826  1102  3000 1402 "185" "185"  0x00000100]
+	Pad[86189  8858  81291  8858  1102  3000 1402 "186" "186"  0x00000100]
+	Pad[86189  6889  81291  6889  1102  3000 1402 "187" "187"  0x00000100]
+	Pad[86189  4921  81291  4921  1102  3000 1402 "188" "188"  0x00000100]
+	Pad[86189  2952  81291  2952  1102  3000 1402 "189" "189"  0x00000100]
+	Pad[86189  984  81291  984  1102  3000 1402 "190" "190"  0x00000100]
+	Pad[86189  -985  81291  -985  1102  3000 1402 "191" "191"  0x00000100]
+	Pad[86189  -2953  81291  -2953  1102  3000 1402 "192" "192"  0x00000100]
+	Pad[86189  -4922  81291  -4922  1102  3000 1402 "193" "193"  0x00000100]
+	Pad[86189  -6890  81291  -6890  1102  3000 1402 "194" "194"  0x00000100]
+	Pad[86189  -8859  81291  -8859  1102  3000 1402 "195" "195"  0x00000100]
+	Pad[86189  -10827  81291  -10827  1102  3000 1402 "196" "196"  0x00000100]
+	Pad[86189  -12796  81291  -12796  1102  3000 1402 "197" "197"  0x00000100]
+	Pad[86189  -14764  81291  -14764  1102  3000 1402 "198" "198"  0x00000100]
+	Pad[86189  -16733  81291  -16733  1102  3000 1402 "199" "199"  0x00000100]
+	Pad[86189  -18701  81291  -18701  1102  3000 1402 "200" "200"  0x00000100]
+	Pad[86189  -20670  81291  -20670  1102  3000 1402 "201" "201"  0x00000100]
+	Pad[86189  -22638  81291  -22638  1102  3000 1402 "202" "202"  0x00000100]
+	Pad[86189  -24607  81291  -24607  1102  3000 1402 "203" "203"  0x00000100]
+	Pad[86189  -26575  81291  -26575  1102  3000 1402 "204" "204"  0x00000100]
+	Pad[86189  -28544  81291  -28544  1102  3000 1402 "205" "205"  0x00000100]
+	Pad[86189  -30512  81291  -30512  1102  3000 1402 "206" "206"  0x00000100]
+	Pad[86189  -32481  81291  -32481  1102  3000 1402 "207" "207"  0x00000100]
+	Pad[86189  -34449  81291  -34449  1102  3000 1402 "208" "208"  0x00000100]
+	Pad[86189  -36418  81291  -36418  1102  3000 1402 "209" "209"  0x00000100]
+	Pad[86189  -38386  81291  -38386  1102  3000 1402 "210" "210"  0x00000100]
+	Pad[86189  -40355  81291  -40355  1102  3000 1402 "211" "211"  0x00000100]
+	Pad[86189  -42323  81291  -42323  1102  3000 1402 "212" "212"  0x00000100]
+	Pad[86189  -44292  81291  -44292  1102  3000 1402 "213" "213"  0x00000100]
+	Pad[86189  -46260  81291  -46260  1102  3000 1402 "214" "214"  0x00000100]
+	Pad[86189  -48229  81291  -48229  1102  3000 1402 "215" "215"  0x00000100]
+	Pad[86189  -50197  81291  -50197  1102  3000 1402 "216" "216"  0x00000100]
+	Pad[86189  -52166  81291  -52166  1102  3000 1402 "217" "217"  0x00000100]
+	Pad[86189  -54134  81291  -54134  1102  3000 1402 "218" "218"  0x00000100]
+	Pad[86189  -56103  81291  -56103  1102  3000 1402 "219" "219"  0x00000100]
+	Pad[86189  -58071  81291  -58071  1102  3000 1402 "220" "220"  0x00000100]
+	Pad[86189  -60040  81291  -60040  1102  3000 1402 "221" "221"  0x00000100]
+	Pad[86189  -62008  81291  -62008  1102  3000 1402 "222" "222"  0x00000100]
+	Pad[86189  -63977  81291  -63977  1102  3000 1402 "223" "223"  0x00000100]
+	Pad[86189  -65945  81291  -65945  1102  3000 1402 "224" "224"  0x00000100]
+	Pad[86189  -67914  81291  -67914  1102  3000 1402 "225" "225"  0x00000100]
+	Pad[86189  -69882  81291  -69882  1102  3000 1402 "226" "226"  0x00000100]
+	Pad[86189  -71851  81291  -71851  1102  3000 1402 "227" "227"  0x00000100]
+	Pad[86189  -73819  81291  -73819  1102  3000 1402 "228" "228"  0x00000100]
+	# top row
+	Pad[73818 -86189  73818  -81291  1102  3000 1402 "229" "229"  0x00000900]
+	Pad[71850 -86189  71850  -81291  1102  3000 1402 "230" "230"  0x00000900]
+	Pad[69881 -86189  69881  -81291  1102  3000 1402 "231" "231"  0x00000900]
+	Pad[67913 -86189  67913  -81291  1102  3000 1402 "232" "232"  0x00000900]
+	Pad[65944 -86189  65944  -81291  1102  3000 1402 "233" "233"  0x00000900]
+	Pad[63976 -86189  63976  -81291  1102  3000 1402 "234" "234"  0x00000900]
+	Pad[62007 -86189  62007  -81291  1102  3000 1402 "235" "235"  0x00000900]
+	Pad[60039 -86189  60039  -81291  1102  3000 1402 "236" "236"  0x00000900]
+	Pad[58070 -86189  58070  -81291  1102  3000 1402 "237" "237"  0x00000900]
+	Pad[56102 -86189  56102  -81291  1102  3000 1402 "238" "238"  0x00000900]
+	Pad[54133 -86189  54133  -81291  1102  3000 1402 "239" "239"  0x00000900]
+	Pad[52165 -86189  52165  -81291  1102  3000 1402 "240" "240"  0x00000900]
+	Pad[50196 -86189  50196  -81291  1102  3000 1402 "241" "241"  0x00000900]
+	Pad[48228 -86189  48228  -81291  1102  3000 1402 "242" "242"  0x00000900]
+	Pad[46259 -86189  46259  -81291  1102  3000 1402 "243" "243"  0x00000900]
+	Pad[44291 -86189  44291  -81291  1102  3000 1402 "244" "244"  0x00000900]
+	Pad[42322 -86189  42322  -81291  1102  3000 1402 "245" "245"  0x00000900]
+	Pad[40354 -86189  40354  -81291  1102  3000 1402 "246" "246"  0x00000900]
+	Pad[38385 -86189  38385  -81291  1102  3000 1402 "247" "247"  0x00000900]
+	Pad[36417 -86189  36417  -81291  1102  3000 1402 "248" "248"  0x00000900]
+	Pad[34448 -86189  34448  -81291  1102  3000 1402 "249" "249"  0x00000900]
+	Pad[32480 -86189  32480  -81291  1102  3000 1402 "250" "250"  0x00000900]
+	Pad[30511 -86189  30511  -81291  1102  3000 1402 "251" "251"  0x00000900]
+	Pad[28543 -86189  28543  -81291  1102  3000 1402 "252" "252"  0x00000900]
+	Pad[26574 -86189  26574  -81291  1102  3000 1402 "253" "253"  0x00000900]
+	Pad[24606 -86189  24606  -81291  1102  3000 1402 "254" "254"  0x00000900]
+	Pad[22637 -86189  22637  -81291  1102  3000 1402 "255" "255"  0x00000900]
+	Pad[20669 -86189  20669  -81291  1102  3000 1402 "256" "256"  0x00000900]
+	Pad[18700 -86189  18700  -81291  1102  3000 1402 "257" "257"  0x00000900]
+	Pad[16732 -86189  16732  -81291  1102  3000 1402 "258" "258"  0x00000900]
+	Pad[14763 -86189  14763  -81291  1102  3000 1402 "259" "259"  0x00000900]
+	Pad[12795 -86189  12795  -81291  1102  3000 1402 "260" "260"  0x00000900]
+	Pad[10826 -86189  10826  -81291  1102  3000 1402 "261" "261"  0x00000900]
+	Pad[8858 -86189  8858  -81291  1102  3000 1402 "262" "262"  0x00000900]
+	Pad[6889 -86189  6889  -81291  1102  3000 1402 "263" "263"  0x00000900]
+	Pad[4921 -86189  4921  -81291  1102  3000 1402 "264" "264"  0x00000900]
+	Pad[2952 -86189  2952  -81291  1102  3000 1402 "265" "265"  0x00000900]
+	Pad[984 -86189  984  -81291  1102  3000 1402 "266" "266"  0x00000900]
+	Pad[-985 -86189  -985  -81291  1102  3000 1402 "267" "267"  0x00000900]
+	Pad[-2953 -86189  -2953  -81291  1102  3000 1402 "268" "268"  0x00000900]
+	Pad[-4922 -86189  -4922  -81291  1102  3000 1402 "269" "269"  0x00000900]
+	Pad[-6890 -86189  -6890  -81291  1102  3000 1402 "270" "270"  0x00000900]
+	Pad[-8859 -86189  -8859  -81291  1102  3000 1402 "271" "271"  0x00000900]
+	Pad[-10827 -86189  -10827  -81291  1102  3000 1402 "272" "272"  0x00000900]
+	Pad[-12796 -86189  -12796  -81291  1102  3000 1402 "273" "273"  0x00000900]
+	Pad[-14764 -86189  -14764  -81291  1102  3000 1402 "274" "274"  0x00000900]
+	Pad[-16733 -86189  -16733  -81291  1102  3000 1402 "275" "275"  0x00000900]
+	Pad[-18701 -86189  -18701  -81291  1102  3000 1402 "276" "276"  0x00000900]
+	Pad[-20670 -86189  -20670  -81291  1102  3000 1402 "277" "277"  0x00000900]
+	Pad[-22638 -86189  -22638  -81291  1102  3000 1402 "278" "278"  0x00000900]
+	Pad[-24607 -86189  -24607  -81291  1102  3000 1402 "279" "279"  0x00000900]
+	Pad[-26575 -86189  -26575  -81291  1102  3000 1402 "280" "280"  0x00000900]
+	Pad[-28544 -86189  -28544  -81291  1102  3000 1402 "281" "281"  0x00000900]
+	Pad[-30512 -86189  -30512  -81291  1102  3000 1402 "282" "282"  0x00000900]
+	Pad[-32481 -86189  -32481  -81291  1102  3000 1402 "283" "283"  0x00000900]
+	Pad[-34449 -86189  -34449  -81291  1102  3000 1402 "284" "284"  0x00000900]
+	Pad[-36418 -86189  -36418  -81291  1102  3000 1402 "285" "285"  0x00000900]
+	Pad[-38386 -86189  -38386  -81291  1102  3000 1402 "286" "286"  0x00000900]
+	Pad[-40355 -86189  -40355  -81291  1102  3000 1402 "287" "287"  0x00000900]
+	Pad[-42323 -86189  -42323  -81291  1102  3000 1402 "288" "288"  0x00000900]
+	Pad[-44292 -86189  -44292  -81291  1102  3000 1402 "289" "289"  0x00000900]
+	Pad[-46260 -86189  -46260  -81291  1102  3000 1402 "290" "290"  0x00000900]
+	Pad[-48229 -86189  -48229  -81291  1102  3000 1402 "291" "291"  0x00000900]
+	Pad[-50197 -86189  -50197  -81291  1102  3000 1402 "292" "292"  0x00000900]
+	Pad[-52166 -86189  -52166  -81291  1102  3000 1402 "293" "293"  0x00000900]
+	Pad[-54134 -86189  -54134  -81291  1102  3000 1402 "294" "294"  0x00000900]
+	Pad[-56103 -86189  -56103  -81291  1102  3000 1402 "295" "295"  0x00000900]
+	Pad[-58071 -86189  -58071  -81291  1102  3000 1402 "296" "296"  0x00000900]
+	Pad[-60040 -86189  -60040  -81291  1102  3000 1402 "297" "297"  0x00000900]
+	Pad[-62008 -86189  -62008  -81291  1102  3000 1402 "298" "298"  0x00000900]
+	Pad[-63977 -86189  -63977  -81291  1102  3000 1402 "299" "299"  0x00000900]
+	Pad[-65945 -86189  -65945  -81291  1102  3000 1402 "300" "300"  0x00000900]
+	Pad[-67914 -86189  -67914  -81291  1102  3000 1402 "301" "301"  0x00000900]
+	Pad[-69882 -86189  -69882  -81291  1102  3000 1402 "302" "302"  0x00000900]
+	Pad[-71851 -86189  -71851  -81291  1102  3000 1402 "303" "303"  0x00000900]
+	Pad[-73819 -86189  -73819  -81291  1102  3000 1402 "304" "304"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-75440 -78340 78340 -78340 800]
+	# right
+	ElementLine[78340 -78340 78340 78340 800]
+	# bottom
+	ElementLine[78340 78340 -78340 78340 800]
+	# left
+	ElementLine[-78340 78340 -78340 -75440 800]
+	# angled corner
+	ElementLine[-78340 -75440 -75440 -78340 800]
+	ElementArc[-75440 -75440 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFP32_7.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFP32_7.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFP32_7.fp	(revision 296)
@@ -0,0 +1,51 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "TQFP32_7" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-20992  -11023  -16566  -11023  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-20992  -7874  -16566  -7874  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-20992  -4724  -16566  -4724  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-20992  -1575  -16566  -1575  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-20992  1575  -16566  1575  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-20992  4725  -16566  4725  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-20992  7874  -16566  7874  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-20992  11024  -16566  11024  1574  3000 1874 "8" "8"  0x00000100]
+	# bottom row
+	Pad[-11023 20992  -11023  16566  1574  3000 1874 "9" "9"  0x00000900]
+	Pad[-7874 20992  -7874  16566  1574  3000 1874 "10" "10"  0x00000900]
+	Pad[-4724 20992  -4724  16566  1574  3000 1874 "11" "11"  0x00000900]
+	Pad[-1575 20992  -1575  16566  1574  3000 1874 "12" "12"  0x00000900]
+	Pad[1575 20992  1575  16566  1574  3000 1874 "13" "13"  0x00000900]
+	Pad[4725 20992  4725  16566  1574  3000 1874 "14" "14"  0x00000900]
+	Pad[7874 20992  7874  16566  1574  3000 1874 "15" "15"  0x00000900]
+	Pad[11024 20992  11024  16566  1574  3000 1874 "16" "16"  0x00000900]
+	# right row
+	Pad[20992  11023  16566  11023  1574  3000 1874 "17" "17"  0x00000100]
+	Pad[20992  7874  16566  7874  1574  3000 1874 "18" "18"  0x00000100]
+	Pad[20992  4724  16566  4724  1574  3000 1874 "19" "19"  0x00000100]
+	Pad[20992  1575  16566  1575  1574  3000 1874 "20" "20"  0x00000100]
+	Pad[20992  -1575  16566  -1575  1574  3000 1874 "21" "21"  0x00000100]
+	Pad[20992  -4725  16566  -4725  1574  3000 1874 "22" "22"  0x00000100]
+	Pad[20992  -7874  16566  -7874  1574  3000 1874 "23" "23"  0x00000100]
+	Pad[20992  -11024  16566  -11024  1574  3000 1874 "24" "24"  0x00000100]
+	# top row
+	Pad[11023 -20992  11023  -16566  1574  3000 1874 "25" "25"  0x00000900]
+	Pad[7874 -20992  7874  -16566  1574  3000 1874 "26" "26"  0x00000900]
+	Pad[4724 -20992  4724  -16566  1574  3000 1874 "27" "27"  0x00000900]
+	Pad[1575 -20992  1575  -16566  1574  3000 1874 "28" "28"  0x00000900]
+	Pad[-1575 -20992  -1575  -16566  1574  3000 1874 "29" "29"  0x00000900]
+	Pad[-4725 -20992  -4725  -16566  1574  3000 1874 "30" "30"  0x00000900]
+	Pad[-7874 -20992  -7874  -16566  1574  3000 1874 "31" "31"  0x00000900]
+	Pad[-11024 -20992  -11024  -16566  1574  3000 1874 "32" "32"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-10479 -13379 13379 -13379 800]
+	# right
+	ElementLine[13379 -13379 13379 13379 800]
+	# bottom
+	ElementLine[13379 13379 -13379 13379 800]
+	# left
+	ElementLine[-13379 13379 -13379 -10479 800]
+	# angled corner
+	ElementLine[-13379 -10479 -10479 -13379 800]
+	ElementArc[-10479 -10479 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFP44_10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFP44_10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFP44_10.fp	(revision 296)
@@ -0,0 +1,63 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "TQFP44_10" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-26898  -15748  -22472  -15748  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-26898  -12599  -22472  -12599  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-26898  -9449  -22472  -9449  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-26898  -6300  -22472  -6300  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-26898  -3150  -22472  -3150  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-26898  0  -22472  0  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-26898  3149  -22472  3149  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-26898  6299  -22472  6299  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-26898  9448  -22472  9448  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-26898  12598  -22472  12598  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-26898  15748  -22472  15748  1574  3000 1874 "11" "11"  0x00000100]
+	# bottom row
+	Pad[-15748 26898  -15748  22472  1574  3000 1874 "12" "12"  0x00000900]
+	Pad[-12599 26898  -12599  22472  1574  3000 1874 "13" "13"  0x00000900]
+	Pad[-9449 26898  -9449  22472  1574  3000 1874 "14" "14"  0x00000900]
+	Pad[-6300 26898  -6300  22472  1574  3000 1874 "15" "15"  0x00000900]
+	Pad[-3150 26898  -3150  22472  1574  3000 1874 "16" "16"  0x00000900]
+	Pad[0 26898  0  22472  1574  3000 1874 "17" "17"  0x00000900]
+	Pad[3149 26898  3149  22472  1574  3000 1874 "18" "18"  0x00000900]
+	Pad[6299 26898  6299  22472  1574  3000 1874 "19" "19"  0x00000900]
+	Pad[9448 26898  9448  22472  1574  3000 1874 "20" "20"  0x00000900]
+	Pad[12598 26898  12598  22472  1574  3000 1874 "21" "21"  0x00000900]
+	Pad[15748 26898  15748  22472  1574  3000 1874 "22" "22"  0x00000900]
+	# right row
+	Pad[26898  15748  22472  15748  1574  3000 1874 "23" "23"  0x00000100]
+	Pad[26898  12599  22472  12599  1574  3000 1874 "24" "24"  0x00000100]
+	Pad[26898  9449  22472  9449  1574  3000 1874 "25" "25"  0x00000100]
+	Pad[26898  6300  22472  6300  1574  3000 1874 "26" "26"  0x00000100]
+	Pad[26898  3150  22472  3150  1574  3000 1874 "27" "27"  0x00000100]
+	Pad[26898  0  22472  0  1574  3000 1874 "28" "28"  0x00000100]
+	Pad[26898  -3149  22472  -3149  1574  3000 1874 "29" "29"  0x00000100]
+	Pad[26898  -6299  22472  -6299  1574  3000 1874 "30" "30"  0x00000100]
+	Pad[26898  -9448  22472  -9448  1574  3000 1874 "31" "31"  0x00000100]
+	Pad[26898  -12598  22472  -12598  1574  3000 1874 "32" "32"  0x00000100]
+	Pad[26898  -15748  22472  -15748  1574  3000 1874 "33" "33"  0x00000100]
+	# top row
+	Pad[15748 -26898  15748  -22472  1574  3000 1874 "34" "34"  0x00000900]
+	Pad[12599 -26898  12599  -22472  1574  3000 1874 "35" "35"  0x00000900]
+	Pad[9449 -26898  9449  -22472  1574  3000 1874 "36" "36"  0x00000900]
+	Pad[6300 -26898  6300  -22472  1574  3000 1874 "37" "37"  0x00000900]
+	Pad[3150 -26898  3150  -22472  1574  3000 1874 "38" "38"  0x00000900]
+	Pad[0 -26898  0  -22472  1574  3000 1874 "39" "39"  0x00000900]
+	Pad[-3149 -26898  -3149  -22472  1574  3000 1874 "40" "40"  0x00000900]
+	Pad[-6299 -26898  -6299  -22472  1574  3000 1874 "41" "41"  0x00000900]
+	Pad[-9448 -26898  -9448  -22472  1574  3000 1874 "42" "42"  0x00000900]
+	Pad[-12598 -26898  -12598  -22472  1574  3000 1874 "43" "43"  0x00000900]
+	Pad[-15748 -26898  -15748  -22472  1574  3000 1874 "44" "44"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-16385 -19285 19285 -19285 800]
+	# right
+	ElementLine[19285 -19285 19285 19285 800]
+	# bottom
+	ElementLine[19285 19285 -19285 19285 800]
+	# left
+	ElementLine[-19285 19285 -19285 -16385 800]
+	# angled corner
+	ElementLine[-19285 -16385 -16385 -19285 800]
+	ElementArc[-16385 -16385 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFP52_10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFP52_10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFP52_10.fp	(revision 296)
@@ -0,0 +1,71 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "TQFP52_10" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-26898  -15354  -22472  -15354  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-26898  -12795  -22472  -12795  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-26898  -10236  -22472  -10236  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-26898  -7677  -22472  -7677  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-26898  -5118  -22472  -5118  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-26898  -2559  -22472  -2559  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-26898  0  -22472  0  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-26898  2559  -22472  2559  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-26898  5118  -22472  5118  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-26898  7677  -22472  7677  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-26898  10236  -22472  10236  1574  3000 1874 "11" "11"  0x00000100]
+	Pad[-26898  12795  -22472  12795  1574  3000 1874 "12" "12"  0x00000100]
+	Pad[-26898  15354  -22472  15354  1574  3000 1874 "13" "13"  0x00000100]
+	# bottom row
+	Pad[-15354 26898  -15354  22472  1574  3000 1874 "14" "14"  0x00000900]
+	Pad[-12795 26898  -12795  22472  1574  3000 1874 "15" "15"  0x00000900]
+	Pad[-10236 26898  -10236  22472  1574  3000 1874 "16" "16"  0x00000900]
+	Pad[-7677 26898  -7677  22472  1574  3000 1874 "17" "17"  0x00000900]
+	Pad[-5118 26898  -5118  22472  1574  3000 1874 "18" "18"  0x00000900]
+	Pad[-2559 26898  -2559  22472  1574  3000 1874 "19" "19"  0x00000900]
+	Pad[0 26898  0  22472  1574  3000 1874 "20" "20"  0x00000900]
+	Pad[2559 26898  2559  22472  1574  3000 1874 "21" "21"  0x00000900]
+	Pad[5118 26898  5118  22472  1574  3000 1874 "22" "22"  0x00000900]
+	Pad[7677 26898  7677  22472  1574  3000 1874 "23" "23"  0x00000900]
+	Pad[10236 26898  10236  22472  1574  3000 1874 "24" "24"  0x00000900]
+	Pad[12795 26898  12795  22472  1574  3000 1874 "25" "25"  0x00000900]
+	Pad[15354 26898  15354  22472  1574  3000 1874 "26" "26"  0x00000900]
+	# right row
+	Pad[26898  15354  22472  15354  1574  3000 1874 "27" "27"  0x00000100]
+	Pad[26898  12795  22472  12795  1574  3000 1874 "28" "28"  0x00000100]
+	Pad[26898  10236  22472  10236  1574  3000 1874 "29" "29"  0x00000100]
+	Pad[26898  7677  22472  7677  1574  3000 1874 "30" "30"  0x00000100]
+	Pad[26898  5118  22472  5118  1574  3000 1874 "31" "31"  0x00000100]
+	Pad[26898  2559  22472  2559  1574  3000 1874 "32" "32"  0x00000100]
+	Pad[26898  0  22472  0  1574  3000 1874 "33" "33"  0x00000100]
+	Pad[26898  -2559  22472  -2559  1574  3000 1874 "34" "34"  0x00000100]
+	Pad[26898  -5118  22472  -5118  1574  3000 1874 "35" "35"  0x00000100]
+	Pad[26898  -7677  22472  -7677  1574  3000 1874 "36" "36"  0x00000100]
+	Pad[26898  -10236  22472  -10236  1574  3000 1874 "37" "37"  0x00000100]
+	Pad[26898  -12795  22472  -12795  1574  3000 1874 "38" "38"  0x00000100]
+	Pad[26898  -15354  22472  -15354  1574  3000 1874 "39" "39"  0x00000100]
+	# top row
+	Pad[15354 -26898  15354  -22472  1574  3000 1874 "40" "40"  0x00000900]
+	Pad[12795 -26898  12795  -22472  1574  3000 1874 "41" "41"  0x00000900]
+	Pad[10236 -26898  10236  -22472  1574  3000 1874 "42" "42"  0x00000900]
+	Pad[7677 -26898  7677  -22472  1574  3000 1874 "43" "43"  0x00000900]
+	Pad[5118 -26898  5118  -22472  1574  3000 1874 "44" "44"  0x00000900]
+	Pad[2559 -26898  2559  -22472  1574  3000 1874 "45" "45"  0x00000900]
+	Pad[0 -26898  0  -22472  1574  3000 1874 "46" "46"  0x00000900]
+	Pad[-2559 -26898  -2559  -22472  1574  3000 1874 "47" "47"  0x00000900]
+	Pad[-5118 -26898  -5118  -22472  1574  3000 1874 "48" "48"  0x00000900]
+	Pad[-7677 -26898  -7677  -22472  1574  3000 1874 "49" "49"  0x00000900]
+	Pad[-10236 -26898  -10236  -22472  1574  3000 1874 "50" "50"  0x00000900]
+	Pad[-12795 -26898  -12795  -22472  1574  3000 1874 "51" "51"  0x00000900]
+	Pad[-15354 -26898  -15354  -22472  1574  3000 1874 "52" "52"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-16385 -19285 19285 -19285 800]
+	# right
+	ElementLine[19285 -19285 19285 19285 800]
+	# bottom
+	ElementLine[19285 19285 -19285 19285 800]
+	# left
+	ElementLine[-19285 19285 -19285 -16385 800]
+	# angled corner
+	ElementLine[-19285 -16385 -16385 -19285 800]
+	ElementArc[-16385 -16385 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFP64_10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFP64_10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFP64_10.fp	(revision 296)
@@ -0,0 +1,83 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "TQFP64_10" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-27134  -14763  -22236  -14763  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-27134  -12795  -22236  -12795  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-27134  -10826  -22236  -10826  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-27134  -8858  -22236  -8858  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-27134  -6889  -22236  -6889  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-27134  -4921  -22236  -4921  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-27134  -2952  -22236  -2952  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-27134  -984  -22236  -984  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-27134  985  -22236  985  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-27134  2953  -22236  2953  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-27134  4922  -22236  4922  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-27134  6890  -22236  6890  1102  3000 1402 "12" "12"  0x00000100]
+	Pad[-27134  8859  -22236  8859  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[-27134  10827  -22236  10827  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[-27134  12796  -22236  12796  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[-27134  14764  -22236  14764  1102  3000 1402 "16" "16"  0x00000100]
+	# bottom row
+	Pad[-14763 27134  -14763  22236  1102  3000 1402 "17" "17"  0x00000900]
+	Pad[-12795 27134  -12795  22236  1102  3000 1402 "18" "18"  0x00000900]
+	Pad[-10826 27134  -10826  22236  1102  3000 1402 "19" "19"  0x00000900]
+	Pad[-8858 27134  -8858  22236  1102  3000 1402 "20" "20"  0x00000900]
+	Pad[-6889 27134  -6889  22236  1102  3000 1402 "21" "21"  0x00000900]
+	Pad[-4921 27134  -4921  22236  1102  3000 1402 "22" "22"  0x00000900]
+	Pad[-2952 27134  -2952  22236  1102  3000 1402 "23" "23"  0x00000900]
+	Pad[-984 27134  -984  22236  1102  3000 1402 "24" "24"  0x00000900]
+	Pad[985 27134  985  22236  1102  3000 1402 "25" "25"  0x00000900]
+	Pad[2953 27134  2953  22236  1102  3000 1402 "26" "26"  0x00000900]
+	Pad[4922 27134  4922  22236  1102  3000 1402 "27" "27"  0x00000900]
+	Pad[6890 27134  6890  22236  1102  3000 1402 "28" "28"  0x00000900]
+	Pad[8859 27134  8859  22236  1102  3000 1402 "29" "29"  0x00000900]
+	Pad[10827 27134  10827  22236  1102  3000 1402 "30" "30"  0x00000900]
+	Pad[12796 27134  12796  22236  1102  3000 1402 "31" "31"  0x00000900]
+	Pad[14764 27134  14764  22236  1102  3000 1402 "32" "32"  0x00000900]
+	# right row
+	Pad[27134  14763  22236  14763  1102  3000 1402 "33" "33"  0x00000100]
+	Pad[27134  12795  22236  12795  1102  3000 1402 "34" "34"  0x00000100]
+	Pad[27134  10826  22236  10826  1102  3000 1402 "35" "35"  0x00000100]
+	Pad[27134  8858  22236  8858  1102  3000 1402 "36" "36"  0x00000100]
+	Pad[27134  6889  22236  6889  1102  3000 1402 "37" "37"  0x00000100]
+	Pad[27134  4921  22236  4921  1102  3000 1402 "38" "38"  0x00000100]
+	Pad[27134  2952  22236  2952  1102  3000 1402 "39" "39"  0x00000100]
+	Pad[27134  984  22236  984  1102  3000 1402 "40" "40"  0x00000100]
+	Pad[27134  -985  22236  -985  1102  3000 1402 "41" "41"  0x00000100]
+	Pad[27134  -2953  22236  -2953  1102  3000 1402 "42" "42"  0x00000100]
+	Pad[27134  -4922  22236  -4922  1102  3000 1402 "43" "43"  0x00000100]
+	Pad[27134  -6890  22236  -6890  1102  3000 1402 "44" "44"  0x00000100]
+	Pad[27134  -8859  22236  -8859  1102  3000 1402 "45" "45"  0x00000100]
+	Pad[27134  -10827  22236  -10827  1102  3000 1402 "46" "46"  0x00000100]
+	Pad[27134  -12796  22236  -12796  1102  3000 1402 "47" "47"  0x00000100]
+	Pad[27134  -14764  22236  -14764  1102  3000 1402 "48" "48"  0x00000100]
+	# top row
+	Pad[14763 -27134  14763  -22236  1102  3000 1402 "49" "49"  0x00000900]
+	Pad[12795 -27134  12795  -22236  1102  3000 1402 "50" "50"  0x00000900]
+	Pad[10826 -27134  10826  -22236  1102  3000 1402 "51" "51"  0x00000900]
+	Pad[8858 -27134  8858  -22236  1102  3000 1402 "52" "52"  0x00000900]
+	Pad[6889 -27134  6889  -22236  1102  3000 1402 "53" "53"  0x00000900]
+	Pad[4921 -27134  4921  -22236  1102  3000 1402 "54" "54"  0x00000900]
+	Pad[2952 -27134  2952  -22236  1102  3000 1402 "55" "55"  0x00000900]
+	Pad[984 -27134  984  -22236  1102  3000 1402 "56" "56"  0x00000900]
+	Pad[-985 -27134  -985  -22236  1102  3000 1402 "57" "57"  0x00000900]
+	Pad[-2953 -27134  -2953  -22236  1102  3000 1402 "58" "58"  0x00000900]
+	Pad[-4922 -27134  -4922  -22236  1102  3000 1402 "59" "59"  0x00000900]
+	Pad[-6890 -27134  -6890  -22236  1102  3000 1402 "60" "60"  0x00000900]
+	Pad[-8859 -27134  -8859  -22236  1102  3000 1402 "61" "61"  0x00000900]
+	Pad[-10827 -27134  -10827  -22236  1102  3000 1402 "62" "62"  0x00000900]
+	Pad[-12796 -27134  -12796  -22236  1102  3000 1402 "63" "63"  0x00000900]
+	Pad[-14764 -27134  -14764  -22236  1102  3000 1402 "64" "64"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-16385 -19285 19285 -19285 800]
+	# right
+	ElementLine[19285 -19285 19285 19285 800]
+	# bottom
+	ElementLine[19285 19285 -19285 19285 800]
+	# left
+	ElementLine[-19285 19285 -19285 -16385 800]
+	# angled corner
+	ElementLine[-19285 -16385 -16385 -19285 800]
+	ElementArc[-16385 -16385 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFP64_14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFP64_14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFP64_14.fp	(revision 296)
@@ -0,0 +1,83 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "TQFP64_14" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-34772  -23622  -30346  -23622  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-34772  -20473  -30346  -20473  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-34772  -17323  -30346  -17323  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-34772  -14174  -30346  -14174  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-34772  -11024  -30346  -11024  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-34772  -7874  -30346  -7874  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-34772  -4725  -30346  -4725  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-34772  -1575  -30346  -1575  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-34772  1574  -30346  1574  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-34772  4724  -30346  4724  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-34772  7874  -30346  7874  1574  3000 1874 "11" "11"  0x00000100]
+	Pad[-34772  11023  -30346  11023  1574  3000 1874 "12" "12"  0x00000100]
+	Pad[-34772  14173  -30346  14173  1574  3000 1874 "13" "13"  0x00000100]
+	Pad[-34772  17322  -30346  17322  1574  3000 1874 "14" "14"  0x00000100]
+	Pad[-34772  20472  -30346  20472  1574  3000 1874 "15" "15"  0x00000100]
+	Pad[-34772  23622  -30346  23622  1574  3000 1874 "16" "16"  0x00000100]
+	# bottom row
+	Pad[-23622 34772  -23622  30346  1574  3000 1874 "17" "17"  0x00000900]
+	Pad[-20473 34772  -20473  30346  1574  3000 1874 "18" "18"  0x00000900]
+	Pad[-17323 34772  -17323  30346  1574  3000 1874 "19" "19"  0x00000900]
+	Pad[-14174 34772  -14174  30346  1574  3000 1874 "20" "20"  0x00000900]
+	Pad[-11024 34772  -11024  30346  1574  3000 1874 "21" "21"  0x00000900]
+	Pad[-7874 34772  -7874  30346  1574  3000 1874 "22" "22"  0x00000900]
+	Pad[-4725 34772  -4725  30346  1574  3000 1874 "23" "23"  0x00000900]
+	Pad[-1575 34772  -1575  30346  1574  3000 1874 "24" "24"  0x00000900]
+	Pad[1574 34772  1574  30346  1574  3000 1874 "25" "25"  0x00000900]
+	Pad[4724 34772  4724  30346  1574  3000 1874 "26" "26"  0x00000900]
+	Pad[7874 34772  7874  30346  1574  3000 1874 "27" "27"  0x00000900]
+	Pad[11023 34772  11023  30346  1574  3000 1874 "28" "28"  0x00000900]
+	Pad[14173 34772  14173  30346  1574  3000 1874 "29" "29"  0x00000900]
+	Pad[17322 34772  17322  30346  1574  3000 1874 "30" "30"  0x00000900]
+	Pad[20472 34772  20472  30346  1574  3000 1874 "31" "31"  0x00000900]
+	Pad[23622 34772  23622  30346  1574  3000 1874 "32" "32"  0x00000900]
+	# right row
+	Pad[34772  23622  30346  23622  1574  3000 1874 "33" "33"  0x00000100]
+	Pad[34772  20473  30346  20473  1574  3000 1874 "34" "34"  0x00000100]
+	Pad[34772  17323  30346  17323  1574  3000 1874 "35" "35"  0x00000100]
+	Pad[34772  14174  30346  14174  1574  3000 1874 "36" "36"  0x00000100]
+	Pad[34772  11024  30346  11024  1574  3000 1874 "37" "37"  0x00000100]
+	Pad[34772  7874  30346  7874  1574  3000 1874 "38" "38"  0x00000100]
+	Pad[34772  4725  30346  4725  1574  3000 1874 "39" "39"  0x00000100]
+	Pad[34772  1575  30346  1575  1574  3000 1874 "40" "40"  0x00000100]
+	Pad[34772  -1574  30346  -1574  1574  3000 1874 "41" "41"  0x00000100]
+	Pad[34772  -4724  30346  -4724  1574  3000 1874 "42" "42"  0x00000100]
+	Pad[34772  -7874  30346  -7874  1574  3000 1874 "43" "43"  0x00000100]
+	Pad[34772  -11023  30346  -11023  1574  3000 1874 "44" "44"  0x00000100]
+	Pad[34772  -14173  30346  -14173  1574  3000 1874 "45" "45"  0x00000100]
+	Pad[34772  -17322  30346  -17322  1574  3000 1874 "46" "46"  0x00000100]
+	Pad[34772  -20472  30346  -20472  1574  3000 1874 "47" "47"  0x00000100]
+	Pad[34772  -23622  30346  -23622  1574  3000 1874 "48" "48"  0x00000100]
+	# top row
+	Pad[23622 -34772  23622  -30346  1574  3000 1874 "49" "49"  0x00000900]
+	Pad[20473 -34772  20473  -30346  1574  3000 1874 "50" "50"  0x00000900]
+	Pad[17323 -34772  17323  -30346  1574  3000 1874 "51" "51"  0x00000900]
+	Pad[14174 -34772  14174  -30346  1574  3000 1874 "52" "52"  0x00000900]
+	Pad[11024 -34772  11024  -30346  1574  3000 1874 "53" "53"  0x00000900]
+	Pad[7874 -34772  7874  -30346  1574  3000 1874 "54" "54"  0x00000900]
+	Pad[4725 -34772  4725  -30346  1574  3000 1874 "55" "55"  0x00000900]
+	Pad[1575 -34772  1575  -30346  1574  3000 1874 "56" "56"  0x00000900]
+	Pad[-1574 -34772  -1574  -30346  1574  3000 1874 "57" "57"  0x00000900]
+	Pad[-4724 -34772  -4724  -30346  1574  3000 1874 "58" "58"  0x00000900]
+	Pad[-7874 -34772  -7874  -30346  1574  3000 1874 "59" "59"  0x00000900]
+	Pad[-11023 -34772  -11023  -30346  1574  3000 1874 "60" "60"  0x00000900]
+	Pad[-14173 -34772  -14173  -30346  1574  3000 1874 "61" "61"  0x00000900]
+	Pad[-17322 -34772  -17322  -30346  1574  3000 1874 "62" "62"  0x00000900]
+	Pad[-20472 -34772  -20472  -30346  1574  3000 1874 "63" "63"  0x00000900]
+	Pad[-23622 -34772  -23622  -30346  1574  3000 1874 "64" "64"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-24259 -27159 27159 -27159 800]
+	# right
+	ElementLine[27159 -27159 27159 27159 800]
+	# bottom
+	ElementLine[27159 27159 -27159 27159 800]
+	# left
+	ElementLine[-27159 27159 -27159 -24259 800]
+	# angled corner
+	ElementLine[-27159 -24259 -24259 -27159 800]
+	ElementArc[-24259 -24259 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFP80_12.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFP80_12.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFP80_12.fp	(revision 296)
@@ -0,0 +1,99 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "TQFP80_12" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-31071  -18700  -26173  -18700  1102  3000 1402 "1" "1"  0x00000100]
+	Pad[-31071  -16732  -26173  -16732  1102  3000 1402 "2" "2"  0x00000100]
+	Pad[-31071  -14763  -26173  -14763  1102  3000 1402 "3" "3"  0x00000100]
+	Pad[-31071  -12795  -26173  -12795  1102  3000 1402 "4" "4"  0x00000100]
+	Pad[-31071  -10826  -26173  -10826  1102  3000 1402 "5" "5"  0x00000100]
+	Pad[-31071  -8858  -26173  -8858  1102  3000 1402 "6" "6"  0x00000100]
+	Pad[-31071  -6889  -26173  -6889  1102  3000 1402 "7" "7"  0x00000100]
+	Pad[-31071  -4921  -26173  -4921  1102  3000 1402 "8" "8"  0x00000100]
+	Pad[-31071  -2952  -26173  -2952  1102  3000 1402 "9" "9"  0x00000100]
+	Pad[-31071  -984  -26173  -984  1102  3000 1402 "10" "10"  0x00000100]
+	Pad[-31071  985  -26173  985  1102  3000 1402 "11" "11"  0x00000100]
+	Pad[-31071  2953  -26173  2953  1102  3000 1402 "12" "12"  0x00000100]
+	Pad[-31071  4922  -26173  4922  1102  3000 1402 "13" "13"  0x00000100]
+	Pad[-31071  6890  -26173  6890  1102  3000 1402 "14" "14"  0x00000100]
+	Pad[-31071  8859  -26173  8859  1102  3000 1402 "15" "15"  0x00000100]
+	Pad[-31071  10827  -26173  10827  1102  3000 1402 "16" "16"  0x00000100]
+	Pad[-31071  12796  -26173  12796  1102  3000 1402 "17" "17"  0x00000100]
+	Pad[-31071  14764  -26173  14764  1102  3000 1402 "18" "18"  0x00000100]
+	Pad[-31071  16733  -26173  16733  1102  3000 1402 "19" "19"  0x00000100]
+	Pad[-31071  18701  -26173  18701  1102  3000 1402 "20" "20"  0x00000100]
+	# bottom row
+	Pad[-18700 31071  -18700  26173  1102  3000 1402 "21" "21"  0x00000900]
+	Pad[-16732 31071  -16732  26173  1102  3000 1402 "22" "22"  0x00000900]
+	Pad[-14763 31071  -14763  26173  1102  3000 1402 "23" "23"  0x00000900]
+	Pad[-12795 31071  -12795  26173  1102  3000 1402 "24" "24"  0x00000900]
+	Pad[-10826 31071  -10826  26173  1102  3000 1402 "25" "25"  0x00000900]
+	Pad[-8858 31071  -8858  26173  1102  3000 1402 "26" "26"  0x00000900]
+	Pad[-6889 31071  -6889  26173  1102  3000 1402 "27" "27"  0x00000900]
+	Pad[-4921 31071  -4921  26173  1102  3000 1402 "28" "28"  0x00000900]
+	Pad[-2952 31071  -2952  26173  1102  3000 1402 "29" "29"  0x00000900]
+	Pad[-984 31071  -984  26173  1102  3000 1402 "30" "30"  0x00000900]
+	Pad[985 31071  985  26173  1102  3000 1402 "31" "31"  0x00000900]
+	Pad[2953 31071  2953  26173  1102  3000 1402 "32" "32"  0x00000900]
+	Pad[4922 31071  4922  26173  1102  3000 1402 "33" "33"  0x00000900]
+	Pad[6890 31071  6890  26173  1102  3000 1402 "34" "34"  0x00000900]
+	Pad[8859 31071  8859  26173  1102  3000 1402 "35" "35"  0x00000900]
+	Pad[10827 31071  10827  26173  1102  3000 1402 "36" "36"  0x00000900]
+	Pad[12796 31071  12796  26173  1102  3000 1402 "37" "37"  0x00000900]
+	Pad[14764 31071  14764  26173  1102  3000 1402 "38" "38"  0x00000900]
+	Pad[16733 31071  16733  26173  1102  3000 1402 "39" "39"  0x00000900]
+	Pad[18701 31071  18701  26173  1102  3000 1402 "40" "40"  0x00000900]
+	# right row
+	Pad[31071  18700  26173  18700  1102  3000 1402 "41" "41"  0x00000100]
+	Pad[31071  16732  26173  16732  1102  3000 1402 "42" "42"  0x00000100]
+	Pad[31071  14763  26173  14763  1102  3000 1402 "43" "43"  0x00000100]
+	Pad[31071  12795  26173  12795  1102  3000 1402 "44" "44"  0x00000100]
+	Pad[31071  10826  26173  10826  1102  3000 1402 "45" "45"  0x00000100]
+	Pad[31071  8858  26173  8858  1102  3000 1402 "46" "46"  0x00000100]
+	Pad[31071  6889  26173  6889  1102  3000 1402 "47" "47"  0x00000100]
+	Pad[31071  4921  26173  4921  1102  3000 1402 "48" "48"  0x00000100]
+	Pad[31071  2952  26173  2952  1102  3000 1402 "49" "49"  0x00000100]
+	Pad[31071  984  26173  984  1102  3000 1402 "50" "50"  0x00000100]
+	Pad[31071  -985  26173  -985  1102  3000 1402 "51" "51"  0x00000100]
+	Pad[31071  -2953  26173  -2953  1102  3000 1402 "52" "52"  0x00000100]
+	Pad[31071  -4922  26173  -4922  1102  3000 1402 "53" "53"  0x00000100]
+	Pad[31071  -6890  26173  -6890  1102  3000 1402 "54" "54"  0x00000100]
+	Pad[31071  -8859  26173  -8859  1102  3000 1402 "55" "55"  0x00000100]
+	Pad[31071  -10827  26173  -10827  1102  3000 1402 "56" "56"  0x00000100]
+	Pad[31071  -12796  26173  -12796  1102  3000 1402 "57" "57"  0x00000100]
+	Pad[31071  -14764  26173  -14764  1102  3000 1402 "58" "58"  0x00000100]
+	Pad[31071  -16733  26173  -16733  1102  3000 1402 "59" "59"  0x00000100]
+	Pad[31071  -18701  26173  -18701  1102  3000 1402 "60" "60"  0x00000100]
+	# top row
+	Pad[18700 -31071  18700  -26173  1102  3000 1402 "61" "61"  0x00000900]
+	Pad[16732 -31071  16732  -26173  1102  3000 1402 "62" "62"  0x00000900]
+	Pad[14763 -31071  14763  -26173  1102  3000 1402 "63" "63"  0x00000900]
+	Pad[12795 -31071  12795  -26173  1102  3000 1402 "64" "64"  0x00000900]
+	Pad[10826 -31071  10826  -26173  1102  3000 1402 "65" "65"  0x00000900]
+	Pad[8858 -31071  8858  -26173  1102  3000 1402 "66" "66"  0x00000900]
+	Pad[6889 -31071  6889  -26173  1102  3000 1402 "67" "67"  0x00000900]
+	Pad[4921 -31071  4921  -26173  1102  3000 1402 "68" "68"  0x00000900]
+	Pad[2952 -31071  2952  -26173  1102  3000 1402 "69" "69"  0x00000900]
+	Pad[984 -31071  984  -26173  1102  3000 1402 "70" "70"  0x00000900]
+	Pad[-985 -31071  -985  -26173  1102  3000 1402 "71" "71"  0x00000900]
+	Pad[-2953 -31071  -2953  -26173  1102  3000 1402 "72" "72"  0x00000900]
+	Pad[-4922 -31071  -4922  -26173  1102  3000 1402 "73" "73"  0x00000900]
+	Pad[-6890 -31071  -6890  -26173  1102  3000 1402 "74" "74"  0x00000900]
+	Pad[-8859 -31071  -8859  -26173  1102  3000 1402 "75" "75"  0x00000900]
+	Pad[-10827 -31071  -10827  -26173  1102  3000 1402 "76" "76"  0x00000900]
+	Pad[-12796 -31071  -12796  -26173  1102  3000 1402 "77" "77"  0x00000900]
+	Pad[-14764 -31071  -14764  -26173  1102  3000 1402 "78" "78"  0x00000900]
+	Pad[-16733 -31071  -16733  -26173  1102  3000 1402 "79" "79"  0x00000900]
+	Pad[-18701 -31071  -18701  -26173  1102  3000 1402 "80" "80"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-20322 -23222 23222 -23222 800]
+	# right
+	ElementLine[23222 -23222 23222 23222 800]
+	# bottom
+	ElementLine[23222 23222 -23222 23222 800]
+	# left
+	ElementLine[-23222 23222 -23222 -20322 800]
+	# angled corner
+	ElementLine[-23222 -20322 -20322 -23222 800]
+	ElementArc[-20322 -20322 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/TQFP80_14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TQFP80_14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TQFP80_14.fp	(revision 296)
@@ -0,0 +1,99 @@
+Element[0x00000000 "Square Quad-side flat pack" "" "TQFP80_14" 0 0 -2000 -6000 0 100 0x00000000]
+(
+	# left row
+	Pad[-34772  -24310  -30346  -24310  1574  3000 1874 "1" "1"  0x00000100]
+	Pad[-34772  -21751  -30346  -21751  1574  3000 1874 "2" "2"  0x00000100]
+	Pad[-34772  -19192  -30346  -19192  1574  3000 1874 "3" "3"  0x00000100]
+	Pad[-34772  -16633  -30346  -16633  1574  3000 1874 "4" "4"  0x00000100]
+	Pad[-34772  -14074  -30346  -14074  1574  3000 1874 "5" "5"  0x00000100]
+	Pad[-34772  -11515  -30346  -11515  1574  3000 1874 "6" "6"  0x00000100]
+	Pad[-34772  -8956  -30346  -8956  1574  3000 1874 "7" "7"  0x00000100]
+	Pad[-34772  -6397  -30346  -6397  1574  3000 1874 "8" "8"  0x00000100]
+	Pad[-34772  -3838  -30346  -3838  1574  3000 1874 "9" "9"  0x00000100]
+	Pad[-34772  -1279  -30346  -1279  1574  3000 1874 "10" "10"  0x00000100]
+	Pad[-34772  1280  -30346  1280  1574  3000 1874 "11" "11"  0x00000100]
+	Pad[-34772  3839  -30346  3839  1574  3000 1874 "12" "12"  0x00000100]
+	Pad[-34772  6398  -30346  6398  1574  3000 1874 "13" "13"  0x00000100]
+	Pad[-34772  8957  -30346  8957  1574  3000 1874 "14" "14"  0x00000100]
+	Pad[-34772  11516  -30346  11516  1574  3000 1874 "15" "15"  0x00000100]
+	Pad[-34772  14075  -30346  14075  1574  3000 1874 "16" "16"  0x00000100]
+	Pad[-34772  16634  -30346  16634  1574  3000 1874 "17" "17"  0x00000100]
+	Pad[-34772  19193  -30346  19193  1574  3000 1874 "18" "18"  0x00000100]
+	Pad[-34772  21752  -30346  21752  1574  3000 1874 "19" "19"  0x00000100]
+	Pad[-34772  24311  -30346  24311  1574  3000 1874 "20" "20"  0x00000100]
+	# bottom row
+	Pad[-24310 34772  -24310  30346  1574  3000 1874 "21" "21"  0x00000900]
+	Pad[-21751 34772  -21751  30346  1574  3000 1874 "22" "22"  0x00000900]
+	Pad[-19192 34772  -19192  30346  1574  3000 1874 "23" "23"  0x00000900]
+	Pad[-16633 34772  -16633  30346  1574  3000 1874 "24" "24"  0x00000900]
+	Pad[-14074 34772  -14074  30346  1574  3000 1874 "25" "25"  0x00000900]
+	Pad[-11515 34772  -11515  30346  1574  3000 1874 "26" "26"  0x00000900]
+	Pad[-8956 34772  -8956  30346  1574  3000 1874 "27" "27"  0x00000900]
+	Pad[-6397 34772  -6397  30346  1574  3000 1874 "28" "28"  0x00000900]
+	Pad[-3838 34772  -3838  30346  1574  3000 1874 "29" "29"  0x00000900]
+	Pad[-1279 34772  -1279  30346  1574  3000 1874 "30" "30"  0x00000900]
+	Pad[1280 34772  1280  30346  1574  3000 1874 "31" "31"  0x00000900]
+	Pad[3839 34772  3839  30346  1574  3000 1874 "32" "32"  0x00000900]
+	Pad[6398 34772  6398  30346  1574  3000 1874 "33" "33"  0x00000900]
+	Pad[8957 34772  8957  30346  1574  3000 1874 "34" "34"  0x00000900]
+	Pad[11516 34772  11516  30346  1574  3000 1874 "35" "35"  0x00000900]
+	Pad[14075 34772  14075  30346  1574  3000 1874 "36" "36"  0x00000900]
+	Pad[16634 34772  16634  30346  1574  3000 1874 "37" "37"  0x00000900]
+	Pad[19193 34772  19193  30346  1574  3000 1874 "38" "38"  0x00000900]
+	Pad[21752 34772  21752  30346  1574  3000 1874 "39" "39"  0x00000900]
+	Pad[24311 34772  24311  30346  1574  3000 1874 "40" "40"  0x00000900]
+	# right row
+	Pad[34772  24310  30346  24310  1574  3000 1874 "41" "41"  0x00000100]
+	Pad[34772  21751  30346  21751  1574  3000 1874 "42" "42"  0x00000100]
+	Pad[34772  19192  30346  19192  1574  3000 1874 "43" "43"  0x00000100]
+	Pad[34772  16633  30346  16633  1574  3000 1874 "44" "44"  0x00000100]
+	Pad[34772  14074  30346  14074  1574  3000 1874 "45" "45"  0x00000100]
+	Pad[34772  11515  30346  11515  1574  3000 1874 "46" "46"  0x00000100]
+	Pad[34772  8956  30346  8956  1574  3000 1874 "47" "47"  0x00000100]
+	Pad[34772  6397  30346  6397  1574  3000 1874 "48" "48"  0x00000100]
+	Pad[34772  3838  30346  3838  1574  3000 1874 "49" "49"  0x00000100]
+	Pad[34772  1279  30346  1279  1574  3000 1874 "50" "50"  0x00000100]
+	Pad[34772  -1280  30346  -1280  1574  3000 1874 "51" "51"  0x00000100]
+	Pad[34772  -3839  30346  -3839  1574  3000 1874 "52" "52"  0x00000100]
+	Pad[34772  -6398  30346  -6398  1574  3000 1874 "53" "53"  0x00000100]
+	Pad[34772  -8957  30346  -8957  1574  3000 1874 "54" "54"  0x00000100]
+	Pad[34772  -11516  30346  -11516  1574  3000 1874 "55" "55"  0x00000100]
+	Pad[34772  -14075  30346  -14075  1574  3000 1874 "56" "56"  0x00000100]
+	Pad[34772  -16634  30346  -16634  1574  3000 1874 "57" "57"  0x00000100]
+	Pad[34772  -19193  30346  -19193  1574  3000 1874 "58" "58"  0x00000100]
+	Pad[34772  -21752  30346  -21752  1574  3000 1874 "59" "59"  0x00000100]
+	Pad[34772  -24311  30346  -24311  1574  3000 1874 "60" "60"  0x00000100]
+	# top row
+	Pad[24310 -34772  24310  -30346  1574  3000 1874 "61" "61"  0x00000900]
+	Pad[21751 -34772  21751  -30346  1574  3000 1874 "62" "62"  0x00000900]
+	Pad[19192 -34772  19192  -30346  1574  3000 1874 "63" "63"  0x00000900]
+	Pad[16633 -34772  16633  -30346  1574  3000 1874 "64" "64"  0x00000900]
+	Pad[14074 -34772  14074  -30346  1574  3000 1874 "65" "65"  0x00000900]
+	Pad[11515 -34772  11515  -30346  1574  3000 1874 "66" "66"  0x00000900]
+	Pad[8956 -34772  8956  -30346  1574  3000 1874 "67" "67"  0x00000900]
+	Pad[6397 -34772  6397  -30346  1574  3000 1874 "68" "68"  0x00000900]
+	Pad[3838 -34772  3838  -30346  1574  3000 1874 "69" "69"  0x00000900]
+	Pad[1279 -34772  1279  -30346  1574  3000 1874 "70" "70"  0x00000900]
+	Pad[-1280 -34772  -1280  -30346  1574  3000 1874 "71" "71"  0x00000900]
+	Pad[-3839 -34772  -3839  -30346  1574  3000 1874 "72" "72"  0x00000900]
+	Pad[-6398 -34772  -6398  -30346  1574  3000 1874 "73" "73"  0x00000900]
+	Pad[-8957 -34772  -8957  -30346  1574  3000 1874 "74" "74"  0x00000900]
+	Pad[-11516 -34772  -11516  -30346  1574  3000 1874 "75" "75"  0x00000900]
+	Pad[-14075 -34772  -14075  -30346  1574  3000 1874 "76" "76"  0x00000900]
+	Pad[-16634 -34772  -16634  -30346  1574  3000 1874 "77" "77"  0x00000900]
+	Pad[-19193 -34772  -19193  -30346  1574  3000 1874 "78" "78"  0x00000900]
+	Pad[-21752 -34772  -21752  -30346  1574  3000 1874 "79" "79"  0x00000900]
+	Pad[-24311 -34772  -24311  -30346  1574  3000 1874 "80" "80"  0x00000900]
+	# exposed paddle (if this is an exposed paddle part) 
+	# top
+	ElementLine[-24259 -27159 27159 -27159 800]
+	# right
+	ElementLine[27159 -27159 27159 27159 800]
+	# bottom
+	ElementLine[27159 27159 -27159 27159 800]
+	# left
+	ElementLine[-27159 27159 -27159 -24259 800]
+	# angled corner
+	ElementLine[-27159 -24259 -24259 -27159 800]
+	ElementArc[-24259 -24259 1000 1000 0 360 800]
+)
Index: oldlib/lib/pcblib-newlib/geda/TSOP28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TSOP28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TSOP28.fp	(revision 296)
@@ -0,0 +1,38 @@
+Element(0x00 "Thin small outline package" "" "TSOP28" 289 50 3 100 0x00)
+(
+	Pad(6 10 32 10 12 "1" 0x00)
+	Pad(6 32 32 32 12 "2" 0x100)
+	Pad(6 54 32 54 12 "3" 0x100)
+	Pad(6 75 32 75 12 "4" 0x100)
+	Pad(6 97 32 97 12 "5" 0x100)
+	Pad(6 119 32 119 12 "6" 0x100)
+	Pad(6 140 32 140 12 "7" 0x100)
+	Pad(6 162 32 162 12 "8" 0x100)
+	Pad(6 184 32 184 12 "9" 0x100)
+	Pad(6 205 32 205 12 "10" 0x100)
+	Pad(6 227 32 227 12 "11" 0x100)
+	Pad(6 248 32 248 12 "12" 0x100)
+	Pad(6 270 32 270 12 "13" 0x100)
+	Pad(6 292 32 292 12 "14" 0x100)
+	Pad(507 293 533 293 12 "15" 0x100)
+	Pad(507 271 533 271 12 "16" 0x100)
+	Pad(507 249 533 249 12 "17" 0x100)
+	Pad(507 228 533 228 12 "18" 0x100)
+	Pad(507 206 533 206 12 "19" 0x100)
+	Pad(507 184 533 184 12 "20" 0x100)
+	Pad(507 163 533 163 12 "21" 0x100)
+	Pad(507 141 533 141 12 "22" 0x100)
+	Pad(507 119 533 119 12 "23" 0x100)
+	Pad(507 98 533 98 12 "24" 0x100)
+	Pad(507 76 533 76 12 "25" 0x100)
+	Pad(507 55 533 55 12 "26" 0x100)
+	Pad(507 33 533 33 12 "27" 0x100)
+	Pad(507 11 533 11 12 "28" 0x100)
+	ElementLine(-10 -10 248 -10 10)
+	ElementArc(269 -10 21 21 0 180 10)
+	ElementLine(290 -10 549 -10 10)
+	ElementLine(549 -10 549 313 10)
+	ElementLine(549 313 -10 313 10)
+	ElementLine(-10 313 -10 -10 10)
+	Mark(22 10)
+)
Index: oldlib/lib/pcblib-newlib/geda/TSOP32A.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TSOP32A.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TSOP32A.fp	(revision 296)
@@ -0,0 +1,42 @@
+Element(0x00 "Thin small outline package" "" "TSOP32A" 419 50 3 100 0x00)
+(
+	Pad(6 10 32 10 12 "1" 0x00)
+	Pad(6 30 32 30 12 "2" 0x100)
+	Pad(6 50 32 50 12 "3" 0x100)
+	Pad(6 70 32 70 12 "4" 0x100)
+	Pad(6 90 32 90 12 "5" 0x100)
+	Pad(6 110 32 110 12 "6" 0x100)
+	Pad(6 130 32 130 12 "7" 0x100)
+	Pad(6 150 32 150 12 "8" 0x100)
+	Pad(6 170 32 170 12 "9" 0x100)
+	Pad(6 190 32 190 12 "10" 0x100)
+	Pad(6 210 32 210 12 "11" 0x100)
+	Pad(6 230 32 230 12 "12" 0x100)
+	Pad(6 250 32 250 12 "13" 0x100)
+	Pad(6 270 32 270 12 "14" 0x100)
+	Pad(6 290 32 290 12 "15" 0x100)
+	Pad(6 310 32 310 12 "16" 0x100)
+	Pad(767 310 793 310 12 "17" 0x100)
+	Pad(767 290 793 290 12 "18" 0x100)
+	Pad(767 270 793 270 12 "19" 0x100)
+	Pad(767 250 793 250 12 "20" 0x100)
+	Pad(767 230 793 230 12 "21" 0x100)
+	Pad(767 210 793 210 12 "22" 0x100)
+	Pad(767 190 793 190 12 "23" 0x100)
+	Pad(767 170 793 170 12 "24" 0x100)
+	Pad(767 150 793 150 12 "25" 0x100)
+	Pad(767 130 793 130 12 "26" 0x100)
+	Pad(767 110 793 110 12 "27" 0x100)
+	Pad(767 90 793 90 12 "28" 0x100)
+	Pad(767 70 793 70 12 "29" 0x100)
+	Pad(767 50 793 50 12 "30" 0x100)
+	Pad(767 30 793 30 12 "31" 0x100)
+	Pad(767 10 793 10 12 "32" 0x100)
+	ElementLine(-10 -10 379 -10 10)
+	ElementArc(399 -10 20 20 0 180 10)
+	ElementLine(419 -10 809 -10 10)
+	ElementLine(809 -10 809 330 10)
+	ElementLine(809 330 -10 330 10)
+	ElementLine(-10 330 -10 -10 10)
+	Mark(22 10)
+)
Index: oldlib/lib/pcblib-newlib/geda/TSOP32B.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TSOP32B.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TSOP32B.fp	(revision 296)
@@ -0,0 +1,42 @@
+Element(0x00 "Thin small outline package" "" "TSOP32B" 301 50 3 100 0x00)
+(
+	Pad(6 10 32 10 12 "1" 0x00)
+	Pad(6 30 32 30 12 "2" 0x100)
+	Pad(6 50 32 50 12 "3" 0x100)
+	Pad(6 70 32 70 12 "4" 0x100)
+	Pad(6 90 32 90 12 "5" 0x100)
+	Pad(6 110 32 110 12 "6" 0x100)
+	Pad(6 130 32 130 12 "7" 0x100)
+	Pad(6 150 32 150 12 "8" 0x100)
+	Pad(6 170 32 170 12 "9" 0x100)
+	Pad(6 190 32 190 12 "10" 0x100)
+	Pad(6 210 32 210 12 "11" 0x100)
+	Pad(6 230 32 230 12 "12" 0x100)
+	Pad(6 250 32 250 12 "13" 0x100)
+	Pad(6 270 32 270 12 "14" 0x100)
+	Pad(6 290 32 290 12 "15" 0x100)
+	Pad(6 310 32 310 12 "16" 0x100)
+	Pad(531 310 557 310 12 "17" 0x100)
+	Pad(531 290 557 290 12 "18" 0x100)
+	Pad(531 270 557 270 12 "19" 0x100)
+	Pad(531 250 557 250 12 "20" 0x100)
+	Pad(531 230 557 230 12 "21" 0x100)
+	Pad(531 210 557 210 12 "22" 0x100)
+	Pad(531 190 557 190 12 "23" 0x100)
+	Pad(531 170 557 170 12 "24" 0x100)
+	Pad(531 150 557 150 12 "25" 0x100)
+	Pad(531 130 557 130 12 "26" 0x100)
+	Pad(531 110 557 110 12 "27" 0x100)
+	Pad(531 90 557 90 12 "28" 0x100)
+	Pad(531 70 557 70 12 "29" 0x100)
+	Pad(531 50 557 50 12 "30" 0x100)
+	Pad(531 30 557 30 12 "31" 0x100)
+	Pad(531 10 557 10 12 "32" 0x100)
+	ElementLine(-10 -10 261 -10 10)
+	ElementArc(281 -10 20 20 0 180 10)
+	ElementLine(301 -10 573 -10 10)
+	ElementLine(573 -10 573 330 10)
+	ElementLine(573 330 -10 330 10)
+	ElementLine(-10 330 -10 -10 10)
+	Mark(22 10)
+)
Index: oldlib/lib/pcblib-newlib/geda/TSSOP10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TSSOP10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TSSOP10.fp	(revision 296)
@@ -0,0 +1,55 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Thin shrink small outline package, narrow (3mm)" "" "TSSOP10" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -11220 -3937 
+			 -6496 -3937 
+			1181 1000 2181 "1" "1" 0x00000100]
+        Pad[   -11220 -1968 
+			 -6496 -1968 
+			1181 1000 2181 "2" "2" 0x00000100]
+        Pad[   -11220 0 
+			 -6496 0 
+			1181 1000 2181 "3" "3" 0x00000100]
+        Pad[   -11220 1968 
+			 -6496 1968 
+			1181 1000 2181 "4" "4" 0x00000100]
+        Pad[   -11220 3937 
+			 -6496 3937 
+			1181 1000 2181 "5" "5" 0x00000100]
+        Pad[   11220 3937 
+			 6496 3937 
+			1181 1000 2181 "6" "6" 0x00000100]
+        Pad[   11220 1968 
+			 6496 1968 
+			1181 1000 2181 "7" "7" 0x00000100]
+        Pad[   11220 0 
+			 6496 0 
+			1181 1000 2181 "8" "8" 0x00000100]
+        Pad[   11220 -1968 
+			 6496 -1968 
+			1181 1000 2181 "9" "9" 0x00000100]
+        Pad[   11220 -3937 
+			 6496 -3937 
+			1181 1000 2181 "10" "10" 0x00000100]
+	ElementLine[-12811 -5527 -12811  5527 1000]
+	ElementLine[-12811  5527  12811  5527 1000]
+	ElementLine[ 12811  5527  12811 -5527 1000]
+	ElementLine[-12811 -5527 -2500 -5527 1000]
+	ElementLine[ 12811 -5527  2500 -5527 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -5527 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TSSOP14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TSSOP14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TSSOP14.fp	(revision 296)
@@ -0,0 +1,67 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Thin shrink small outline package, standard (4.4mm)" "" "TSSOP14" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -13917 -7677 
+			 -9311 -7677 
+			1299 1000 2299 "1" "1" 0x00000100]
+        Pad[   -13917 -5118 
+			 -9311 -5118 
+			1299 1000 2299 "2" "2" 0x00000100]
+        Pad[   -13917 -2559 
+			 -9311 -2559 
+			1299 1000 2299 "3" "3" 0x00000100]
+        Pad[   -13917 0 
+			 -9311 0 
+			1299 1000 2299 "4" "4" 0x00000100]
+        Pad[   -13917 2559 
+			 -9311 2559 
+			1299 1000 2299 "5" "5" 0x00000100]
+        Pad[   -13917 5118 
+			 -9311 5118 
+			1299 1000 2299 "6" "6" 0x00000100]
+        Pad[   -13917 7677 
+			 -9311 7677 
+			1299 1000 2299 "7" "7" 0x00000100]
+        Pad[   13917 7677 
+			 9311 7677 
+			1299 1000 2299 "8" "8" 0x00000100]
+        Pad[   13917 5118 
+			 9311 5118 
+			1299 1000 2299 "9" "9" 0x00000100]
+        Pad[   13917 2559 
+			 9311 2559 
+			1299 1000 2299 "10" "10" 0x00000100]
+        Pad[   13917 0 
+			 9311 0 
+			1299 1000 2299 "11" "11" 0x00000100]
+        Pad[   13917 -2559 
+			 9311 -2559 
+			1299 1000 2299 "12" "12" 0x00000100]
+        Pad[   13917 -5118 
+			 9311 -5118 
+			1299 1000 2299 "13" "13" 0x00000100]
+        Pad[   13917 -7677 
+			 9311 -7677 
+			1299 1000 2299 "14" "14" 0x00000100]
+	ElementLine[-15566 -9326 -15566  9326 1000]
+	ElementLine[-15566  9326  15566  9326 1000]
+	ElementLine[ 15566  9326  15566 -9326 1000]
+	ElementLine[-15566 -9326 -2500 -9326 1000]
+	ElementLine[ 15566 -9326  2500 -9326 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -9326 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TSSOP16.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TSSOP16.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TSSOP16.fp	(revision 296)
@@ -0,0 +1,73 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Thin shrink small outline package, standard (4.4mm)" "" "TSSOP16" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -13917 -8956 
+			 -9311 -8956 
+			1299 1000 2299 "1" "1" 0x00000100]
+        Pad[   -13917 -6397 
+			 -9311 -6397 
+			1299 1000 2299 "2" "2" 0x00000100]
+        Pad[   -13917 -3838 
+			 -9311 -3838 
+			1299 1000 2299 "3" "3" 0x00000100]
+        Pad[   -13917 -1279 
+			 -9311 -1279 
+			1299 1000 2299 "4" "4" 0x00000100]
+        Pad[   -13917 1279 
+			 -9311 1279 
+			1299 1000 2299 "5" "5" 0x00000100]
+        Pad[   -13917 3838 
+			 -9311 3838 
+			1299 1000 2299 "6" "6" 0x00000100]
+        Pad[   -13917 6397 
+			 -9311 6397 
+			1299 1000 2299 "7" "7" 0x00000100]
+        Pad[   -13917 8956 
+			 -9311 8956 
+			1299 1000 2299 "8" "8" 0x00000100]
+        Pad[   13917 8956 
+			 9311 8956 
+			1299 1000 2299 "9" "9" 0x00000100]
+        Pad[   13917 6397 
+			 9311 6397 
+			1299 1000 2299 "10" "10" 0x00000100]
+        Pad[   13917 3838 
+			 9311 3838 
+			1299 1000 2299 "11" "11" 0x00000100]
+        Pad[   13917 1279 
+			 9311 1279 
+			1299 1000 2299 "12" "12" 0x00000100]
+        Pad[   13917 -1279 
+			 9311 -1279 
+			1299 1000 2299 "13" "13" 0x00000100]
+        Pad[   13917 -3838 
+			 9311 -3838 
+			1299 1000 2299 "14" "14" 0x00000100]
+        Pad[   13917 -6397 
+			 9311 -6397 
+			1299 1000 2299 "15" "15" 0x00000100]
+        Pad[   13917 -8956 
+			 9311 -8956 
+			1299 1000 2299 "16" "16" 0x00000100]
+	ElementLine[-15566 -10606 -15566  10606 1000]
+	ElementLine[-15566  10606  15566  10606 1000]
+	ElementLine[ 15566  10606  15566 -10606 1000]
+	ElementLine[-15566 -10606 -2500 -10606 1000]
+	ElementLine[ 15566 -10606  2500 -10606 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -10606 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TSSOP20.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TSSOP20.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TSSOP20.fp	(revision 296)
@@ -0,0 +1,85 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Thin shrink small outline package, standard (4.4mm)" "" "TSSOP20" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -13917 -11515 
+			 -9311 -11515 
+			1299 1000 2299 "1" "1" 0x00000100]
+        Pad[   -13917 -8956 
+			 -9311 -8956 
+			1299 1000 2299 "2" "2" 0x00000100]
+        Pad[   -13917 -6397 
+			 -9311 -6397 
+			1299 1000 2299 "3" "3" 0x00000100]
+        Pad[   -13917 -3838 
+			 -9311 -3838 
+			1299 1000 2299 "4" "4" 0x00000100]
+        Pad[   -13917 -1279 
+			 -9311 -1279 
+			1299 1000 2299 "5" "5" 0x00000100]
+        Pad[   -13917 1279 
+			 -9311 1279 
+			1299 1000 2299 "6" "6" 0x00000100]
+        Pad[   -13917 3838 
+			 -9311 3838 
+			1299 1000 2299 "7" "7" 0x00000100]
+        Pad[   -13917 6397 
+			 -9311 6397 
+			1299 1000 2299 "8" "8" 0x00000100]
+        Pad[   -13917 8956 
+			 -9311 8956 
+			1299 1000 2299 "9" "9" 0x00000100]
+        Pad[   -13917 11515 
+			 -9311 11515 
+			1299 1000 2299 "10" "10" 0x00000100]
+        Pad[   13917 11515 
+			 9311 11515 
+			1299 1000 2299 "11" "11" 0x00000100]
+        Pad[   13917 8956 
+			 9311 8956 
+			1299 1000 2299 "12" "12" 0x00000100]
+        Pad[   13917 6397 
+			 9311 6397 
+			1299 1000 2299 "13" "13" 0x00000100]
+        Pad[   13917 3838 
+			 9311 3838 
+			1299 1000 2299 "14" "14" 0x00000100]
+        Pad[   13917 1279 
+			 9311 1279 
+			1299 1000 2299 "15" "15" 0x00000100]
+        Pad[   13917 -1279 
+			 9311 -1279 
+			1299 1000 2299 "16" "16" 0x00000100]
+        Pad[   13917 -3838 
+			 9311 -3838 
+			1299 1000 2299 "17" "17" 0x00000100]
+        Pad[   13917 -6397 
+			 9311 -6397 
+			1299 1000 2299 "18" "18" 0x00000100]
+        Pad[   13917 -8956 
+			 9311 -8956 
+			1299 1000 2299 "19" "19" 0x00000100]
+        Pad[   13917 -11515 
+			 9311 -11515 
+			1299 1000 2299 "20" "20" 0x00000100]
+	ElementLine[-15566 -13165 -15566  13165 1000]
+	ElementLine[-15566  13165  15566  13165 1000]
+	ElementLine[ 15566  13165  15566 -13165 1000]
+	ElementLine[-15566 -13165 -2500 -13165 1000]
+	ElementLine[ 15566 -13165  2500 -13165 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -13165 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TSSOP24.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TSSOP24.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TSSOP24.fp	(revision 296)
@@ -0,0 +1,97 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Thin shrink small outline package, standard (4.4mm)" "" "TSSOP24" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -13917 -14074 
+			 -9311 -14074 
+			1299 1000 2299 "1" "1" 0x00000100]
+        Pad[   -13917 -11515 
+			 -9311 -11515 
+			1299 1000 2299 "2" "2" 0x00000100]
+        Pad[   -13917 -8956 
+			 -9311 -8956 
+			1299 1000 2299 "3" "3" 0x00000100]
+        Pad[   -13917 -6397 
+			 -9311 -6397 
+			1299 1000 2299 "4" "4" 0x00000100]
+        Pad[   -13917 -3838 
+			 -9311 -3838 
+			1299 1000 2299 "5" "5" 0x00000100]
+        Pad[   -13917 -1279 
+			 -9311 -1279 
+			1299 1000 2299 "6" "6" 0x00000100]
+        Pad[   -13917 1279 
+			 -9311 1279 
+			1299 1000 2299 "7" "7" 0x00000100]
+        Pad[   -13917 3838 
+			 -9311 3838 
+			1299 1000 2299 "8" "8" 0x00000100]
+        Pad[   -13917 6397 
+			 -9311 6397 
+			1299 1000 2299 "9" "9" 0x00000100]
+        Pad[   -13917 8956 
+			 -9311 8956 
+			1299 1000 2299 "10" "10" 0x00000100]
+        Pad[   -13917 11515 
+			 -9311 11515 
+			1299 1000 2299 "11" "11" 0x00000100]
+        Pad[   -13917 14074 
+			 -9311 14074 
+			1299 1000 2299 "12" "12" 0x00000100]
+        Pad[   13917 14074 
+			 9311 14074 
+			1299 1000 2299 "13" "13" 0x00000100]
+        Pad[   13917 11515 
+			 9311 11515 
+			1299 1000 2299 "14" "14" 0x00000100]
+        Pad[   13917 8956 
+			 9311 8956 
+			1299 1000 2299 "15" "15" 0x00000100]
+        Pad[   13917 6397 
+			 9311 6397 
+			1299 1000 2299 "16" "16" 0x00000100]
+        Pad[   13917 3838 
+			 9311 3838 
+			1299 1000 2299 "17" "17" 0x00000100]
+        Pad[   13917 1279 
+			 9311 1279 
+			1299 1000 2299 "18" "18" 0x00000100]
+        Pad[   13917 -1279 
+			 9311 -1279 
+			1299 1000 2299 "19" "19" 0x00000100]
+        Pad[   13917 -3838 
+			 9311 -3838 
+			1299 1000 2299 "20" "20" 0x00000100]
+        Pad[   13917 -6397 
+			 9311 -6397 
+			1299 1000 2299 "21" "21" 0x00000100]
+        Pad[   13917 -8956 
+			 9311 -8956 
+			1299 1000 2299 "22" "22" 0x00000100]
+        Pad[   13917 -11515 
+			 9311 -11515 
+			1299 1000 2299 "23" "23" 0x00000100]
+        Pad[   13917 -14074 
+			 9311 -14074 
+			1299 1000 2299 "24" "24" 0x00000100]
+	ElementLine[-15566 -15724 -15566  15724 1000]
+	ElementLine[-15566  15724  15566  15724 1000]
+	ElementLine[ 15566  15724  15566 -15724 1000]
+	ElementLine[-15566 -15724 -2500 -15724 1000]
+	ElementLine[ 15566 -15724  2500 -15724 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -15724 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TSSOP28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TSSOP28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TSSOP28.fp	(revision 296)
@@ -0,0 +1,109 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Thin shrink small outline package, standard (4.4mm)" "" "TSSOP28" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -13917 -16633 
+			 -9311 -16633 
+			1299 1000 2299 "1" "1" 0x00000100]
+        Pad[   -13917 -14074 
+			 -9311 -14074 
+			1299 1000 2299 "2" "2" 0x00000100]
+        Pad[   -13917 -11515 
+			 -9311 -11515 
+			1299 1000 2299 "3" "3" 0x00000100]
+        Pad[   -13917 -8956 
+			 -9311 -8956 
+			1299 1000 2299 "4" "4" 0x00000100]
+        Pad[   -13917 -6397 
+			 -9311 -6397 
+			1299 1000 2299 "5" "5" 0x00000100]
+        Pad[   -13917 -3838 
+			 -9311 -3838 
+			1299 1000 2299 "6" "6" 0x00000100]
+        Pad[   -13917 -1279 
+			 -9311 -1279 
+			1299 1000 2299 "7" "7" 0x00000100]
+        Pad[   -13917 1279 
+			 -9311 1279 
+			1299 1000 2299 "8" "8" 0x00000100]
+        Pad[   -13917 3838 
+			 -9311 3838 
+			1299 1000 2299 "9" "9" 0x00000100]
+        Pad[   -13917 6397 
+			 -9311 6397 
+			1299 1000 2299 "10" "10" 0x00000100]
+        Pad[   -13917 8956 
+			 -9311 8956 
+			1299 1000 2299 "11" "11" 0x00000100]
+        Pad[   -13917 11515 
+			 -9311 11515 
+			1299 1000 2299 "12" "12" 0x00000100]
+        Pad[   -13917 14074 
+			 -9311 14074 
+			1299 1000 2299 "13" "13" 0x00000100]
+        Pad[   -13917 16633 
+			 -9311 16633 
+			1299 1000 2299 "14" "14" 0x00000100]
+        Pad[   13917 16633 
+			 9311 16633 
+			1299 1000 2299 "15" "15" 0x00000100]
+        Pad[   13917 14074 
+			 9311 14074 
+			1299 1000 2299 "16" "16" 0x00000100]
+        Pad[   13917 11515 
+			 9311 11515 
+			1299 1000 2299 "17" "17" 0x00000100]
+        Pad[   13917 8956 
+			 9311 8956 
+			1299 1000 2299 "18" "18" 0x00000100]
+        Pad[   13917 6397 
+			 9311 6397 
+			1299 1000 2299 "19" "19" 0x00000100]
+        Pad[   13917 3838 
+			 9311 3838 
+			1299 1000 2299 "20" "20" 0x00000100]
+        Pad[   13917 1279 
+			 9311 1279 
+			1299 1000 2299 "21" "21" 0x00000100]
+        Pad[   13917 -1279 
+			 9311 -1279 
+			1299 1000 2299 "22" "22" 0x00000100]
+        Pad[   13917 -3838 
+			 9311 -3838 
+			1299 1000 2299 "23" "23" 0x00000100]
+        Pad[   13917 -6397 
+			 9311 -6397 
+			1299 1000 2299 "24" "24" 0x00000100]
+        Pad[   13917 -8956 
+			 9311 -8956 
+			1299 1000 2299 "25" "25" 0x00000100]
+        Pad[   13917 -11515 
+			 9311 -11515 
+			1299 1000 2299 "26" "26" 0x00000100]
+        Pad[   13917 -14074 
+			 9311 -14074 
+			1299 1000 2299 "27" "27" 0x00000100]
+        Pad[   13917 -16633 
+			 9311 -16633 
+			1299 1000 2299 "28" "28" 0x00000100]
+	ElementLine[-15566 -18283 -15566  18283 1000]
+	ElementLine[-15566  18283  15566  18283 1000]
+	ElementLine[ 15566  18283  15566 -18283 1000]
+	ElementLine[-15566 -18283 -2500 -18283 1000]
+	ElementLine[ 15566 -18283  2500 -18283 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -18283 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TSSOP32.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TSSOP32.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TSSOP32.fp	(revision 296)
@@ -0,0 +1,121 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Thin shrink small outline package, wide (6.1mm)" "" "TSSOP32" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17263 -19192 
+			 -12657 -19192 
+			1299 1000 2299 "1" "1" 0x00000100]
+        Pad[   -17263 -16633 
+			 -12657 -16633 
+			1299 1000 2299 "2" "2" 0x00000100]
+        Pad[   -17263 -14074 
+			 -12657 -14074 
+			1299 1000 2299 "3" "3" 0x00000100]
+        Pad[   -17263 -11515 
+			 -12657 -11515 
+			1299 1000 2299 "4" "4" 0x00000100]
+        Pad[   -17263 -8956 
+			 -12657 -8956 
+			1299 1000 2299 "5" "5" 0x00000100]
+        Pad[   -17263 -6397 
+			 -12657 -6397 
+			1299 1000 2299 "6" "6" 0x00000100]
+        Pad[   -17263 -3838 
+			 -12657 -3838 
+			1299 1000 2299 "7" "7" 0x00000100]
+        Pad[   -17263 -1279 
+			 -12657 -1279 
+			1299 1000 2299 "8" "8" 0x00000100]
+        Pad[   -17263 1279 
+			 -12657 1279 
+			1299 1000 2299 "9" "9" 0x00000100]
+        Pad[   -17263 3838 
+			 -12657 3838 
+			1299 1000 2299 "10" "10" 0x00000100]
+        Pad[   -17263 6397 
+			 -12657 6397 
+			1299 1000 2299 "11" "11" 0x00000100]
+        Pad[   -17263 8956 
+			 -12657 8956 
+			1299 1000 2299 "12" "12" 0x00000100]
+        Pad[   -17263 11515 
+			 -12657 11515 
+			1299 1000 2299 "13" "13" 0x00000100]
+        Pad[   -17263 14074 
+			 -12657 14074 
+			1299 1000 2299 "14" "14" 0x00000100]
+        Pad[   -17263 16633 
+			 -12657 16633 
+			1299 1000 2299 "15" "15" 0x00000100]
+        Pad[   -17263 19192 
+			 -12657 19192 
+			1299 1000 2299 "16" "16" 0x00000100]
+        Pad[   17263 19192 
+			 12657 19192 
+			1299 1000 2299 "17" "17" 0x00000100]
+        Pad[   17263 16633 
+			 12657 16633 
+			1299 1000 2299 "18" "18" 0x00000100]
+        Pad[   17263 14074 
+			 12657 14074 
+			1299 1000 2299 "19" "19" 0x00000100]
+        Pad[   17263 11515 
+			 12657 11515 
+			1299 1000 2299 "20" "20" 0x00000100]
+        Pad[   17263 8956 
+			 12657 8956 
+			1299 1000 2299 "21" "21" 0x00000100]
+        Pad[   17263 6397 
+			 12657 6397 
+			1299 1000 2299 "22" "22" 0x00000100]
+        Pad[   17263 3838 
+			 12657 3838 
+			1299 1000 2299 "23" "23" 0x00000100]
+        Pad[   17263 1279 
+			 12657 1279 
+			1299 1000 2299 "24" "24" 0x00000100]
+        Pad[   17263 -1279 
+			 12657 -1279 
+			1299 1000 2299 "25" "25" 0x00000100]
+        Pad[   17263 -3838 
+			 12657 -3838 
+			1299 1000 2299 "26" "26" 0x00000100]
+        Pad[   17263 -6397 
+			 12657 -6397 
+			1299 1000 2299 "27" "27" 0x00000100]
+        Pad[   17263 -8956 
+			 12657 -8956 
+			1299 1000 2299 "28" "28" 0x00000100]
+        Pad[   17263 -11515 
+			 12657 -11515 
+			1299 1000 2299 "29" "29" 0x00000100]
+        Pad[   17263 -14074 
+			 12657 -14074 
+			1299 1000 2299 "30" "30" 0x00000100]
+        Pad[   17263 -16633 
+			 12657 -16633 
+			1299 1000 2299 "31" "31" 0x00000100]
+        Pad[   17263 -19192 
+			 12657 -19192 
+			1299 1000 2299 "32" "32" 0x00000100]
+	ElementLine[-18913 -20842 -18913  20842 1000]
+	ElementLine[-18913  20842  18913  20842 1000]
+	ElementLine[ 18913  20842  18913 -20842 1000]
+	ElementLine[-18913 -20842 -2500 -20842 1000]
+	ElementLine[ 18913 -20842  2500 -20842 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -20842 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TSSOP38N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TSSOP38N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TSSOP38N.fp	(revision 296)
@@ -0,0 +1,139 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Thin shrink small outline package, standard (4.4mm)" "" "TSSOP38N" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -13976 -17716 
+			 -9251 -17716 
+			1181 1000 2181 "1" "1" 0x00000100]
+        Pad[   -13976 -15748 
+			 -9251 -15748 
+			1181 1000 2181 "2" "2" 0x00000100]
+        Pad[   -13976 -13779 
+			 -9251 -13779 
+			1181 1000 2181 "3" "3" 0x00000100]
+        Pad[   -13976 -11811 
+			 -9251 -11811 
+			1181 1000 2181 "4" "4" 0x00000100]
+        Pad[   -13976 -9842 
+			 -9251 -9842 
+			1181 1000 2181 "5" "5" 0x00000100]
+        Pad[   -13976 -7874 
+			 -9251 -7874 
+			1181 1000 2181 "6" "6" 0x00000100]
+        Pad[   -13976 -5905 
+			 -9251 -5905 
+			1181 1000 2181 "7" "7" 0x00000100]
+        Pad[   -13976 -3937 
+			 -9251 -3937 
+			1181 1000 2181 "8" "8" 0x00000100]
+        Pad[   -13976 -1968 
+			 -9251 -1968 
+			1181 1000 2181 "9" "9" 0x00000100]
+        Pad[   -13976 0 
+			 -9251 0 
+			1181 1000 2181 "10" "10" 0x00000100]
+        Pad[   -13976 1968 
+			 -9251 1968 
+			1181 1000 2181 "11" "11" 0x00000100]
+        Pad[   -13976 3937 
+			 -9251 3937 
+			1181 1000 2181 "12" "12" 0x00000100]
+        Pad[   -13976 5905 
+			 -9251 5905 
+			1181 1000 2181 "13" "13" 0x00000100]
+        Pad[   -13976 7874 
+			 -9251 7874 
+			1181 1000 2181 "14" "14" 0x00000100]
+        Pad[   -13976 9842 
+			 -9251 9842 
+			1181 1000 2181 "15" "15" 0x00000100]
+        Pad[   -13976 11811 
+			 -9251 11811 
+			1181 1000 2181 "16" "16" 0x00000100]
+        Pad[   -13976 13779 
+			 -9251 13779 
+			1181 1000 2181 "17" "17" 0x00000100]
+        Pad[   -13976 15748 
+			 -9251 15748 
+			1181 1000 2181 "18" "18" 0x00000100]
+        Pad[   -13976 17716 
+			 -9251 17716 
+			1181 1000 2181 "19" "19" 0x00000100]
+        Pad[   13976 17716 
+			 9251 17716 
+			1181 1000 2181 "20" "20" 0x00000100]
+        Pad[   13976 15748 
+			 9251 15748 
+			1181 1000 2181 "21" "21" 0x00000100]
+        Pad[   13976 13779 
+			 9251 13779 
+			1181 1000 2181 "22" "22" 0x00000100]
+        Pad[   13976 11811 
+			 9251 11811 
+			1181 1000 2181 "23" "23" 0x00000100]
+        Pad[   13976 9842 
+			 9251 9842 
+			1181 1000 2181 "24" "24" 0x00000100]
+        Pad[   13976 7874 
+			 9251 7874 
+			1181 1000 2181 "25" "25" 0x00000100]
+        Pad[   13976 5905 
+			 9251 5905 
+			1181 1000 2181 "26" "26" 0x00000100]
+        Pad[   13976 3937 
+			 9251 3937 
+			1181 1000 2181 "27" "27" 0x00000100]
+        Pad[   13976 1968 
+			 9251 1968 
+			1181 1000 2181 "28" "28" 0x00000100]
+        Pad[   13976 0 
+			 9251 0 
+			1181 1000 2181 "29" "29" 0x00000100]
+        Pad[   13976 -1968 
+			 9251 -1968 
+			1181 1000 2181 "30" "30" 0x00000100]
+        Pad[   13976 -3937 
+			 9251 -3937 
+			1181 1000 2181 "31" "31" 0x00000100]
+        Pad[   13976 -5905 
+			 9251 -5905 
+			1181 1000 2181 "32" "32" 0x00000100]
+        Pad[   13976 -7874 
+			 9251 -7874 
+			1181 1000 2181 "33" "33" 0x00000100]
+        Pad[   13976 -9842 
+			 9251 -9842 
+			1181 1000 2181 "34" "34" 0x00000100]
+        Pad[   13976 -11811 
+			 9251 -11811 
+			1181 1000 2181 "35" "35" 0x00000100]
+        Pad[   13976 -13779 
+			 9251 -13779 
+			1181 1000 2181 "36" "36" 0x00000100]
+        Pad[   13976 -15748 
+			 9251 -15748 
+			1181 1000 2181 "37" "37" 0x00000100]
+        Pad[   13976 -17716 
+			 9251 -17716 
+			1181 1000 2181 "38" "38" 0x00000100]
+	ElementLine[-15566 -19307 -15566  19307 1000]
+	ElementLine[-15566  19307  15566  19307 1000]
+	ElementLine[ 15566  19307  15566 -19307 1000]
+	ElementLine[-15566 -19307 -2500 -19307 1000]
+	ElementLine[ 15566 -19307  2500 -19307 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -19307 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TSSOP48.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TSSOP48.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TSSOP48.fp	(revision 296)
@@ -0,0 +1,169 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Thin shrink small outline package, wide (6.1mm)" "" "TSSOP48" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17322 -22637 
+			 -12598 -22637 
+			1181 1000 2181 "1" "1" 0x00000100]
+        Pad[   -17322 -20669 
+			 -12598 -20669 
+			1181 1000 2181 "2" "2" 0x00000100]
+        Pad[   -17322 -18700 
+			 -12598 -18700 
+			1181 1000 2181 "3" "3" 0x00000100]
+        Pad[   -17322 -16732 
+			 -12598 -16732 
+			1181 1000 2181 "4" "4" 0x00000100]
+        Pad[   -17322 -14763 
+			 -12598 -14763 
+			1181 1000 2181 "5" "5" 0x00000100]
+        Pad[   -17322 -12795 
+			 -12598 -12795 
+			1181 1000 2181 "6" "6" 0x00000100]
+        Pad[   -17322 -10826 
+			 -12598 -10826 
+			1181 1000 2181 "7" "7" 0x00000100]
+        Pad[   -17322 -8858 
+			 -12598 -8858 
+			1181 1000 2181 "8" "8" 0x00000100]
+        Pad[   -17322 -6889 
+			 -12598 -6889 
+			1181 1000 2181 "9" "9" 0x00000100]
+        Pad[   -17322 -4921 
+			 -12598 -4921 
+			1181 1000 2181 "10" "10" 0x00000100]
+        Pad[   -17322 -2952 
+			 -12598 -2952 
+			1181 1000 2181 "11" "11" 0x00000100]
+        Pad[   -17322 -984 
+			 -12598 -984 
+			1181 1000 2181 "12" "12" 0x00000100]
+        Pad[   -17322 984 
+			 -12598 984 
+			1181 1000 2181 "13" "13" 0x00000100]
+        Pad[   -17322 2952 
+			 -12598 2952 
+			1181 1000 2181 "14" "14" 0x00000100]
+        Pad[   -17322 4921 
+			 -12598 4921 
+			1181 1000 2181 "15" "15" 0x00000100]
+        Pad[   -17322 6889 
+			 -12598 6889 
+			1181 1000 2181 "16" "16" 0x00000100]
+        Pad[   -17322 8858 
+			 -12598 8858 
+			1181 1000 2181 "17" "17" 0x00000100]
+        Pad[   -17322 10826 
+			 -12598 10826 
+			1181 1000 2181 "18" "18" 0x00000100]
+        Pad[   -17322 12795 
+			 -12598 12795 
+			1181 1000 2181 "19" "19" 0x00000100]
+        Pad[   -17322 14763 
+			 -12598 14763 
+			1181 1000 2181 "20" "20" 0x00000100]
+        Pad[   -17322 16732 
+			 -12598 16732 
+			1181 1000 2181 "21" "21" 0x00000100]
+        Pad[   -17322 18700 
+			 -12598 18700 
+			1181 1000 2181 "22" "22" 0x00000100]
+        Pad[   -17322 20669 
+			 -12598 20669 
+			1181 1000 2181 "23" "23" 0x00000100]
+        Pad[   -17322 22637 
+			 -12598 22637 
+			1181 1000 2181 "24" "24" 0x00000100]
+        Pad[   17322 22637 
+			 12598 22637 
+			1181 1000 2181 "25" "25" 0x00000100]
+        Pad[   17322 20669 
+			 12598 20669 
+			1181 1000 2181 "26" "26" 0x00000100]
+        Pad[   17322 18700 
+			 12598 18700 
+			1181 1000 2181 "27" "27" 0x00000100]
+        Pad[   17322 16732 
+			 12598 16732 
+			1181 1000 2181 "28" "28" 0x00000100]
+        Pad[   17322 14763 
+			 12598 14763 
+			1181 1000 2181 "29" "29" 0x00000100]
+        Pad[   17322 12795 
+			 12598 12795 
+			1181 1000 2181 "30" "30" 0x00000100]
+        Pad[   17322 10826 
+			 12598 10826 
+			1181 1000 2181 "31" "31" 0x00000100]
+        Pad[   17322 8858 
+			 12598 8858 
+			1181 1000 2181 "32" "32" 0x00000100]
+        Pad[   17322 6889 
+			 12598 6889 
+			1181 1000 2181 "33" "33" 0x00000100]
+        Pad[   17322 4921 
+			 12598 4921 
+			1181 1000 2181 "34" "34" 0x00000100]
+        Pad[   17322 2952 
+			 12598 2952 
+			1181 1000 2181 "35" "35" 0x00000100]
+        Pad[   17322 984 
+			 12598 984 
+			1181 1000 2181 "36" "36" 0x00000100]
+        Pad[   17322 -984 
+			 12598 -984 
+			1181 1000 2181 "37" "37" 0x00000100]
+        Pad[   17322 -2952 
+			 12598 -2952 
+			1181 1000 2181 "38" "38" 0x00000100]
+        Pad[   17322 -4921 
+			 12598 -4921 
+			1181 1000 2181 "39" "39" 0x00000100]
+        Pad[   17322 -6889 
+			 12598 -6889 
+			1181 1000 2181 "40" "40" 0x00000100]
+        Pad[   17322 -8858 
+			 12598 -8858 
+			1181 1000 2181 "41" "41" 0x00000100]
+        Pad[   17322 -10826 
+			 12598 -10826 
+			1181 1000 2181 "42" "42" 0x00000100]
+        Pad[   17322 -12795 
+			 12598 -12795 
+			1181 1000 2181 "43" "43" 0x00000100]
+        Pad[   17322 -14763 
+			 12598 -14763 
+			1181 1000 2181 "44" "44" 0x00000100]
+        Pad[   17322 -16732 
+			 12598 -16732 
+			1181 1000 2181 "45" "45" 0x00000100]
+        Pad[   17322 -18700 
+			 12598 -18700 
+			1181 1000 2181 "46" "46" 0x00000100]
+        Pad[   17322 -20669 
+			 12598 -20669 
+			1181 1000 2181 "47" "47" 0x00000100]
+        Pad[   17322 -22637 
+			 12598 -22637 
+			1181 1000 2181 "48" "48" 0x00000100]
+	ElementLine[-18913 -24228 -18913  24228 1000]
+	ElementLine[-18913  24228  18913  24228 1000]
+	ElementLine[ 18913  24228  18913 -24228 1000]
+	ElementLine[-18913 -24228 -2500 -24228 1000]
+	ElementLine[ 18913 -24228  2500 -24228 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -24228 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TSSOP48N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TSSOP48N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TSSOP48N.fp	(revision 296)
@@ -0,0 +1,169 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Thin shrink small outline package, standard (4.4mm)" "" "TSSOP48N" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -14074 -18110 
+			 -9153 -18110 
+			984 1000 1984 "1" "1" 0x00000100]
+        Pad[   -14074 -16535 
+			 -9153 -16535 
+			984 1000 1984 "2" "2" 0x00000100]
+        Pad[   -14074 -14960 
+			 -9153 -14960 
+			984 1000 1984 "3" "3" 0x00000100]
+        Pad[   -14074 -13385 
+			 -9153 -13385 
+			984 1000 1984 "4" "4" 0x00000100]
+        Pad[   -14074 -11811 
+			 -9153 -11811 
+			984 1000 1984 "5" "5" 0x00000100]
+        Pad[   -14074 -10236 
+			 -9153 -10236 
+			984 1000 1984 "6" "6" 0x00000100]
+        Pad[   -14074 -8661 
+			 -9153 -8661 
+			984 1000 1984 "7" "7" 0x00000100]
+        Pad[   -14074 -7086 
+			 -9153 -7086 
+			984 1000 1984 "8" "8" 0x00000100]
+        Pad[   -14074 -5511 
+			 -9153 -5511 
+			984 1000 1984 "9" "9" 0x00000100]
+        Pad[   -14074 -3937 
+			 -9153 -3937 
+			984 1000 1984 "10" "10" 0x00000100]
+        Pad[   -14074 -2362 
+			 -9153 -2362 
+			984 1000 1984 "11" "11" 0x00000100]
+        Pad[   -14074 -787 
+			 -9153 -787 
+			984 1000 1984 "12" "12" 0x00000100]
+        Pad[   -14074 787 
+			 -9153 787 
+			984 1000 1984 "13" "13" 0x00000100]
+        Pad[   -14074 2362 
+			 -9153 2362 
+			984 1000 1984 "14" "14" 0x00000100]
+        Pad[   -14074 3937 
+			 -9153 3937 
+			984 1000 1984 "15" "15" 0x00000100]
+        Pad[   -14074 5511 
+			 -9153 5511 
+			984 1000 1984 "16" "16" 0x00000100]
+        Pad[   -14074 7086 
+			 -9153 7086 
+			984 1000 1984 "17" "17" 0x00000100]
+        Pad[   -14074 8661 
+			 -9153 8661 
+			984 1000 1984 "18" "18" 0x00000100]
+        Pad[   -14074 10236 
+			 -9153 10236 
+			984 1000 1984 "19" "19" 0x00000100]
+        Pad[   -14074 11811 
+			 -9153 11811 
+			984 1000 1984 "20" "20" 0x00000100]
+        Pad[   -14074 13385 
+			 -9153 13385 
+			984 1000 1984 "21" "21" 0x00000100]
+        Pad[   -14074 14960 
+			 -9153 14960 
+			984 1000 1984 "22" "22" 0x00000100]
+        Pad[   -14074 16535 
+			 -9153 16535 
+			984 1000 1984 "23" "23" 0x00000100]
+        Pad[   -14074 18110 
+			 -9153 18110 
+			984 1000 1984 "24" "24" 0x00000100]
+        Pad[   14074 18110 
+			 9153 18110 
+			984 1000 1984 "25" "25" 0x00000100]
+        Pad[   14074 16535 
+			 9153 16535 
+			984 1000 1984 "26" "26" 0x00000100]
+        Pad[   14074 14960 
+			 9153 14960 
+			984 1000 1984 "27" "27" 0x00000100]
+        Pad[   14074 13385 
+			 9153 13385 
+			984 1000 1984 "28" "28" 0x00000100]
+        Pad[   14074 11811 
+			 9153 11811 
+			984 1000 1984 "29" "29" 0x00000100]
+        Pad[   14074 10236 
+			 9153 10236 
+			984 1000 1984 "30" "30" 0x00000100]
+        Pad[   14074 8661 
+			 9153 8661 
+			984 1000 1984 "31" "31" 0x00000100]
+        Pad[   14074 7086 
+			 9153 7086 
+			984 1000 1984 "32" "32" 0x00000100]
+        Pad[   14074 5511 
+			 9153 5511 
+			984 1000 1984 "33" "33" 0x00000100]
+        Pad[   14074 3937 
+			 9153 3937 
+			984 1000 1984 "34" "34" 0x00000100]
+        Pad[   14074 2362 
+			 9153 2362 
+			984 1000 1984 "35" "35" 0x00000100]
+        Pad[   14074 787 
+			 9153 787 
+			984 1000 1984 "36" "36" 0x00000100]
+        Pad[   14074 -787 
+			 9153 -787 
+			984 1000 1984 "37" "37" 0x00000100]
+        Pad[   14074 -2362 
+			 9153 -2362 
+			984 1000 1984 "38" "38" 0x00000100]
+        Pad[   14074 -3937 
+			 9153 -3937 
+			984 1000 1984 "39" "39" 0x00000100]
+        Pad[   14074 -5511 
+			 9153 -5511 
+			984 1000 1984 "40" "40" 0x00000100]
+        Pad[   14074 -7086 
+			 9153 -7086 
+			984 1000 1984 "41" "41" 0x00000100]
+        Pad[   14074 -8661 
+			 9153 -8661 
+			984 1000 1984 "42" "42" 0x00000100]
+        Pad[   14074 -10236 
+			 9153 -10236 
+			984 1000 1984 "43" "43" 0x00000100]
+        Pad[   14074 -11811 
+			 9153 -11811 
+			984 1000 1984 "44" "44" 0x00000100]
+        Pad[   14074 -13385 
+			 9153 -13385 
+			984 1000 1984 "45" "45" 0x00000100]
+        Pad[   14074 -14960 
+			 9153 -14960 
+			984 1000 1984 "46" "46" 0x00000100]
+        Pad[   14074 -16535 
+			 9153 -16535 
+			984 1000 1984 "47" "47" 0x00000100]
+        Pad[   14074 -18110 
+			 9153 -18110 
+			984 1000 1984 "48" "48" 0x00000100]
+	ElementLine[-15566 -19602 -15566  19602 1000]
+	ElementLine[-15566  19602  15566  19602 1000]
+	ElementLine[ 15566  19602  15566 -19602 1000]
+	ElementLine[-15566 -19602 -2500 -19602 1000]
+	ElementLine[ 15566 -19602  2500 -19602 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -19602 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TSSOP56.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TSSOP56.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TSSOP56.fp	(revision 296)
@@ -0,0 +1,193 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Thin shrink small outline package, wide (6.1mm)" "" "TSSOP56" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17322 -26574 
+			 -12598 -26574 
+			1181 1000 2181 "1" "1" 0x00000100]
+        Pad[   -17322 -24606 
+			 -12598 -24606 
+			1181 1000 2181 "2" "2" 0x00000100]
+        Pad[   -17322 -22637 
+			 -12598 -22637 
+			1181 1000 2181 "3" "3" 0x00000100]
+        Pad[   -17322 -20669 
+			 -12598 -20669 
+			1181 1000 2181 "4" "4" 0x00000100]
+        Pad[   -17322 -18700 
+			 -12598 -18700 
+			1181 1000 2181 "5" "5" 0x00000100]
+        Pad[   -17322 -16732 
+			 -12598 -16732 
+			1181 1000 2181 "6" "6" 0x00000100]
+        Pad[   -17322 -14763 
+			 -12598 -14763 
+			1181 1000 2181 "7" "7" 0x00000100]
+        Pad[   -17322 -12795 
+			 -12598 -12795 
+			1181 1000 2181 "8" "8" 0x00000100]
+        Pad[   -17322 -10826 
+			 -12598 -10826 
+			1181 1000 2181 "9" "9" 0x00000100]
+        Pad[   -17322 -8858 
+			 -12598 -8858 
+			1181 1000 2181 "10" "10" 0x00000100]
+        Pad[   -17322 -6889 
+			 -12598 -6889 
+			1181 1000 2181 "11" "11" 0x00000100]
+        Pad[   -17322 -4921 
+			 -12598 -4921 
+			1181 1000 2181 "12" "12" 0x00000100]
+        Pad[   -17322 -2952 
+			 -12598 -2952 
+			1181 1000 2181 "13" "13" 0x00000100]
+        Pad[   -17322 -984 
+			 -12598 -984 
+			1181 1000 2181 "14" "14" 0x00000100]
+        Pad[   -17322 984 
+			 -12598 984 
+			1181 1000 2181 "15" "15" 0x00000100]
+        Pad[   -17322 2952 
+			 -12598 2952 
+			1181 1000 2181 "16" "16" 0x00000100]
+        Pad[   -17322 4921 
+			 -12598 4921 
+			1181 1000 2181 "17" "17" 0x00000100]
+        Pad[   -17322 6889 
+			 -12598 6889 
+			1181 1000 2181 "18" "18" 0x00000100]
+        Pad[   -17322 8858 
+			 -12598 8858 
+			1181 1000 2181 "19" "19" 0x00000100]
+        Pad[   -17322 10826 
+			 -12598 10826 
+			1181 1000 2181 "20" "20" 0x00000100]
+        Pad[   -17322 12795 
+			 -12598 12795 
+			1181 1000 2181 "21" "21" 0x00000100]
+        Pad[   -17322 14763 
+			 -12598 14763 
+			1181 1000 2181 "22" "22" 0x00000100]
+        Pad[   -17322 16732 
+			 -12598 16732 
+			1181 1000 2181 "23" "23" 0x00000100]
+        Pad[   -17322 18700 
+			 -12598 18700 
+			1181 1000 2181 "24" "24" 0x00000100]
+        Pad[   -17322 20669 
+			 -12598 20669 
+			1181 1000 2181 "25" "25" 0x00000100]
+        Pad[   -17322 22637 
+			 -12598 22637 
+			1181 1000 2181 "26" "26" 0x00000100]
+        Pad[   -17322 24606 
+			 -12598 24606 
+			1181 1000 2181 "27" "27" 0x00000100]
+        Pad[   -17322 26574 
+			 -12598 26574 
+			1181 1000 2181 "28" "28" 0x00000100]
+        Pad[   17322 26574 
+			 12598 26574 
+			1181 1000 2181 "29" "29" 0x00000100]
+        Pad[   17322 24606 
+			 12598 24606 
+			1181 1000 2181 "30" "30" 0x00000100]
+        Pad[   17322 22637 
+			 12598 22637 
+			1181 1000 2181 "31" "31" 0x00000100]
+        Pad[   17322 20669 
+			 12598 20669 
+			1181 1000 2181 "32" "32" 0x00000100]
+        Pad[   17322 18700 
+			 12598 18700 
+			1181 1000 2181 "33" "33" 0x00000100]
+        Pad[   17322 16732 
+			 12598 16732 
+			1181 1000 2181 "34" "34" 0x00000100]
+        Pad[   17322 14763 
+			 12598 14763 
+			1181 1000 2181 "35" "35" 0x00000100]
+        Pad[   17322 12795 
+			 12598 12795 
+			1181 1000 2181 "36" "36" 0x00000100]
+        Pad[   17322 10826 
+			 12598 10826 
+			1181 1000 2181 "37" "37" 0x00000100]
+        Pad[   17322 8858 
+			 12598 8858 
+			1181 1000 2181 "38" "38" 0x00000100]
+        Pad[   17322 6889 
+			 12598 6889 
+			1181 1000 2181 "39" "39" 0x00000100]
+        Pad[   17322 4921 
+			 12598 4921 
+			1181 1000 2181 "40" "40" 0x00000100]
+        Pad[   17322 2952 
+			 12598 2952 
+			1181 1000 2181 "41" "41" 0x00000100]
+        Pad[   17322 984 
+			 12598 984 
+			1181 1000 2181 "42" "42" 0x00000100]
+        Pad[   17322 -984 
+			 12598 -984 
+			1181 1000 2181 "43" "43" 0x00000100]
+        Pad[   17322 -2952 
+			 12598 -2952 
+			1181 1000 2181 "44" "44" 0x00000100]
+        Pad[   17322 -4921 
+			 12598 -4921 
+			1181 1000 2181 "45" "45" 0x00000100]
+        Pad[   17322 -6889 
+			 12598 -6889 
+			1181 1000 2181 "46" "46" 0x00000100]
+        Pad[   17322 -8858 
+			 12598 -8858 
+			1181 1000 2181 "47" "47" 0x00000100]
+        Pad[   17322 -10826 
+			 12598 -10826 
+			1181 1000 2181 "48" "48" 0x00000100]
+        Pad[   17322 -12795 
+			 12598 -12795 
+			1181 1000 2181 "49" "49" 0x00000100]
+        Pad[   17322 -14763 
+			 12598 -14763 
+			1181 1000 2181 "50" "50" 0x00000100]
+        Pad[   17322 -16732 
+			 12598 -16732 
+			1181 1000 2181 "51" "51" 0x00000100]
+        Pad[   17322 -18700 
+			 12598 -18700 
+			1181 1000 2181 "52" "52" 0x00000100]
+        Pad[   17322 -20669 
+			 12598 -20669 
+			1181 1000 2181 "53" "53" 0x00000100]
+        Pad[   17322 -22637 
+			 12598 -22637 
+			1181 1000 2181 "54" "54" 0x00000100]
+        Pad[   17322 -24606 
+			 12598 -24606 
+			1181 1000 2181 "55" "55" 0x00000100]
+        Pad[   17322 -26574 
+			 12598 -26574 
+			1181 1000 2181 "56" "56" 0x00000100]
+	ElementLine[-18913 -28165 -18913  28165 1000]
+	ElementLine[-18913  28165  18913  28165 1000]
+	ElementLine[ 18913  28165  18913 -28165 1000]
+	ElementLine[-18913 -28165 -2500 -28165 1000]
+	ElementLine[ 18913 -28165  2500 -28165 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -28165 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TSSOP56N.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TSSOP56N.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TSSOP56N.fp	(revision 296)
@@ -0,0 +1,193 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Thin shrink small outline package, standard (4.4mm)" "" "TSSOP56N" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -14074 -21259 
+			 -9153 -21259 
+			984 1000 1984 "1" "1" 0x00000100]
+        Pad[   -14074 -19685 
+			 -9153 -19685 
+			984 1000 1984 "2" "2" 0x00000100]
+        Pad[   -14074 -18110 
+			 -9153 -18110 
+			984 1000 1984 "3" "3" 0x00000100]
+        Pad[   -14074 -16535 
+			 -9153 -16535 
+			984 1000 1984 "4" "4" 0x00000100]
+        Pad[   -14074 -14960 
+			 -9153 -14960 
+			984 1000 1984 "5" "5" 0x00000100]
+        Pad[   -14074 -13385 
+			 -9153 -13385 
+			984 1000 1984 "6" "6" 0x00000100]
+        Pad[   -14074 -11811 
+			 -9153 -11811 
+			984 1000 1984 "7" "7" 0x00000100]
+        Pad[   -14074 -10236 
+			 -9153 -10236 
+			984 1000 1984 "8" "8" 0x00000100]
+        Pad[   -14074 -8661 
+			 -9153 -8661 
+			984 1000 1984 "9" "9" 0x00000100]
+        Pad[   -14074 -7086 
+			 -9153 -7086 
+			984 1000 1984 "10" "10" 0x00000100]
+        Pad[   -14074 -5511 
+			 -9153 -5511 
+			984 1000 1984 "11" "11" 0x00000100]
+        Pad[   -14074 -3937 
+			 -9153 -3937 
+			984 1000 1984 "12" "12" 0x00000100]
+        Pad[   -14074 -2362 
+			 -9153 -2362 
+			984 1000 1984 "13" "13" 0x00000100]
+        Pad[   -14074 -787 
+			 -9153 -787 
+			984 1000 1984 "14" "14" 0x00000100]
+        Pad[   -14074 787 
+			 -9153 787 
+			984 1000 1984 "15" "15" 0x00000100]
+        Pad[   -14074 2362 
+			 -9153 2362 
+			984 1000 1984 "16" "16" 0x00000100]
+        Pad[   -14074 3937 
+			 -9153 3937 
+			984 1000 1984 "17" "17" 0x00000100]
+        Pad[   -14074 5511 
+			 -9153 5511 
+			984 1000 1984 "18" "18" 0x00000100]
+        Pad[   -14074 7086 
+			 -9153 7086 
+			984 1000 1984 "19" "19" 0x00000100]
+        Pad[   -14074 8661 
+			 -9153 8661 
+			984 1000 1984 "20" "20" 0x00000100]
+        Pad[   -14074 10236 
+			 -9153 10236 
+			984 1000 1984 "21" "21" 0x00000100]
+        Pad[   -14074 11811 
+			 -9153 11811 
+			984 1000 1984 "22" "22" 0x00000100]
+        Pad[   -14074 13385 
+			 -9153 13385 
+			984 1000 1984 "23" "23" 0x00000100]
+        Pad[   -14074 14960 
+			 -9153 14960 
+			984 1000 1984 "24" "24" 0x00000100]
+        Pad[   -14074 16535 
+			 -9153 16535 
+			984 1000 1984 "25" "25" 0x00000100]
+        Pad[   -14074 18110 
+			 -9153 18110 
+			984 1000 1984 "26" "26" 0x00000100]
+        Pad[   -14074 19685 
+			 -9153 19685 
+			984 1000 1984 "27" "27" 0x00000100]
+        Pad[   -14074 21259 
+			 -9153 21259 
+			984 1000 1984 "28" "28" 0x00000100]
+        Pad[   14074 21259 
+			 9153 21259 
+			984 1000 1984 "29" "29" 0x00000100]
+        Pad[   14074 19685 
+			 9153 19685 
+			984 1000 1984 "30" "30" 0x00000100]
+        Pad[   14074 18110 
+			 9153 18110 
+			984 1000 1984 "31" "31" 0x00000100]
+        Pad[   14074 16535 
+			 9153 16535 
+			984 1000 1984 "32" "32" 0x00000100]
+        Pad[   14074 14960 
+			 9153 14960 
+			984 1000 1984 "33" "33" 0x00000100]
+        Pad[   14074 13385 
+			 9153 13385 
+			984 1000 1984 "34" "34" 0x00000100]
+        Pad[   14074 11811 
+			 9153 11811 
+			984 1000 1984 "35" "35" 0x00000100]
+        Pad[   14074 10236 
+			 9153 10236 
+			984 1000 1984 "36" "36" 0x00000100]
+        Pad[   14074 8661 
+			 9153 8661 
+			984 1000 1984 "37" "37" 0x00000100]
+        Pad[   14074 7086 
+			 9153 7086 
+			984 1000 1984 "38" "38" 0x00000100]
+        Pad[   14074 5511 
+			 9153 5511 
+			984 1000 1984 "39" "39" 0x00000100]
+        Pad[   14074 3937 
+			 9153 3937 
+			984 1000 1984 "40" "40" 0x00000100]
+        Pad[   14074 2362 
+			 9153 2362 
+			984 1000 1984 "41" "41" 0x00000100]
+        Pad[   14074 787 
+			 9153 787 
+			984 1000 1984 "42" "42" 0x00000100]
+        Pad[   14074 -787 
+			 9153 -787 
+			984 1000 1984 "43" "43" 0x00000100]
+        Pad[   14074 -2362 
+			 9153 -2362 
+			984 1000 1984 "44" "44" 0x00000100]
+        Pad[   14074 -3937 
+			 9153 -3937 
+			984 1000 1984 "45" "45" 0x00000100]
+        Pad[   14074 -5511 
+			 9153 -5511 
+			984 1000 1984 "46" "46" 0x00000100]
+        Pad[   14074 -7086 
+			 9153 -7086 
+			984 1000 1984 "47" "47" 0x00000100]
+        Pad[   14074 -8661 
+			 9153 -8661 
+			984 1000 1984 "48" "48" 0x00000100]
+        Pad[   14074 -10236 
+			 9153 -10236 
+			984 1000 1984 "49" "49" 0x00000100]
+        Pad[   14074 -11811 
+			 9153 -11811 
+			984 1000 1984 "50" "50" 0x00000100]
+        Pad[   14074 -13385 
+			 9153 -13385 
+			984 1000 1984 "51" "51" 0x00000100]
+        Pad[   14074 -14960 
+			 9153 -14960 
+			984 1000 1984 "52" "52" 0x00000100]
+        Pad[   14074 -16535 
+			 9153 -16535 
+			984 1000 1984 "53" "53" 0x00000100]
+        Pad[   14074 -18110 
+			 9153 -18110 
+			984 1000 1984 "54" "54" 0x00000100]
+        Pad[   14074 -19685 
+			 9153 -19685 
+			984 1000 1984 "55" "55" 0x00000100]
+        Pad[   14074 -21259 
+			 9153 -21259 
+			984 1000 1984 "56" "56" 0x00000100]
+	ElementLine[-15566 -22751 -15566  22751 1000]
+	ElementLine[-15566  22751  15566  22751 1000]
+	ElementLine[ 15566  22751  15566 -22751 1000]
+	ElementLine[-15566 -22751 -2500 -22751 1000]
+	ElementLine[ 15566 -22751  2500 -22751 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -22751 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TSSOP64.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TSSOP64.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TSSOP64.fp	(revision 296)
@@ -0,0 +1,217 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Thin shrink small outline package, wide (6.1mm)" "" "TSSOP64" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17322 -30511 
+			 -12598 -30511 
+			1181 1000 2181 "1" "1" 0x00000100]
+        Pad[   -17322 -28543 
+			 -12598 -28543 
+			1181 1000 2181 "2" "2" 0x00000100]
+        Pad[   -17322 -26574 
+			 -12598 -26574 
+			1181 1000 2181 "3" "3" 0x00000100]
+        Pad[   -17322 -24606 
+			 -12598 -24606 
+			1181 1000 2181 "4" "4" 0x00000100]
+        Pad[   -17322 -22637 
+			 -12598 -22637 
+			1181 1000 2181 "5" "5" 0x00000100]
+        Pad[   -17322 -20669 
+			 -12598 -20669 
+			1181 1000 2181 "6" "6" 0x00000100]
+        Pad[   -17322 -18700 
+			 -12598 -18700 
+			1181 1000 2181 "7" "7" 0x00000100]
+        Pad[   -17322 -16732 
+			 -12598 -16732 
+			1181 1000 2181 "8" "8" 0x00000100]
+        Pad[   -17322 -14763 
+			 -12598 -14763 
+			1181 1000 2181 "9" "9" 0x00000100]
+        Pad[   -17322 -12795 
+			 -12598 -12795 
+			1181 1000 2181 "10" "10" 0x00000100]
+        Pad[   -17322 -10826 
+			 -12598 -10826 
+			1181 1000 2181 "11" "11" 0x00000100]
+        Pad[   -17322 -8858 
+			 -12598 -8858 
+			1181 1000 2181 "12" "12" 0x00000100]
+        Pad[   -17322 -6889 
+			 -12598 -6889 
+			1181 1000 2181 "13" "13" 0x00000100]
+        Pad[   -17322 -4921 
+			 -12598 -4921 
+			1181 1000 2181 "14" "14" 0x00000100]
+        Pad[   -17322 -2952 
+			 -12598 -2952 
+			1181 1000 2181 "15" "15" 0x00000100]
+        Pad[   -17322 -984 
+			 -12598 -984 
+			1181 1000 2181 "16" "16" 0x00000100]
+        Pad[   -17322 984 
+			 -12598 984 
+			1181 1000 2181 "17" "17" 0x00000100]
+        Pad[   -17322 2952 
+			 -12598 2952 
+			1181 1000 2181 "18" "18" 0x00000100]
+        Pad[   -17322 4921 
+			 -12598 4921 
+			1181 1000 2181 "19" "19" 0x00000100]
+        Pad[   -17322 6889 
+			 -12598 6889 
+			1181 1000 2181 "20" "20" 0x00000100]
+        Pad[   -17322 8858 
+			 -12598 8858 
+			1181 1000 2181 "21" "21" 0x00000100]
+        Pad[   -17322 10826 
+			 -12598 10826 
+			1181 1000 2181 "22" "22" 0x00000100]
+        Pad[   -17322 12795 
+			 -12598 12795 
+			1181 1000 2181 "23" "23" 0x00000100]
+        Pad[   -17322 14763 
+			 -12598 14763 
+			1181 1000 2181 "24" "24" 0x00000100]
+        Pad[   -17322 16732 
+			 -12598 16732 
+			1181 1000 2181 "25" "25" 0x00000100]
+        Pad[   -17322 18700 
+			 -12598 18700 
+			1181 1000 2181 "26" "26" 0x00000100]
+        Pad[   -17322 20669 
+			 -12598 20669 
+			1181 1000 2181 "27" "27" 0x00000100]
+        Pad[   -17322 22637 
+			 -12598 22637 
+			1181 1000 2181 "28" "28" 0x00000100]
+        Pad[   -17322 24606 
+			 -12598 24606 
+			1181 1000 2181 "29" "29" 0x00000100]
+        Pad[   -17322 26574 
+			 -12598 26574 
+			1181 1000 2181 "30" "30" 0x00000100]
+        Pad[   -17322 28543 
+			 -12598 28543 
+			1181 1000 2181 "31" "31" 0x00000100]
+        Pad[   -17322 30511 
+			 -12598 30511 
+			1181 1000 2181 "32" "32" 0x00000100]
+        Pad[   17322 30511 
+			 12598 30511 
+			1181 1000 2181 "33" "33" 0x00000100]
+        Pad[   17322 28543 
+			 12598 28543 
+			1181 1000 2181 "34" "34" 0x00000100]
+        Pad[   17322 26574 
+			 12598 26574 
+			1181 1000 2181 "35" "35" 0x00000100]
+        Pad[   17322 24606 
+			 12598 24606 
+			1181 1000 2181 "36" "36" 0x00000100]
+        Pad[   17322 22637 
+			 12598 22637 
+			1181 1000 2181 "37" "37" 0x00000100]
+        Pad[   17322 20669 
+			 12598 20669 
+			1181 1000 2181 "38" "38" 0x00000100]
+        Pad[   17322 18700 
+			 12598 18700 
+			1181 1000 2181 "39" "39" 0x00000100]
+        Pad[   17322 16732 
+			 12598 16732 
+			1181 1000 2181 "40" "40" 0x00000100]
+        Pad[   17322 14763 
+			 12598 14763 
+			1181 1000 2181 "41" "41" 0x00000100]
+        Pad[   17322 12795 
+			 12598 12795 
+			1181 1000 2181 "42" "42" 0x00000100]
+        Pad[   17322 10826 
+			 12598 10826 
+			1181 1000 2181 "43" "43" 0x00000100]
+        Pad[   17322 8858 
+			 12598 8858 
+			1181 1000 2181 "44" "44" 0x00000100]
+        Pad[   17322 6889 
+			 12598 6889 
+			1181 1000 2181 "45" "45" 0x00000100]
+        Pad[   17322 4921 
+			 12598 4921 
+			1181 1000 2181 "46" "46" 0x00000100]
+        Pad[   17322 2952 
+			 12598 2952 
+			1181 1000 2181 "47" "47" 0x00000100]
+        Pad[   17322 984 
+			 12598 984 
+			1181 1000 2181 "48" "48" 0x00000100]
+        Pad[   17322 -984 
+			 12598 -984 
+			1181 1000 2181 "49" "49" 0x00000100]
+        Pad[   17322 -2952 
+			 12598 -2952 
+			1181 1000 2181 "50" "50" 0x00000100]
+        Pad[   17322 -4921 
+			 12598 -4921 
+			1181 1000 2181 "51" "51" 0x00000100]
+        Pad[   17322 -6889 
+			 12598 -6889 
+			1181 1000 2181 "52" "52" 0x00000100]
+        Pad[   17322 -8858 
+			 12598 -8858 
+			1181 1000 2181 "53" "53" 0x00000100]
+        Pad[   17322 -10826 
+			 12598 -10826 
+			1181 1000 2181 "54" "54" 0x00000100]
+        Pad[   17322 -12795 
+			 12598 -12795 
+			1181 1000 2181 "55" "55" 0x00000100]
+        Pad[   17322 -14763 
+			 12598 -14763 
+			1181 1000 2181 "56" "56" 0x00000100]
+        Pad[   17322 -16732 
+			 12598 -16732 
+			1181 1000 2181 "57" "57" 0x00000100]
+        Pad[   17322 -18700 
+			 12598 -18700 
+			1181 1000 2181 "58" "58" 0x00000100]
+        Pad[   17322 -20669 
+			 12598 -20669 
+			1181 1000 2181 "59" "59" 0x00000100]
+        Pad[   17322 -22637 
+			 12598 -22637 
+			1181 1000 2181 "60" "60" 0x00000100]
+        Pad[   17322 -24606 
+			 12598 -24606 
+			1181 1000 2181 "61" "61" 0x00000100]
+        Pad[   17322 -26574 
+			 12598 -26574 
+			1181 1000 2181 "62" "62" 0x00000100]
+        Pad[   17322 -28543 
+			 12598 -28543 
+			1181 1000 2181 "63" "63" 0x00000100]
+        Pad[   17322 -30511 
+			 12598 -30511 
+			1181 1000 2181 "64" "64" 0x00000100]
+	ElementLine[-18913 -32102 -18913  32102 1000]
+	ElementLine[-18913  32102  18913  32102 1000]
+	ElementLine[ 18913  32102  18913 -32102 1000]
+	ElementLine[-18913 -32102 -2500 -32102 1000]
+	ElementLine[ 18913 -32102  2500 -32102 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -32102 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TSSOP8.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TSSOP8.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TSSOP8.fp	(revision 296)
@@ -0,0 +1,49 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Thin shrink small outline package, narrow (3mm)" "" "TSSOP8" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -11161 -3838 
+			 -6555 -3838 
+			1299 1000 2299 "1" "1" 0x00000100]
+        Pad[   -11161 -1279 
+			 -6555 -1279 
+			1299 1000 2299 "2" "2" 0x00000100]
+        Pad[   -11161 1279 
+			 -6555 1279 
+			1299 1000 2299 "3" "3" 0x00000100]
+        Pad[   -11161 3838 
+			 -6555 3838 
+			1299 1000 2299 "4" "4" 0x00000100]
+        Pad[   11161 3838 
+			 6555 3838 
+			1299 1000 2299 "5" "5" 0x00000100]
+        Pad[   11161 1279 
+			 6555 1279 
+			1299 1000 2299 "6" "6" 0x00000100]
+        Pad[   11161 -1279 
+			 6555 -1279 
+			1299 1000 2299 "7" "7" 0x00000100]
+        Pad[   11161 -3838 
+			 6555 -3838 
+			1299 1000 2299 "8" "8" 0x00000100]
+	ElementLine[-12811 -5488 -12811  5488 1000]
+	ElementLine[-12811  5488  12811  5488 1000]
+	ElementLine[ 12811  5488  12811 -5488 1000]
+	ElementLine[-12811 -5488 -2500 -5488 1000]
+	ElementLine[ 12811 -5488  2500 -5488 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -5488 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TSSOP80.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TSSOP80.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TSSOP80.fp	(revision 296)
@@ -0,0 +1,265 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Thin shrink small outline package, wide (6.1mm)" "" "TSSOP80" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -17421 -30708 
+			 -12499 -30708 
+			984 1000 1984 "1" "1" 0x00000100]
+        Pad[   -17421 -29133 
+			 -12499 -29133 
+			984 1000 1984 "2" "2" 0x00000100]
+        Pad[   -17421 -27559 
+			 -12499 -27559 
+			984 1000 1984 "3" "3" 0x00000100]
+        Pad[   -17421 -25984 
+			 -12499 -25984 
+			984 1000 1984 "4" "4" 0x00000100]
+        Pad[   -17421 -24409 
+			 -12499 -24409 
+			984 1000 1984 "5" "5" 0x00000100]
+        Pad[   -17421 -22834 
+			 -12499 -22834 
+			984 1000 1984 "6" "6" 0x00000100]
+        Pad[   -17421 -21259 
+			 -12499 -21259 
+			984 1000 1984 "7" "7" 0x00000100]
+        Pad[   -17421 -19685 
+			 -12499 -19685 
+			984 1000 1984 "8" "8" 0x00000100]
+        Pad[   -17421 -18110 
+			 -12499 -18110 
+			984 1000 1984 "9" "9" 0x00000100]
+        Pad[   -17421 -16535 
+			 -12499 -16535 
+			984 1000 1984 "10" "10" 0x00000100]
+        Pad[   -17421 -14960 
+			 -12499 -14960 
+			984 1000 1984 "11" "11" 0x00000100]
+        Pad[   -17421 -13385 
+			 -12499 -13385 
+			984 1000 1984 "12" "12" 0x00000100]
+        Pad[   -17421 -11811 
+			 -12499 -11811 
+			984 1000 1984 "13" "13" 0x00000100]
+        Pad[   -17421 -10236 
+			 -12499 -10236 
+			984 1000 1984 "14" "14" 0x00000100]
+        Pad[   -17421 -8661 
+			 -12499 -8661 
+			984 1000 1984 "15" "15" 0x00000100]
+        Pad[   -17421 -7086 
+			 -12499 -7086 
+			984 1000 1984 "16" "16" 0x00000100]
+        Pad[   -17421 -5511 
+			 -12499 -5511 
+			984 1000 1984 "17" "17" 0x00000100]
+        Pad[   -17421 -3937 
+			 -12499 -3937 
+			984 1000 1984 "18" "18" 0x00000100]
+        Pad[   -17421 -2362 
+			 -12499 -2362 
+			984 1000 1984 "19" "19" 0x00000100]
+        Pad[   -17421 -787 
+			 -12499 -787 
+			984 1000 1984 "20" "20" 0x00000100]
+        Pad[   -17421 787 
+			 -12499 787 
+			984 1000 1984 "21" "21" 0x00000100]
+        Pad[   -17421 2362 
+			 -12499 2362 
+			984 1000 1984 "22" "22" 0x00000100]
+        Pad[   -17421 3937 
+			 -12499 3937 
+			984 1000 1984 "23" "23" 0x00000100]
+        Pad[   -17421 5511 
+			 -12499 5511 
+			984 1000 1984 "24" "24" 0x00000100]
+        Pad[   -17421 7086 
+			 -12499 7086 
+			984 1000 1984 "25" "25" 0x00000100]
+        Pad[   -17421 8661 
+			 -12499 8661 
+			984 1000 1984 "26" "26" 0x00000100]
+        Pad[   -17421 10236 
+			 -12499 10236 
+			984 1000 1984 "27" "27" 0x00000100]
+        Pad[   -17421 11811 
+			 -12499 11811 
+			984 1000 1984 "28" "28" 0x00000100]
+        Pad[   -17421 13385 
+			 -12499 13385 
+			984 1000 1984 "29" "29" 0x00000100]
+        Pad[   -17421 14960 
+			 -12499 14960 
+			984 1000 1984 "30" "30" 0x00000100]
+        Pad[   -17421 16535 
+			 -12499 16535 
+			984 1000 1984 "31" "31" 0x00000100]
+        Pad[   -17421 18110 
+			 -12499 18110 
+			984 1000 1984 "32" "32" 0x00000100]
+        Pad[   -17421 19685 
+			 -12499 19685 
+			984 1000 1984 "33" "33" 0x00000100]
+        Pad[   -17421 21259 
+			 -12499 21259 
+			984 1000 1984 "34" "34" 0x00000100]
+        Pad[   -17421 22834 
+			 -12499 22834 
+			984 1000 1984 "35" "35" 0x00000100]
+        Pad[   -17421 24409 
+			 -12499 24409 
+			984 1000 1984 "36" "36" 0x00000100]
+        Pad[   -17421 25984 
+			 -12499 25984 
+			984 1000 1984 "37" "37" 0x00000100]
+        Pad[   -17421 27559 
+			 -12499 27559 
+			984 1000 1984 "38" "38" 0x00000100]
+        Pad[   -17421 29133 
+			 -12499 29133 
+			984 1000 1984 "39" "39" 0x00000100]
+        Pad[   -17421 30708 
+			 -12499 30708 
+			984 1000 1984 "40" "40" 0x00000100]
+        Pad[   17421 30708 
+			 12499 30708 
+			984 1000 1984 "41" "41" 0x00000100]
+        Pad[   17421 29133 
+			 12499 29133 
+			984 1000 1984 "42" "42" 0x00000100]
+        Pad[   17421 27559 
+			 12499 27559 
+			984 1000 1984 "43" "43" 0x00000100]
+        Pad[   17421 25984 
+			 12499 25984 
+			984 1000 1984 "44" "44" 0x00000100]
+        Pad[   17421 24409 
+			 12499 24409 
+			984 1000 1984 "45" "45" 0x00000100]
+        Pad[   17421 22834 
+			 12499 22834 
+			984 1000 1984 "46" "46" 0x00000100]
+        Pad[   17421 21259 
+			 12499 21259 
+			984 1000 1984 "47" "47" 0x00000100]
+        Pad[   17421 19685 
+			 12499 19685 
+			984 1000 1984 "48" "48" 0x00000100]
+        Pad[   17421 18110 
+			 12499 18110 
+			984 1000 1984 "49" "49" 0x00000100]
+        Pad[   17421 16535 
+			 12499 16535 
+			984 1000 1984 "50" "50" 0x00000100]
+        Pad[   17421 14960 
+			 12499 14960 
+			984 1000 1984 "51" "51" 0x00000100]
+        Pad[   17421 13385 
+			 12499 13385 
+			984 1000 1984 "52" "52" 0x00000100]
+        Pad[   17421 11811 
+			 12499 11811 
+			984 1000 1984 "53" "53" 0x00000100]
+        Pad[   17421 10236 
+			 12499 10236 
+			984 1000 1984 "54" "54" 0x00000100]
+        Pad[   17421 8661 
+			 12499 8661 
+			984 1000 1984 "55" "55" 0x00000100]
+        Pad[   17421 7086 
+			 12499 7086 
+			984 1000 1984 "56" "56" 0x00000100]
+        Pad[   17421 5511 
+			 12499 5511 
+			984 1000 1984 "57" "57" 0x00000100]
+        Pad[   17421 3937 
+			 12499 3937 
+			984 1000 1984 "58" "58" 0x00000100]
+        Pad[   17421 2362 
+			 12499 2362 
+			984 1000 1984 "59" "59" 0x00000100]
+        Pad[   17421 787 
+			 12499 787 
+			984 1000 1984 "60" "60" 0x00000100]
+        Pad[   17421 -787 
+			 12499 -787 
+			984 1000 1984 "61" "61" 0x00000100]
+        Pad[   17421 -2362 
+			 12499 -2362 
+			984 1000 1984 "62" "62" 0x00000100]
+        Pad[   17421 -3937 
+			 12499 -3937 
+			984 1000 1984 "63" "63" 0x00000100]
+        Pad[   17421 -5511 
+			 12499 -5511 
+			984 1000 1984 "64" "64" 0x00000100]
+        Pad[   17421 -7086 
+			 12499 -7086 
+			984 1000 1984 "65" "65" 0x00000100]
+        Pad[   17421 -8661 
+			 12499 -8661 
+			984 1000 1984 "66" "66" 0x00000100]
+        Pad[   17421 -10236 
+			 12499 -10236 
+			984 1000 1984 "67" "67" 0x00000100]
+        Pad[   17421 -11811 
+			 12499 -11811 
+			984 1000 1984 "68" "68" 0x00000100]
+        Pad[   17421 -13385 
+			 12499 -13385 
+			984 1000 1984 "69" "69" 0x00000100]
+        Pad[   17421 -14960 
+			 12499 -14960 
+			984 1000 1984 "70" "70" 0x00000100]
+        Pad[   17421 -16535 
+			 12499 -16535 
+			984 1000 1984 "71" "71" 0x00000100]
+        Pad[   17421 -18110 
+			 12499 -18110 
+			984 1000 1984 "72" "72" 0x00000100]
+        Pad[   17421 -19685 
+			 12499 -19685 
+			984 1000 1984 "73" "73" 0x00000100]
+        Pad[   17421 -21259 
+			 12499 -21259 
+			984 1000 1984 "74" "74" 0x00000100]
+        Pad[   17421 -22834 
+			 12499 -22834 
+			984 1000 1984 "75" "75" 0x00000100]
+        Pad[   17421 -24409 
+			 12499 -24409 
+			984 1000 1984 "76" "76" 0x00000100]
+        Pad[   17421 -25984 
+			 12499 -25984 
+			984 1000 1984 "77" "77" 0x00000100]
+        Pad[   17421 -27559 
+			 12499 -27559 
+			984 1000 1984 "78" "78" 0x00000100]
+        Pad[   17421 -29133 
+			 12499 -29133 
+			984 1000 1984 "79" "79" 0x00000100]
+        Pad[   17421 -30708 
+			 12499 -30708 
+			984 1000 1984 "80" "80" 0x00000100]
+	ElementLine[-18913 -32200 -18913  32200 1000]
+	ElementLine[-18913  32200  18913  32200 1000]
+	ElementLine[ 18913  32200  18913 -32200 1000]
+	ElementLine[-18913 -32200 -2500 -32200 1000]
+	ElementLine[ 18913 -32200  2500 -32200 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -32200 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/TSSOP8W.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/TSSOP8W.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/TSSOP8W.fp	(revision 296)
@@ -0,0 +1,49 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Thin shrink small outline package, standard (4.4mm)" "" "TSSOP8W" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -13917 -3838 
+			 -9311 -3838 
+			1299 1000 2299 "1" "1" 0x00000100]
+        Pad[   -13917 -1279 
+			 -9311 -1279 
+			1299 1000 2299 "2" "2" 0x00000100]
+        Pad[   -13917 1279 
+			 -9311 1279 
+			1299 1000 2299 "3" "3" 0x00000100]
+        Pad[   -13917 3838 
+			 -9311 3838 
+			1299 1000 2299 "4" "4" 0x00000100]
+        Pad[   13917 3838 
+			 9311 3838 
+			1299 1000 2299 "5" "5" 0x00000100]
+        Pad[   13917 1279 
+			 9311 1279 
+			1299 1000 2299 "6" "6" 0x00000100]
+        Pad[   13917 -1279 
+			 9311 -1279 
+			1299 1000 2299 "7" "7" 0x00000100]
+        Pad[   13917 -3838 
+			 9311 -3838 
+			1299 1000 2299 "8" "8" 0x00000100]
+	ElementLine[-15566 -5488 -15566  5488 1000]
+	ElementLine[-15566  5488  15566  5488 1000]
+	ElementLine[ 15566  5488  15566 -5488 1000]
+	ElementLine[-15566 -5488 -2500 -5488 1000]
+	ElementLine[ 15566 -5488  2500 -5488 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -5488 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/UM1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/UM1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/UM1.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Crystals" "" "UM1" 0 -60 0 100 0x00)
+(
+	Pin(81 63 60 32 "1" 0x101)
+	Pin(229 63 60 32 "2" 0x01)
+	ElementLine(63 0 248 0 20)
+	ElementArc(248 63 63 63 90 180 20)
+	ElementLine(248 126 63 126 20)
+	ElementArc(63 63 63 63 270 180 20)
+	Mark(81 63)
+)
Index: oldlib/lib/pcblib-newlib/geda/UM1H.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/UM1H.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/UM1H.fp	(revision 296)
@@ -0,0 +1,10 @@
+Element(0x00 "Crystals" "" "UM1H" 0 -60 0 100 0x00)
+(
+	Pin(81 422 60 32 "1" 0x101)
+	Pin(229 422 60 32 "2" 0x01)
+	ElementLine(0 0 311 0 20)
+	ElementLine(311 0 311 322 20)
+	ElementLine(311 322 0 322 20)
+	ElementLine(0 322 0 0 20)
+	Mark(81 422)
+)
Index: oldlib/lib/pcblib-newlib/geda/UM1_3.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/UM1_3.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/UM1_3.fp	(revision 296)
@@ -0,0 +1,11 @@
+Element(0x00 "Crystals" "" "UM1_3" 0 -60 0 100 0x00)
+(
+	Pin(81 63 60 32 "1" 0x101)
+	Pin(155 63 60 32 "2" 0x01)
+	Pin(229 63 60 32 "3" 0x01)
+	ElementLine(63 0 248 0 20)
+	ElementArc(248 63 63 63 90 180 20)
+	ElementLine(248 126 63 126 20)
+	ElementArc(63 63 63 63 270 180 20)
+	Mark(81 63)
+)
Index: oldlib/lib/pcblib-newlib/geda/UM1_3H.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/UM1_3H.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/UM1_3H.fp	(revision 296)
@@ -0,0 +1,11 @@
+Element(0x00 "Crystals" "" "UM1_3H" 0 -60 0 100 0x00)
+(
+	Pin(81 422 60 32 "1" 0x101)
+	Pin(155 422 60 32 "2" 0x01)
+	Pin(229 422 60 32 "3" 0x01)
+	ElementLine(0 0 311 0 20)
+	ElementLine(311 0 311 322 20)
+	ElementLine(311 322 0 322 20)
+	ElementLine(0 322 0 0 20)
+	Mark(81 422)
+)
Index: oldlib/lib/pcblib-newlib/geda/US14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/US14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/US14.fp	(revision 296)
@@ -0,0 +1,67 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Ultra (Micro?) Small outline package" "" "US14" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -6102 -5905 
+			 -4527 -5905 
+			1181 1000 2181 "1" "1" 0x00000100]
+        Pad[   -6102 -3937 
+			 -4527 -3937 
+			1181 1000 2181 "2" "2" 0x00000100]
+        Pad[   -6102 -1968 
+			 -4527 -1968 
+			1181 1000 2181 "3" "3" 0x00000100]
+        Pad[   -6102 0 
+			 -4527 0 
+			1181 1000 2181 "4" "4" 0x00000100]
+        Pad[   -6102 1968 
+			 -4527 1968 
+			1181 1000 2181 "5" "5" 0x00000100]
+        Pad[   -6102 3937 
+			 -4527 3937 
+			1181 1000 2181 "6" "6" 0x00000100]
+        Pad[   -6102 5905 
+			 -4527 5905 
+			1181 1000 2181 "7" "7" 0x00000100]
+        Pad[   6102 5905 
+			 4527 5905 
+			1181 1000 2181 "8" "8" 0x00000100]
+        Pad[   6102 3937 
+			 4527 3937 
+			1181 1000 2181 "9" "9" 0x00000100]
+        Pad[   6102 1968 
+			 4527 1968 
+			1181 1000 2181 "10" "10" 0x00000100]
+        Pad[   6102 0 
+			 4527 0 
+			1181 1000 2181 "11" "11" 0x00000100]
+        Pad[   6102 -1968 
+			 4527 -1968 
+			1181 1000 2181 "12" "12" 0x00000100]
+        Pad[   6102 -3937 
+			 4527 -3937 
+			1181 1000 2181 "13" "13" 0x00000100]
+        Pad[   6102 -5905 
+			 4527 -5905 
+			1181 1000 2181 "14" "14" 0x00000100]
+	ElementLine[-7692 -7496 -7692  7496 1000]
+	ElementLine[-7692  7496  7692  7496 1000]
+	ElementLine[ 7692  7496  7692 -7496 1000]
+	ElementLine[-7692 -7496 -2500 -7496 1000]
+	ElementLine[ 7692 -7496  2500 -7496 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -7496 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/US16.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/US16.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/US16.fp	(revision 296)
@@ -0,0 +1,73 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Ultra (Micro?) Small outline package" "" "US16" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -6102 -6889 
+			 -4527 -6889 
+			1181 1000 2181 "1" "1" 0x00000100]
+        Pad[   -6102 -4921 
+			 -4527 -4921 
+			1181 1000 2181 "2" "2" 0x00000100]
+        Pad[   -6102 -2952 
+			 -4527 -2952 
+			1181 1000 2181 "3" "3" 0x00000100]
+        Pad[   -6102 -984 
+			 -4527 -984 
+			1181 1000 2181 "4" "4" 0x00000100]
+        Pad[   -6102 984 
+			 -4527 984 
+			1181 1000 2181 "5" "5" 0x00000100]
+        Pad[   -6102 2952 
+			 -4527 2952 
+			1181 1000 2181 "6" "6" 0x00000100]
+        Pad[   -6102 4921 
+			 -4527 4921 
+			1181 1000 2181 "7" "7" 0x00000100]
+        Pad[   -6102 6889 
+			 -4527 6889 
+			1181 1000 2181 "8" "8" 0x00000100]
+        Pad[   6102 6889 
+			 4527 6889 
+			1181 1000 2181 "9" "9" 0x00000100]
+        Pad[   6102 4921 
+			 4527 4921 
+			1181 1000 2181 "10" "10" 0x00000100]
+        Pad[   6102 2952 
+			 4527 2952 
+			1181 1000 2181 "11" "11" 0x00000100]
+        Pad[   6102 984 
+			 4527 984 
+			1181 1000 2181 "12" "12" 0x00000100]
+        Pad[   6102 -984 
+			 4527 -984 
+			1181 1000 2181 "13" "13" 0x00000100]
+        Pad[   6102 -2952 
+			 4527 -2952 
+			1181 1000 2181 "14" "14" 0x00000100]
+        Pad[   6102 -4921 
+			 4527 -4921 
+			1181 1000 2181 "15" "15" 0x00000100]
+        Pad[   6102 -6889 
+			 4527 -6889 
+			1181 1000 2181 "16" "16" 0x00000100]
+	ElementLine[-7692 -8480 -7692  8480 1000]
+	ElementLine[-7692  8480  7692  8480 1000]
+	ElementLine[ 7692  8480  7692 -8480 1000]
+	ElementLine[-7692 -8480 -2500 -8480 1000]
+	ElementLine[ 7692 -8480  2500 -8480 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -8480 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/US8.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/US8.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/US8.fp	(revision 296)
@@ -0,0 +1,49 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Ultra (Micro?) Small outline package" "" "US8" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -6102 -2952 
+			 -4527 -2952 
+			1181 1000 2181 "1" "1" 0x00000100]
+        Pad[   -6102 -984 
+			 -4527 -984 
+			1181 1000 2181 "2" "2" 0x00000100]
+        Pad[   -6102 984 
+			 -4527 984 
+			1181 1000 2181 "3" "3" 0x00000100]
+        Pad[   -6102 2952 
+			 -4527 2952 
+			1181 1000 2181 "4" "4" 0x00000100]
+        Pad[   6102 2952 
+			 4527 2952 
+			1181 1000 2181 "5" "5" 0x00000100]
+        Pad[   6102 984 
+			 4527 984 
+			1181 1000 2181 "6" "6" 0x00000100]
+        Pad[   6102 -984 
+			 4527 -984 
+			1181 1000 2181 "7" "7" 0x00000100]
+        Pad[   6102 -2952 
+			 4527 -2952 
+			1181 1000 2181 "8" "8" 0x00000100]
+	ElementLine[-7692 -4543 -7692  4543 1000]
+	ElementLine[-7692  4543  7692  4543 1000]
+	ElementLine[ 7692  4543  7692 -4543 1000]
+	ElementLine[-7692 -4543 -2500 -4543 1000]
+	ElementLine[ 7692 -4543  2500 -4543 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -4543 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/geda/ZIP12.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ZIP12.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ZIP12.fp	(revision 296)
@@ -0,0 +1,22 @@
+Element(0x00 "Zig-zag in-line package" "" "ZIP12" 275 50 3 100 0x00)
+(
+	Pin(50 50 60 35 "1" 0x101)
+		Pin(150 100 60 35 "2" 0x01)
+	Pin(50 150 60 35 "3" 0x01)
+		Pin(150 200 60 35 "4" 0x01)
+	Pin(50 250 60 35 "5" 0x01)
+		Pin(150 300 60 35 "6" 0x01)
+	Pin(50 350 60 35 "7" 0x01)
+		Pin(150 400 60 35 "8" 0x01)
+	Pin(50 450 60 35 "9" 0x01)
+		Pin(150 500 60 35 "10" 0x01)
+	Pin(50 550 60 35 "11" 0x01)
+		Pin(150 600 60 35 "12" 0x01)
+	ElementLine(0 0 0 650 20)
+	ElementLine(0 650 200 650 20)
+	ElementLine(200 650 200 0 20)
+	ElementLine(200 0 0 0 20)
+	ElementLine(100 0 100 100 10)
+	ElementLine(100 100 0 100 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/ZIP16.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ZIP16.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ZIP16.fp	(revision 296)
@@ -0,0 +1,26 @@
+Element(0x00 "Zig-zag in-line package" "" "ZIP16" 275 50 3 100 0x00)
+(
+	Pin(50 50 60 35 "1" 0x101)
+		Pin(150 100 60 35 "2" 0x01)
+	Pin(50 150 60 35 "3" 0x01)
+		Pin(150 200 60 35 "4" 0x01)
+	Pin(50 250 60 35 "5" 0x01)
+		Pin(150 300 60 35 "6" 0x01)
+	Pin(50 350 60 35 "7" 0x01)
+		Pin(150 400 60 35 "8" 0x01)
+	Pin(50 450 60 35 "9" 0x01)
+		Pin(150 500 60 35 "10" 0x01)
+	Pin(50 550 60 35 "11" 0x01)
+		Pin(150 600 60 35 "12" 0x01)
+	Pin(50 650 60 35 "13" 0x01)
+		Pin(150 700 60 35 "14" 0x01)
+	Pin(50 750 60 35 "15" 0x01)
+		Pin(150 800 60 35 "16" 0x01)
+	ElementLine(0 0 0 850 20)
+	ElementLine(0 850 200 850 20)
+	ElementLine(200 850 200 0 20)
+	ElementLine(200 0 0 0 20)
+	ElementLine(100 0 100 100 10)
+	ElementLine(100 100 0 100 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/ZIP18.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ZIP18.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ZIP18.fp	(revision 296)
@@ -0,0 +1,28 @@
+Element(0x00 "Zig-zag in-line package" "" "ZIP18" 275 50 3 100 0x00)
+(
+	Pin(50 50 60 35 "1" 0x101)
+		Pin(150 100 60 35 "2" 0x01)
+	Pin(50 150 60 35 "3" 0x01)
+		Pin(150 200 60 35 "4" 0x01)
+	Pin(50 250 60 35 "5" 0x01)
+		Pin(150 300 60 35 "6" 0x01)
+	Pin(50 350 60 35 "7" 0x01)
+		Pin(150 400 60 35 "8" 0x01)
+	Pin(50 450 60 35 "9" 0x01)
+		Pin(150 500 60 35 "10" 0x01)
+	Pin(50 550 60 35 "11" 0x01)
+		Pin(150 600 60 35 "12" 0x01)
+	Pin(50 650 60 35 "13" 0x01)
+		Pin(150 700 60 35 "14" 0x01)
+	Pin(50 750 60 35 "15" 0x01)
+		Pin(150 800 60 35 "16" 0x01)
+	Pin(50 850 60 35 "17" 0x01)
+		Pin(150 900 60 35 "18" 0x01)
+	ElementLine(0 0 0 950 20)
+	ElementLine(0 950 200 950 20)
+	ElementLine(200 950 200 0 20)
+	ElementLine(200 0 0 0 20)
+	ElementLine(100 0 100 100 10)
+	ElementLine(100 100 0 100 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/ZIP20.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ZIP20.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ZIP20.fp	(revision 296)
@@ -0,0 +1,30 @@
+Element(0x00 "Zig-zag in-line package" "" "ZIP20" 275 50 3 100 0x00)
+(
+	Pin(50 50 60 35 "1" 0x101)
+		Pin(150 100 60 35 "2" 0x01)
+	Pin(50 150 60 35 "3" 0x01)
+		Pin(150 200 60 35 "4" 0x01)
+	Pin(50 250 60 35 "5" 0x01)
+		Pin(150 300 60 35 "6" 0x01)
+	Pin(50 350 60 35 "7" 0x01)
+		Pin(150 400 60 35 "8" 0x01)
+	Pin(50 450 60 35 "9" 0x01)
+		Pin(150 500 60 35 "10" 0x01)
+	Pin(50 550 60 35 "11" 0x01)
+		Pin(150 600 60 35 "12" 0x01)
+	Pin(50 650 60 35 "13" 0x01)
+		Pin(150 700 60 35 "14" 0x01)
+	Pin(50 750 60 35 "15" 0x01)
+		Pin(150 800 60 35 "16" 0x01)
+	Pin(50 850 60 35 "17" 0x01)
+		Pin(150 900 60 35 "18" 0x01)
+	Pin(50 950 60 35 "19" 0x01)
+		Pin(150 1000 60 35 "20" 0x01)
+	ElementLine(0 0 0 1050 20)
+	ElementLine(0 1050 200 1050 20)
+	ElementLine(200 1050 200 0 20)
+	ElementLine(200 0 0 0 20)
+	ElementLine(100 0 100 100 10)
+	ElementLine(100 100 0 100 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/ZIP24.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ZIP24.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ZIP24.fp	(revision 296)
@@ -0,0 +1,34 @@
+Element(0x00 "Zig-zag in-line package" "" "ZIP24" 275 50 3 100 0x00)
+(
+	Pin(50 50 60 35 "1" 0x101)
+		Pin(150 100 60 35 "2" 0x01)
+	Pin(50 150 60 35 "3" 0x01)
+		Pin(150 200 60 35 "4" 0x01)
+	Pin(50 250 60 35 "5" 0x01)
+		Pin(150 300 60 35 "6" 0x01)
+	Pin(50 350 60 35 "7" 0x01)
+		Pin(150 400 60 35 "8" 0x01)
+	Pin(50 450 60 35 "9" 0x01)
+		Pin(150 500 60 35 "10" 0x01)
+	Pin(50 550 60 35 "11" 0x01)
+		Pin(150 600 60 35 "12" 0x01)
+	Pin(50 650 60 35 "13" 0x01)
+		Pin(150 700 60 35 "14" 0x01)
+	Pin(50 750 60 35 "15" 0x01)
+		Pin(150 800 60 35 "16" 0x01)
+	Pin(50 850 60 35 "17" 0x01)
+		Pin(150 900 60 35 "18" 0x01)
+	Pin(50 950 60 35 "19" 0x01)
+		Pin(150 1000 60 35 "20" 0x01)
+	Pin(50 1050 60 35 "21" 0x01)
+		Pin(150 1100 60 35 "22" 0x01)
+	Pin(50 1150 60 35 "23" 0x01)
+		Pin(150 1200 60 35 "24" 0x01)
+	ElementLine(0 0 0 1250 20)
+	ElementLine(0 1250 200 1250 20)
+	ElementLine(200 1250 200 0 20)
+	ElementLine(200 0 0 0 20)
+	ElementLine(100 0 100 100 10)
+	ElementLine(100 100 0 100 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/ZIP28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ZIP28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ZIP28.fp	(revision 296)
@@ -0,0 +1,38 @@
+Element(0x00 "Zig-zag in-line package" "" "ZIP28" 275 50 3 100 0x00)
+(
+	Pin(50 50 60 35 "1" 0x101)
+		Pin(150 100 60 35 "2" 0x01)
+	Pin(50 150 60 35 "3" 0x01)
+		Pin(150 200 60 35 "4" 0x01)
+	Pin(50 250 60 35 "5" 0x01)
+		Pin(150 300 60 35 "6" 0x01)
+	Pin(50 350 60 35 "7" 0x01)
+		Pin(150 400 60 35 "8" 0x01)
+	Pin(50 450 60 35 "9" 0x01)
+		Pin(150 500 60 35 "10" 0x01)
+	Pin(50 550 60 35 "11" 0x01)
+		Pin(150 600 60 35 "12" 0x01)
+	Pin(50 650 60 35 "13" 0x01)
+		Pin(150 700 60 35 "14" 0x01)
+	Pin(50 750 60 35 "15" 0x01)
+		Pin(150 800 60 35 "16" 0x01)
+	Pin(50 850 60 35 "17" 0x01)
+		Pin(150 900 60 35 "18" 0x01)
+	Pin(50 950 60 35 "19" 0x01)
+		Pin(150 1000 60 35 "20" 0x01)
+	Pin(50 1050 60 35 "21" 0x01)
+		Pin(150 1100 60 35 "22" 0x01)
+	Pin(50 1150 60 35 "23" 0x01)
+		Pin(150 1200 60 35 "24" 0x01)
+	Pin(50 1250 60 35 "25" 0x01)
+		Pin(150 1300 60 35 "26" 0x01)
+	Pin(50 1350 60 35 "27" 0x01)
+		Pin(150 1400 60 35 "28" 0x01)
+	ElementLine(0 0 0 1450 20)
+	ElementLine(0 1450 200 1450 20)
+	ElementLine(200 1450 200 0 20)
+	ElementLine(200 0 0 0 20)
+	ElementLine(100 0 100 100 10)
+	ElementLine(100 100 0 100 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/ZIP40.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ZIP40.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ZIP40.fp	(revision 296)
@@ -0,0 +1,50 @@
+Element(0x00 "Zig-zag in-line package" "" "ZIP40" 275 50 3 100 0x00)
+(
+	Pin(50 50 60 35 "1" 0x101)
+		Pin(150 100 60 35 "2" 0x01)
+	Pin(50 150 60 35 "3" 0x01)
+		Pin(150 200 60 35 "4" 0x01)
+	Pin(50 250 60 35 "5" 0x01)
+		Pin(150 300 60 35 "6" 0x01)
+	Pin(50 350 60 35 "7" 0x01)
+		Pin(150 400 60 35 "8" 0x01)
+	Pin(50 450 60 35 "9" 0x01)
+		Pin(150 500 60 35 "10" 0x01)
+	Pin(50 550 60 35 "11" 0x01)
+		Pin(150 600 60 35 "12" 0x01)
+	Pin(50 650 60 35 "13" 0x01)
+		Pin(150 700 60 35 "14" 0x01)
+	Pin(50 750 60 35 "15" 0x01)
+		Pin(150 800 60 35 "16" 0x01)
+	Pin(50 850 60 35 "17" 0x01)
+		Pin(150 900 60 35 "18" 0x01)
+	Pin(50 950 60 35 "19" 0x01)
+		Pin(150 1000 60 35 "20" 0x01)
+	Pin(50 1050 60 35 "21" 0x01)
+		Pin(150 1100 60 35 "22" 0x01)
+	Pin(50 1150 60 35 "23" 0x01)
+		Pin(150 1200 60 35 "24" 0x01)
+	Pin(50 1250 60 35 "25" 0x01)
+		Pin(150 1300 60 35 "26" 0x01)
+	Pin(50 1350 60 35 "27" 0x01)
+		Pin(150 1400 60 35 "28" 0x01)
+	Pin(50 1450 60 35 "29" 0x01)
+		Pin(150 1500 60 35 "30" 0x01)
+	Pin(50 1550 60 35 "31" 0x01)
+		Pin(150 1600 60 35 "32" 0x01)
+	Pin(50 1650 60 35 "33" 0x01)
+		Pin(150 1700 60 35 "34" 0x01)
+	Pin(50 1750 60 35 "35" 0x01)
+		Pin(150 1800 60 35 "36" 0x01)
+	Pin(50 1850 60 35 "37" 0x01)
+		Pin(150 1900 60 35 "38" 0x01)
+	Pin(50 1950 60 35 "39" 0x01)
+		Pin(150 2000 60 35 "40" 0x01)
+	ElementLine(0 0 0 2050 20)
+	ElementLine(0 2050 200 2050 20)
+	ElementLine(200 2050 200 0 20)
+	ElementLine(200 0 0 0 20)
+	ElementLine(100 0 100 100 10)
+	ElementLine(100 100 0 100 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/ZIP9.fp
===================================================================
--- oldlib/lib/pcblib-newlib/geda/ZIP9.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/ZIP9.fp	(revision 296)
@@ -0,0 +1,18 @@
+Element(0x00 "Zig-zag in-line package" "" "ZIP9" 275 50 3 100 0x00)
+(
+	Pin(50 50 60 35 "1" 0x101)
+		Pin(150 100 60 35 "2" 0x01)
+	Pin(50 150 60 35 "3" 0x01)
+		Pin(150 200 60 35 "4" 0x01)
+	Pin(50 250 60 35 "5" 0x01)
+		Pin(150 300 60 35 "6" 0x01)
+	Pin(50 350 60 35 "7" 0x01)
+		Pin(150 400 60 35 "8" 0x01)
+	ElementLine(0 0 0 450 20)
+	ElementLine(0 450 200 450 20)
+	ElementLine(200 450 200 0 20)
+	ElementLine(200 0 0 0 20)
+	ElementLine(100 0 100 100 10)
+	ElementLine(100 100 0 100 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/geda/index.html
===================================================================
--- oldlib/lib/pcblib-newlib/geda/index.html	(nonexistent)
+++ oldlib/lib/pcblib-newlib/geda/index.html	(revision 296)
@@ -0,0 +1,2818 @@
+<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
+<HTML><HEAD><TITLE>PCB geda Footprint Library</TITLE></HEAD>
+<BODY bgcolor="#FFFFFF" text="#000000">
+<H1>PCB geda Footprint Library</H1>
+<TABLE BORDER=2>
+<TR>
+    <TD><EM>Comment</EM></TD>
+    <TD><EM>Footprint Name</EM></TD>
+</TR>
+
+  <TR>
+    <TD>DIP6, Dual in-line package, narrow (300 mil) </TD>
+    <TD><A HREF="DIP6.fp">DIP6.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP8, Dual in-line package, narrow (300 mil) </TD>
+    <TD><A HREF="DIP8.fp">DIP8.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP14, Dual in-line package, narrow (300 mil) </TD>
+    <TD><A HREF="DIP14.fp">DIP14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP16, Dual in-line package, narrow (300 mil) </TD>
+    <TD><A HREF="DIP16.fp">DIP16.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP18, Dual in-line package, narrow (300 mil) </TD>
+    <TD><A HREF="DIP18.fp">DIP18.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP20, Dual in-line package, narrow (300 mil) </TD>
+    <TD><A HREF="DIP20.fp">DIP20.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP22, Dual in-line package, narrow (300 mil) </TD>
+    <TD><A HREF="DIP22.fp">DIP22.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP24N, Dual in-line package, narrow (300 mil) </TD>
+    <TD><A HREF="DIP24N.fp">DIP24N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP28N, Dual in-line package, narrow (300 mil) </TD>
+    <TD><A HREF="DIP28N.fp">DIP28N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP8M, Dual in-line package, medium wide (400 mil) </TD>
+    <TD><A HREF="DIP8M.fp">DIP8M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP14M, Dual in-line package, medium wide (400 mil) </TD>
+    <TD><A HREF="DIP14M.fp">DIP14M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP16M, Dual in-line package, medium wide (400 mil) </TD>
+    <TD><A HREF="DIP16M.fp">DIP16M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP18M, Dual in-line package, medium wide (400 mil) </TD>
+    <TD><A HREF="DIP18M.fp">DIP18M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP20M, Dual in-line package, medium wide (400 mil) </TD>
+    <TD><A HREF="DIP20M.fp">DIP20M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP22M, Dual in-line package, medium wide (400 mil) </TD>
+    <TD><A HREF="DIP22M.fp">DIP22M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP24M, Dual in-line package, medium wide (400 mil) </TD>
+    <TD><A HREF="DIP24M.fp">DIP24M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP28M, Dual in-line package, medium wide (400 mil) </TD>
+    <TD><A HREF="DIP28M.fp">DIP28M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP24, Dual in-line package, wide (600 mil) </TD>
+    <TD><A HREF="DIP24.fp">DIP24.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP28, Dual in-line package, wide (600 mil) </TD>
+    <TD><A HREF="DIP28.fp">DIP28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP32, Dual in-line package, wide (600 mil) </TD>
+    <TD><A HREF="DIP32.fp">DIP32.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP36, Dual in-line package, wide (600 mil) </TD>
+    <TD><A HREF="DIP36.fp">DIP36.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP40, Dual in-line package, wide (600 mil) </TD>
+    <TD><A HREF="DIP40.fp">DIP40.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP42, Dual in-line package, wide (600 mil) </TD>
+    <TD><A HREF="DIP42.fp">DIP42.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP44, Dual in-line package, wide (600 mil) </TD>
+    <TD><A HREF="DIP44.fp">DIP44.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP48, Dual in-line package, wide (600 mil) </TD>
+    <TD><A HREF="DIP48.fp">DIP48.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIP64, Dual in-line package, wide (900 mil) </TD>
+    <TD><A HREF="DIP64.fp">DIP64.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SDIP18, Shrink dual in-line package, wide (300 mil) </TD>
+    <TD><A HREF="SDIP18.fp">SDIP18.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SDIP20, Shrink dual in-line package, wide (300 mil) </TD>
+    <TD><A HREF="SDIP20.fp">SDIP20.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SDIP22, Shrink dual in-line package, wide (300 mil) </TD>
+    <TD><A HREF="SDIP22.fp">SDIP22.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SDIP24, Shrink dual in-line package, wide (300 mil) </TD>
+    <TD><A HREF="SDIP24.fp">SDIP24.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SDIP30, Shrink dual in-line package, wide (400 mil) </TD>
+    <TD><A HREF="SDIP30.fp">SDIP30.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SDIP32, Shrink dual in-line package, wide (400 mil) </TD>
+    <TD><A HREF="SDIP32.fp">SDIP32.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SDIP42, Shrink dual in-line package, wide (600 mil) </TD>
+    <TD><A HREF="SDIP42.fp">SDIP42.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SIP1, Single in line package </TD>
+    <TD><A HREF="SIP1.fp">SIP1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SIP2, Single in line package </TD>
+    <TD><A HREF="SIP2.fp">SIP2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SIP3, Single in line package </TD>
+    <TD><A HREF="SIP3.fp">SIP3.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SIP4, Single in line package </TD>
+    <TD><A HREF="SIP4.fp">SIP4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SIP5, Single in line package </TD>
+    <TD><A HREF="SIP5.fp">SIP5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SIP6, Single in line package </TD>
+    <TD><A HREF="SIP6.fp">SIP6.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SIP7, Single in line package </TD>
+    <TD><A HREF="SIP7.fp">SIP7.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SIP8, Single in line package </TD>
+    <TD><A HREF="SIP8.fp">SIP8.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SIP9, Single in line package </TD>
+    <TD><A HREF="SIP9.fp">SIP9.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SIP10, Single in line package </TD>
+    <TD><A HREF="SIP10.fp">SIP10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SIP11, Single in line package </TD>
+    <TD><A HREF="SIP11.fp">SIP11.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SIP12, Single in line package </TD>
+    <TD><A HREF="SIP12.fp">SIP12.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SIP13, Single in line package </TD>
+    <TD><A HREF="SIP13.fp">SIP13.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>US8, Ultra (Micro?) Small outline package </TD>
+    <TD><A HREF="US8.fp">US8.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>US14, Ultra (Micro?) Small outline package </TD>
+    <TD><A HREF="US14.fp">US14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>US16, Ultra (Micro?) Small outline package </TD>
+    <TD><A HREF="US16.fp">US16.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO8, Small outline package, narrow (150mil) </TD>
+    <TD><A HREF="SO8.fp">SO8.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO14, Small outline package, narrow (150mil) </TD>
+    <TD><A HREF="SO14.fp">SO14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO16, Small outline package, narrow (150mil) </TD>
+    <TD><A HREF="SO16.fp">SO16.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO18N, Small outline package, narrow (150mil) </TD>
+    <TD><A HREF="SO18N.fp">SO18N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO20N, Small outline package, narrow (150mil) </TD>
+    <TD><A HREF="SO20N.fp">SO20N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO8M, Small outline package, medium (200mil) </TD>
+    <TD><A HREF="SO8M.fp">SO8M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO18M, Small outline package, medium (200mil) </TD>
+    <TD><A HREF="SO18M.fp">SO18M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO20M, Small outline package, medium (200mil) </TD>
+    <TD><A HREF="SO20M.fp">SO20M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO22M, Small outline package, medium (200mil) </TD>
+    <TD><A HREF="SO22M.fp">SO22M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO24M, Small outline package, medium (200mil) </TD>
+    <TD><A HREF="SO24M.fp">SO24M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO8W, Small outline package, wide (300mil) </TD>
+    <TD><A HREF="SO8W.fp">SO8W.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO14W, Small outline package, wide (300mil) </TD>
+    <TD><A HREF="SO14W.fp">SO14W.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO16W, Small outline package, wide (300mil) </TD>
+    <TD><A HREF="SO16W.fp">SO16W.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO18W, Small outline package, wide (300mil) </TD>
+    <TD><A HREF="SO18W.fp">SO18W.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO20W, Small outline package, wide (300mil) </TD>
+    <TD><A HREF="SO20W.fp">SO20W.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO24W, Small outline package, wide (300mil) </TD>
+    <TD><A HREF="SO24W.fp">SO24W.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO28, Small outline package, wide (300mil) </TD>
+    <TD><A HREF="SO28.fp">SO28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO32, Small outline package, wide (300mil) </TD>
+    <TD><A HREF="SO32.fp">SO32.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO28W, Small outline package, wider (325mil) </TD>
+    <TD><A HREF="SO28W.fp">SO28W.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO32W, Small outline package, wider (450mil) </TD>
+    <TD><A HREF="SO32W.fp">SO32W.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SO44, Small outline package, wide (525mil) </TD>
+    <TD><A HREF="SO44.fp">SO44.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ14_300, Small outline J-leaded package (300 mil) </TD>
+    <TD><A HREF="SOJ14_300.fp">SOJ14_300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ16_300, Small outline J-leaded package (300 mil) </TD>
+    <TD><A HREF="SOJ16_300.fp">SOJ16_300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ18_300, Small outline J-leaded package (300 mil) </TD>
+    <TD><A HREF="SOJ18_300.fp">SOJ18_300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ20_300, Small outline J-leaded package (300 mil) </TD>
+    <TD><A HREF="SOJ20_300.fp">SOJ20_300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ22_300, Small outline J-leaded package (300 mil) </TD>
+    <TD><A HREF="SOJ22_300.fp">SOJ22_300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ24_300, Small outline J-leaded package (300 mil) </TD>
+    <TD><A HREF="SOJ24_300.fp">SOJ24_300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ26_300, Small outline J-leaded package (300 mil) </TD>
+    <TD><A HREF="SOJ26_300.fp">SOJ26_300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ28_300, Small outline J-leaded package (300 mil) </TD>
+    <TD><A HREF="SOJ28_300.fp">SOJ28_300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ30_300, Small outline J-leaded package (300 mil) </TD>
+    <TD><A HREF="SOJ30_300.fp">SOJ30_300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ32_300, Small outline J-leaded package (300 mil) </TD>
+    <TD><A HREF="SOJ32_300.fp">SOJ32_300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ34_300, Small outline J-leaded package (300 mil) </TD>
+    <TD><A HREF="SOJ34_300.fp">SOJ34_300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ36_300, Small outline J-leaded package (300 mil) </TD>
+    <TD><A HREF="SOJ36_300.fp">SOJ36_300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ38_300, Small outline J-leaded package (300 mil) </TD>
+    <TD><A HREF="SOJ38_300.fp">SOJ38_300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ40_300, Small outline J-leaded package (300 mil) </TD>
+    <TD><A HREF="SOJ40_300.fp">SOJ40_300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ42_300, Small outline J-leaded package (300 mil) </TD>
+    <TD><A HREF="SOJ42_300.fp">SOJ42_300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ44_300, Small outline J-leaded package (300 mil) </TD>
+    <TD><A HREF="SOJ44_300.fp">SOJ44_300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ14_350, Small outline J-leaded package (350 mil) </TD>
+    <TD><A HREF="SOJ14_350.fp">SOJ14_350.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ16_350, Small outline J-leaded package (350 mil) </TD>
+    <TD><A HREF="SOJ16_350.fp">SOJ16_350.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ18_350, Small outline J-leaded package (350 mil) </TD>
+    <TD><A HREF="SOJ18_350.fp">SOJ18_350.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ20_350, Small outline J-leaded package (350 mil) </TD>
+    <TD><A HREF="SOJ20_350.fp">SOJ20_350.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ22_350, Small outline J-leaded package (350 mil) </TD>
+    <TD><A HREF="SOJ22_350.fp">SOJ22_350.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ24_350, Small outline J-leaded package (350 mil) </TD>
+    <TD><A HREF="SOJ24_350.fp">SOJ24_350.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ26_350, Small outline J-leaded package (350 mil) </TD>
+    <TD><A HREF="SOJ26_350.fp">SOJ26_350.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ28_350, Small outline J-leaded package (350 mil) </TD>
+    <TD><A HREF="SOJ28_350.fp">SOJ28_350.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ30_350, Small outline J-leaded package (350 mil) </TD>
+    <TD><A HREF="SOJ30_350.fp">SOJ30_350.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ32_350, Small outline J-leaded package (350 mil) </TD>
+    <TD><A HREF="SOJ32_350.fp">SOJ32_350.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ34_350, Small outline J-leaded package (350 mil) </TD>
+    <TD><A HREF="SOJ34_350.fp">SOJ34_350.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ36_350, Small outline J-leaded package (350 mil) </TD>
+    <TD><A HREF="SOJ36_350.fp">SOJ36_350.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ38_350, Small outline J-leaded package (350 mil) </TD>
+    <TD><A HREF="SOJ38_350.fp">SOJ38_350.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ40_350, Small outline J-leaded package (350 mil) </TD>
+    <TD><A HREF="SOJ40_350.fp">SOJ40_350.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ42_350, Small outline J-leaded package (350 mil) </TD>
+    <TD><A HREF="SOJ42_350.fp">SOJ42_350.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ44_350, Small outline J-leaded package (350 mil) </TD>
+    <TD><A HREF="SOJ44_350.fp">SOJ44_350.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ14_400, Small outline J-leaded package (400 mil) </TD>
+    <TD><A HREF="SOJ14_400.fp">SOJ14_400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ16_400, Small outline J-leaded package (400 mil) </TD>
+    <TD><A HREF="SOJ16_400.fp">SOJ16_400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ18_400, Small outline J-leaded package (400 mil) </TD>
+    <TD><A HREF="SOJ18_400.fp">SOJ18_400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ20_400, Small outline J-leaded package (400 mil) </TD>
+    <TD><A HREF="SOJ20_400.fp">SOJ20_400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ22_400, Small outline J-leaded package (400 mil) </TD>
+    <TD><A HREF="SOJ22_400.fp">SOJ22_400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ24_400, Small outline J-leaded package (400 mil) </TD>
+    <TD><A HREF="SOJ24_400.fp">SOJ24_400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ26_400, Small outline J-leaded package (400 mil) </TD>
+    <TD><A HREF="SOJ26_400.fp">SOJ26_400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ28_400, Small outline J-leaded package (400 mil) </TD>
+    <TD><A HREF="SOJ28_400.fp">SOJ28_400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ30_400, Small outline J-leaded package (400 mil) </TD>
+    <TD><A HREF="SOJ30_400.fp">SOJ30_400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ32_400, Small outline J-leaded package (400 mil) </TD>
+    <TD><A HREF="SOJ32_400.fp">SOJ32_400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ34_400, Small outline J-leaded package (400 mil) </TD>
+    <TD><A HREF="SOJ34_400.fp">SOJ34_400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ36_400, Small outline J-leaded package (400 mil) </TD>
+    <TD><A HREF="SOJ36_400.fp">SOJ36_400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ38_400, Small outline J-leaded package (400 mil) </TD>
+    <TD><A HREF="SOJ38_400.fp">SOJ38_400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ40_400, Small outline J-leaded package (400 mil) </TD>
+    <TD><A HREF="SOJ40_400.fp">SOJ40_400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ42_400, Small outline J-leaded package (400 mil) </TD>
+    <TD><A HREF="SOJ42_400.fp">SOJ42_400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ44_400, Small outline J-leaded package (400 mil) </TD>
+    <TD><A HREF="SOJ44_400.fp">SOJ44_400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ14_450, Small outline J-leaded package (450 mil) </TD>
+    <TD><A HREF="SOJ14_450.fp">SOJ14_450.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ16_450, Small outline J-leaded package (450 mil) </TD>
+    <TD><A HREF="SOJ16_450.fp">SOJ16_450.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ18_450, Small outline J-leaded package (450 mil) </TD>
+    <TD><A HREF="SOJ18_450.fp">SOJ18_450.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ20_450, Small outline J-leaded package (450 mil) </TD>
+    <TD><A HREF="SOJ20_450.fp">SOJ20_450.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ22_450, Small outline J-leaded package (450 mil) </TD>
+    <TD><A HREF="SOJ22_450.fp">SOJ22_450.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ24_450, Small outline J-leaded package (450 mil) </TD>
+    <TD><A HREF="SOJ24_450.fp">SOJ24_450.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ26_450, Small outline J-leaded package (450 mil) </TD>
+    <TD><A HREF="SOJ26_450.fp">SOJ26_450.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ28_450, Small outline J-leaded package (450 mil) </TD>
+    <TD><A HREF="SOJ28_450.fp">SOJ28_450.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ30_450, Small outline J-leaded package (450 mil) </TD>
+    <TD><A HREF="SOJ30_450.fp">SOJ30_450.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ32_450, Small outline J-leaded package (450 mil) </TD>
+    <TD><A HREF="SOJ32_450.fp">SOJ32_450.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ34_450, Small outline J-leaded package (450 mil) </TD>
+    <TD><A HREF="SOJ34_450.fp">SOJ34_450.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ36_450, Small outline J-leaded package (450 mil) </TD>
+    <TD><A HREF="SOJ36_450.fp">SOJ36_450.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ38_450, Small outline J-leaded package (450 mil) </TD>
+    <TD><A HREF="SOJ38_450.fp">SOJ38_450.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ40_450, Small outline J-leaded package (450 mil) </TD>
+    <TD><A HREF="SOJ40_450.fp">SOJ40_450.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ42_450, Small outline J-leaded package (450 mil) </TD>
+    <TD><A HREF="SOJ42_450.fp">SOJ42_450.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOJ44_450, Small outline J-leaded package (450 mil) </TD>
+    <TD><A HREF="SOJ44_450.fp">SOJ44_450.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SSOP8, Shrink small outline package, .65mm, narrow </TD>
+    <TD><A HREF="SSOP8.fp">SSOP8.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SSOP14, Shrink small outline package, .65mm, narrow </TD>
+    <TD><A HREF="SSOP14.fp">SSOP14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SSOP16, Shrink small outline package, .65mm, narrow </TD>
+    <TD><A HREF="SSOP16.fp">SSOP16.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SSOP20, Shrink small outline package, .65mm, narrow </TD>
+    <TD><A HREF="SSOP20.fp">SSOP20.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SSOP24, Shrink small outline package, .65mm, narrow </TD>
+    <TD><A HREF="SSOP24.fp">SSOP24.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SSOP28, Shrink small outline package, .65mm, narrow </TD>
+    <TD><A HREF="SSOP28.fp">SSOP28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SSOP48W, Shrink small outline package, 25mil, wide </TD>
+    <TD><A HREF="SSOP48W.fp">SSOP48W.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SSOP56W, Shrink small outline package, 25mil, wide </TD>
+    <TD><A HREF="SSOP56W.fp">SSOP56W.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SSOP64W, Shrink small outline package, .80mm, wider </TD>
+    <TD><A HREF="SSOP64W.fp">SSOP64W.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MSOP8, Mini small outline package, .65mm </TD>
+    <TD><A HREF="MSOP8.fp">MSOP8.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MSOP10, Mini small outline package, .5mm </TD>
+    <TD><A HREF="MSOP10.fp">MSOP10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QSOP16, Quarter size small outline package </TD>
+    <TD><A HREF="QSOP16.fp">QSOP16.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QSOP20, Quarter size small outline package </TD>
+    <TD><A HREF="QSOP20.fp">QSOP20.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QSOP24, Quarter size small outline package </TD>
+    <TD><A HREF="QSOP24.fp">QSOP24.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QSOP28, Quarter size small outline package </TD>
+    <TD><A HREF="QSOP28.fp">QSOP28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TSOP28, Thin small outline package </TD>
+    <TD><A HREF="TSOP28.fp">TSOP28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TSOP32A, Thin small outline package </TD>
+    <TD><A HREF="TSOP32A.fp">TSOP32A.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TSOP32B, Thin small outline package </TD>
+    <TD><A HREF="TSOP32B.fp">TSOP32B.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TSSOP8, Thin shrink small outline package, narrow (3mm) </TD>
+    <TD><A HREF="TSSOP8.fp">TSSOP8.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TSSOP10, Thin shrink small outline package, narrow (3mm) </TD>
+    <TD><A HREF="TSSOP10.fp">TSSOP10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TSSOP8W, Thin shrink small outline package, standard (4.4mm) </TD>
+    <TD><A HREF="TSSOP8W.fp">TSSOP8W.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TSSOP14, Thin shrink small outline package, standard (4.4mm) </TD>
+    <TD><A HREF="TSSOP14.fp">TSSOP14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TSSOP16, Thin shrink small outline package, standard (4.4mm) </TD>
+    <TD><A HREF="TSSOP16.fp">TSSOP16.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TSSOP20, Thin shrink small outline package, standard (4.4mm) </TD>
+    <TD><A HREF="TSSOP20.fp">TSSOP20.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TSSOP24, Thin shrink small outline package, standard (4.4mm) </TD>
+    <TD><A HREF="TSSOP24.fp">TSSOP24.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TSSOP28, Thin shrink small outline package, standard (4.4mm) </TD>
+    <TD><A HREF="TSSOP28.fp">TSSOP28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TSSOP38N, Thin shrink small outline package, standard (4.4mm) </TD>
+    <TD><A HREF="TSSOP38N.fp">TSSOP38N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TSSOP48N, Thin shrink small outline package, standard (4.4mm) </TD>
+    <TD><A HREF="TSSOP48N.fp">TSSOP48N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TSSOP56N, Thin shrink small outline package, standard (4.4mm) </TD>
+    <TD><A HREF="TSSOP56N.fp">TSSOP56N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TSSOP32, Thin shrink small outline package, wide (6.1mm) </TD>
+    <TD><A HREF="TSSOP32.fp">TSSOP32.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TSSOP48, Thin shrink small outline package, wide (6.1mm) </TD>
+    <TD><A HREF="TSSOP48.fp">TSSOP48.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TSSOP56, Thin shrink small outline package, wide (6.1mm) </TD>
+    <TD><A HREF="TSSOP56.fp">TSSOP56.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TSSOP64, Thin shrink small outline package, wide (6.1mm) </TD>
+    <TD><A HREF="TSSOP64.fp">TSSOP64.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TSSOP80, Thin shrink small outline package, wide (6.1mm) </TD>
+    <TD><A HREF="TSSOP80.fp">TSSOP80.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC20, Plastic leadless chip carrier </TD>
+    <TD><A HREF="PLCC20.fp">PLCC20.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC28, Plastic leadless chip carrier </TD>
+    <TD><A HREF="PLCC28.fp">PLCC28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC32, Plastic leadless chip carrier </TD>
+    <TD><A HREF="PLCC32.fp">PLCC32.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC44, Plastic leadless chip carrier </TD>
+    <TD><A HREF="PLCC44.fp">PLCC44.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC52, Plastic leadless chip carrier </TD>
+    <TD><A HREF="PLCC52.fp">PLCC52.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC68, Plastic leadless chip carrier </TD>
+    <TD><A HREF="PLCC68.fp">PLCC68.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC84, Plastic leadless chip carrier </TD>
+    <TD><A HREF="PLCC84.fp">PLCC84.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC20X, Plastic leadless chip carrier with pin socket </TD>
+    <TD><A HREF="PLCC20X.fp">PLCC20X.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC28X, Plastic leadless chip carrier with pin socket </TD>
+    <TD><A HREF="PLCC28X.fp">PLCC28X.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC32X, Plastic leadless chip carrier with pin socket </TD>
+    <TD><A HREF="PLCC32X.fp">PLCC32X.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC44X, Plastic leadless chip carrier with pin socket </TD>
+    <TD><A HREF="PLCC44X.fp">PLCC44X.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC52X, Plastic leadless chip carrier with pin socket </TD>
+    <TD><A HREF="PLCC52X.fp">PLCC52X.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC68X, Plastic leadless chip carrier with pin socket </TD>
+    <TD><A HREF="PLCC68X.fp">PLCC68X.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC84X, Plastic leadless chip carrier with pin socket </TD>
+    <TD><A HREF="PLCC84X.fp">PLCC84X.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN16_3, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN16_3.fp">QFN16_3.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN16_3, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN16_3.fp">TQFN16_3.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN16_3_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN16_3_EP.fp">QFN16_3_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN16_3_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN16_3_EP.fp">TQFN16_3_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN12_4, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN12_4.fp">QFN12_4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN12_4, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN12_4.fp">TQFN12_4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN12_4_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN12_4_EP.fp">QFN12_4_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN12_4_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN12_4_EP.fp">TQFN12_4_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN16_4, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN16_4.fp">QFN16_4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN16_4, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN16_4.fp">TQFN16_4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN16_4_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN16_4_EP.fp">QFN16_4_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN16_4_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN16_4_EP.fp">TQFN16_4_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN20_4, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN20_4.fp">QFN20_4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN20_4, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN20_4.fp">TQFN20_4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN20_4_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN20_4_EP.fp">QFN20_4_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN20_4_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN20_4_EP.fp">TQFN20_4_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN24_4, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN24_4.fp">QFN24_4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN24_4, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN24_4.fp">TQFN24_4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN24_4_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN24_4_EP.fp">QFN24_4_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN24_4_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN24_4_EP.fp">TQFN24_4_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN16_5, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN16_5.fp">QFN16_5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN16_5, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN16_5.fp">TQFN16_5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN16_5_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN16_5_EP.fp">QFN16_5_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN16_5_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN16_5_EP.fp">TQFN16_5_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN20_5, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN20_5.fp">QFN20_5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN20_5, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN20_5.fp">TQFN20_5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN20_5_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN20_5_EP.fp">QFN20_5_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN20_5_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN20_5_EP.fp">TQFN20_5_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN28_5, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN28_5.fp">QFN28_5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN28_5, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN28_5.fp">TQFN28_5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN28_5_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN28_5_EP.fp">QFN28_5_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN28_5_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN28_5_EP.fp">TQFN28_5_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN32_5, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN32_5.fp">QFN32_5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN32_5, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN32_5.fp">TQFN32_5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN32_5_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN32_5_EP.fp">QFN32_5_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN32_5_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN32_5_EP.fp">TQFN32_5_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN36_6, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN36_6.fp">QFN36_6.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN36_6, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN36_6.fp">TQFN36_6.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN36_6_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN36_6_EP.fp">QFN36_6_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN36_6_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN36_6_EP.fp">TQFN36_6_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN40_6, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN40_6.fp">QFN40_6.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN40_6, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN40_6.fp">TQFN40_6.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN40_6_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN40_6_EP.fp">QFN40_6_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN40_6_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN40_6_EP.fp">TQFN40_6_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN32_7, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN32_7.fp">QFN32_7.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN32_7, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN32_7.fp">TQFN32_7.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN32_7_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN32_7_EP.fp">QFN32_7_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN32_7_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN32_7_EP.fp">TQFN32_7_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN44_7, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN44_7.fp">QFN44_7.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN44_7, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN44_7.fp">TQFN44_7.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN44_7_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN44_7_EP.fp">QFN44_7_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN44_7_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN44_7_EP.fp">TQFN44_7_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN48_7, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN48_7.fp">QFN48_7.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN48_7, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN48_7.fp">TQFN48_7.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN48_7_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN48_7_EP.fp">QFN48_7_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN48_7_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN48_7_EP.fp">TQFN48_7_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN56_8, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN56_8.fp">QFN56_8.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN56_8, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN56_8.fp">TQFN56_8.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN56_8_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN56_8_EP.fp">QFN56_8_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN56_8_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN56_8_EP.fp">TQFN56_8_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN68_10, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN68_10.fp">QFN68_10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN68_10, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN68_10.fp">TQFN68_10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFN68_10_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="QFN68_10_EP.fp">QFN68_10_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFN68_10_EP, Square Quad Flat Nolead (QFN) package </TD>
+    <TD><A HREF="TQFN68_10_EP.fp">TQFN68_10_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP24_4, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP24_4.fp">LQFP24_4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP32_5, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP32_5.fp">LQFP32_5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP32_7, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP32_7.fp">LQFP32_7.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP44_10, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP44_10.fp">LQFP44_10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP48_7, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP48_7.fp">LQFP48_7.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP48_12, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP48_12.fp">LQFP48_12.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP52_10, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP52_10.fp">LQFP52_10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP64_7, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP64_7.fp">LQFP64_7.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP64_10, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP64_10.fp">LQFP64_10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP64_14, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP64_14.fp">LQFP64_14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP72_10, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP72_10.fp">LQFP72_10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP80_12, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP80_12.fp">LQFP80_12.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP80_14, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP80_14.fp">LQFP80_14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP100_10, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP100_10.fp">LQFP100_10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP100_14, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP100_14.fp">LQFP100_14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP112_20, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP112_20.fp">LQFP112_20.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP120_16, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP120_16.fp">LQFP120_16.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP128_14, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP128_14.fp">LQFP128_14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP128_14_EP, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP128_14_EP.fp">LQFP128_14_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP144_20, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP144_20.fp">LQFP144_20.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP160_24, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP160_24.fp">LQFP160_24.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP176_24, Square Quad-side flat pack </TD>
+    <TD><A HREF="LQFP176_24.fp">LQFP176_24.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP32_7, Square Quad-side flat pack </TD>
+    <TD><A HREF="QFP32_7.fp">QFP32_7.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP44_10, Square Quad-side flat pack </TD>
+    <TD><A HREF="QFP44_10.fp">QFP44_10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP52_10, Square Quad-side flat pack </TD>
+    <TD><A HREF="QFP52_10.fp">QFP52_10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP64_14, Square Quad-side flat pack </TD>
+    <TD><A HREF="QFP64_14.fp">QFP64_14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP80_14, Square Quad-side flat pack </TD>
+    <TD><A HREF="QFP80_14.fp">QFP80_14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP100_14, Square Quad-side flat pack </TD>
+    <TD><A HREF="QFP100_14.fp">QFP100_14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP120_28, Square Quad-side flat pack </TD>
+    <TD><A HREF="QFP120_28.fp">QFP120_28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP128_28, Square Quad-side flat pack </TD>
+    <TD><A HREF="QFP128_28.fp">QFP128_28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP144_28, Square Quad-side flat pack </TD>
+    <TD><A HREF="QFP144_28.fp">QFP144_28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP160_28, Square Quad-side flat pack </TD>
+    <TD><A HREF="QFP160_28.fp">QFP160_28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP208_28, Square Quad-side flat pack </TD>
+    <TD><A HREF="QFP208_28.fp">QFP208_28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP160_28, Square Quad-side flat pack </TD>
+    <TD><A HREF="QFP160_28.fp">QFP160_28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP240_32, Square Quad-side flat pack </TD>
+    <TD><A HREF="QFP240_32.fp">QFP240_32.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP304_40, Square Quad-side flat pack </TD>
+    <TD><A HREF="QFP304_40.fp">QFP304_40.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFP32_7, Square Quad-side flat pack </TD>
+    <TD><A HREF="TQFP32_7.fp">TQFP32_7.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFP44_10, Square Quad-side flat pack </TD>
+    <TD><A HREF="TQFP44_10.fp">TQFP44_10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFP52_10, Square Quad-side flat pack </TD>
+    <TD><A HREF="TQFP52_10.fp">TQFP52_10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFP64_10, Square Quad-side flat pack </TD>
+    <TD><A HREF="TQFP64_10.fp">TQFP64_10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFP64_14, Square Quad-side flat pack </TD>
+    <TD><A HREF="TQFP64_14.fp">TQFP64_14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFP80_12, Square Quad-side flat pack </TD>
+    <TD><A HREF="TQFP80_12.fp">TQFP80_12.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFP80_14, Square Quad-side flat pack </TD>
+    <TD><A HREF="TQFP80_14.fp">TQFP80_14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFP100_12, Square Quad-side flat pack </TD>
+    <TD><A HREF="TQFP100_12.fp">TQFP100_12.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFP100_14, Square Quad-side flat pack </TD>
+    <TD><A HREF="TQFP100_14.fp">TQFP100_14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFP120_28, Square Quad-side flat pack </TD>
+    <TD><A HREF="TQFP120_28.fp">TQFP120_28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFP128_14, Square Quad-side flat pack </TD>
+    <TD><A HREF="TQFP128_14.fp">TQFP128_14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFP128_14_EP, Square Quad-side flat pack </TD>
+    <TD><A HREF="TQFP128_14_EP.fp">TQFP128_14_EP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFP128_28, Square Quad-side flat pack </TD>
+    <TD><A HREF="TQFP128_28.fp">TQFP128_28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFP144_28, Square Quad-side flat pack </TD>
+    <TD><A HREF="TQFP144_28.fp">TQFP144_28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFP160_28, Square Quad-side flat pack </TD>
+    <TD><A HREF="TQFP160_28.fp">TQFP160_28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFP208_28, Square Quad-side flat pack </TD>
+    <TD><A HREF="TQFP208_28.fp">TQFP208_28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFP160_28, Square Quad-side flat pack </TD>
+    <TD><A HREF="TQFP160_28.fp">TQFP160_28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFP240_32, Square Quad-side flat pack </TD>
+    <TD><A HREF="TQFP240_32.fp">TQFP240_32.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TQFP304_40, Square Quad-side flat pack </TD>
+    <TD><A HREF="TQFP304_40.fp">TQFP304_40.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP64_R, Rectangular Quad-side flat pack </TD>
+    <TD><A HREF="QFP64_R.fp">QFP64_R.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP80_R, Rectangular Quad-side flat pack </TD>
+    <TD><A HREF="QFP80_R.fp">QFP80_R.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP100_R, Rectangular Quad-side flat pack </TD>
+    <TD><A HREF="QFP100_R.fp">QFP100_R.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP128_R, Rectangular Quad-side flat pack </TD>
+    <TD><A HREF="QFP128_R.fp">QFP128_R.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LQFP128_R, Rectangular Quad-side flat pack </TD>
+    <TD><A HREF="LQFP128_R.fp">LQFP128_R.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ZIP9, Zig-zag in-line package </TD>
+    <TD><A HREF="ZIP9.fp">ZIP9.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ZIP12, Zig-zag in-line package </TD>
+    <TD><A HREF="ZIP12.fp">ZIP12.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ZIP16, Zig-zag in-line package </TD>
+    <TD><A HREF="ZIP16.fp">ZIP16.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ZIP18, Zig-zag in-line package </TD>
+    <TD><A HREF="ZIP18.fp">ZIP18.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ZIP20, Zig-zag in-line package </TD>
+    <TD><A HREF="ZIP20.fp">ZIP20.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ZIP24, Zig-zag in-line package </TD>
+    <TD><A HREF="ZIP24.fp">ZIP24.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ZIP28, Zig-zag in-line package </TD>
+    <TD><A HREF="ZIP28.fp">ZIP28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ZIP40, Zig-zag in-line package </TD>
+    <TD><A HREF="ZIP40.fp">ZIP40.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY100, Axial non-polar component (typically resistor or capacitor), </TD>
+    <TD><A HREF="ACY100.fp">ACY100.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY150, Axial non-polar component (typically resistor or capacitor), </TD>
+    <TD><A HREF="ACY150.fp">ACY150.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY200, Axial non-polar component (typically resistor or capacitor), </TD>
+    <TD><A HREF="ACY200.fp">ACY200.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY300, Axial non-polar component (typically resistor or capacitor), </TD>
+    <TD><A HREF="ACY300.fp">ACY300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY400, Axial non-polar component (typically resistor or capacitor), </TD>
+    <TD><A HREF="ACY400.fp">ACY400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY500, Axial non-polar component (typically resistor or capacitor), </TD>
+    <TD><A HREF="ACY500.fp">ACY500.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY600, Axial non-polar component (typically resistor or capacitor), </TD>
+    <TD><A HREF="ACY600.fp">ACY600.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY700, Axial non-polar component (typically resistor or capacitor), </TD>
+    <TD><A HREF="ACY700.fp">ACY700.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY800, Axial non-polar component (typically resistor or capacitor), </TD>
+    <TD><A HREF="ACY800.fp">ACY800.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY900, Axial non-polar component (typically resistor or capacitor), </TD>
+    <TD><A HREF="ACY900.fp">ACY900.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY1000, Axial non-polar component (typically resistor or capacitor), </TD>
+    <TD><A HREF="ACY1000.fp">ACY1000.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY1100, Axial non-polar component (typically resistor or capacitor), </TD>
+    <TD><A HREF="ACY1100.fp">ACY1100.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY1200, Axial non-polar component (typically resistor or capacitor), </TD>
+    <TD><A HREF="ACY1200.fp">ACY1200.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY1300, Axial non-polar component (typically resistor or capacitor), </TD>
+    <TD><A HREF="ACY1300.fp">ACY1300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY1400, Axial non-polar component (typically resistor or capacitor), </TD>
+    <TD><A HREF="ACY1400.fp">ACY1400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY1500, Axial non-polar component (typically resistor or capacitor), </TD>
+    <TD><A HREF="ACY1500.fp">ACY1500.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY1600, Axial non-polar component (typically resistor or capacitor), </TD>
+    <TD><A HREF="ACY1600.fp">ACY1600.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY100P, Axial polar component (typically capacitor), </TD>
+    <TD><A HREF="ACY100P.fp">ACY100P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY150P, Axial polar component (typically capacitor), </TD>
+    <TD><A HREF="ACY150P.fp">ACY150P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY200P, Axial polar component (typically capacitor), </TD>
+    <TD><A HREF="ACY200P.fp">ACY200P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY300P, Axial polar component (typically capacitor), </TD>
+    <TD><A HREF="ACY300P.fp">ACY300P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY400P, Axial polar component (typically capacitor), </TD>
+    <TD><A HREF="ACY400P.fp">ACY400P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY500P, Axial polar component (typically capacitor), </TD>
+    <TD><A HREF="ACY500P.fp">ACY500P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY600P, Axial polar component (typically capacitor), </TD>
+    <TD><A HREF="ACY600P.fp">ACY600P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY700P, Axial polar component (typically capacitor), </TD>
+    <TD><A HREF="ACY700P.fp">ACY700P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY800P, Axial polar component (typically capacitor), </TD>
+    <TD><A HREF="ACY800P.fp">ACY800P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY900P, Axial polar component (typically capacitor), </TD>
+    <TD><A HREF="ACY900P.fp">ACY900P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY1000P, Axial polar component (typically capacitor), </TD>
+    <TD><A HREF="ACY1000P.fp">ACY1000P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY1100P, Axial polar component (typically capacitor), </TD>
+    <TD><A HREF="ACY1100P.fp">ACY1100P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY1200P, Axial polar component (typically capacitor), </TD>
+    <TD><A HREF="ACY1200P.fp">ACY1200P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY1300P, Axial polar component (typically capacitor), </TD>
+    <TD><A HREF="ACY1300P.fp">ACY1300P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY1400P, Axial polar component (typically capacitor), </TD>
+    <TD><A HREF="ACY1400P.fp">ACY1400P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY1500P, Axial polar component (typically capacitor), </TD>
+    <TD><A HREF="ACY1500P.fp">ACY1500P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ACY1600P, Axial polar component (typically capacitor), </TD>
+    <TD><A HREF="ACY1600P.fp">ACY1600P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ALF300, Axial diode (pin 1 is cathode) </TD>
+    <TD><A HREF="ALF300.fp">ALF300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ALF400, Axial diode (pin 1 is cathode) </TD>
+    <TD><A HREF="ALF400.fp">ALF400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ALF500, Axial diode (pin 1 is cathode) </TD>
+    <TD><A HREF="ALF500.fp">ALF500.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ALF600, Axial diode (pin 1 is cathode) </TD>
+    <TD><A HREF="ALF600.fp">ALF600.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ALF700, Axial diode (pin 1 is cathode) </TD>
+    <TD><A HREF="ALF700.fp">ALF700.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ALF800, Axial diode (pin 1 is cathode) </TD>
+    <TD><A HREF="ALF800.fp">ALF800.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ALF900, Axial diode (pin 1 is cathode) </TD>
+    <TD><A HREF="ALF900.fp">ALF900.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ALF1000, Axial diode (pin 1 is cathode) </TD>
+    <TD><A HREF="ALF1000.fp">ALF1000.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY100, Bottom lead non-polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY100.fp">RCY100.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY150, Bottom lead non-polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY150.fp">RCY150.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY200, Bottom lead non-polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY200.fp">RCY200.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY250, Bottom lead non-polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY250.fp">RCY250.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY300, Bottom lead non-polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY300.fp">RCY300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY350, Bottom lead non-polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY350.fp">RCY350.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY400, Bottom lead non-polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY400.fp">RCY400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY500, Bottom lead non-polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY500.fp">RCY500.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY600, Bottom lead non-polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY600.fp">RCY600.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY700, Bottom lead non-polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY700.fp">RCY700.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY800, Bottom lead non-polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY800.fp">RCY800.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY900, Bottom lead non-polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY900.fp">RCY900.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY1000, Bottom lead non-polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY1000.fp">RCY1000.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY1100, Bottom lead non-polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY1100.fp">RCY1100.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY1200, Bottom lead non-polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY1200.fp">RCY1200.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY100P, Bottom lead polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY100P.fp">RCY100P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY150P, Bottom lead polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY150P.fp">RCY150P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY200P, Bottom lead polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY200P.fp">RCY200P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY250P, Bottom lead polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY250P.fp">RCY250P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY300P, Bottom lead polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY300P.fp">RCY300P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY350P, Bottom lead polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY350P.fp">RCY350P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY400P, Bottom lead polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY400P.fp">RCY400P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY500P, Bottom lead polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY500P.fp">RCY500P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY600P, Bottom lead polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY600P.fp">RCY600P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY700P, Bottom lead polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY700P.fp">RCY700P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY800P, Bottom lead polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY800P.fp">RCY800P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY900P, Bottom lead polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY900P.fp">RCY900P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY1000P, Bottom lead polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY1000P.fp">RCY1000P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY1100P, Bottom lead polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY1100P.fp">RCY1100P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RCY1200P, Bottom lead polar circular component (typically capacitor) </TD>
+    <TD><A HREF="RCY1200P.fp">RCY1200P.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HC49U, Crystals </TD>
+    <TD><A HREF="HC49U.fp">HC49U.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HC49UH, Crystals </TD>
+    <TD><A HREF="HC49UH.fp">HC49UH.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HC49U_3, Crystals </TD>
+    <TD><A HREF="HC49U_3.fp">HC49U_3.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HC49U_3H, Crystals </TD>
+    <TD><A HREF="HC49U_3H.fp">HC49U_3H.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HC51U, Crystals </TD>
+    <TD><A HREF="HC51U.fp">HC51U.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HC51UH, Crystals </TD>
+    <TD><A HREF="HC51UH.fp">HC51UH.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>UM1, Crystals </TD>
+    <TD><A HREF="UM1.fp">UM1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>UM1H, Crystals </TD>
+    <TD><A HREF="UM1H.fp">UM1H.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>UM1_3, Crystals </TD>
+    <TD><A HREF="UM1_3.fp">UM1_3.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>UM1_3H, Crystals </TD>
+    <TD><A HREF="UM1_3H.fp">UM1_3H.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HC49, Crystals </TD>
+    <TD><A HREF="HC49.fp">HC49.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>OSC14, Crystal oscillator </TD>
+    <TD><A HREF="OSC14.fp">OSC14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LED3, LED, size in mm (pin 1 is +, 2 is -) </TD>
+    <TD><A HREF="LED3.fp">LED3.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>LED5, LED, size in mm (pin 1 is +, 2 is -) </TD>
+    <TD><A HREF="LED5.fp">LED5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TO126, Transistor </TD>
+    <TD><A HREF="TO126.fp">TO126.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TO126S, Transistor </TD>
+    <TD><A HREF="TO126S.fp">TO126S.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TO126W, Transistor </TD>
+    <TD><A HREF="TO126W.fp">TO126W.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TO126SW, Transistor </TD>
+    <TD><A HREF="TO126SW.fp">TO126SW.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TO220, Transistor </TD>
+    <TD><A HREF="TO220.fp">TO220.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TO220S, Transistor </TD>
+    <TD><A HREF="TO220S.fp">TO220S.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TO220W, Transistor </TD>
+    <TD><A HREF="TO220W.fp">TO220W.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TO220SW, Transistor </TD>
+    <TD><A HREF="TO220SW.fp">TO220SW.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TO18, Transistor </TD>
+    <TD><A HREF="TO18.fp">TO18.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TO39, Transistor </TD>
+    <TD><A HREF="TO39.fp">TO39.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TO92, Transistor </TD>
+    <TD><A HREF="TO92.fp">TO92.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TO220ACS, diode in TO220 </TD>
+    <TD><A HREF="TO220ACS.fp">TO220ACS.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TO218, diode in TO220 </TD>
+    <TD><A HREF="TO218.fp">TO218.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TO247, diode in TO220 </TD>
+    <TD><A HREF="TO247.fp">TO247.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TO247_2, diode in TO220 </TD>
+    <TD><A HREF="TO247_2.fp">TO247_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TO264, diode in TO220 </TD>
+    <TD><A HREF="TO264.fp">TO264.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TO251, diode in TO220 </TD>
+    <TD><A HREF="TO251.fp">TO251.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TO220ACSTAND, diode in TO220 </TD>
+    <TD><A HREF="TO220ACSTAND.fp">TO220ACSTAND.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PENTAWATT, Power IC, as in MULTIWATT15 </TD>
+    <TD><A HREF="PENTAWATT.fp">PENTAWATT.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEPTAWATT, Power IC, as in MULTIWATT15 </TD>
+    <TD><A HREF="HEPTAWATT.fp">HEPTAWATT.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MULTIWATT8, Power IC, as in MULTIWATT15 </TD>
+    <TD><A HREF="MULTIWATT8.fp">MULTIWATT8.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MULTIWATT11, Power IC, as in MULTIWATT15 </TD>
+    <TD><A HREF="MULTIWATT11.fp">MULTIWATT11.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MULTIWATT15, Power IC, as in MULTIWATT15 </TD>
+    <TD><A HREF="MULTIWATT15.fp">MULTIWATT15.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER1, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER1.fp">JUMPER1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER2, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER2.fp">JUMPER2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER3, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER3.fp">JUMPER3.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER4, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER4.fp">JUMPER4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER5, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER5.fp">JUMPER5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER6, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER6.fp">JUMPER6.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER7, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER7.fp">JUMPER7.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER8, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER8.fp">JUMPER8.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER9, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER9.fp">JUMPER9.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER10, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER10.fp">JUMPER10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER11, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER11.fp">JUMPER11.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER12, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER12.fp">JUMPER12.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER13, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER13.fp">JUMPER13.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER14, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER14.fp">JUMPER14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER15, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER15.fp">JUMPER15.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER16, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER16.fp">JUMPER16.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER17, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER17.fp">JUMPER17.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER18, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER18.fp">JUMPER18.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER19, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER19.fp">JUMPER19.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER20, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER20.fp">JUMPER20.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER21, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER21.fp">JUMPER21.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER22, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER22.fp">JUMPER22.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER23, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER23.fp">JUMPER23.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER24, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER24.fp">JUMPER24.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER25, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER25.fp">JUMPER25.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JUMPER26, Jumper, i.e. single row headers </TD>
+    <TD><A HREF="JUMPER26.fp">JUMPER26.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MTA100_2, MTA Connector, (0.100 inch pitch) </TD>
+    <TD><A HREF="MTA100_2.fp">MTA100_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MTA100_3, MTA Connector, (0.100 inch pitch) </TD>
+    <TD><A HREF="MTA100_3.fp">MTA100_3.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MTA100_4, MTA Connector, (0.100 inch pitch) </TD>
+    <TD><A HREF="MTA100_4.fp">MTA100_4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MTA100_5, MTA Connector, (0.100 inch pitch) </TD>
+    <TD><A HREF="MTA100_5.fp">MTA100_5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MTA100_6, MTA Connector, (0.100 inch pitch) </TD>
+    <TD><A HREF="MTA100_6.fp">MTA100_6.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MTA100_7, MTA Connector, (0.100 inch pitch) </TD>
+    <TD><A HREF="MTA100_7.fp">MTA100_7.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MTA100_8, MTA Connector, (0.100 inch pitch) </TD>
+    <TD><A HREF="MTA100_8.fp">MTA100_8.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MTA100_9, MTA Connector, (0.100 inch pitch) </TD>
+    <TD><A HREF="MTA100_9.fp">MTA100_9.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MTA100_10, MTA Connector, (0.100 inch pitch) </TD>
+    <TD><A HREF="MTA100_10.fp">MTA100_10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MTA100_11, MTA Connector, (0.100 inch pitch) </TD>
+    <TD><A HREF="MTA100_11.fp">MTA100_11.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MTA100_12, MTA Connector, (0.100 inch pitch) </TD>
+    <TD><A HREF="MTA100_12.fp">MTA100_12.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MTA100_13, MTA Connector, (0.100 inch pitch) </TD>
+    <TD><A HREF="MTA100_13.fp">MTA100_13.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MTA100_14, MTA Connector, (0.100 inch pitch) </TD>
+    <TD><A HREF="MTA100_14.fp">MTA100_14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MTA100_15, MTA Connector, (0.100 inch pitch) </TD>
+    <TD><A HREF="MTA100_15.fp">MTA100_15.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER2_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER2_1.fp">HEADER2_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER4_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER4_1.fp">HEADER4_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER6_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER6_1.fp">HEADER6_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER8_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER8_1.fp">HEADER8_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER10_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER10_1.fp">HEADER10_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER12_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER12_1.fp">HEADER12_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER14_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER14_1.fp">HEADER14_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER16_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER16_1.fp">HEADER16_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER18_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER18_1.fp">HEADER18_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER20_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER20_1.fp">HEADER20_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER22_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER22_1.fp">HEADER22_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER24_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER24_1.fp">HEADER24_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER26_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER26_1.fp">HEADER26_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER28_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER28_1.fp">HEADER28_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER30_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER30_1.fp">HEADER30_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER32_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER32_1.fp">HEADER32_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER34_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER34_1.fp">HEADER34_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER36_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER36_1.fp">HEADER36_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER38_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER38_1.fp">HEADER38_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER40_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER40_1.fp">HEADER40_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER42_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER42_1.fp">HEADER42_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER44_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER44_1.fp">HEADER44_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER46_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER46_1.fp">HEADER46_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER48_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER48_1.fp">HEADER48_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER50_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER50_1.fp">HEADER50_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER52_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER52_1.fp">HEADER52_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER54_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER54_1.fp">HEADER54_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER56_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER56_1.fp">HEADER56_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER58_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER58_1.fp">HEADER58_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER60_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER60_1.fp">HEADER60_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER62_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER62_1.fp">HEADER62_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER64_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER64_1.fp">HEADER64_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER80_1, Header connector, DIP pin numbering </TD>
+    <TD><A HREF="HEADER80_1.fp">HEADER80_1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER2_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER2_2.fp">HEADER2_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER4_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER4_2.fp">HEADER4_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER6_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER6_2.fp">HEADER6_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER8_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER8_2.fp">HEADER8_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER10_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER10_2.fp">HEADER10_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER12_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER12_2.fp">HEADER12_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER14_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER14_2.fp">HEADER14_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER16_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER16_2.fp">HEADER16_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER18_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER18_2.fp">HEADER18_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER20_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER20_2.fp">HEADER20_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER22_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER22_2.fp">HEADER22_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER24_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER24_2.fp">HEADER24_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER26_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER26_2.fp">HEADER26_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER28_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER28_2.fp">HEADER28_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER30_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER30_2.fp">HEADER30_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER32_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER32_2.fp">HEADER32_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER34_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER34_2.fp">HEADER34_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER36_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER36_2.fp">HEADER36_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER38_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER38_2.fp">HEADER38_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER40_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER40_2.fp">HEADER40_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER42_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER42_2.fp">HEADER42_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER44_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER44_2.fp">HEADER44_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER46_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER46_2.fp">HEADER46_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER48_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER48_2.fp">HEADER48_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER50_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER50_2.fp">HEADER50_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER52_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER52_2.fp">HEADER52_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER54_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER54_2.fp">HEADER54_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER56_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER56_2.fp">HEADER56_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER58_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER58_2.fp">HEADER58_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER60_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER60_2.fp">HEADER60_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER62_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER62_2.fp">HEADER62_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER64_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER64_2.fp">HEADER64_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>HEADER80_2, Header connector, ribbon cable numbering </TD>
+    <TD><A HREF="HEADER80_2.fp">HEADER80_2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41651_10, Header connector with latches </TD>
+    <TD><A HREF="DIN41651_10.fp">DIN41651_10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41651_14, Header connector with latches </TD>
+    <TD><A HREF="DIN41651_14.fp">DIN41651_14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41651_16, Header connector with latches </TD>
+    <TD><A HREF="DIN41651_16.fp">DIN41651_16.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41651_20, Header connector with latches </TD>
+    <TD><A HREF="DIN41651_20.fp">DIN41651_20.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41651_26, Header connector with latches </TD>
+    <TD><A HREF="DIN41651_26.fp">DIN41651_26.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41651_34, Header connector with latches </TD>
+    <TD><A HREF="DIN41651_34.fp">DIN41651_34.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41651_40, Header connector with latches </TD>
+    <TD><A HREF="DIN41651_40.fp">DIN41651_40.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41651_50, Header connector with latches </TD>
+    <TD><A HREF="DIN41651_50.fp">DIN41651_50.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41651_60, Header connector with latches </TD>
+    <TD><A HREF="DIN41651_60.fp">DIN41651_60.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41651_64, Header connector with latches </TD>
+    <TD><A HREF="DIN41651_64.fp">DIN41651_64.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41651_10S, Header connector with latches </TD>
+    <TD><A HREF="DIN41651_10S.fp">DIN41651_10S.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41651_14S, Header connector with latches </TD>
+    <TD><A HREF="DIN41651_14S.fp">DIN41651_14S.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41651_16S, Header connector with latches </TD>
+    <TD><A HREF="DIN41651_16S.fp">DIN41651_16S.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41651_20S, Header connector with latches </TD>
+    <TD><A HREF="DIN41651_20S.fp">DIN41651_20S.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41651_26S, Header connector with latches </TD>
+    <TD><A HREF="DIN41651_26S.fp">DIN41651_26S.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41651_34S, Header connector with latches </TD>
+    <TD><A HREF="DIN41651_34S.fp">DIN41651_34S.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41651_40S, Header connector with latches </TD>
+    <TD><A HREF="DIN41651_40S.fp">DIN41651_40S.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41651_50S, Header connector with latches </TD>
+    <TD><A HREF="DIN41651_50S.fp">DIN41651_50S.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41651_60S, Header connector with latches </TD>
+    <TD><A HREF="DIN41651_60S.fp">DIN41651_60S.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41651_64S, Header connector with latches </TD>
+    <TD><A HREF="DIN41651_64S.fp">DIN41651_64S.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DB9F, DSUB connector, female/male </TD>
+    <TD><A HREF="DB9F.fp">DB9F.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DB15F, DSUB connector, female/male </TD>
+    <TD><A HREF="DB15F.fp">DB15F.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DB25F, DSUB connector, female/male </TD>
+    <TD><A HREF="DB25F.fp">DB25F.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DB37F, DSUB connector, female/male </TD>
+    <TD><A HREF="DB37F.fp">DB37F.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DB9M, DSUB connector, female/male </TD>
+    <TD><A HREF="DB9M.fp">DB9M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DB15M, DSUB connector, female/male </TD>
+    <TD><A HREF="DB15M.fp">DB15M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DB25M, DSUB connector, female/male </TD>
+    <TD><A HREF="DB25M.fp">DB25M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DB37M, DSUB connector, female/male </TD>
+    <TD><A HREF="DB37M.fp">DB37M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41612C96F, DIN connector, 96 pin housing </TD>
+    <TD><A HREF="DIN41612C96F.fp">DIN41612C96F.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41612C96M, DIN connector, 96 pin housing </TD>
+    <TD><A HREF="DIN41612C96M.fp">DIN41612C96M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41612C64F, DIN connector, 96 pin housing </TD>
+    <TD><A HREF="DIN41612C64F.fp">DIN41612C64F.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41612C64M, DIN connector, 96 pin housing </TD>
+    <TD><A HREF="DIN41612C64M.fp">DIN41612C64M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41612C96FS, DIN connector, 96 pin housing </TD>
+    <TD><A HREF="DIN41612C96FS.fp">DIN41612C96FS.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41612C96MS, DIN connector, 96 pin housing </TD>
+    <TD><A HREF="DIN41612C96MS.fp">DIN41612C96MS.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41612C64FS, DIN connector, 96 pin housing </TD>
+    <TD><A HREF="DIN41612C64FS.fp">DIN41612C64FS.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIN41612C64MS, DIN connector, 96 pin housing </TD>
+    <TD><A HREF="DIN41612C64MS.fp">DIN41612C64MS.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>2706, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="2706.fp">2706.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC0402L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC0402L.fp">CAPC0402L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC0402N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC0402N.fp">CAPC0402N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC0402M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC0402M.fp">CAPC0402M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC0402L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC0402L.fp">INDC0402L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC0402N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC0402N.fp">INDC0402N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC0402M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC0402M.fp">INDC0402M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC0402L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC0402L.fp">RESC0402L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC0402N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC0402N.fp">RESC0402N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC0402M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC0402M.fp">RESC0402M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>01005, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="01005.fp">01005.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC0603L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC0603L.fp">CAPC0603L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC0603N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC0603N.fp">CAPC0603N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC0603M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC0603M.fp">CAPC0603M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC0603L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC0603L.fp">RESC0603L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC0603N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC0603N.fp">RESC0603N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC0603M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC0603M.fp">RESC0603M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>0201, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="0201.fp">0201.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC1005L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC1005L.fp">CAPC1005L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC1005N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC1005N.fp">CAPC1005N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC1005M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC1005M.fp">CAPC1005M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC1005L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC1005L.fp">INDC1005L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC1005N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC1005N.fp">INDC1005N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC1005M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC1005M.fp">INDC1005M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC1005L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC1005L.fp">RESC1005L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC1005N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC1005N.fp">RESC1005N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC1005M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC1005M.fp">RESC1005M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>0402, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="0402.fp">0402.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC1608L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC1608L.fp">CAPC1608L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC1608N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC1608N.fp">CAPC1608N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC1608M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC1608M.fp">CAPC1608M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC1608L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC1608L.fp">INDC1608L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC1608N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC1608N.fp">INDC1608N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC1608M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC1608M.fp">INDC1608M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC1608L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC1608L.fp">RESC1608L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC1608N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC1608N.fp">RESC1608N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC1608M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC1608M.fp">RESC1608M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>0603, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="0603.fp">0603.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC2012L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC2012L.fp">CAPC2012L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC2012N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC2012N.fp">CAPC2012N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC2012M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC2012M.fp">CAPC2012M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC2012L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC2012L.fp">INDC2012L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC2012N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC2012N.fp">INDC2012N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC2012M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC2012M.fp">INDC2012M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC2012L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC2012L.fp">RESC2012L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC2012N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC2012N.fp">RESC2012N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC2012M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC2012M.fp">RESC2012M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>0805, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="0805.fp">0805.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC2520L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC2520L.fp">INDC2520L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC2520N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC2520N.fp">INDC2520N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC2520M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC2520M.fp">INDC2520M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>1008, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="1008.fp">1008.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC3216L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC3216L.fp">CAPC3216L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC3216N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC3216N.fp">CAPC3216N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC3216M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC3216M.fp">CAPC3216M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC3216L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC3216L.fp">INDC3216L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC3216N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC3216N.fp">INDC3216N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC3216M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC3216M.fp">INDC3216M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC3216L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC3216L.fp">RESC3216L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC3216N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC3216N.fp">RESC3216N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC3216M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC3216M.fp">RESC3216M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>1206, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="1206.fp">1206.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC3225L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC3225L.fp">CAPC3225L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC3225N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC3225N.fp">CAPC3225N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC3225M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC3225M.fp">CAPC3225M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC3225L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC3225L.fp">INDC3225L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC3225N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC3225N.fp">INDC3225N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC3225M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC3225M.fp">INDC3225M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC3225L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC3225L.fp">RESC3225L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC3225N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC3225N.fp">RESC3225N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC3225M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC3225M.fp">RESC3225M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>1210, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="1210.fp">1210.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC4509L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC4509L.fp">INDC4509L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC4509N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC4509N.fp">INDC4509N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC4509M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC4509M.fp">INDC4509M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>1806, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="1806.fp">1806.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC4532L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC4532L.fp">CAPC4532L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC4532N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC4532N.fp">CAPC4532N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC4532M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC4532M.fp">CAPC4532M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC4532L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC4532L.fp">INDC4532L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC4532N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC4532N.fp">INDC4532N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>INDC4532M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="INDC4532M.fp">INDC4532M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC4532L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC4532L.fp">RESC4532L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC4532N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC4532N.fp">RESC4532N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC4532M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC4532M.fp">RESC4532M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>1806, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="1806.fp">1806.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC4564L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC4564L.fp">CAPC4564L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC4564N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC4564N.fp">CAPC4564N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>CAPC4564M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="CAPC4564M.fp">CAPC4564M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC4564L, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC4564L.fp">RESC4564L.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC4564N, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC4564N.fp">RESC4564N.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>RESC4564M, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="RESC4564M.fp">RESC4564M.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>1825, Standard SMT resistor, capacitor etc </TD>
+    <TD><A HREF="1825.fp">1825.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>EMI0603, 3-Pin SMT EMI Filter based on standard SMT sizes </TD>
+    <TD><A HREF="EMI0603.fp">EMI0603.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>EMI0805, 3-Pin SMT EMI Filter based on standard SMT sizes </TD>
+    <TD><A HREF="EMI0805.fp">EMI0805.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>EMI1206, 3-Pin SMT EMI Filter based on standard SMT sizes </TD>
+    <TD><A HREF="EMI1206.fp">EMI1206.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>EMI1806, 3-Pin SMT EMI Filter based on standard SMT sizes </TD>
+    <TD><A HREF="EMI1806.fp">EMI1806.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>EIA3216, Tantalum SMT capacitor (pin 1 is +) </TD>
+    <TD><A HREF="EIA3216.fp">EIA3216.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>EIA3528, Tantalum SMT capacitor (pin 1 is +) </TD>
+    <TD><A HREF="EIA3528.fp">EIA3528.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>EIA6032, Tantalum SMT capacitor (pin 1 is +) </TD>
+    <TD><A HREF="EIA6032.fp">EIA6032.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>EIA7343, Tantalum SMT capacitor (pin 1 is +) </TD>
+    <TD><A HREF="EIA7343.fp">EIA7343.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TANT_A, Tantalum SMT capacitor (pin 1 is +) </TD>
+    <TD><A HREF="TANT_A.fp">TANT_A.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TANT_B, Tantalum SMT capacitor (pin 1 is +) </TD>
+    <TD><A HREF="TANT_B.fp">TANT_B.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TANT_C, Tantalum SMT capacitor (pin 1 is +) </TD>
+    <TD><A HREF="TANT_C.fp">TANT_C.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>TANT_D, Tantalum SMT capacitor (pin 1 is +) </TD>
+    <TD><A HREF="TANT_D.fp">TANT_D.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SME3, Surface mount electrolytic capacitor, number is dia in mm </TD>
+    <TD><A HREF="SME3.fp">SME3.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SME4, Surface mount electrolytic capacitor, number is dia in mm </TD>
+    <TD><A HREF="SME4.fp">SME4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SME5, Surface mount electrolytic capacitor, number is dia in mm </TD>
+    <TD><A HREF="SME5.fp">SME5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SME6, Surface mount electrolytic capacitor, number is dia in mm </TD>
+    <TD><A HREF="SME6.fp">SME6.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SME8, Surface mount electrolytic capacitor, number is dia in mm </TD>
+    <TD><A HREF="SME8.fp">SME8.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SME10, Surface mount electrolytic capacitor, number is dia in mm </TD>
+    <TD><A HREF="SME10.fp">SME10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOD80, SMT diode (pin 1 is cathode) </TD>
+    <TD><A HREF="SOD80.fp">SOD80.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOD87, SMT diode (pin 1 is cathode) </TD>
+    <TD><A HREF="SOD87.fp">SOD87.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOD106A, SMT diode (pin 1 is cathode) </TD>
+    <TD><A HREF="SOD106A.fp">SOD106A.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOD110, SMT diode (pin 1 is cathode) </TD>
+    <TD><A HREF="SOD110.fp">SOD110.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOD123, SMT diode (pin 1 is cathode) </TD>
+    <TD><A HREF="SOD123.fp">SOD123.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOD323, SMT diode (pin 1 is cathode) </TD>
+    <TD><A HREF="SOD323.fp">SOD323.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DO214, SMT diode (pin 1 is cathode) </TD>
+    <TD><A HREF="DO214.fp">DO214.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DO214AB, SMT diode (pin 1 is cathode) </TD>
+    <TD><A HREF="DO214AB.fp">DO214AB.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOT23D, SMT diode (pin 1 is cathode) </TD>
+    <TD><A HREF="SOT23D.fp">SOT23D.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOT323D, SMT diode (pin 1 is cathode) </TD>
+    <TD><A HREF="SOT323D.fp">SOT323D.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOT23, SMT transistor, 3 pins </TD>
+    <TD><A HREF="SOT23.fp">SOT23.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOT323, SMT transistor, 3 pins </TD>
+    <TD><A HREF="SOT323.fp">SOT323.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SC90, SMT transistor, 3 pins </TD>
+    <TD><A HREF="SC90.fp">SC90.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SC70_3, SMT transistor, 3 pins </TD>
+    <TD><A HREF="SC70_3.fp">SC70_3.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOT89, SMT transistor, 4 pins </TD>
+    <TD><A HREF="SOT89.fp">SOT89.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOT143, SMT transistor, 4 pins </TD>
+    <TD><A HREF="SOT143.fp">SOT143.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOT223, SMT transistor, 4 pins </TD>
+    <TD><A HREF="SOT223.fp">SOT223.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SC70_4, SMT transistor, 4 pins </TD>
+    <TD><A HREF="SC70_4.fp">SC70_4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOT25, SMT transistor, 5 pins </TD>
+    <TD><A HREF="SOT25.fp">SOT25.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOT325, SMT transistor, 5 pins </TD>
+    <TD><A HREF="SOT325.fp">SOT325.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SC70_5, SMT transistor, 5 pins </TD>
+    <TD><A HREF="SC70_5.fp">SC70_5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOT26, SMT transistor, 6 pins </TD>
+    <TD><A HREF="SOT26.fp">SOT26.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOT326, SMT transistor, 6 pins </TD>
+    <TD><A HREF="SOT326.fp">SOT326.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SC70_6, SMT transistor, 6 pins </TD>
+    <TD><A HREF="SC70_6.fp">SC70_6.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MPAK, Pressure transducer </TD>
+    <TD><A HREF="MPAK.fp">MPAK.fp</A></TD>
+  </TR>
+
+</TABLE>
+
+</BODY></HTML>
Index: oldlib/lib/pcblib-newlib/generic/208_LQFP.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/208_LQFP.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/208_LQFP.fp	(revision 296)
@@ -0,0 +1,225 @@
+Element(0x00 "generic" "" "208_LQFP" 100 0 0 100 0x00)
+(
+	# left row, going down
+		Pad(5 108  55 108  10 "1" 0x00)
+		Pad(5 128  55 128  10 "2" 0x100)
+		Pad(5 147  55 147  10 "3" 0x100)
+		Pad(5 167  55 167  10 "4" 0x100)
+		Pad(5 187  55 187  10 "5" 0x100)
+		Pad(5 206  55 206  10 "6" 0x100)
+		Pad(5 226  55 226  10 "7" 0x100)
+		Pad(5 246  55 246  10 "8" 0x100)
+		Pad(5 265  55 265  10 "9" 0x100)
+		Pad(5 285  55 285  10 "10" 0x100)
+		Pad(5 305  55 305  10 "11" 0x100)
+		Pad(5 325  55 325  10 "12" 0x100)
+		Pad(5 344  55 344  10 "13" 0x100)
+		Pad(5 364  55 364  10 "14" 0x100)
+		Pad(5 384  55 384  10 "15" 0x100)
+		Pad(5 403  55 403  10 "16" 0x100)
+		Pad(5 423  55 423  10 "17" 0x100)
+		Pad(5 443  55 443  10 "18" 0x100)
+		Pad(5 462  55 462  10 "19" 0x100)
+		Pad(5 482  55 482  10 "20" 0x100)
+		Pad(5 502  55 502  10 "21" 0x100)
+		Pad(5 521  55 521  10 "22" 0x100)
+		Pad(5 541  55 541  10 "23" 0x100)
+		Pad(5 561  55 561  10 "24" 0x100)
+		Pad(5 580  55 580  10 "25" 0x100)
+		Pad(5 600  55 600  10 "26" 0x100)
+		Pad(5 620  55 620  10 "27" 0x100)
+		Pad(5 639  55 639  10 "28" 0x100)
+		Pad(5 659  55 659  10 "29" 0x100)
+		Pad(5 679  55 679  10 "30" 0x100)
+		Pad(5 699  55 699  10 "31" 0x100)
+		Pad(5 718  55 718  10 "32" 0x100)
+		Pad(5 738  55 738  10 "33" 0x100)
+		Pad(5 758  55 758  10 "34" 0x100)
+		Pad(5 777  55 777  10 "35" 0x100)
+		Pad(5 797  55 797  10 "36" 0x100)
+		Pad(5 817  55 817  10 "37" 0x100)
+		Pad(5 836  55 836  10 "38" 0x100)
+		Pad(5 856  55 856  10 "39" 0x100)
+		Pad(5 876  55 876  10 "40" 0x100)
+		Pad(5 895  55 895  10 "41" 0x100)
+		Pad(5 915  55 915  10 "42" 0x100)
+		Pad(5 935  55 935  10 "43" 0x100)
+		Pad(5 954  55 954  10 "44" 0x100)
+		Pad(5 974  55 974  10 "45" 0x100)
+		Pad(5 994  55 994  10 "46" 0x100)
+		Pad(5 1014  55 1014  10 "47" 0x100)
+		Pad(5 1033  55 1033  10 "48" 0x100)
+		Pad(5 1053  55 1053  10 "49" 0x100)
+		Pad(5 1073  55 1073  10 "50" 0x100)
+		Pad(5 1092  55 1092  10 "51" 0x100)
+		Pad(5 1112  55 1112  10 "52" 0x100)
+	# bottom row, going right
+		Pad(108  1215 108  1165 10 "53" 0x100)
+		Pad(128  1215 128  1165 10 "54" 0x100)
+		Pad(147  1215 147  1165 10 "55" 0x100)
+		Pad(167  1215 167  1165 10 "56" 0x100)
+		Pad(187  1215 187  1165 10 "57" 0x100)
+		Pad(206  1215 206  1165 10 "58" 0x100)
+		Pad(226  1215 226  1165 10 "59" 0x100)
+		Pad(246  1215 246  1165 10 "60" 0x100)
+		Pad(265  1215 265  1165 10 "61" 0x100)
+		Pad(285  1215 285  1165 10 "62" 0x100)
+		Pad(305  1215 305  1165 10 "63" 0x100)
+		Pad(325  1215 325  1165 10 "64" 0x100)
+		Pad(344  1215 344  1165 10 "65" 0x100)
+		Pad(364  1215 364  1165 10 "66" 0x100)
+		Pad(384  1215 384  1165 10 "67" 0x100)
+		Pad(403  1215 403  1165 10 "68" 0x100)
+		Pad(423  1215 423  1165 10 "69" 0x100)
+		Pad(443  1215 443  1165 10 "70" 0x100)
+		Pad(462  1215 462  1165 10 "71" 0x100)
+		Pad(482  1215 482  1165 10 "72" 0x100)
+		Pad(502  1215 502  1165 10 "73" 0x100)
+		Pad(521  1215 521  1165 10 "74" 0x100)
+		Pad(541  1215 541  1165 10 "75" 0x100)
+		Pad(561  1215 561  1165 10 "76" 0x100)
+		Pad(580  1215 580  1165 10 "77" 0x100)
+		Pad(600  1215 600  1165 10 "78" 0x100)
+		Pad(620  1215 620  1165 10 "79" 0x100)
+		Pad(639  1215 639  1165 10 "80" 0x100)
+		Pad(659  1215 659  1165 10 "81" 0x100)
+		Pad(679  1215 679  1165 10 "82" 0x100)
+		Pad(699  1215 699  1165 10 "83" 0x100)
+		Pad(718  1215 718  1165 10 "84" 0x100)
+		Pad(738  1215 738  1165 10 "85" 0x100)
+		Pad(758  1215 758  1165 10 "86" 0x100)
+		Pad(777  1215 777  1165 10 "87" 0x100)
+		Pad(797  1215 797  1165 10 "88" 0x100)
+		Pad(817  1215 817  1165 10 "89" 0x100)
+		Pad(836  1215 836  1165 10 "90" 0x100)
+		Pad(856  1215 856  1165 10 "91" 0x100)
+		Pad(876  1215 876  1165 10 "92" 0x100)
+		Pad(895  1215 895  1165 10 "93" 0x100)
+		Pad(915  1215 915  1165 10 "94" 0x100)
+		Pad(935  1215 935  1165 10 "95" 0x100)
+		Pad(954  1215 954  1165 10 "96" 0x100)
+		Pad(974  1215 974  1165 10 "97" 0x100)
+		Pad(994  1215 994  1165 10 "98" 0x100)
+		Pad(1014  1215 1014  1165 10 "99" 0x100)
+		Pad(1033  1215 1033  1165 10 "100" 0x100)
+		Pad(1053  1215 1053  1165 10 "101" 0x100)
+		Pad(1073  1215 1073  1165 10 "102" 0x100)
+		Pad(1092  1215 1092  1165 10 "103" 0x100)
+		Pad(1112  1215 1112  1165 10 "104" 0x100)
+	# right row, going up
+		Pad(1215 1112  1165 1112  10 "105" 0x100)
+		Pad(1215 1092  1165 1092  10 "106" 0x100)
+		Pad(1215 1073  1165 1073  10 "107" 0x100)
+		Pad(1215 1053  1165 1053  10 "108" 0x100)
+		Pad(1215 1033  1165 1033  10 "109" 0x100)
+		Pad(1215 1014  1165 1014  10 "110" 0x100)
+		Pad(1215 994  1165 994  10 "111" 0x100)
+		Pad(1215 974  1165 974  10 "112" 0x100)
+		Pad(1215 955  1165 955  10 "113" 0x100)
+		Pad(1215 935  1165 935  10 "114" 0x100)
+		Pad(1215 915  1165 915  10 "115" 0x100)
+		Pad(1215 895  1165 895  10 "116" 0x100)
+		Pad(1215 876  1165 876  10 "117" 0x100)
+		Pad(1215 856  1165 856  10 "118" 0x100)
+		Pad(1215 836  1165 836  10 "119" 0x100)
+		Pad(1215 817  1165 817  10 "120" 0x100)
+		Pad(1215 797  1165 797  10 "121" 0x100)
+		Pad(1215 777  1165 777  10 "122" 0x100)
+		Pad(1215 758  1165 758  10 "123" 0x100)
+		Pad(1215 738  1165 738  10 "124" 0x100)
+		Pad(1215 718  1165 718  10 "125" 0x100)
+		Pad(1215 699  1165 699  10 "126" 0x100)
+		Pad(1215 679  1165 679  10 "127" 0x100)
+		Pad(1215 659  1165 659  10 "128" 0x100)
+		Pad(1215 640  1165 640  10 "129" 0x100)
+		Pad(1215 620  1165 620  10 "130" 0x100)
+		Pad(1215 600  1165 600  10 "131" 0x100)
+		Pad(1215 581  1165 581  10 "132" 0x100)
+		Pad(1215 561  1165 561  10 "133" 0x100)
+		Pad(1215 541  1165 541  10 "134" 0x100)
+		Pad(1215 521  1165 521  10 "135" 0x100)
+		Pad(1215 502  1165 502  10 "136" 0x100)
+		Pad(1215 482  1165 482  10 "137" 0x100)
+		Pad(1215 462  1165 462  10 "138" 0x100)
+		Pad(1215 443  1165 443  10 "139" 0x100)
+		Pad(1215 423  1165 423  10 "140" 0x100)
+		Pad(1215 403  1165 403  10 "141" 0x100)
+		Pad(1215 384  1165 384  10 "142" 0x100)
+		Pad(1215 364  1165 364  10 "143" 0x100)
+		Pad(1215 344  1165 344  10 "144" 0x100)
+		Pad(1215 325  1165 325  10 "145" 0x100)
+		Pad(1215 305  1165 305  10 "146" 0x100)
+		Pad(1215 285  1165 285  10 "147" 0x100)
+		Pad(1215 266  1165 266  10 "148" 0x100)
+		Pad(1215 246  1165 246  10 "149" 0x100)
+		Pad(1215 226  1165 226  10 "150" 0x100)
+		Pad(1215 206  1165 206  10 "151" 0x100)
+		Pad(1215 187  1165 187  10 "152" 0x100)
+		Pad(1215 167  1165 167  10 "153" 0x100)
+		Pad(1215 147  1165 147  10 "154" 0x100)
+		Pad(1215 128  1165 128  10 "155" 0x100)
+		Pad(1215 108  1165 108  10 "156" 0x100)
+	# top row, going left
+		Pad(1112  5 1112  55 10 "157" 0x100)
+		Pad(1092  5 1092  55 10 "158" 0x100)
+		Pad(1073  5 1073  55 10 "159" 0x100)
+		Pad(1053  5 1053  55 10 "160" 0x100)
+		Pad(1033  5 1033  55 10 "161" 0x100)
+		Pad(1014  5 1014  55 10 "162" 0x100)
+		Pad(994  5 994  55 10 "163" 0x100)
+		Pad(974  5 974  55 10 "164" 0x100)
+		Pad(955  5 955  55 10 "165" 0x100)
+		Pad(935  5 935  55 10 "166" 0x100)
+		Pad(915  5 915  55 10 "167" 0x100)
+		Pad(895  5 895  55 10 "168" 0x100)
+		Pad(876  5 876  55 10 "169" 0x100)
+		Pad(856  5 856  55 10 "170" 0x100)
+		Pad(836  5 836  55 10 "171" 0x100)
+		Pad(817  5 817  55 10 "172" 0x100)
+		Pad(797  5 797  55 10 "173" 0x100)
+		Pad(777  5 777  55 10 "174" 0x100)
+		Pad(758  5 758  55 10 "175" 0x100)
+		Pad(738  5 738  55 10 "176" 0x100)
+		Pad(718  5 718  55 10 "177" 0x100)
+		Pad(699  5 699  55 10 "178" 0x100)
+		Pad(679  5 679  55 10 "179" 0x100)
+		Pad(659  5 659  55 10 "180" 0x100)
+		Pad(640  5 640  55 10 "181" 0x100)
+		Pad(620  5 620  55 10 "182" 0x100)
+		Pad(600  5 600  55 10 "183" 0x100)
+		Pad(581  5 581  55 10 "184" 0x100)
+		Pad(561  5 561  55 10 "185" 0x100)
+		Pad(541  5 541  55 10 "186" 0x100)
+		Pad(521  5 521  55 10 "187" 0x100)
+		Pad(502  5 502  55 10 "188" 0x100)
+		Pad(482  5 482  55 10 "189" 0x100)
+		Pad(462  5 462  55 10 "190" 0x100)
+		Pad(443  5 443  55 10 "191" 0x100)
+		Pad(423  5 423  55 10 "192" 0x100)
+		Pad(403  5 403  55 10 "193" 0x100)
+		Pad(384  5 384  55 10 "194" 0x100)
+		Pad(364  5 364  55 10 "195" 0x100)
+		Pad(344  5 344  55 10 "196" 0x100)
+		Pad(325  5 325  55 10 "197" 0x100)
+		Pad(305  5 305  55 10 "198" 0x100)
+		Pad(285  5 285  55 10 "199" 0x100)
+		Pad(266  5 266  55 10 "200" 0x100)
+		Pad(246  5 246  55 10 "201" 0x100)
+		Pad(226  5 226  55 10 "202" 0x100)
+		Pad(206  5 206  55 10 "203" 0x100)
+		Pad(187  5 187  55 10 "204" 0x100)
+		Pad(167  5 167  55 10 "205" 0x100)
+		Pad(147  5 147  55 10 "206" 0x100)
+		Pad(128  5 128  55 10 "207" 0x100)
+		Pad(108  5 108  55 10 "208" 0x100)
+	# left row, going down again, maybe
+	ElementLine(70 70 1150  70 8)
+	ElementLine(1150  70 1150  1150  8)
+	ElementLine(1150  1150  70 1150  8)
+	ElementLine(70 1150  70 70 8)
+	# Pin 1 Indicator
+	ElementArc(110 110 20 20 0 360 10)
+	# Moderately useful place for the Mark.  This way,
+	# if the pins can line up with the grid, they do.
+	Mark(108 108)
+)
Index: oldlib/lib/pcblib-newlib/generic/AXIAL_LAY 300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/AXIAL_LAY 300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/AXIAL_LAY 300.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "capacitor_axial" "" "AXIAL_LAY 300" 245 70 0 100 0x00)
+(
+	Pin(0 25 55 30 "1" 0x101)
+	Pin(300 25 55 30 "2" 0x01)
+	ElementLine(0 25 75 25 10)
+	ElementLine(225 25 300 25 10)
+	ElementLine(75 0 225 0 10)
+	ElementLine(225 0 225 50 10)
+	ElementLine(225 50 75 50 10)
+	ElementLine(75 50 75 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 25)
+)
Index: oldlib/lib/pcblib-newlib/generic/AXIAL_LAY 400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/AXIAL_LAY 400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/AXIAL_LAY 400.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "capacitor_axial" "" "AXIAL_LAY 400" 320 86 0 100 0x00)
+(
+	Pin(0 33 55 30 "1" 0x101)
+	Pin(400 33 55 30 "2" 0x01)
+	ElementLine(0 33 100 33 10)
+	ElementLine(300 33 400 33 10)
+	ElementLine(100 0 300 0 10)
+	ElementLine(300 0 300 66 10)
+	ElementLine(300 66 100 66 10)
+	ElementLine(100 66 100 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 33)
+)
Index: oldlib/lib/pcblib-newlib/generic/AXIAL_LAY 500.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/AXIAL_LAY 500.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/AXIAL_LAY 500.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "capacitor_axial" "" "AXIAL_LAY 500" 395 102 0 100 0x00)
+(
+	Pin(0 41 55 30 "1" 0x101)
+	Pin(500 41 55 30 "2" 0x01)
+	ElementLine(0 41 125 41 10)
+	ElementLine(375 41 500 41 10)
+	ElementLine(125 0 375 0 10)
+	ElementLine(375 0 375 82 10)
+	ElementLine(375 82 125 82 10)
+	ElementLine(125 82 125 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 41)
+)
Index: oldlib/lib/pcblib-newlib/generic/AXIAL_LAY 600.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/AXIAL_LAY 600.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/AXIAL_LAY 600.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "capacitor_axial" "" "AXIAL_LAY 600" 470 120 0 100 0x00)
+(
+	Pin(0 50 80 50 "1" 0x101)
+	Pin(600 50 80 50 "2" 0x01)
+	ElementLine(0 50 150 50 10)
+	ElementLine(450 50 600 50 10)
+	ElementLine(150 0 450 0 10)
+	ElementLine(450 0 450 100 10)
+	ElementLine(450 100 150 100 10)
+	ElementLine(150 100 150 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/AXIAL_LAY 800.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/AXIAL_LAY 800.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/AXIAL_LAY 800.fp	(revision 296)
@@ -0,0 +1,14 @@
+Element(0x00 "capacitor_axial" "" "AXIAL_LAY 800" 620 152 0 100 0x00)
+(
+	Pin(0 66 80 50 "1" 0x101)
+	Pin(800 66 80 50 "2" 0x01)
+	ElementLine(0 66 200 66 10)
+	ElementLine(600 66 800 66 10)
+	ElementLine(200 0 600 0 10)
+	ElementLine(600 0 600 132 10)
+	ElementLine(600 132 200 132 10)
+	ElementLine(200 132 200 0 10)
+#	ElementArc(X1 Y 50 50 270 180 10)
+#	ElementArc(X2 Y 50 50 90 180 10)
+	Mark(0 66)
+)
Index: oldlib/lib/pcblib-newlib/generic/D 14.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/D 14.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/D 14.fp	(revision 296)
@@ -0,0 +1,24 @@
+Element(0x00 "generic" "" "D 14" 142 50 3 100 0x00)
+(
+	Pad(0 25 50 25 20 "1" 0x00)
+	Pad(0 75 50 75 20 "2" 0x100)
+	Pad(0 125 50 125 20 "3" 0x100)
+	Pad(0 175 50 175 20 "4" 0x100)
+	Pad(0 225 50 225 20 "5" 0x100)
+	Pad(0 275 50 275 20 "6" 0x100)
+	Pad(0 325 50 325 20 "7" 0x100)
+	Pad(194 325 244 325 20 "8" 0x100)
+	Pad(194 275 244 275 20 "9" 0x100)
+	Pad(194 225 244 225 20 "10" 0x100)
+	Pad(194 175 244 175 20 "11" 0x100)
+	Pad(194 125 244 125 20 "12" 0x100)
+	Pad(194 75 244 75 20 "13" 0x100)
+	Pad(194 25 244 25 20 "14" 0x100)
+	ElementLine(50 0 50 350 10)
+	ElementLine(50 350 194 350 10)
+	ElementLine(194 350 194 0 10)
+	ElementLine(50 0 97 0 10)
+	ElementLine(147 0 194 0 10)
+	ElementArc(122 0 25 25 0 180 10)
+	Mark(25 25)
+)
Index: oldlib/lib/pcblib-newlib/generic/D 16.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/D 16.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/D 16.fp	(revision 296)
@@ -0,0 +1,26 @@
+Element(0x00 "generic" "" "D 16" 142 50 3 100 0x00)
+(
+	Pad(0 25 50 25 20 "1" 0x00)
+	Pad(0 75 50 75 20 "2" 0x100)
+	Pad(0 125 50 125 20 "3" 0x100)
+	Pad(0 175 50 175 20 "4" 0x100)
+	Pad(0 225 50 225 20 "5" 0x100)
+	Pad(0 275 50 275 20 "6" 0x100)
+	Pad(0 325 50 325 20 "7" 0x100)
+	Pad(0 375 50 375 20 "8" 0x100)
+	Pad(194 375 244 375 20 "9" 0x100)
+	Pad(194 325 244 325 20 "10" 0x100)
+	Pad(194 275 244 275 20 "11" 0x100)
+	Pad(194 225 244 225 20 "12" 0x100)
+	Pad(194 175 244 175 20 "13" 0x100)
+	Pad(194 125 244 125 20 "14" 0x100)
+	Pad(194 75 244 75 20 "15" 0x100)
+	Pad(194 25 244 25 20 "16" 0x100)
+	ElementLine(50 0 50 400 10)
+	ElementLine(50 400 194 400 10)
+	ElementLine(194 400 194 0 10)
+	ElementLine(50 0 97 0 10)
+	ElementLine(147 0 194 0 10)
+	ElementArc(122 0 25 25 0 180 10)
+	Mark(25 25)
+)
Index: oldlib/lib/pcblib-newlib/generic/D 18.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/D 18.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/D 18.fp	(revision 296)
@@ -0,0 +1,28 @@
+Element(0x00 "generic" "" "D 18" 142 50 3 100 0x00)
+(
+	Pad(0 25 50 25 20 "1" 0x00)
+	Pad(0 75 50 75 20 "2" 0x100)
+	Pad(0 125 50 125 20 "3" 0x100)
+	Pad(0 175 50 175 20 "4" 0x100)
+	Pad(0 225 50 225 20 "5" 0x100)
+	Pad(0 275 50 275 20 "6" 0x100)
+	Pad(0 325 50 325 20 "7" 0x100)
+	Pad(0 375 50 375 20 "8" 0x100)
+	Pad(0 425 50 425 20 "9" 0x100)
+	Pad(194 425 244 425 20 "10" 0x100)
+	Pad(194 375 244 375 20 "11" 0x100)
+	Pad(194 325 244 325 20 "12" 0x100)
+	Pad(194 275 244 275 20 "13" 0x100)
+	Pad(194 225 244 225 20 "14" 0x100)
+	Pad(194 175 244 175 20 "15" 0x100)
+	Pad(194 125 244 125 20 "16" 0x100)
+	Pad(194 75 244 75 20 "17" 0x100)
+	Pad(194 25 244 25 20 "18" 0x100)
+	ElementLine(50 0 50 450 10)
+	ElementLine(50 450 194 450 10)
+	ElementLine(194 450 194 0 10)
+	ElementLine(50 0 97 0 10)
+	ElementLine(147 0 194 0 10)
+	ElementArc(122 0 25 25 0 180 10)
+	Mark(25 25)
+)
Index: oldlib/lib/pcblib-newlib/generic/D 20.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/D 20.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/D 20.fp	(revision 296)
@@ -0,0 +1,30 @@
+Element(0x00 "generic" "" "D 20" 142 50 3 100 0x00)
+(
+	Pad(0 25 50 25 20 "1" 0x00)
+	Pad(0 75 50 75 20 "2" 0x100)
+	Pad(0 125 50 125 20 "3" 0x100)
+	Pad(0 175 50 175 20 "4" 0x100)
+	Pad(0 225 50 225 20 "5" 0x100)
+	Pad(0 275 50 275 20 "6" 0x100)
+	Pad(0 325 50 325 20 "7" 0x100)
+	Pad(0 375 50 375 20 "8" 0x100)
+	Pad(0 425 50 425 20 "9" 0x100)
+	Pad(0 475 50 475 20 "10" 0x100)
+	Pad(194 475 244 475 20 "11" 0x100)
+	Pad(194 425 244 425 20 "12" 0x100)
+	Pad(194 375 244 375 20 "13" 0x100)
+	Pad(194 325 244 325 20 "14" 0x100)
+	Pad(194 275 244 275 20 "15" 0x100)
+	Pad(194 225 244 225 20 "16" 0x100)
+	Pad(194 175 244 175 20 "17" 0x100)
+	Pad(194 125 244 125 20 "18" 0x100)
+	Pad(194 75 244 75 20 "19" 0x100)
+	Pad(194 25 244 25 20 "20" 0x100)
+	ElementLine(50 0 50 500 10)
+	ElementLine(50 500 194 500 10)
+	ElementLine(194 500 194 0 10)
+	ElementLine(50 0 97 0 10)
+	ElementLine(147 0 194 0 10)
+	ElementArc(122 0 25 25 0 180 10)
+	Mark(25 25)
+)
Index: oldlib/lib/pcblib-newlib/generic/D 24.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/D 24.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/D 24.fp	(revision 296)
@@ -0,0 +1,34 @@
+Element(0x00 "generic" "" "D 24" 142 50 3 100 0x00)
+(
+	Pad(0 25 50 25 20 "1" 0x00)
+	Pad(0 75 50 75 20 "2" 0x100)
+	Pad(0 125 50 125 20 "3" 0x100)
+	Pad(0 175 50 175 20 "4" 0x100)
+	Pad(0 225 50 225 20 "5" 0x100)
+	Pad(0 275 50 275 20 "6" 0x100)
+	Pad(0 325 50 325 20 "7" 0x100)
+	Pad(0 375 50 375 20 "8" 0x100)
+	Pad(0 425 50 425 20 "9" 0x100)
+	Pad(0 475 50 475 20 "10" 0x100)
+	Pad(0 525 50 525 20 "11" 0x100)
+	Pad(0 575 50 575 20 "12" 0x100)
+	Pad(194 575 244 575 20 "13" 0x100)
+	Pad(194 525 244 525 20 "14" 0x100)
+	Pad(194 475 244 475 20 "15" 0x100)
+	Pad(194 425 244 425 20 "16" 0x100)
+	Pad(194 375 244 375 20 "17" 0x100)
+	Pad(194 325 244 325 20 "18" 0x100)
+	Pad(194 275 244 275 20 "19" 0x100)
+	Pad(194 225 244 225 20 "20" 0x100)
+	Pad(194 175 244 175 20 "21" 0x100)
+	Pad(194 125 244 125 20 "22" 0x100)
+	Pad(194 75 244 75 20 "23" 0x100)
+	Pad(194 25 244 25 20 "24" 0x100)
+	ElementLine(50 0 50 600 10)
+	ElementLine(50 600 194 600 10)
+	ElementLine(194 600 194 0 10)
+	ElementLine(50 0 97 0 10)
+	ElementLine(147 0 194 0 10)
+	ElementArc(122 0 25 25 0 180 10)
+	Mark(25 25)
+)
Index: oldlib/lib/pcblib-newlib/generic/D 28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/D 28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/D 28.fp	(revision 296)
@@ -0,0 +1,38 @@
+Element(0x00 "generic" "" "D 28" 142 50 3 100 0x00)
+(
+	Pad(0 25 50 25 20 "1" 0x00)
+	Pad(0 75 50 75 20 "2" 0x100)
+	Pad(0 125 50 125 20 "3" 0x100)
+	Pad(0 175 50 175 20 "4" 0x100)
+	Pad(0 225 50 225 20 "5" 0x100)
+	Pad(0 275 50 275 20 "6" 0x100)
+	Pad(0 325 50 325 20 "7" 0x100)
+	Pad(0 375 50 375 20 "8" 0x100)
+	Pad(0 425 50 425 20 "9" 0x100)
+	Pad(0 475 50 475 20 "10" 0x100)
+	Pad(0 525 50 525 20 "11" 0x100)
+	Pad(0 575 50 575 20 "12" 0x100)
+	Pad(0 625 50 625 20 "13" 0x100)
+	Pad(0 675 50 675 20 "14" 0x100)
+	Pad(194 675 244 675 20 "15" 0x100)
+	Pad(194 625 244 625 20 "16" 0x100)
+	Pad(194 575 244 575 20 "17" 0x100)
+	Pad(194 525 244 525 20 "18" 0x100)
+	Pad(194 475 244 475 20 "19" 0x100)
+	Pad(194 425 244 425 20 "20" 0x100)
+	Pad(194 375 244 375 20 "21" 0x100)
+	Pad(194 325 244 325 20 "22" 0x100)
+	Pad(194 275 244 275 20 "23" 0x100)
+	Pad(194 225 244 225 20 "24" 0x100)
+	Pad(194 175 244 175 20 "25" 0x100)
+	Pad(194 125 244 125 20 "26" 0x100)
+	Pad(194 75 244 75 20 "27" 0x100)
+	Pad(194 25 244 25 20 "28" 0x100)
+	ElementLine(50 0 50 700 10)
+	ElementLine(50 700 194 700 10)
+	ElementLine(194 700 194 0 10)
+	ElementLine(50 0 97 0 10)
+	ElementLine(147 0 194 0 10)
+	ElementArc(122 0 25 25 0 180 10)
+	Mark(25 25)
+)
Index: oldlib/lib/pcblib-newlib/generic/D 8.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/D 8.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/D 8.fp	(revision 296)
@@ -0,0 +1,18 @@
+Element(0x00 "generic" "" "D 8" 142 50 3 100 0x00)
+(
+	Pad(0 25 50 25 20 "1" 0x00)
+	Pad(0 75 50 75 20 "2" 0x100)
+	Pad(0 125 50 125 20 "3" 0x100)
+	Pad(0 175 50 175 20 "4" 0x100)
+	Pad(194 175 244 175 20 "5" 0x100)
+	Pad(194 125 244 125 20 "6" 0x100)
+	Pad(194 75 244 75 20 "7" 0x100)
+	Pad(194 25 244 25 20 "8" 0x100)
+	ElementLine(50 0 50 200 10)
+	ElementLine(50 200 194 200 10)
+	ElementLine(194 200 194 0 10)
+	ElementLine(50 0 97 0 10)
+	ElementLine(147 0 194 0 10)
+	ElementArc(122 0 25 25 0 180 10)
+	Mark(25 25)
+)
Index: oldlib/lib/pcblib-newlib/generic/DIL 14 300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/DIL 14 300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/DIL 14 300.fp	(revision 296)
@@ -0,0 +1,26 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have ,, args
+Element(0x00 "generic" "" "DIL 14 300" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(350 650 60 28 "8" 0x01)
+	Pin(350 550 60 28 "9" 0x01)
+	Pin(350 450 60 28 "10" 0x01)
+	Pin(350 350 60 28 "11" 0x01)
+	Pin(350 250 60 28 "12" 0x01)
+	Pin(350 150 60 28 "13" 0x01)
+	Pin(350 50 60 28 "14" 0x01)
+	ElementLine(0 0 0 700 10)
+	ElementLine(0 700 400 700 10)
+	ElementLine(400 700 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/DIL 16 300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/DIL 16 300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/DIL 16 300.fp	(revision 296)
@@ -0,0 +1,28 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have ,, args
+Element(0x00 "generic" "" "DIL 16 300" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(350 750 60 28 "9" 0x01)
+	Pin(350 650 60 28 "10" 0x01)
+	Pin(350 550 60 28 "11" 0x01)
+	Pin(350 450 60 28 "12" 0x01)
+	Pin(350 350 60 28 "13" 0x01)
+	Pin(350 250 60 28 "14" 0x01)
+	Pin(350 150 60 28 "15" 0x01)
+	Pin(350 50 60 28 "16" 0x01)
+	ElementLine(0 0 0 800 10)
+	ElementLine(0 800 400 800 10)
+	ElementLine(400 800 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/DIL 18 300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/DIL 18 300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/DIL 18 300.fp	(revision 296)
@@ -0,0 +1,30 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have ,, args
+Element(0x00 "generic" "" "DIL 18 300" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(350 850 60 28 "10" 0x01)
+	Pin(350 750 60 28 "11" 0x01)
+	Pin(350 650 60 28 "12" 0x01)
+	Pin(350 550 60 28 "13" 0x01)
+	Pin(350 450 60 28 "14" 0x01)
+	Pin(350 350 60 28 "15" 0x01)
+	Pin(350 250 60 28 "16" 0x01)
+	Pin(350 150 60 28 "17" 0x01)
+	Pin(350 50 60 28 "18" 0x01)
+	ElementLine(0 0 0 900 10)
+	ElementLine(0 900 400 900 10)
+	ElementLine(400 900 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/DIL 20 300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/DIL 20 300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/DIL 20 300.fp	(revision 296)
@@ -0,0 +1,32 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have ,, args
+Element(0x00 "generic" "" "DIL 20 300" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(350 950 60 28 "11" 0x01)
+	Pin(350 850 60 28 "12" 0x01)
+	Pin(350 750 60 28 "13" 0x01)
+	Pin(350 650 60 28 "14" 0x01)
+	Pin(350 550 60 28 "15" 0x01)
+	Pin(350 450 60 28 "16" 0x01)
+	Pin(350 350 60 28 "17" 0x01)
+	Pin(350 250 60 28 "18" 0x01)
+	Pin(350 150 60 28 "19" 0x01)
+	Pin(350 50 60 28 "20" 0x01)
+	ElementLine(0 0 0 1000 10)
+	ElementLine(0 1000 400 1000 10)
+	ElementLine(400 1000 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/DIL 24 300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/DIL 24 300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/DIL 24 300.fp	(revision 296)
@@ -0,0 +1,36 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have ,, args
+Element(0x00 "generic" "" "DIL 24 300" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(350 1150 60 28 "13" 0x01)
+	Pin(350 1050 60 28 "14" 0x01)
+	Pin(350 950 60 28 "15" 0x01)
+	Pin(350 850 60 28 "16" 0x01)
+	Pin(350 750 60 28 "17" 0x01)
+	Pin(350 650 60 28 "18" 0x01)
+	Pin(350 550 60 28 "19" 0x01)
+	Pin(350 450 60 28 "20" 0x01)
+	Pin(350 350 60 28 "21" 0x01)
+	Pin(350 250 60 28 "22" 0x01)
+	Pin(350 150 60 28 "23" 0x01)
+	Pin(350 50 60 28 "24" 0x01)
+	ElementLine(0 0 0 1200 10)
+	ElementLine(0 1200 400 1200 10)
+	ElementLine(400 1200 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/DIL 24 600.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/DIL 24 600.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/DIL 24 600.fp	(revision 296)
@@ -0,0 +1,36 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have ,, args
+Element(0x00 "generic" "" "DIL 24 600" 370 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(650 1150 60 28 "13" 0x01)
+	Pin(650 1050 60 28 "14" 0x01)
+	Pin(650 950 60 28 "15" 0x01)
+	Pin(650 850 60 28 "16" 0x01)
+	Pin(650 750 60 28 "17" 0x01)
+	Pin(650 650 60 28 "18" 0x01)
+	Pin(650 550 60 28 "19" 0x01)
+	Pin(650 450 60 28 "20" 0x01)
+	Pin(650 350 60 28 "21" 0x01)
+	Pin(650 250 60 28 "22" 0x01)
+	Pin(650 150 60 28 "23" 0x01)
+	Pin(650 50 60 28 "24" 0x01)
+	ElementLine(0 0 0 1200 10)
+	ElementLine(0 1200 700 1200 10)
+	ElementLine(700 1200 700 0 10)
+	ElementLine(0 0 300 0 10)
+	ElementLine(400 0 700 0 10)
+	ElementArc(350 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/DIL 28 300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/DIL 28 300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/DIL 28 300.fp	(revision 296)
@@ -0,0 +1,40 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have ,, args
+Element(0x00 "generic" "" "DIL 28 300" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	Pin(50 1350 60 28 "14" 0x01)
+	Pin(350 1350 60 28 "15" 0x01)
+	Pin(350 1250 60 28 "16" 0x01)
+	Pin(350 1150 60 28 "17" 0x01)
+	Pin(350 1050 60 28 "18" 0x01)
+	Pin(350 950 60 28 "19" 0x01)
+	Pin(350 850 60 28 "20" 0x01)
+	Pin(350 750 60 28 "21" 0x01)
+	Pin(350 650 60 28 "22" 0x01)
+	Pin(350 550 60 28 "23" 0x01)
+	Pin(350 450 60 28 "24" 0x01)
+	Pin(350 350 60 28 "25" 0x01)
+	Pin(350 250 60 28 "26" 0x01)
+	Pin(350 150 60 28 "27" 0x01)
+	Pin(350 50 60 28 "28" 0x01)
+	ElementLine(0 0 0 1400 10)
+	ElementLine(0 1400 400 1400 10)
+	ElementLine(400 1400 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/DIL 28 600.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/DIL 28 600.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/DIL 28 600.fp	(revision 296)
@@ -0,0 +1,40 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have ,, args
+Element(0x00 "generic" "" "DIL 28 600" 370 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	Pin(50 1350 60 28 "14" 0x01)
+	Pin(650 1350 60 28 "15" 0x01)
+	Pin(650 1250 60 28 "16" 0x01)
+	Pin(650 1150 60 28 "17" 0x01)
+	Pin(650 1050 60 28 "18" 0x01)
+	Pin(650 950 60 28 "19" 0x01)
+	Pin(650 850 60 28 "20" 0x01)
+	Pin(650 750 60 28 "21" 0x01)
+	Pin(650 650 60 28 "22" 0x01)
+	Pin(650 550 60 28 "23" 0x01)
+	Pin(650 450 60 28 "24" 0x01)
+	Pin(650 350 60 28 "25" 0x01)
+	Pin(650 250 60 28 "26" 0x01)
+	Pin(650 150 60 28 "27" 0x01)
+	Pin(650 50 60 28 "28" 0x01)
+	ElementLine(0 0 0 1400 10)
+	ElementLine(0 1400 700 1400 10)
+	ElementLine(700 1400 700 0 10)
+	ElementLine(0 0 300 0 10)
+	ElementLine(400 0 700 0 10)
+	ElementArc(350 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/DIL 32 600.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/DIL 32 600.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/DIL 32 600.fp	(revision 296)
@@ -0,0 +1,44 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have ,, args
+Element(0x00 "generic" "" "DIL 32 600" 370 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	Pin(50 1350 60 28 "14" 0x01)
+	Pin(50 1450 60 28 "15" 0x01)
+	Pin(50 1550 60 28 "16" 0x01)
+	Pin(650 1550 60 28 "17" 0x01)
+	Pin(650 1450 60 28 "18" 0x01)
+	Pin(650 1350 60 28 "19" 0x01)
+	Pin(650 1250 60 28 "20" 0x01)
+	Pin(650 1150 60 28 "21" 0x01)
+	Pin(650 1050 60 28 "22" 0x01)
+	Pin(650 950 60 28 "23" 0x01)
+	Pin(650 850 60 28 "24" 0x01)
+	Pin(650 750 60 28 "25" 0x01)
+	Pin(650 650 60 28 "26" 0x01)
+	Pin(650 550 60 28 "27" 0x01)
+	Pin(650 450 60 28 "28" 0x01)
+	Pin(650 350 60 28 "29" 0x01)
+	Pin(650 250 60 28 "30" 0x01)
+	Pin(650 150 60 28 "31" 0x01)
+	Pin(650 50 60 28 "32" 0x01)
+	ElementLine(0 0 0 1600 10)
+	ElementLine(0 1600 700 1600 10)
+	ElementLine(700 1600 700 0 10)
+	ElementLine(0 0 300 0 10)
+	ElementLine(400 0 700 0 10)
+	ElementArc(350 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/DIL 40 600.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/DIL 40 600.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/DIL 40 600.fp	(revision 296)
@@ -0,0 +1,52 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have ,, args
+Element(0x00 "generic" "" "DIL 40 600" 370 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	Pin(50 1350 60 28 "14" 0x01)
+	Pin(50 1450 60 28 "15" 0x01)
+	Pin(50 1550 60 28 "16" 0x01)
+	Pin(50 1650 60 28 "17" 0x01)
+	Pin(50 1750 60 28 "18" 0x01)
+	Pin(50 1850 60 28 "19" 0x01)
+	Pin(50 1950 60 28 "20" 0x01)
+	Pin(650 1950 60 28 "21" 0x01)
+	Pin(650 1850 60 28 "22" 0x01)
+	Pin(650 1750 60 28 "23" 0x01)
+	Pin(650 1650 60 28 "24" 0x01)
+	Pin(650 1550 60 28 "25" 0x01)
+	Pin(650 1450 60 28 "26" 0x01)
+	Pin(650 1350 60 28 "27" 0x01)
+	Pin(650 1250 60 28 "28" 0x01)
+	Pin(650 1150 60 28 "29" 0x01)
+	Pin(650 1050 60 28 "30" 0x01)
+	Pin(650 950 60 28 "31" 0x01)
+	Pin(650 850 60 28 "32" 0x01)
+	Pin(650 750 60 28 "33" 0x01)
+	Pin(650 650 60 28 "34" 0x01)
+	Pin(650 550 60 28 "35" 0x01)
+	Pin(650 450 60 28 "36" 0x01)
+	Pin(650 350 60 28 "37" 0x01)
+	Pin(650 250 60 28 "38" 0x01)
+	Pin(650 150 60 28 "39" 0x01)
+	Pin(650 50 60 28 "40" 0x01)
+	ElementLine(0 0 0 2000 10)
+	ElementLine(0 2000 700 2000 10)
+	ElementLine(700 2000 700 0 10)
+	ElementLine(0 0 300 0 10)
+	ElementLine(400 0 700 0 10)
+	ElementArc(350 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/DIL 64 900.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/DIL 64 900.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/DIL 64 900.fp	(revision 296)
@@ -0,0 +1,76 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have ,, args
+Element(0x00 "generic" "" "DIL 64 900" 520 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	Pin(50 1350 60 28 "14" 0x01)
+	Pin(50 1450 60 28 "15" 0x01)
+	Pin(50 1550 60 28 "16" 0x01)
+	Pin(50 1650 60 28 "17" 0x01)
+	Pin(50 1750 60 28 "18" 0x01)
+	Pin(50 1850 60 28 "19" 0x01)
+	Pin(50 1950 60 28 "20" 0x01)
+	Pin(50 2050 60 28 "21" 0x01)
+	Pin(50 2150 60 28 "22" 0x01)
+	Pin(50 2250 60 28 "23" 0x01)
+	Pin(50 2350 60 28 "24" 0x01)
+	Pin(50 2450 60 28 "25" 0x01)
+	Pin(50 2550 60 28 "26" 0x01)
+	Pin(50 2650 60 28 "27" 0x01)
+	Pin(50 2750 60 28 "28" 0x01)
+	Pin(50 2850 60 28 "29" 0x01)
+	Pin(50 2950 60 28 "30" 0x01)
+	Pin(50 3050 60 28 "31" 0x01)
+	Pin(50 3150 60 28 "32" 0x01)
+	Pin(950 3150 60 28 "33" 0x01)
+	Pin(950 3050 60 28 "34" 0x01)
+	Pin(950 2950 60 28 "35" 0x01)
+	Pin(950 2850 60 28 "36" 0x01)
+	Pin(950 2750 60 28 "37" 0x01)
+	Pin(950 2650 60 28 "38" 0x01)
+	Pin(950 2550 60 28 "39" 0x01)
+	Pin(950 2450 60 28 "40" 0x01)
+	Pin(950 2350 60 28 "41" 0x01)
+	Pin(950 2250 60 28 "42" 0x01)
+	Pin(950 2150 60 28 "43" 0x01)
+	Pin(950 2050 60 28 "44" 0x01)
+	Pin(950 1950 60 28 "45" 0x01)
+	Pin(950 1850 60 28 "46" 0x01)
+	Pin(950 1750 60 28 "47" 0x01)
+	Pin(950 1650 60 28 "48" 0x01)
+	Pin(950 1550 60 28 "49" 0x01)
+	Pin(950 1450 60 28 "50" 0x01)
+	Pin(950 1350 60 28 "51" 0x01)
+	Pin(950 1250 60 28 "52" 0x01)
+	Pin(950 1150 60 28 "53" 0x01)
+	Pin(950 1050 60 28 "54" 0x01)
+	Pin(950 950 60 28 "55" 0x01)
+	Pin(950 850 60 28 "56" 0x01)
+	Pin(950 750 60 28 "57" 0x01)
+	Pin(950 650 60 28 "58" 0x01)
+	Pin(950 550 60 28 "59" 0x01)
+	Pin(950 450 60 28 "60" 0x01)
+	Pin(950 350 60 28 "61" 0x01)
+	Pin(950 250 60 28 "62" 0x01)
+	Pin(950 150 60 28 "63" 0x01)
+	Pin(950 50 60 28 "64" 0x01)
+	ElementLine(0 0 0 3200 10)
+	ElementLine(0 3200 1000 3200 10)
+	ElementLine(1000 3200 1000 0 10)
+	ElementLine(0 0 450 0 10)
+	ElementLine(550 0 1000 0 10)
+	ElementArc(500 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/DIL 8 300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/DIL 8 300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/DIL 8 300.fp	(revision 296)
@@ -0,0 +1,20 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have ,, args
+Element(0x00 "generic" "" "DIL 8 300" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(350 350 60 28 "5" 0x01)
+	Pin(350 250 60 28 "6" 0x01)
+	Pin(350 150 60 28 "7" 0x01)
+	Pin(350 50 60 28 "8" 0x01)
+	ElementLine(0 0 0 400 10)
+	ElementLine(0 400 400 400 10)
+	ElementLine(400 400 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/DIODE_LAY 300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/DIODE_LAY 300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/DIODE_LAY 300.fp	(revision 296)
@@ -0,0 +1,12 @@
+Element(0x00 "diode" "" "DIODE_LAY 300" 220 100 0 100 0x00)
+(
+	Pin(0 150 50 20 "1" 0x101)
+	Pin(300 150 50 20 "2" 0x01)
+	ElementLine(0 150 100 150 10)
+	ElementLine(200 150 300 150 10)
+	ElementLine(100 150 200 100 10)
+	ElementLine(200 100 200 200 10)
+	ElementLine(200 200 100 150 10)
+	ElementLine(100 100 100 200 10)
+	Mark(0 150)
+)
Index: oldlib/lib/pcblib-newlib/generic/DIODE_LAY 400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/DIODE_LAY 400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/DIODE_LAY 400.fp	(revision 296)
@@ -0,0 +1,12 @@
+Element(0x00 "diode" "" "DIODE_LAY 400" 287 134 0 100 0x00)
+(
+	Pin(0 200 50 20 "1" 0x101)
+	Pin(400 200 50 20 "2" 0x01)
+	ElementLine(0 200 133 200 10)
+	ElementLine(267 200 400 200 10)
+	ElementLine(133 200 267 134 10)
+	ElementLine(267 134 267 266 10)
+	ElementLine(267 266 133 200 10)
+	ElementLine(133 134 133 266 10)
+	Mark(0 200)
+)
Index: oldlib/lib/pcblib-newlib/generic/DIODE_LAY 500.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/DIODE_LAY 500.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/DIODE_LAY 500.fp	(revision 296)
@@ -0,0 +1,12 @@
+Element(0x00 "diode" "" "DIODE_LAY 500" 354 167 0 100 0x00)
+(
+	Pin(0 250 80 20 "1" 0x101)
+	Pin(500 250 80 20 "2" 0x01)
+	ElementLine(0 250 166 250 10)
+	ElementLine(334 250 500 250 10)
+	ElementLine(166 250 334 167 10)
+	ElementLine(334 167 334 333 10)
+	ElementLine(334 333 166 250 10)
+	ElementLine(166 167 166 333 10)
+	Mark(0 250)
+)
Index: oldlib/lib/pcblib-newlib/generic/DIODE_LAY 600.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/DIODE_LAY 600.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/DIODE_LAY 600.fp	(revision 296)
@@ -0,0 +1,12 @@
+Element(0x00 "diode" "" "DIODE_LAY 600" 420 200 0 100 0x00)
+(
+	Pin(0 300 80 20 "1" 0x101)
+	Pin(600 300 80 20 "2" 0x01)
+	ElementLine(0 300 200 300 10)
+	ElementLine(400 300 600 300 10)
+	ElementLine(200 300 400 200 10)
+	ElementLine(400 200 400 400 10)
+	ElementLine(400 400 200 300 10)
+	ElementLine(200 200 200 400 10)
+	Mark(0 300)
+)
Index: oldlib/lib/pcblib-newlib/generic/DIODE_LAY 800.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/DIODE_LAY 800.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/DIODE_LAY 800.fp	(revision 296)
@@ -0,0 +1,12 @@
+Element(0x00 "diode" "" "DIODE_LAY 800" 554 267 0 100 0x00)
+(
+	Pin(0 400 80 20 "1" 0x101)
+	Pin(800 400 80 20 "2" 0x01)
+	ElementLine(0 400 266 400 10)
+	ElementLine(534 400 800 400 10)
+	ElementLine(266 400 534 267 10)
+	ElementLine(534 267 534 533 10)
+	ElementLine(534 533 266 400 10)
+	ElementLine(266 267 266 533 10)
+	Mark(0 400)
+)
Index: oldlib/lib/pcblib-newlib/generic/DW 24.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/DW 24.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/DW 24.fp	(revision 296)
@@ -0,0 +1,34 @@
+Element(0x00 "generic" "" "DW 24" 229 50 3 100 0x00)
+(
+	Pad(0 25 50 25 20 "1" 0x00)
+	Pad(0 75 50 75 20 "2" 0x100)
+	Pad(0 125 50 125 20 "3" 0x100)
+	Pad(0 175 50 175 20 "4" 0x100)
+	Pad(0 225 50 225 20 "5" 0x100)
+	Pad(0 275 50 275 20 "6" 0x100)
+	Pad(0 325 50 325 20 "7" 0x100)
+	Pad(0 375 50 375 20 "8" 0x100)
+	Pad(0 425 50 425 20 "9" 0x100)
+	Pad(0 475 50 475 20 "10" 0x100)
+	Pad(0 525 50 525 20 "11" 0x100)
+	Pad(0 575 50 575 20 "12" 0x100)
+	Pad(369 575 419 575 20 "13" 0x100)
+	Pad(369 525 419 525 20 "14" 0x100)
+	Pad(369 475 419 475 20 "15" 0x100)
+	Pad(369 425 419 425 20 "16" 0x100)
+	Pad(369 375 419 375 20 "17" 0x100)
+	Pad(369 325 419 325 20 "18" 0x100)
+	Pad(369 275 419 275 20 "19" 0x100)
+	Pad(369 225 419 225 20 "20" 0x100)
+	Pad(369 175 419 175 20 "21" 0x100)
+	Pad(369 125 419 125 20 "22" 0x100)
+	Pad(369 75 419 75 20 "23" 0x100)
+	Pad(369 25 419 25 20 "24" 0x100)
+	ElementLine(50 0 50 600 10)
+	ElementLine(50 600 369 600 10)
+	ElementLine(369 600 369 0 10)
+	ElementLine(50 0 184 0 10)
+	ElementLine(234 0 369 0 10)
+	ElementArc(209 0 25 25 0 180 10)
+	Mark(25 25)
+)
Index: oldlib/lib/pcblib-newlib/generic/DW 28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/DW 28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/DW 28.fp	(revision 296)
@@ -0,0 +1,38 @@
+Element(0x00 "generic" "" "DW 28" 229 50 3 100 0x00)
+(
+	Pad(0 25 50 25 20 "1" 0x00)
+	Pad(0 75 50 75 20 "2" 0x100)
+	Pad(0 125 50 125 20 "3" 0x100)
+	Pad(0 175 50 175 20 "4" 0x100)
+	Pad(0 225 50 225 20 "5" 0x100)
+	Pad(0 275 50 275 20 "6" 0x100)
+	Pad(0 325 50 325 20 "7" 0x100)
+	Pad(0 375 50 375 20 "8" 0x100)
+	Pad(0 425 50 425 20 "9" 0x100)
+	Pad(0 475 50 475 20 "10" 0x100)
+	Pad(0 525 50 525 20 "11" 0x100)
+	Pad(0 575 50 575 20 "12" 0x100)
+	Pad(0 625 50 625 20 "13" 0x100)
+	Pad(0 675 50 675 20 "14" 0x100)
+	Pad(369 675 419 675 20 "15" 0x100)
+	Pad(369 625 419 625 20 "16" 0x100)
+	Pad(369 575 419 575 20 "17" 0x100)
+	Pad(369 525 419 525 20 "18" 0x100)
+	Pad(369 475 419 475 20 "19" 0x100)
+	Pad(369 425 419 425 20 "20" 0x100)
+	Pad(369 375 419 375 20 "21" 0x100)
+	Pad(369 325 419 325 20 "22" 0x100)
+	Pad(369 275 419 275 20 "23" 0x100)
+	Pad(369 225 419 225 20 "24" 0x100)
+	Pad(369 175 419 175 20 "25" 0x100)
+	Pad(369 125 419 125 20 "26" 0x100)
+	Pad(369 75 419 75 20 "27" 0x100)
+	Pad(369 25 419 25 20 "28" 0x100)
+	ElementLine(50 0 50 700 10)
+	ElementLine(50 700 369 700 10)
+	ElementLine(369 700 369 0 10)
+	ElementLine(50 0 184 0 10)
+	ElementLine(234 0 369 0 10)
+	ElementArc(209 0 25 25 0 180 10)
+	Mark(25 25)
+)
Index: oldlib/lib/pcblib-newlib/generic/ISA8.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/ISA8.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/ISA8.fp	(revision 296)
@@ -0,0 +1,81 @@
+	Element(0x00 "isa_eight_bit" "" "ISA8" 4000 0 0 100 0x00)
+(
+    # Pins, entspr. Anschl. auf Loetseite (b31..b1)
+	Pin( 200 3850 60 35 "Gnd (b31)" 0x01)
+	Pin( 300 3850 60 35 "Osc" 0x01)
+	Pin( 400 3850 60 35 "+5V" 0x01)
+	Pin( 500 3850 60 35 "BALE" 0x01)
+	Pin( 600 3850 60 35 "TC" 0x01)
+	Pin( 700 3850 60 35 "/DAck2" 0x01)
+	Pin( 800 3850 60 35 "IRq3" 0x01)
+	Pin( 900 3850 60 35 "IRq4" 0x01)
+	Pin(1000 3850 60 35 "IRq5" 0x01)
+	Pin(1100 3850 60 35 "IRq6" 0x01)
+	Pin(1200 3850 60 35 "IRq7" 0x01)
+	Pin(1300 3850 60 35 "Clock" 0x01)
+	Pin(1400 3850 60 35 "/Ref" 0x01)
+	Pin(1500 3850 60 35 "DRq1" 0x01)
+	Pin(1600 3850 60 35 "/DAck1" 0x01)
+	Pin(1700 3850 60 35 "DRq3" 0x01)
+	Pin(1800 3850 60 35 "/DAck3" 0x01)
+	Pin(1900 3850 60 35 "/IOR" 0x01)
+	Pin(2000 3850 60 35 "/IOW" 0x01)
+	Pin(2100 3850 60 35 "/SMEMR" 0x01)
+	Pin(2200 3850 60 35 "/SMEMW" 0x01)
+	Pin(2300 3850 60 35 "Gnd" 0x01)
+	Pin(2400 3850 60 35 "+12V" 0x01)
+	Pin(2500 3850 60 35 "/0WS" 0x01)
+	Pin(2600 3850 60 35 "-12V" 0x01)
+	Pin(2700 3850 60 35 "DRq2" 0x01)
+	Pin(2800 3850 60 35 "-5V" 0x01)
+	Pin(2900 3850 60 35 "IEQ2" 0x01)
+	Pin(3000 3850 60 35 "+5V" 0x01)
+	Pin(3100 3850 60 35 "ResDrv" 0x01)
+	Pin(3200 3850 60 35 "Gnd (b1)" 0x01)
+      # Pins, entspr. Anschl. auf Bestueckseite
+	Pin( 200 3950 60 35 "SA0 (a31)" 0x01)
+	Pin( 300 3950 60 35 "SA1" 0x01)
+	Pin( 400 3950 60 35 "SA2" 0x01)
+	Pin( 500 3950 60 35 "SA3" 0x01)
+	Pin( 600 3950 60 35 "SA4" 0x01)
+	Pin( 700 3950 60 35 "SA5" 0x01)
+	Pin( 800 3950 60 35 "SA6" 0x01)
+	Pin( 900 3950 60 35 "SA7" 0x01)
+	Pin(1000 3950 60 35 "SA8" 0x01)
+	Pin(1100 3950 60 35 "SA9" 0x01)
+	Pin(1200 3950 60 35 "SA10" 0x01)
+	Pin(1300 3950 60 35 "SA11" 0x01)
+	Pin(1400 3950 60 35 "SA12" 0x01)
+	Pin(1500 3950 60 35 "SA13" 0x01)
+	Pin(1600 3950 60 35 "SA14" 0x01)
+	Pin(1700 3950 60 35 "SA15" 0x01)
+	Pin(1800 3950 60 35 "SA16" 0x01)
+	Pin(1900 3950 60 35 "SA17" 0x01)
+	Pin(2000 3950 60 35 "SA18" 0x01)
+	Pin(2100 3950 60 35 "SA19" 0x01)
+	Pin(2200 3950 60 35 "AEN" 0x01)
+	Pin(2300 3950 60 35 "IOChRdy" 0x01)
+	Pin(2400 3950 60 35 "SD0" 0x01)
+	Pin(2500 3950 60 35 "SD1" 0x01)
+	Pin(2600 3950 60 35 "SD2" 0x01)
+	Pin(2700 3950 60 35 "SD3" 0x01)
+	Pin(2800 3950 60 35 "SD4" 0x01)
+	Pin(2900 3950 60 35 "SD5" 0x01)
+	Pin(3000 3950 60 35 "SD6" 0x01)
+	Pin(3100 3950 60 35 "SD7" 0x01)
+	Pin(3200 3950 60 35 "/IOChCk (a1)" 0x01)
+      # Umrahmung
+	ElementLine(   0  100  100  100 2)
+	ElementLine( 100    0  100  100 2)
+	ElementLine( 100  100 4250  100 5)
+	ElementLine(4250  100 4250 3810 5)
+	ElementLine(4250 3810 3620 3810 5)
+	ElementLine(3620 3810 3620 3510 5)
+	ElementLine(3620 3510 3300 3510 5)
+	ElementLine(3300 3510 3300 3810 5)
+	ElementLine(3300 3810  100 3810 5)
+	ElementLine( 100 3810  100 3510 5)
+	ElementLine( 100 3510    0 3510 2)
+      # Markierung == Pin B1
+	Mark(3200 3850)
+)
Index: oldlib/lib/pcblib-newlib/generic/N 14 300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/N 14 300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/N 14 300.fp	(revision 296)
@@ -0,0 +1,26 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "generic" "" "N 14 300" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(350 650 60 28 "8" 0x01)
+	Pin(350 550 60 28 "9" 0x01)
+	Pin(350 450 60 28 "10" 0x01)
+	Pin(350 350 60 28 "11" 0x01)
+	Pin(350 250 60 28 "12" 0x01)
+	Pin(350 150 60 28 "13" 0x01)
+	Pin(350 50 60 28 "14" 0x01)
+	ElementLine(0 0 0 700 10)
+	ElementLine(0 700 400 700 10)
+	ElementLine(400 700 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/N 16 300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/N 16 300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/N 16 300.fp	(revision 296)
@@ -0,0 +1,28 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "generic" "" "N 16 300" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(350 750 60 28 "9" 0x01)
+	Pin(350 650 60 28 "10" 0x01)
+	Pin(350 550 60 28 "11" 0x01)
+	Pin(350 450 60 28 "12" 0x01)
+	Pin(350 350 60 28 "13" 0x01)
+	Pin(350 250 60 28 "14" 0x01)
+	Pin(350 150 60 28 "15" 0x01)
+	Pin(350 50 60 28 "16" 0x01)
+	ElementLine(0 0 0 800 10)
+	ElementLine(0 800 400 800 10)
+	ElementLine(400 800 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/N 18 300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/N 18 300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/N 18 300.fp	(revision 296)
@@ -0,0 +1,30 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "generic" "" "N 18 300" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(350 850 60 28 "10" 0x01)
+	Pin(350 750 60 28 "11" 0x01)
+	Pin(350 650 60 28 "12" 0x01)
+	Pin(350 550 60 28 "13" 0x01)
+	Pin(350 450 60 28 "14" 0x01)
+	Pin(350 350 60 28 "15" 0x01)
+	Pin(350 250 60 28 "16" 0x01)
+	Pin(350 150 60 28 "17" 0x01)
+	Pin(350 50 60 28 "18" 0x01)
+	ElementLine(0 0 0 900 10)
+	ElementLine(0 900 400 900 10)
+	ElementLine(400 900 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/N 20 300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/N 20 300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/N 20 300.fp	(revision 296)
@@ -0,0 +1,32 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "generic" "" "N 20 300" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(350 950 60 28 "11" 0x01)
+	Pin(350 850 60 28 "12" 0x01)
+	Pin(350 750 60 28 "13" 0x01)
+	Pin(350 650 60 28 "14" 0x01)
+	Pin(350 550 60 28 "15" 0x01)
+	Pin(350 450 60 28 "16" 0x01)
+	Pin(350 350 60 28 "17" 0x01)
+	Pin(350 250 60 28 "18" 0x01)
+	Pin(350 150 60 28 "19" 0x01)
+	Pin(350 50 60 28 "20" 0x01)
+	ElementLine(0 0 0 1000 10)
+	ElementLine(0 1000 400 1000 10)
+	ElementLine(400 1000 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/N 24 300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/N 24 300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/N 24 300.fp	(revision 296)
@@ -0,0 +1,36 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "generic" "" "N 24 300" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(350 1150 60 28 "13" 0x01)
+	Pin(350 1050 60 28 "14" 0x01)
+	Pin(350 950 60 28 "15" 0x01)
+	Pin(350 850 60 28 "16" 0x01)
+	Pin(350 750 60 28 "17" 0x01)
+	Pin(350 650 60 28 "18" 0x01)
+	Pin(350 550 60 28 "19" 0x01)
+	Pin(350 450 60 28 "20" 0x01)
+	Pin(350 350 60 28 "21" 0x01)
+	Pin(350 250 60 28 "22" 0x01)
+	Pin(350 150 60 28 "23" 0x01)
+	Pin(350 50 60 28 "24" 0x01)
+	ElementLine(0 0 0 1200 10)
+	ElementLine(0 1200 400 1200 10)
+	ElementLine(400 1200 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/N 24 600.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/N 24 600.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/N 24 600.fp	(revision 296)
@@ -0,0 +1,36 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "generic" "" "N 24 600" 370 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(650 1150 60 28 "13" 0x01)
+	Pin(650 1050 60 28 "14" 0x01)
+	Pin(650 950 60 28 "15" 0x01)
+	Pin(650 850 60 28 "16" 0x01)
+	Pin(650 750 60 28 "17" 0x01)
+	Pin(650 650 60 28 "18" 0x01)
+	Pin(650 550 60 28 "19" 0x01)
+	Pin(650 450 60 28 "20" 0x01)
+	Pin(650 350 60 28 "21" 0x01)
+	Pin(650 250 60 28 "22" 0x01)
+	Pin(650 150 60 28 "23" 0x01)
+	Pin(650 50 60 28 "24" 0x01)
+	ElementLine(0 0 0 1200 10)
+	ElementLine(0 1200 700 1200 10)
+	ElementLine(700 1200 700 0 10)
+	ElementLine(0 0 300 0 10)
+	ElementLine(400 0 700 0 10)
+	ElementArc(350 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/N 28 300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/N 28 300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/N 28 300.fp	(revision 296)
@@ -0,0 +1,40 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "generic" "" "N 28 300" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	Pin(50 1350 60 28 "14" 0x01)
+	Pin(350 1350 60 28 "15" 0x01)
+	Pin(350 1250 60 28 "16" 0x01)
+	Pin(350 1150 60 28 "17" 0x01)
+	Pin(350 1050 60 28 "18" 0x01)
+	Pin(350 950 60 28 "19" 0x01)
+	Pin(350 850 60 28 "20" 0x01)
+	Pin(350 750 60 28 "21" 0x01)
+	Pin(350 650 60 28 "22" 0x01)
+	Pin(350 550 60 28 "23" 0x01)
+	Pin(350 450 60 28 "24" 0x01)
+	Pin(350 350 60 28 "25" 0x01)
+	Pin(350 250 60 28 "26" 0x01)
+	Pin(350 150 60 28 "27" 0x01)
+	Pin(350 50 60 28 "28" 0x01)
+	ElementLine(0 0 0 1400 10)
+	ElementLine(0 1400 400 1400 10)
+	ElementLine(400 1400 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/N 28 600.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/N 28 600.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/N 28 600.fp	(revision 296)
@@ -0,0 +1,40 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "generic" "" "N 28 600" 370 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	Pin(50 1350 60 28 "14" 0x01)
+	Pin(650 1350 60 28 "15" 0x01)
+	Pin(650 1250 60 28 "16" 0x01)
+	Pin(650 1150 60 28 "17" 0x01)
+	Pin(650 1050 60 28 "18" 0x01)
+	Pin(650 950 60 28 "19" 0x01)
+	Pin(650 850 60 28 "20" 0x01)
+	Pin(650 750 60 28 "21" 0x01)
+	Pin(650 650 60 28 "22" 0x01)
+	Pin(650 550 60 28 "23" 0x01)
+	Pin(650 450 60 28 "24" 0x01)
+	Pin(650 350 60 28 "25" 0x01)
+	Pin(650 250 60 28 "26" 0x01)
+	Pin(650 150 60 28 "27" 0x01)
+	Pin(650 50 60 28 "28" 0x01)
+	ElementLine(0 0 0 1400 10)
+	ElementLine(0 1400 700 1400 10)
+	ElementLine(700 1400 700 0 10)
+	ElementLine(0 0 300 0 10)
+	ElementLine(400 0 700 0 10)
+	ElementArc(350 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/N 32 600.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/N 32 600.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/N 32 600.fp	(revision 296)
@@ -0,0 +1,44 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "generic" "" "N 32 600" 370 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	Pin(50 1350 60 28 "14" 0x01)
+	Pin(50 1450 60 28 "15" 0x01)
+	Pin(50 1550 60 28 "16" 0x01)
+	Pin(650 1550 60 28 "17" 0x01)
+	Pin(650 1450 60 28 "18" 0x01)
+	Pin(650 1350 60 28 "19" 0x01)
+	Pin(650 1250 60 28 "20" 0x01)
+	Pin(650 1150 60 28 "21" 0x01)
+	Pin(650 1050 60 28 "22" 0x01)
+	Pin(650 950 60 28 "23" 0x01)
+	Pin(650 850 60 28 "24" 0x01)
+	Pin(650 750 60 28 "25" 0x01)
+	Pin(650 650 60 28 "26" 0x01)
+	Pin(650 550 60 28 "27" 0x01)
+	Pin(650 450 60 28 "28" 0x01)
+	Pin(650 350 60 28 "29" 0x01)
+	Pin(650 250 60 28 "30" 0x01)
+	Pin(650 150 60 28 "31" 0x01)
+	Pin(650 50 60 28 "32" 0x01)
+	ElementLine(0 0 0 1600 10)
+	ElementLine(0 1600 700 1600 10)
+	ElementLine(700 1600 700 0 10)
+	ElementLine(0 0 300 0 10)
+	ElementLine(400 0 700 0 10)
+	ElementArc(350 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/N 40 600.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/N 40 600.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/N 40 600.fp	(revision 296)
@@ -0,0 +1,52 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "generic" "" "N 40 600" 370 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	Pin(50 1350 60 28 "14" 0x01)
+	Pin(50 1450 60 28 "15" 0x01)
+	Pin(50 1550 60 28 "16" 0x01)
+	Pin(50 1650 60 28 "17" 0x01)
+	Pin(50 1750 60 28 "18" 0x01)
+	Pin(50 1850 60 28 "19" 0x01)
+	Pin(50 1950 60 28 "20" 0x01)
+	Pin(650 1950 60 28 "21" 0x01)
+	Pin(650 1850 60 28 "22" 0x01)
+	Pin(650 1750 60 28 "23" 0x01)
+	Pin(650 1650 60 28 "24" 0x01)
+	Pin(650 1550 60 28 "25" 0x01)
+	Pin(650 1450 60 28 "26" 0x01)
+	Pin(650 1350 60 28 "27" 0x01)
+	Pin(650 1250 60 28 "28" 0x01)
+	Pin(650 1150 60 28 "29" 0x01)
+	Pin(650 1050 60 28 "30" 0x01)
+	Pin(650 950 60 28 "31" 0x01)
+	Pin(650 850 60 28 "32" 0x01)
+	Pin(650 750 60 28 "33" 0x01)
+	Pin(650 650 60 28 "34" 0x01)
+	Pin(650 550 60 28 "35" 0x01)
+	Pin(650 450 60 28 "36" 0x01)
+	Pin(650 350 60 28 "37" 0x01)
+	Pin(650 250 60 28 "38" 0x01)
+	Pin(650 150 60 28 "39" 0x01)
+	Pin(650 50 60 28 "40" 0x01)
+	ElementLine(0 0 0 2000 10)
+	ElementLine(0 2000 700 2000 10)
+	ElementLine(700 2000 700 0 10)
+	ElementLine(0 0 300 0 10)
+	ElementLine(400 0 700 0 10)
+	ElementArc(350 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/N 64 900.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/N 64 900.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/N 64 900.fp	(revision 296)
@@ -0,0 +1,76 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "generic" "" "N 64 900" 520 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(50 450 60 28 "5" 0x01)
+	Pin(50 550 60 28 "6" 0x01)
+	Pin(50 650 60 28 "7" 0x01)
+	Pin(50 750 60 28 "8" 0x01)
+	Pin(50 850 60 28 "9" 0x01)
+	Pin(50 950 60 28 "10" 0x01)
+	Pin(50 1050 60 28 "11" 0x01)
+	Pin(50 1150 60 28 "12" 0x01)
+	Pin(50 1250 60 28 "13" 0x01)
+	Pin(50 1350 60 28 "14" 0x01)
+	Pin(50 1450 60 28 "15" 0x01)
+	Pin(50 1550 60 28 "16" 0x01)
+	Pin(50 1650 60 28 "17" 0x01)
+	Pin(50 1750 60 28 "18" 0x01)
+	Pin(50 1850 60 28 "19" 0x01)
+	Pin(50 1950 60 28 "20" 0x01)
+	Pin(50 2050 60 28 "21" 0x01)
+	Pin(50 2150 60 28 "22" 0x01)
+	Pin(50 2250 60 28 "23" 0x01)
+	Pin(50 2350 60 28 "24" 0x01)
+	Pin(50 2450 60 28 "25" 0x01)
+	Pin(50 2550 60 28 "26" 0x01)
+	Pin(50 2650 60 28 "27" 0x01)
+	Pin(50 2750 60 28 "28" 0x01)
+	Pin(50 2850 60 28 "29" 0x01)
+	Pin(50 2950 60 28 "30" 0x01)
+	Pin(50 3050 60 28 "31" 0x01)
+	Pin(50 3150 60 28 "32" 0x01)
+	Pin(950 3150 60 28 "33" 0x01)
+	Pin(950 3050 60 28 "34" 0x01)
+	Pin(950 2950 60 28 "35" 0x01)
+	Pin(950 2850 60 28 "36" 0x01)
+	Pin(950 2750 60 28 "37" 0x01)
+	Pin(950 2650 60 28 "38" 0x01)
+	Pin(950 2550 60 28 "39" 0x01)
+	Pin(950 2450 60 28 "40" 0x01)
+	Pin(950 2350 60 28 "41" 0x01)
+	Pin(950 2250 60 28 "42" 0x01)
+	Pin(950 2150 60 28 "43" 0x01)
+	Pin(950 2050 60 28 "44" 0x01)
+	Pin(950 1950 60 28 "45" 0x01)
+	Pin(950 1850 60 28 "46" 0x01)
+	Pin(950 1750 60 28 "47" 0x01)
+	Pin(950 1650 60 28 "48" 0x01)
+	Pin(950 1550 60 28 "49" 0x01)
+	Pin(950 1450 60 28 "50" 0x01)
+	Pin(950 1350 60 28 "51" 0x01)
+	Pin(950 1250 60 28 "52" 0x01)
+	Pin(950 1150 60 28 "53" 0x01)
+	Pin(950 1050 60 28 "54" 0x01)
+	Pin(950 950 60 28 "55" 0x01)
+	Pin(950 850 60 28 "56" 0x01)
+	Pin(950 750 60 28 "57" 0x01)
+	Pin(950 650 60 28 "58" 0x01)
+	Pin(950 550 60 28 "59" 0x01)
+	Pin(950 450 60 28 "60" 0x01)
+	Pin(950 350 60 28 "61" 0x01)
+	Pin(950 250 60 28 "62" 0x01)
+	Pin(950 150 60 28 "63" 0x01)
+	Pin(950 50 60 28 "64" 0x01)
+	ElementLine(0 0 0 3200 10)
+	ElementLine(0 3200 1000 3200 10)
+	ElementLine(1000 3200 1000 0 10)
+	ElementLine(0 0 450 0 10)
+	ElementLine(550 0 1000 0 10)
+	ElementArc(500 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/N 8 300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/N 8 300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/N 8 300.fp	(revision 296)
@@ -0,0 +1,20 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "generic" "" "N 8 300" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "1" 0x101)
+	Pin(50 150 60 28 "2" 0x01)
+	Pin(50 250 60 28 "3" 0x01)
+	Pin(50 350 60 28 "4" 0x01)
+	Pin(350 350 60 28 "5" 0x01)
+	Pin(350 250 60 28 "6" 0x01)
+	Pin(350 150 60 28 "7" 0x01)
+	Pin(350 50 60 28 "8" 0x01)
+	ElementLine(0 0 0 400 10)
+	ElementLine(0 400 400 400 10)
+	ElementLine(400 400 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/NEC19.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/NEC19.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/NEC19.fp	(revision 296)
@@ -0,0 +1,11 @@
+	Element(0x00 "NEC SOT-NE19 package" "" "NEC19" 0 62 0 100 0x00)
+(
+	# Use Pad instead of PAD so all pads come out square
+	Pad(0  40  0  40  24  "1"  0x100)
+	Pad(0  0  0  0  24  "2"  0x100)
+	Pad(50  20  50  20  24  "3"  0x100)
+	ElementLine(16 -11 16 51 6)
+	ElementLine(16 51 34 51 6)
+	ElementLine(34 51 34 -11 6)
+	ElementLine(34 -11 16 -11 6)
+)
Index: oldlib/lib/pcblib-newlib/generic/OLD_QFP 44 150.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/OLD_QFP 44 150.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/OLD_QFP 44 150.fp	(revision 296)
@@ -0,0 +1,59 @@
+Element(0x00 "generic" "" "OLD_QFP 44 150" 100 197 0 100 0x00)
+(
+	# left row
+#define(`count', `eval(OFFSET+1)')
+Pad(-65 42 5 42 20 "1" 0x00) 
+	Pad(-65 73 5 73 20 "2" 0x100) 
+	Pad(-65 104 5 104 20 "3" 0x100) 
+	Pad(-65 135 5 135 20 "4" 0x100) 
+	Pad(-65 166 5 166 20 "5" 0x100) 
+	Pad(-65 197 5 197 20 "6" 0x100) 
+	Pad(-65 228 5 228 20 "7" 0x100) 
+	Pad(-65 259 5 259 20 "8" 0x100) 
+	Pad(-65 290 5 290 20 "9" 0x100) 
+	Pad(-65 321 5 321 20 "10" 0x100) 
+	Pad(-65 352 5 352 20 "11" 0x100) 
+	# bottom row
+Pad(42 459 42 389 20 "12" 0x100) 
+Pad(73 459 73 389 20 "13" 0x100) 
+Pad(104 459 104 389 20 "14" 0x100) 
+Pad(135 459 135 389 20 "15" 0x100) 
+Pad(166 459 166 389 20 "16" 0x100) 
+Pad(197 459 197 389 20 "17" 0x100) 
+Pad(228 459 228 389 20 "18" 0x100) 
+Pad(259 459 259 389 20 "19" 0x100) 
+Pad(290 459 290 389 20 "20" 0x100) 
+Pad(321 459 321 389 20 "21" 0x100) 
+Pad(352 459 352 389 20 "22" 0x100) 
+	# right row
+Pad(459 352 389 352 20 "23" 0x100) 
+Pad(459 321 389 321 20 "24" 0x100) 
+Pad(459 290 389 290 20 "25" 0x100) 
+Pad(459 259 389 259 20 "26" 0x100) 
+Pad(459 228 389 228 20 "27" 0x100) 
+Pad(459 197 389 197 20 "28" 0x100) 
+Pad(459 166 389 166 20 "29" 0x100) 
+Pad(459 135 389 135 20 "30" 0x100) 
+Pad(459 104 389 104 20 "31" 0x100) 
+Pad(459 73 389 73 20 "32" 0x100) 
+Pad(459 42 389 42 20 "33" 0x100) 
+	# top row
+Pad(352 -65 352 5 20 "34" 0x100) 
+Pad(321 -65 321 5 20 "35" 0x100) 
+Pad(290 -65 290 5 20 "36" 0x100) 
+Pad(259 -65 259 5 20 "37" 0x100) 
+Pad(228 -65 228 5 20 "38" 0x100) 
+Pad(197 -65 197 5 20 "39" 0x100) 
+Pad(166 -65 166 5 20 "40" 0x100) 
+Pad(135 -65 135 5 20 "41" 0x100) 
+Pad(104 -65 104 5 20 "42" 0x100) 
+Pad(73 -65 73 5 20 "43" 0x100) 
+Pad(42 -65 42 5 20 "44" 0x100) 
+	ElementLine(28 0 394 0 10)
+	ElementLine(394 0 394 394 10)
+	ElementLine(394 394 0 394 10)
+	ElementLine(0 394 0 28 10)
+	ElementLine(0 28 28 0 10)
+	ElementArc(80 80 20 20 0 360 10)
+	Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/generic/OSC 1.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/OSC 1.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/OSC 1.fp	(revision 296)
@@ -0,0 +1,23 @@
+	Element(0x00 "oscillator" "" "OSC 1" 270 300 3 100 0x00)
+(
+	Pin(100 100 50 28 "NC" 0x01)
+	Pin(100 700 50 28 "GND" 0x01)
+	Pin(400 700 50 28 "CLK" 0x01)
+	Pin(400 100 50 28 "VCC" 0x01)
+	ElementLine(5 5 400 5 10)
+	ElementArc(400 100 95 95 180 90 10)
+	ElementLine(495 100 495 700 10)
+	ElementArc(400 700 95 95 90 90 10)
+	ElementLine(400 795 100 795 10)
+	ElementArc(100 700 95 95 0 90 10)
+	ElementLine(5 700 5 5 10)
+	ElementLine(100 60 400 60 10)
+	ElementArc(400 100 40 40 180 90 10)
+	ElementLine(440 100 440 700 10)
+	ElementArc(400 700 40 40 90 90 10)
+	ElementLine(400 740 100 740 10)
+	ElementArc(100 700 40 40 0 90 10)
+	ElementLine(60 700 60 100 10)
+	ElementArc(100 100 40 40 270 90 10)
+	Mark(100 100)
+)
Index: oldlib/lib/pcblib-newlib/generic/OSC 10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/OSC 10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/OSC 10.fp	(revision 296)
@@ -0,0 +1,23 @@
+	Element(0x00 "oscillator" "" "OSC 10" 270 300 3 100 0x00)
+(
+	Pin(100 100 50 28 "NC" 0x01)
+	Pin(100 700 50 28 "GND" 0x01)
+	Pin(400 700 50 28 "CLK" 0x01)
+	Pin(400 100 50 28 "VCC" 0x01)
+	ElementLine(5 5 400 5 10)
+	ElementArc(400 100 95 95 180 90 10)
+	ElementLine(495 100 495 700 10)
+	ElementArc(400 700 95 95 90 90 10)
+	ElementLine(400 795 100 795 10)
+	ElementArc(100 700 95 95 0 90 10)
+	ElementLine(5 700 5 5 10)
+	ElementLine(100 60 400 60 10)
+	ElementArc(400 100 40 40 180 90 10)
+	ElementLine(440 100 440 700 10)
+	ElementArc(400 700 40 40 90 90 10)
+	ElementLine(400 740 100 740 10)
+	ElementArc(100 700 40 40 0 90 10)
+	ElementLine(60 700 60 100 10)
+	ElementArc(100 100 40 40 270 90 10)
+	Mark(100 100)
+)
Index: oldlib/lib/pcblib-newlib/generic/OSC 12.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/OSC 12.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/OSC 12.fp	(revision 296)
@@ -0,0 +1,23 @@
+	Element(0x00 "oscillator" "" "OSC 12" 270 300 3 100 0x00)
+(
+	Pin(100 100 50 28 "NC" 0x01)
+	Pin(100 700 50 28 "GND" 0x01)
+	Pin(400 700 50 28 "CLK" 0x01)
+	Pin(400 100 50 28 "VCC" 0x01)
+	ElementLine(5 5 400 5 10)
+	ElementArc(400 100 95 95 180 90 10)
+	ElementLine(495 100 495 700 10)
+	ElementArc(400 700 95 95 90 90 10)
+	ElementLine(400 795 100 795 10)
+	ElementArc(100 700 95 95 0 90 10)
+	ElementLine(5 700 5 5 10)
+	ElementLine(100 60 400 60 10)
+	ElementArc(400 100 40 40 180 90 10)
+	ElementLine(440 100 440 700 10)
+	ElementArc(400 700 40 40 90 90 10)
+	ElementLine(400 740 100 740 10)
+	ElementArc(100 700 40 40 0 90 10)
+	ElementLine(60 700 60 100 10)
+	ElementArc(100 100 40 40 270 90 10)
+	Mark(100 100)
+)
Index: oldlib/lib/pcblib-newlib/generic/OSC 16.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/OSC 16.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/OSC 16.fp	(revision 296)
@@ -0,0 +1,23 @@
+	Element(0x00 "oscillator" "" "OSC 16" 270 300 3 100 0x00)
+(
+	Pin(100 100 50 28 "NC" 0x01)
+	Pin(100 700 50 28 "GND" 0x01)
+	Pin(400 700 50 28 "CLK" 0x01)
+	Pin(400 100 50 28 "VCC" 0x01)
+	ElementLine(5 5 400 5 10)
+	ElementArc(400 100 95 95 180 90 10)
+	ElementLine(495 100 495 700 10)
+	ElementArc(400 700 95 95 90 90 10)
+	ElementLine(400 795 100 795 10)
+	ElementArc(100 700 95 95 0 90 10)
+	ElementLine(5 700 5 5 10)
+	ElementLine(100 60 400 60 10)
+	ElementArc(400 100 40 40 180 90 10)
+	ElementLine(440 100 440 700 10)
+	ElementArc(400 700 40 40 90 90 10)
+	ElementLine(400 740 100 740 10)
+	ElementArc(100 700 40 40 0 90 10)
+	ElementLine(60 700 60 100 10)
+	ElementArc(100 100 40 40 270 90 10)
+	Mark(100 100)
+)
Index: oldlib/lib/pcblib-newlib/generic/OSC 2.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/OSC 2.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/OSC 2.fp	(revision 296)
@@ -0,0 +1,23 @@
+	Element(0x00 "oscillator" "" "OSC 2" 270 300 3 100 0x00)
+(
+	Pin(100 100 50 28 "NC" 0x01)
+	Pin(100 700 50 28 "GND" 0x01)
+	Pin(400 700 50 28 "CLK" 0x01)
+	Pin(400 100 50 28 "VCC" 0x01)
+	ElementLine(5 5 400 5 10)
+	ElementArc(400 100 95 95 180 90 10)
+	ElementLine(495 100 495 700 10)
+	ElementArc(400 700 95 95 90 90 10)
+	ElementLine(400 795 100 795 10)
+	ElementArc(100 700 95 95 0 90 10)
+	ElementLine(5 700 5 5 10)
+	ElementLine(100 60 400 60 10)
+	ElementArc(400 100 40 40 180 90 10)
+	ElementLine(440 100 440 700 10)
+	ElementArc(400 700 40 40 90 90 10)
+	ElementLine(400 740 100 740 10)
+	ElementArc(100 700 40 40 0 90 10)
+	ElementLine(60 700 60 100 10)
+	ElementArc(100 100 40 40 270 90 10)
+	Mark(100 100)
+)
Index: oldlib/lib/pcblib-newlib/generic/OSC 20.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/OSC 20.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/OSC 20.fp	(revision 296)
@@ -0,0 +1,23 @@
+	Element(0x00 "oscillator" "" "OSC 20" 270 300 3 100 0x00)
+(
+	Pin(100 100 50 28 "NC" 0x01)
+	Pin(100 700 50 28 "GND" 0x01)
+	Pin(400 700 50 28 "CLK" 0x01)
+	Pin(400 100 50 28 "VCC" 0x01)
+	ElementLine(5 5 400 5 10)
+	ElementArc(400 100 95 95 180 90 10)
+	ElementLine(495 100 495 700 10)
+	ElementArc(400 700 95 95 90 90 10)
+	ElementLine(400 795 100 795 10)
+	ElementArc(100 700 95 95 0 90 10)
+	ElementLine(5 700 5 5 10)
+	ElementLine(100 60 400 60 10)
+	ElementArc(400 100 40 40 180 90 10)
+	ElementLine(440 100 440 700 10)
+	ElementArc(400 700 40 40 90 90 10)
+	ElementLine(400 740 100 740 10)
+	ElementArc(100 700 40 40 0 90 10)
+	ElementLine(60 700 60 100 10)
+	ElementArc(100 100 40 40 270 90 10)
+	Mark(100 100)
+)
Index: oldlib/lib/pcblib-newlib/generic/OSC 24.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/OSC 24.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/OSC 24.fp	(revision 296)
@@ -0,0 +1,23 @@
+	Element(0x00 "oscillator" "" "OSC 24" 270 300 3 100 0x00)
+(
+	Pin(100 100 50 28 "NC" 0x01)
+	Pin(100 700 50 28 "GND" 0x01)
+	Pin(400 700 50 28 "CLK" 0x01)
+	Pin(400 100 50 28 "VCC" 0x01)
+	ElementLine(5 5 400 5 10)
+	ElementArc(400 100 95 95 180 90 10)
+	ElementLine(495 100 495 700 10)
+	ElementArc(400 700 95 95 90 90 10)
+	ElementLine(400 795 100 795 10)
+	ElementArc(100 700 95 95 0 90 10)
+	ElementLine(5 700 5 5 10)
+	ElementLine(100 60 400 60 10)
+	ElementArc(400 100 40 40 180 90 10)
+	ElementLine(440 100 440 700 10)
+	ElementArc(400 700 40 40 90 90 10)
+	ElementLine(400 740 100 740 10)
+	ElementArc(100 700 40 40 0 90 10)
+	ElementLine(60 700 60 100 10)
+	ElementArc(100 100 40 40 270 90 10)
+	Mark(100 100)
+)
Index: oldlib/lib/pcblib-newlib/generic/OSC 32.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/OSC 32.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/OSC 32.fp	(revision 296)
@@ -0,0 +1,23 @@
+	Element(0x00 "oscillator" "" "OSC 32" 270 300 3 100 0x00)
+(
+	Pin(100 100 50 28 "NC" 0x01)
+	Pin(100 700 50 28 "GND" 0x01)
+	Pin(400 700 50 28 "CLK" 0x01)
+	Pin(400 100 50 28 "VCC" 0x01)
+	ElementLine(5 5 400 5 10)
+	ElementArc(400 100 95 95 180 90 10)
+	ElementLine(495 100 495 700 10)
+	ElementArc(400 700 95 95 90 90 10)
+	ElementLine(400 795 100 795 10)
+	ElementArc(100 700 95 95 0 90 10)
+	ElementLine(5 700 5 5 10)
+	ElementLine(100 60 400 60 10)
+	ElementArc(400 100 40 40 180 90 10)
+	ElementLine(440 100 440 700 10)
+	ElementArc(400 700 40 40 90 90 10)
+	ElementLine(400 740 100 740 10)
+	ElementArc(100 700 40 40 0 90 10)
+	ElementLine(60 700 60 100 10)
+	ElementArc(100 100 40 40 270 90 10)
+	Mark(100 100)
+)
Index: oldlib/lib/pcblib-newlib/generic/OSC 4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/OSC 4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/OSC 4.fp	(revision 296)
@@ -0,0 +1,23 @@
+	Element(0x00 "oscillator" "" "OSC 4" 270 300 3 100 0x00)
+(
+	Pin(100 100 50 28 "NC" 0x01)
+	Pin(100 700 50 28 "GND" 0x01)
+	Pin(400 700 50 28 "CLK" 0x01)
+	Pin(400 100 50 28 "VCC" 0x01)
+	ElementLine(5 5 400 5 10)
+	ElementArc(400 100 95 95 180 90 10)
+	ElementLine(495 100 495 700 10)
+	ElementArc(400 700 95 95 90 90 10)
+	ElementLine(400 795 100 795 10)
+	ElementArc(100 700 95 95 0 90 10)
+	ElementLine(5 700 5 5 10)
+	ElementLine(100 60 400 60 10)
+	ElementArc(400 100 40 40 180 90 10)
+	ElementLine(440 100 440 700 10)
+	ElementArc(400 700 40 40 90 90 10)
+	ElementLine(400 740 100 740 10)
+	ElementArc(100 700 40 40 0 90 10)
+	ElementLine(60 700 60 100 10)
+	ElementArc(100 100 40 40 270 90 10)
+	Mark(100 100)
+)
Index: oldlib/lib/pcblib-newlib/generic/OSC 5.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/OSC 5.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/OSC 5.fp	(revision 296)
@@ -0,0 +1,23 @@
+	Element(0x00 "oscillator" "" "OSC 5" 270 300 3 100 0x00)
+(
+	Pin(100 100 50 28 "NC" 0x01)
+	Pin(100 700 50 28 "GND" 0x01)
+	Pin(400 700 50 28 "CLK" 0x01)
+	Pin(400 100 50 28 "VCC" 0x01)
+	ElementLine(5 5 400 5 10)
+	ElementArc(400 100 95 95 180 90 10)
+	ElementLine(495 100 495 700 10)
+	ElementArc(400 700 95 95 90 90 10)
+	ElementLine(400 795 100 795 10)
+	ElementArc(100 700 95 95 0 90 10)
+	ElementLine(5 700 5 5 10)
+	ElementLine(100 60 400 60 10)
+	ElementArc(400 100 40 40 180 90 10)
+	ElementLine(440 100 440 700 10)
+	ElementArc(400 700 40 40 90 90 10)
+	ElementLine(400 740 100 740 10)
+	ElementArc(100 700 40 40 0 90 10)
+	ElementLine(60 700 60 100 10)
+	ElementArc(100 100 40 40 270 90 10)
+	Mark(100 100)
+)
Index: oldlib/lib/pcblib-newlib/generic/OSC 8.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/OSC 8.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/OSC 8.fp	(revision 296)
@@ -0,0 +1,23 @@
+	Element(0x00 "oscillator" "" "OSC 8" 270 300 3 100 0x00)
+(
+	Pin(100 100 50 28 "NC" 0x01)
+	Pin(100 700 50 28 "GND" 0x01)
+	Pin(400 700 50 28 "CLK" 0x01)
+	Pin(400 100 50 28 "VCC" 0x01)
+	ElementLine(5 5 400 5 10)
+	ElementArc(400 100 95 95 180 90 10)
+	ElementLine(495 100 495 700 10)
+	ElementArc(400 700 95 95 90 90 10)
+	ElementLine(400 795 100 795 10)
+	ElementArc(100 700 95 95 0 90 10)
+	ElementLine(5 700 5 5 10)
+	ElementLine(100 60 400 60 10)
+	ElementArc(400 100 40 40 180 90 10)
+	ElementLine(440 100 440 700 10)
+	ElementArc(400 700 40 40 90 90 10)
+	ElementLine(400 740 100 740 10)
+	ElementArc(100 700 40 40 0 90 10)
+	ElementLine(60 700 60 100 10)
+	ElementArc(100 100 40 40 270 90 10)
+	Mark(100 100)
+)
Index: oldlib/lib/pcblib-newlib/generic/OVEN_OSC 5.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/OVEN_OSC 5.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/OVEN_OSC 5.fp	(revision 296)
@@ -0,0 +1,25 @@
+	Element(0x00 "ovenized" "" "OVEN_OSC 5" 580 280 0 100 0x00)
+(
+	Pin(320 320 150 35 "NC" 0x01)
+	Pin(320 1000 150 35 "VCC" 0x01)
+	Pin(320 1680 150 35 "CLK" 0x01)
+	Pin(1680 320 150 35 "+12V" 0x01)
+	Pin(1680 1680 150 35 "GND" 0x01)
+	ElementLine(2020 1125 2020 875 10)
+	ElementLine(2100 875 2020 875 10)
+	ElementLine(2100 975 2100 875 10)
+	ElementLine(2075 975 2100 975 10)
+	ElementLine(2075 1025 2075 975 10)
+	ElementLine(2100 1025 2075 1025 10)
+	ElementLine(2100 1125 2100 1025 10)
+	ElementLine(2100 1125 2020 1125 10)
+	ElementLine(2000 320 2000 1680 10)
+	ElementLine(320 0 1680 0 10)
+	ElementLine(0 1680 0 320 10)
+	ElementLine(1680 2000 320 2000 10)
+	ElementArc(320 320 320 320 270 90 10)
+	ElementArc(320 1680 320 320 0 90 10)
+	ElementArc(1680 320 320 320 180 90 10)
+	ElementArc(1680 1680 320 320 90 90 10)
+	Mark(320 320)
+)
Index: oldlib/lib/pcblib-newlib/generic/PLCC 44 150.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/PLCC 44 150.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/PLCC 44 150.fp	(revision 296)
@@ -0,0 +1,81 @@
+	    # was 15
+	     # was 50
+Element(0x00 "generic" "" "PLCC 44 150" 100 325 0 100 0x00)
+(
+	# top left half
+Pad(325 -20 325 40 20 "1" 0x00) 
+	Pad(275 -20 275 40 20 "2" 0x100) 
+	Pad(225 -20 225 40 20 "3" 0x100) 
+	Pad(175 -20 175 40 20 "4" 0x100) 
+	Pad(125 -20 125 40 20 "5" 0x100) 
+	Pad(75 -20 75 40 20 "6" 0x100) 
+	# left row
+Pad(-20 75 40 75 20 "7" 0x100) 
+	Pad(-20 125 40 125 20 "8" 0x100) 
+	Pad(-20 175 40 175 20 "9" 0x100) 
+	Pad(-20 225 40 225 20 "10" 0x100) 
+	Pad(-20 275 40 275 20 "11" 0x100) 
+	Pad(-20 325 40 325 20 "12" 0x100) 
+	Pad(-20 375 40 375 20 "13" 0x100) 
+	Pad(-20 425 40 425 20 "14" 0x100) 
+	Pad(-20 475 40 475 20 "15" 0x100) 
+	Pad(-20 525 40 525 20 "16" 0x100) 
+	Pad(-20 575 40 575 20 "17" 0x100) 
+	# bottom row
+Pad(75 670 75 610 20 "18" 0x100) 
+Pad(125 670 125 610 20 "19" 0x100) 
+Pad(175 670 175 610 20 "20" 0x100) 
+Pad(225 670 225 610 20 "21" 0x100) 
+Pad(275 670 275 610 20 "22" 0x100) 
+Pad(325 670 325 610 20 "23" 0x100) 
+Pad(375 670 375 610 20 "24" 0x100) 
+Pad(425 670 425 610 20 "25" 0x100) 
+Pad(475 670 475 610 20 "26" 0x100) 
+Pad(525 670 525 610 20 "27" 0x100) 
+Pad(575 670 575 610 20 "28" 0x100) 
+	# right row
+Pad(670 575 610 575 20 "29" 0x100) 
+Pad(670 525 610 525 20 "30" 0x100) 
+Pad(670 475 610 475 20 "31" 0x100) 
+Pad(670 425 610 425 20 "32" 0x100) 
+Pad(670 375 610 375 20 "33" 0x100) 
+Pad(670 325 610 325 20 "34" 0x100) 
+Pad(670 275 610 275 20 "35" 0x100) 
+Pad(670 225 610 225 20 "36" 0x100) 
+Pad(670 175 610 175 20 "37" 0x100) 
+Pad(670 125 610 125 20 "38" 0x100) 
+Pad(670 75 610 75 20 "39" 0x100) 
+	# top right row
+Pad(575 -20 575 40 20 "40" 0x100) 
+Pad(525 -20 525 40 20 "41" 0x100) 
+Pad(475 -20 475 40 20 "42" 0x100) 
+Pad(425 -20 425 40 20 "43" 0x100) 
+Pad(375 -20 375 40 20 "44" 0x100) 
+#	ElementLine(50 0 WIDTH 0 20)
+#	ElementLine(WIDTH 0 WIDTH WIDTH 20)
+#	ElementLine(WIDTH WIDTH 0 WIDTH 20)
+#	ElementLine(0 WIDTH 0 50 20)
+#	ElementLine(0 50 50 0 20)
+# Modified by Thomas Olson to eliminate silkscreen blobbing over pads.
+# Approach one: eliminate ElementLine transgression over pads. leave corners
+# only.
+	ElementLine(600 0 650 0 10)
+	ElementLine(650 0 650 50 10)
+	ElementLine(650 600 650 650 10)
+	ElementLine(650 650 600 650 10)
+	ElementLine(50 650 0 650 10)
+	ElementLine(0 650 0 600 10)
+	ElementLine(0 50 50 0 10)
+# Approach two: move outline to edge of pads.
+# The outline should be 15 off. But since the pad algorithm
+# is not making the square pads correctly I give it a total of 30
+# to clear the pads.
+# Try 40 mils, and parameterize it.  1/12/00 LRD
+	ElementLine(50 -40 690 -40 10)
+	ElementLine(690 -40 690 690 10)
+	ElementLine(690 690 -40 690 10)
+	ElementLine(-40 690 -40 50 10)
+	ElementLine(-40 50 50 -40 10)
+	ElementArc(325 100 20 20 0 360 10)
+	Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/generic/PLCC 52 150.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/PLCC 52 150.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/PLCC 52 150.fp	(revision 296)
@@ -0,0 +1,89 @@
+	    # was 15
+	     # was 50
+Element(0x00 "generic" "" "PLCC 52 150" 100 375 0 100 0x00)
+(
+	# top left half
+Pad(375 -20 375 40 20 "1" 0x00) 
+	Pad(325 -20 325 40 20 "2" 0x100) 
+	Pad(275 -20 275 40 20 "3" 0x100) 
+	Pad(225 -20 225 40 20 "4" 0x100) 
+	Pad(175 -20 175 40 20 "5" 0x100) 
+	Pad(125 -20 125 40 20 "6" 0x100) 
+	Pad(75 -20 75 40 20 "7" 0x100) 
+	# left row
+Pad(-20 75 40 75 20 "8" 0x100) 
+	Pad(-20 125 40 125 20 "9" 0x100) 
+	Pad(-20 175 40 175 20 "10" 0x100) 
+	Pad(-20 225 40 225 20 "11" 0x100) 
+	Pad(-20 275 40 275 20 "12" 0x100) 
+	Pad(-20 325 40 325 20 "13" 0x100) 
+	Pad(-20 375 40 375 20 "14" 0x100) 
+	Pad(-20 425 40 425 20 "15" 0x100) 
+	Pad(-20 475 40 475 20 "16" 0x100) 
+	Pad(-20 525 40 525 20 "17" 0x100) 
+	Pad(-20 575 40 575 20 "18" 0x100) 
+	Pad(-20 625 40 625 20 "19" 0x100) 
+	Pad(-20 675 40 675 20 "20" 0x100) 
+	# bottom row
+Pad(75 770 75 710 20 "21" 0x100) 
+Pad(125 770 125 710 20 "22" 0x100) 
+Pad(175 770 175 710 20 "23" 0x100) 
+Pad(225 770 225 710 20 "24" 0x100) 
+Pad(275 770 275 710 20 "25" 0x100) 
+Pad(325 770 325 710 20 "26" 0x100) 
+Pad(375 770 375 710 20 "27" 0x100) 
+Pad(425 770 425 710 20 "28" 0x100) 
+Pad(475 770 475 710 20 "29" 0x100) 
+Pad(525 770 525 710 20 "30" 0x100) 
+Pad(575 770 575 710 20 "31" 0x100) 
+Pad(625 770 625 710 20 "32" 0x100) 
+Pad(675 770 675 710 20 "33" 0x100) 
+	# right row
+Pad(770 675 710 675 20 "34" 0x100) 
+Pad(770 625 710 625 20 "35" 0x100) 
+Pad(770 575 710 575 20 "36" 0x100) 
+Pad(770 525 710 525 20 "37" 0x100) 
+Pad(770 475 710 475 20 "38" 0x100) 
+Pad(770 425 710 425 20 "39" 0x100) 
+Pad(770 375 710 375 20 "40" 0x100) 
+Pad(770 325 710 325 20 "41" 0x100) 
+Pad(770 275 710 275 20 "42" 0x100) 
+Pad(770 225 710 225 20 "43" 0x100) 
+Pad(770 175 710 175 20 "44" 0x100) 
+Pad(770 125 710 125 20 "45" 0x100) 
+Pad(770 75 710 75 20 "46" 0x100) 
+	# top right row
+Pad(675 -20 675 40 20 "47" 0x100) 
+Pad(625 -20 625 40 20 "48" 0x100) 
+Pad(575 -20 575 40 20 "49" 0x100) 
+Pad(525 -20 525 40 20 "50" 0x100) 
+Pad(475 -20 475 40 20 "51" 0x100) 
+Pad(425 -20 425 40 20 "52" 0x100) 
+#	ElementLine(50 0 WIDTH 0 20)
+#	ElementLine(WIDTH 0 WIDTH WIDTH 20)
+#	ElementLine(WIDTH WIDTH 0 WIDTH 20)
+#	ElementLine(0 WIDTH 0 50 20)
+#	ElementLine(0 50 50 0 20)
+# Modified by Thomas Olson to eliminate silkscreen blobbing over pads.
+# Approach one: eliminate ElementLine transgression over pads. leave corners
+# only.
+	ElementLine(700 0 750 0 10)
+	ElementLine(750 0 750 50 10)
+	ElementLine(750 700 750 750 10)
+	ElementLine(750 750 700 750 10)
+	ElementLine(50 750 0 750 10)
+	ElementLine(0 750 0 700 10)
+	ElementLine(0 50 50 0 10)
+# Approach two: move outline to edge of pads.
+# The outline should be 15 off. But since the pad algorithm
+# is not making the square pads correctly I give it a total of 30
+# to clear the pads.
+# Try 40 mils, and parameterize it.  1/12/00 LRD
+	ElementLine(50 -40 790 -40 10)
+	ElementLine(790 -40 790 790 10)
+	ElementLine(790 790 -40 790 10)
+	ElementLine(-40 790 -40 50 10)
+	ElementLine(-40 50 50 -40 10)
+	ElementArc(375 100 20 20 0 360 10)
+	Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/generic/PLCC 68 150.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/PLCC 68 150.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/PLCC 68 150.fp	(revision 296)
@@ -0,0 +1,105 @@
+	    # was 15
+	     # was 50
+Element(0x00 "generic" "" "PLCC 68 150" 100 475 0 100 0x00)
+(
+	# top left half
+Pad(475 -20 475 40 20 "1" 0x00) 
+	Pad(425 -20 425 40 20 "2" 0x100) 
+	Pad(375 -20 375 40 20 "3" 0x100) 
+	Pad(325 -20 325 40 20 "4" 0x100) 
+	Pad(275 -20 275 40 20 "5" 0x100) 
+	Pad(225 -20 225 40 20 "6" 0x100) 
+	Pad(175 -20 175 40 20 "7" 0x100) 
+	Pad(125 -20 125 40 20 "8" 0x100) 
+	Pad(75 -20 75 40 20 "9" 0x100) 
+	# left row
+Pad(-20 75 40 75 20 "10" 0x100) 
+	Pad(-20 125 40 125 20 "11" 0x100) 
+	Pad(-20 175 40 175 20 "12" 0x100) 
+	Pad(-20 225 40 225 20 "13" 0x100) 
+	Pad(-20 275 40 275 20 "14" 0x100) 
+	Pad(-20 325 40 325 20 "15" 0x100) 
+	Pad(-20 375 40 375 20 "16" 0x100) 
+	Pad(-20 425 40 425 20 "17" 0x100) 
+	Pad(-20 475 40 475 20 "18" 0x100) 
+	Pad(-20 525 40 525 20 "19" 0x100) 
+	Pad(-20 575 40 575 20 "20" 0x100) 
+	Pad(-20 625 40 625 20 "21" 0x100) 
+	Pad(-20 675 40 675 20 "22" 0x100) 
+	Pad(-20 725 40 725 20 "23" 0x100) 
+	Pad(-20 775 40 775 20 "24" 0x100) 
+	Pad(-20 825 40 825 20 "25" 0x100) 
+	Pad(-20 875 40 875 20 "26" 0x100) 
+	# bottom row
+Pad(75 970 75 910 20 "27" 0x100) 
+Pad(125 970 125 910 20 "28" 0x100) 
+Pad(175 970 175 910 20 "29" 0x100) 
+Pad(225 970 225 910 20 "30" 0x100) 
+Pad(275 970 275 910 20 "31" 0x100) 
+Pad(325 970 325 910 20 "32" 0x100) 
+Pad(375 970 375 910 20 "33" 0x100) 
+Pad(425 970 425 910 20 "34" 0x100) 
+Pad(475 970 475 910 20 "35" 0x100) 
+Pad(525 970 525 910 20 "36" 0x100) 
+Pad(575 970 575 910 20 "37" 0x100) 
+Pad(625 970 625 910 20 "38" 0x100) 
+Pad(675 970 675 910 20 "39" 0x100) 
+Pad(725 970 725 910 20 "40" 0x100) 
+Pad(775 970 775 910 20 "41" 0x100) 
+Pad(825 970 825 910 20 "42" 0x100) 
+Pad(875 970 875 910 20 "43" 0x100) 
+	# right row
+Pad(970 875 910 875 20 "44" 0x100) 
+Pad(970 825 910 825 20 "45" 0x100) 
+Pad(970 775 910 775 20 "46" 0x100) 
+Pad(970 725 910 725 20 "47" 0x100) 
+Pad(970 675 910 675 20 "48" 0x100) 
+Pad(970 625 910 625 20 "49" 0x100) 
+Pad(970 575 910 575 20 "50" 0x100) 
+Pad(970 525 910 525 20 "51" 0x100) 
+Pad(970 475 910 475 20 "52" 0x100) 
+Pad(970 425 910 425 20 "53" 0x100) 
+Pad(970 375 910 375 20 "54" 0x100) 
+Pad(970 325 910 325 20 "55" 0x100) 
+Pad(970 275 910 275 20 "56" 0x100) 
+Pad(970 225 910 225 20 "57" 0x100) 
+Pad(970 175 910 175 20 "58" 0x100) 
+Pad(970 125 910 125 20 "59" 0x100) 
+Pad(970 75 910 75 20 "60" 0x100) 
+	# top right row
+Pad(875 -20 875 40 20 "61" 0x100) 
+Pad(825 -20 825 40 20 "62" 0x100) 
+Pad(775 -20 775 40 20 "63" 0x100) 
+Pad(725 -20 725 40 20 "64" 0x100) 
+Pad(675 -20 675 40 20 "65" 0x100) 
+Pad(625 -20 625 40 20 "66" 0x100) 
+Pad(575 -20 575 40 20 "67" 0x100) 
+Pad(525 -20 525 40 20 "68" 0x100) 
+#	ElementLine(50 0 WIDTH 0 20)
+#	ElementLine(WIDTH 0 WIDTH WIDTH 20)
+#	ElementLine(WIDTH WIDTH 0 WIDTH 20)
+#	ElementLine(0 WIDTH 0 50 20)
+#	ElementLine(0 50 50 0 20)
+# Modified by Thomas Olson to eliminate silkscreen blobbing over pads.
+# Approach one: eliminate ElementLine transgression over pads. leave corners
+# only.
+	ElementLine(900 0 950 0 10)
+	ElementLine(950 0 950 50 10)
+	ElementLine(950 900 950 950 10)
+	ElementLine(950 950 900 950 10)
+	ElementLine(50 950 0 950 10)
+	ElementLine(0 950 0 900 10)
+	ElementLine(0 50 50 0 10)
+# Approach two: move outline to edge of pads.
+# The outline should be 15 off. But since the pad algorithm
+# is not making the square pads correctly I give it a total of 30
+# to clear the pads.
+# Try 40 mils, and parameterize it.  1/12/00 LRD
+	ElementLine(50 -40 990 -40 10)
+	ElementLine(990 -40 990 990 10)
+	ElementLine(990 990 -40 990 10)
+	ElementLine(-40 990 -40 50 10)
+	ElementLine(-40 50 50 -40 10)
+	ElementArc(475 100 20 20 0 360 10)
+	Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/generic/PLCC 84 150.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/PLCC 84 150.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/PLCC 84 150.fp	(revision 296)
@@ -0,0 +1,121 @@
+	    # was 15
+	     # was 50
+Element(0x00 "generic" "" "PLCC 84 150" 100 575 0 100 0x00)
+(
+	# top left half
+Pad(575 -20 575 40 20 "1" 0x00) 
+	Pad(525 -20 525 40 20 "2" 0x100) 
+	Pad(475 -20 475 40 20 "3" 0x100) 
+	Pad(425 -20 425 40 20 "4" 0x100) 
+	Pad(375 -20 375 40 20 "5" 0x100) 
+	Pad(325 -20 325 40 20 "6" 0x100) 
+	Pad(275 -20 275 40 20 "7" 0x100) 
+	Pad(225 -20 225 40 20 "8" 0x100) 
+	Pad(175 -20 175 40 20 "9" 0x100) 
+	Pad(125 -20 125 40 20 "10" 0x100) 
+	Pad(75 -20 75 40 20 "11" 0x100) 
+	# left row
+Pad(-20 75 40 75 20 "12" 0x100) 
+	Pad(-20 125 40 125 20 "13" 0x100) 
+	Pad(-20 175 40 175 20 "14" 0x100) 
+	Pad(-20 225 40 225 20 "15" 0x100) 
+	Pad(-20 275 40 275 20 "16" 0x100) 
+	Pad(-20 325 40 325 20 "17" 0x100) 
+	Pad(-20 375 40 375 20 "18" 0x100) 
+	Pad(-20 425 40 425 20 "19" 0x100) 
+	Pad(-20 475 40 475 20 "20" 0x100) 
+	Pad(-20 525 40 525 20 "21" 0x100) 
+	Pad(-20 575 40 575 20 "22" 0x100) 
+	Pad(-20 625 40 625 20 "23" 0x100) 
+	Pad(-20 675 40 675 20 "24" 0x100) 
+	Pad(-20 725 40 725 20 "25" 0x100) 
+	Pad(-20 775 40 775 20 "26" 0x100) 
+	Pad(-20 825 40 825 20 "27" 0x100) 
+	Pad(-20 875 40 875 20 "28" 0x100) 
+	Pad(-20 925 40 925 20 "29" 0x100) 
+	Pad(-20 975 40 975 20 "30" 0x100) 
+	Pad(-20 1025 40 1025 20 "31" 0x100) 
+	Pad(-20 1075 40 1075 20 "32" 0x100) 
+	# bottom row
+Pad(75 1170 75 1110 20 "33" 0x100) 
+Pad(125 1170 125 1110 20 "34" 0x100) 
+Pad(175 1170 175 1110 20 "35" 0x100) 
+Pad(225 1170 225 1110 20 "36" 0x100) 
+Pad(275 1170 275 1110 20 "37" 0x100) 
+Pad(325 1170 325 1110 20 "38" 0x100) 
+Pad(375 1170 375 1110 20 "39" 0x100) 
+Pad(425 1170 425 1110 20 "40" 0x100) 
+Pad(475 1170 475 1110 20 "41" 0x100) 
+Pad(525 1170 525 1110 20 "42" 0x100) 
+Pad(575 1170 575 1110 20 "43" 0x100) 
+Pad(625 1170 625 1110 20 "44" 0x100) 
+Pad(675 1170 675 1110 20 "45" 0x100) 
+Pad(725 1170 725 1110 20 "46" 0x100) 
+Pad(775 1170 775 1110 20 "47" 0x100) 
+Pad(825 1170 825 1110 20 "48" 0x100) 
+Pad(875 1170 875 1110 20 "49" 0x100) 
+Pad(925 1170 925 1110 20 "50" 0x100) 
+Pad(975 1170 975 1110 20 "51" 0x100) 
+Pad(1025 1170 1025 1110 20 "52" 0x100) 
+Pad(1075 1170 1075 1110 20 "53" 0x100) 
+	# right row
+Pad(1170 1075 1110 1075 20 "54" 0x100) 
+Pad(1170 1025 1110 1025 20 "55" 0x100) 
+Pad(1170 975 1110 975 20 "56" 0x100) 
+Pad(1170 925 1110 925 20 "57" 0x100) 
+Pad(1170 875 1110 875 20 "58" 0x100) 
+Pad(1170 825 1110 825 20 "59" 0x100) 
+Pad(1170 775 1110 775 20 "60" 0x100) 
+Pad(1170 725 1110 725 20 "61" 0x100) 
+Pad(1170 675 1110 675 20 "62" 0x100) 
+Pad(1170 625 1110 625 20 "63" 0x100) 
+Pad(1170 575 1110 575 20 "64" 0x100) 
+Pad(1170 525 1110 525 20 "65" 0x100) 
+Pad(1170 475 1110 475 20 "66" 0x100) 
+Pad(1170 425 1110 425 20 "67" 0x100) 
+Pad(1170 375 1110 375 20 "68" 0x100) 
+Pad(1170 325 1110 325 20 "69" 0x100) 
+Pad(1170 275 1110 275 20 "70" 0x100) 
+Pad(1170 225 1110 225 20 "71" 0x100) 
+Pad(1170 175 1110 175 20 "72" 0x100) 
+Pad(1170 125 1110 125 20 "73" 0x100) 
+Pad(1170 75 1110 75 20 "74" 0x100) 
+	# top right row
+Pad(1075 -20 1075 40 20 "75" 0x100) 
+Pad(1025 -20 1025 40 20 "76" 0x100) 
+Pad(975 -20 975 40 20 "77" 0x100) 
+Pad(925 -20 925 40 20 "78" 0x100) 
+Pad(875 -20 875 40 20 "79" 0x100) 
+Pad(825 -20 825 40 20 "80" 0x100) 
+Pad(775 -20 775 40 20 "81" 0x100) 
+Pad(725 -20 725 40 20 "82" 0x100) 
+Pad(675 -20 675 40 20 "83" 0x100) 
+Pad(625 -20 625 40 20 "84" 0x100) 
+#	ElementLine(50 0 WIDTH 0 20)
+#	ElementLine(WIDTH 0 WIDTH WIDTH 20)
+#	ElementLine(WIDTH WIDTH 0 WIDTH 20)
+#	ElementLine(0 WIDTH 0 50 20)
+#	ElementLine(0 50 50 0 20)
+# Modified by Thomas Olson to eliminate silkscreen blobbing over pads.
+# Approach one: eliminate ElementLine transgression over pads. leave corners
+# only.
+	ElementLine(1100 0 1150 0 10)
+	ElementLine(1150 0 1150 50 10)
+	ElementLine(1150 1100 1150 1150 10)
+	ElementLine(1150 1150 1100 1150 10)
+	ElementLine(50 1150 0 1150 10)
+	ElementLine(0 1150 0 1100 10)
+	ElementLine(0 50 50 0 10)
+# Approach two: move outline to edge of pads.
+# The outline should be 15 off. But since the pad algorithm
+# is not making the square pads correctly I give it a total of 30
+# to clear the pads.
+# Try 40 mils, and parameterize it.  1/12/00 LRD
+	ElementLine(50 -40 1190 -40 10)
+	ElementLine(1190 -40 1190 1190 10)
+	ElementLine(1190 1190 -40 1190 10)
+	ElementLine(-40 1190 -40 50 10)
+	ElementLine(-40 50 50 -40 10)
+	ElementArc(575 100 20 20 0 360 10)
+	Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/generic/PLCC_SOCKET 44 150.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/PLCC_SOCKET 44 150.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/PLCC_SOCKET 44 150.fp	(revision 296)
@@ -0,0 +1,63 @@
+Element(0x00 "generic" "" "PLCC_SOCKET 44 150" 350 500 0 100 0x00)
+# PLCC - 44 is a  special case, pad 1 in inner row
+(
+# top left row
+Pin(550 250 62 35 "1" 0x101) 
+	Pin(450 150 62 35 "2" 0x01) 
+Pin(450 250 62 35 "3" 0x01) 
+	Pin(350 150 62 35 "4" 0x01) 
+Pin(350 250 62 35 "5" 0x01) 
+	Pin(250 150 62 35 "6" 0x01) 
+#left row
+Pin(150 250 62 35 "7" 0x01) 
+	Pin(250 250 62 35 "8" 0x01) 
+Pin(150 350 62 35 "9" 0x01) 
+	Pin(250 350 62 35 "10" 0x01) 
+Pin(150 450 62 35 "11" 0x01) 
+	Pin(250 450 62 35 "12" 0x01) 
+Pin(150 550 62 35 "13" 0x01) 
+	Pin(250 550 62 35 "14" 0x01) 
+Pin(150 650 62 35 "15" 0x01) 
+	Pin(250 650 62 35 "16" 0x01) 
+Pin(150 750 62 35 "17" 0x01)
+# bottom row
+Pin(250 850 62 35 "18" 0x01) 
+	Pin(250 750 62 35 "19" 0x01) 
+Pin(350 850 62 35 "20" 0x01) 
+	Pin(350 750 62 35 "21" 0x01) 
+Pin(450 850 62 35 "22" 0x01) 
+	Pin(450 750 62 35 "23" 0x01) 
+Pin(550 850 62 35 "24" 0x01) 
+	Pin(550 750 62 35 "25" 0x01) 
+Pin(650 850 62 35 "26" 0x01) 
+	Pin(650 750 62 35 "27" 0x01) 
+Pin(750 850 62 35 "28" 0x01)
+# right row
+Pin(850 750 62 35 "29" 0x01) 
+	Pin(750 750 62 35 "30" 0x01) 
+Pin(850 650 62 35 "31" 0x01) 
+	Pin(750 650 62 35 "32" 0x01) 
+Pin(850 550 62 35 "33" 0x01) 
+	Pin(750 550 62 35 "34" 0x01) 
+Pin(850 450 62 35 "35" 0x01) 
+	Pin(750 450 62 35 "36" 0x01) 
+Pin(850 350 62 35 "37" 0x01) 
+	Pin(750 350 62 35 "38" 0x01) 
+Pin(850 250 62 35 "39" 0x01)
+# top rigth row
+Pin(750 150 62 35 "40" 0x01) 
+	Pin(750 250 62 35 "41" 0x01) 
+Pin(650 150 62 35 "42" 0x01) 
+	Pin(650 250 62 35 "43" 0x01) 
+Pin(550 150 62 35 "44" 0x01)
+	ElementLine(0 0 1000 0 20)
+	ElementLine(1000 0 1000 1000 20)
+	ElementLine(1000 1000 0 1000 20)
+	ElementLine(0 1000 0 0 20)
+	ElementLine(0 100 100 0 10)
+	ElementLine(450 0 500 50 10)
+	ElementLine(500 50 550 0 10)
+	Mark(500 150)
+#------------------------------------------------------------------------
+# all other sockets, currently 20,52,68 and 84 pins
+)
Index: oldlib/lib/pcblib-newlib/generic/PLCC_SOCKET 52 150.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/PLCC_SOCKET 52 150.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/PLCC_SOCKET 52 150.fp	(revision 296)
@@ -0,0 +1,70 @@
+Element(0x00 "generic" "" "PLCC_SOCKET 52 150" 350 550 0 100 0x00)
+# PLCC - 44 is a  special case, pad 1 in inner row
+(
+# the default case, Pad 1 is on outer top row, in the middle
+#top left row
+Pin(550 150 62 35 "1" 0x101) 
+	Pin(550 250 62 35 "2" 0x01) 
+Pin(450 150 62 35 "3" 0x01) 
+	Pin(450 250 62 35 "4" 0x01) 
+Pin(350 150 62 35 "5" 0x01) 
+	Pin(350 250 62 35 "6" 0x01) 
+Pin(250 150 62 35 "7" 0x01)
+# left row
+Pin(150 250 62 35 "8" 0x01) 
+	Pin(250 250 62 35 "9" 0x01) 
+Pin(150 350 62 35 "10" 0x01) 
+	Pin(250 350 62 35 "11" 0x01) 
+Pin(150 450 62 35 "12" 0x01) 
+	Pin(250 450 62 35 "13" 0x01) 
+Pin(150 550 62 35 "14" 0x01) 
+	Pin(250 550 62 35 "15" 0x01) 
+Pin(150 650 62 35 "16" 0x01) 
+	Pin(250 650 62 35 "17" 0x01) 
+Pin(150 750 62 35 "18" 0x01) 
+	Pin(250 750 62 35 "19" 0x01) 
+Pin(150 850 62 35 "20" 0x01)
+# bottom row
+Pin(250 950 62 35 "21" 0x01) 
+	Pin(250 850 62 35 "22" 0x01) 
+Pin(350 950 62 35 "23" 0x01) 
+	Pin(350 850 62 35 "24" 0x01) 
+Pin(450 950 62 35 "25" 0x01) 
+	Pin(450 850 62 35 "26" 0x01) 
+Pin(550 950 62 35 "27" 0x01) 
+	Pin(550 850 62 35 "28" 0x01) 
+Pin(650 950 62 35 "29" 0x01) 
+	Pin(650 850 62 35 "30" 0x01) 
+Pin(750 950 62 35 "31" 0x01) 
+	Pin(750 850 62 35 "32" 0x01) 
+Pin(850 950 62 35 "33" 0x01)
+# right row
+Pin(950 850 62 35 "34" 0x01) 
+	Pin(850 850 62 35 "35" 0x01) 
+Pin(950 750 62 35 "36" 0x01) 
+	Pin(850 750 62 35 "37" 0x01) 
+Pin(950 650 62 35 "38" 0x01) 
+	Pin(850 650 62 35 "39" 0x01) 
+Pin(950 550 62 35 "40" 0x01) 
+	Pin(850 550 62 35 "41" 0x01) 
+Pin(950 450 62 35 "42" 0x01) 
+	Pin(850 450 62 35 "43" 0x01) 
+Pin(950 350 62 35 "44" 0x01) 
+	Pin(850 350 62 35 "45" 0x01) 
+Pin(950 250 62 35 "46" 0x01)
+#top right row
+Pin(850 150 62 35 "47" 0x01) 
+	Pin(850 250 62 35 "48" 0x01) 
+Pin(750 150 62 35 "49" 0x01) 
+	Pin(750 250 62 35 "50" 0x01) 
+Pin(650 150 62 35 "51" 0x01) 
+	Pin(650 250 62 35 "52" 0x01) 
+	ElementLine(0 0 1100 0 20)
+	ElementLine(1100 0 1100 1100 20)
+	ElementLine(1100 1100 0 1100 20)
+	ElementLine(0 1100 0 0 20)
+	ElementLine(0 100 100 0 10)
+	ElementLine(500 0 550 50 10)
+	ElementLine(550 50 600 0 10)
+	Mark(550 150)
+)
Index: oldlib/lib/pcblib-newlib/generic/PLCC_SOCKET 68 150.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/PLCC_SOCKET 68 150.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/PLCC_SOCKET 68 150.fp	(revision 296)
@@ -0,0 +1,86 @@
+Element(0x00 "generic" "" "PLCC_SOCKET 68 150" 350 650 0 100 0x00)
+# PLCC - 44 is a  special case, pad 1 in inner row
+(
+# the default case, Pad 1 is on outer top row, in the middle
+#top left row
+Pin(650 150 62 35 "1" 0x101) 
+	Pin(650 250 62 35 "2" 0x01) 
+Pin(550 150 62 35 "3" 0x01) 
+	Pin(550 250 62 35 "4" 0x01) 
+Pin(450 150 62 35 "5" 0x01) 
+	Pin(450 250 62 35 "6" 0x01) 
+Pin(350 150 62 35 "7" 0x01) 
+	Pin(350 250 62 35 "8" 0x01) 
+Pin(250 150 62 35 "9" 0x01)
+# left row
+Pin(150 250 62 35 "10" 0x01) 
+	Pin(250 250 62 35 "11" 0x01) 
+Pin(150 350 62 35 "12" 0x01) 
+	Pin(250 350 62 35 "13" 0x01) 
+Pin(150 450 62 35 "14" 0x01) 
+	Pin(250 450 62 35 "15" 0x01) 
+Pin(150 550 62 35 "16" 0x01) 
+	Pin(250 550 62 35 "17" 0x01) 
+Pin(150 650 62 35 "18" 0x01) 
+	Pin(250 650 62 35 "19" 0x01) 
+Pin(150 750 62 35 "20" 0x01) 
+	Pin(250 750 62 35 "21" 0x01) 
+Pin(150 850 62 35 "22" 0x01) 
+	Pin(250 850 62 35 "23" 0x01) 
+Pin(150 950 62 35 "24" 0x01) 
+	Pin(250 950 62 35 "25" 0x01) 
+Pin(150 1050 62 35 "26" 0x01)
+# bottom row
+Pin(250 1150 62 35 "27" 0x01) 
+	Pin(250 1050 62 35 "28" 0x01) 
+Pin(350 1150 62 35 "29" 0x01) 
+	Pin(350 1050 62 35 "30" 0x01) 
+Pin(450 1150 62 35 "31" 0x01) 
+	Pin(450 1050 62 35 "32" 0x01) 
+Pin(550 1150 62 35 "33" 0x01) 
+	Pin(550 1050 62 35 "34" 0x01) 
+Pin(650 1150 62 35 "35" 0x01) 
+	Pin(650 1050 62 35 "36" 0x01) 
+Pin(750 1150 62 35 "37" 0x01) 
+	Pin(750 1050 62 35 "38" 0x01) 
+Pin(850 1150 62 35 "39" 0x01) 
+	Pin(850 1050 62 35 "40" 0x01) 
+Pin(950 1150 62 35 "41" 0x01) 
+	Pin(950 1050 62 35 "42" 0x01) 
+Pin(1050 1150 62 35 "43" 0x01)
+# right row
+Pin(1150 1050 62 35 "44" 0x01) 
+	Pin(1050 1050 62 35 "45" 0x01) 
+Pin(1150 950 62 35 "46" 0x01) 
+	Pin(1050 950 62 35 "47" 0x01) 
+Pin(1150 850 62 35 "48" 0x01) 
+	Pin(1050 850 62 35 "49" 0x01) 
+Pin(1150 750 62 35 "50" 0x01) 
+	Pin(1050 750 62 35 "51" 0x01) 
+Pin(1150 650 62 35 "52" 0x01) 
+	Pin(1050 650 62 35 "53" 0x01) 
+Pin(1150 550 62 35 "54" 0x01) 
+	Pin(1050 550 62 35 "55" 0x01) 
+Pin(1150 450 62 35 "56" 0x01) 
+	Pin(1050 450 62 35 "57" 0x01) 
+Pin(1150 350 62 35 "58" 0x01) 
+	Pin(1050 350 62 35 "59" 0x01) 
+Pin(1150 250 62 35 "60" 0x01)
+#top right row
+Pin(1050 150 62 35 "61" 0x01) 
+	Pin(1050 250 62 35 "62" 0x01) 
+Pin(950 150 62 35 "63" 0x01) 
+	Pin(950 250 62 35 "64" 0x01) 
+Pin(850 150 62 35 "65" 0x01) 
+	Pin(850 250 62 35 "66" 0x01) 
+Pin(750 150 62 35 "67" 0x01) 
+	Pin(750 250 62 35 "68" 0x01) 
+	ElementLine(0 0 1300 0 20)
+	ElementLine(1300 0 1300 1300 20)
+	ElementLine(1300 1300 0 1300 20)
+	ElementLine(0 1300 0 0 20)
+	ElementLine(0 100 100 0 10)
+	ElementLine(600 0 650 50 10)
+	ElementLine(650 50 700 0 10)
+	Mark(650 150)
+)
Index: oldlib/lib/pcblib-newlib/generic/PLCC_SOCKET 84 150.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/PLCC_SOCKET 84 150.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/PLCC_SOCKET 84 150.fp	(revision 296)
@@ -0,0 +1,102 @@
+Element(0x00 "generic" "" "PLCC_SOCKET 84 150" 350 750 0 100 0x00)
+# PLCC - 44 is a  special case, pad 1 in inner row
+(
+# the default case, Pad 1 is on outer top row, in the middle
+#top left row
+Pin(750 150 62 35 "1" 0x101) 
+	Pin(750 250 62 35 "2" 0x01) 
+Pin(650 150 62 35 "3" 0x01) 
+	Pin(650 250 62 35 "4" 0x01) 
+Pin(550 150 62 35 "5" 0x01) 
+	Pin(550 250 62 35 "6" 0x01) 
+Pin(450 150 62 35 "7" 0x01) 
+	Pin(450 250 62 35 "8" 0x01) 
+Pin(350 150 62 35 "9" 0x01) 
+	Pin(350 250 62 35 "10" 0x01) 
+Pin(250 150 62 35 "11" 0x01)
+# left row
+Pin(150 250 62 35 "12" 0x01) 
+	Pin(250 250 62 35 "13" 0x01) 
+Pin(150 350 62 35 "14" 0x01) 
+	Pin(250 350 62 35 "15" 0x01) 
+Pin(150 450 62 35 "16" 0x01) 
+	Pin(250 450 62 35 "17" 0x01) 
+Pin(150 550 62 35 "18" 0x01) 
+	Pin(250 550 62 35 "19" 0x01) 
+Pin(150 650 62 35 "20" 0x01) 
+	Pin(250 650 62 35 "21" 0x01) 
+Pin(150 750 62 35 "22" 0x01) 
+	Pin(250 750 62 35 "23" 0x01) 
+Pin(150 850 62 35 "24" 0x01) 
+	Pin(250 850 62 35 "25" 0x01) 
+Pin(150 950 62 35 "26" 0x01) 
+	Pin(250 950 62 35 "27" 0x01) 
+Pin(150 1050 62 35 "28" 0x01) 
+	Pin(250 1050 62 35 "29" 0x01) 
+Pin(150 1150 62 35 "30" 0x01) 
+	Pin(250 1150 62 35 "31" 0x01) 
+Pin(150 1250 62 35 "32" 0x01)
+# bottom row
+Pin(250 1350 62 35 "33" 0x01) 
+	Pin(250 1250 62 35 "34" 0x01) 
+Pin(350 1350 62 35 "35" 0x01) 
+	Pin(350 1250 62 35 "36" 0x01) 
+Pin(450 1350 62 35 "37" 0x01) 
+	Pin(450 1250 62 35 "38" 0x01) 
+Pin(550 1350 62 35 "39" 0x01) 
+	Pin(550 1250 62 35 "40" 0x01) 
+Pin(650 1350 62 35 "41" 0x01) 
+	Pin(650 1250 62 35 "42" 0x01) 
+Pin(750 1350 62 35 "43" 0x01) 
+	Pin(750 1250 62 35 "44" 0x01) 
+Pin(850 1350 62 35 "45" 0x01) 
+	Pin(850 1250 62 35 "46" 0x01) 
+Pin(950 1350 62 35 "47" 0x01) 
+	Pin(950 1250 62 35 "48" 0x01) 
+Pin(1050 1350 62 35 "49" 0x01) 
+	Pin(1050 1250 62 35 "50" 0x01) 
+Pin(1150 1350 62 35 "51" 0x01) 
+	Pin(1150 1250 62 35 "52" 0x01) 
+Pin(1250 1350 62 35 "53" 0x01)
+# right row
+Pin(1350 1250 62 35 "54" 0x01) 
+	Pin(1250 1250 62 35 "55" 0x01) 
+Pin(1350 1150 62 35 "56" 0x01) 
+	Pin(1250 1150 62 35 "57" 0x01) 
+Pin(1350 1050 62 35 "58" 0x01) 
+	Pin(1250 1050 62 35 "59" 0x01) 
+Pin(1350 950 62 35 "60" 0x01) 
+	Pin(1250 950 62 35 "61" 0x01) 
+Pin(1350 850 62 35 "62" 0x01) 
+	Pin(1250 850 62 35 "63" 0x01) 
+Pin(1350 750 62 35 "64" 0x01) 
+	Pin(1250 750 62 35 "65" 0x01) 
+Pin(1350 650 62 35 "66" 0x01) 
+	Pin(1250 650 62 35 "67" 0x01) 
+Pin(1350 550 62 35 "68" 0x01) 
+	Pin(1250 550 62 35 "69" 0x01) 
+Pin(1350 450 62 35 "70" 0x01) 
+	Pin(1250 450 62 35 "71" 0x01) 
+Pin(1350 350 62 35 "72" 0x01) 
+	Pin(1250 350 62 35 "73" 0x01) 
+Pin(1350 250 62 35 "74" 0x01)
+#top right row
+Pin(1250 150 62 35 "75" 0x01) 
+	Pin(1250 250 62 35 "76" 0x01) 
+Pin(1150 150 62 35 "77" 0x01) 
+	Pin(1150 250 62 35 "78" 0x01) 
+Pin(1050 150 62 35 "79" 0x01) 
+	Pin(1050 250 62 35 "80" 0x01) 
+Pin(950 150 62 35 "81" 0x01) 
+	Pin(950 250 62 35 "82" 0x01) 
+Pin(850 150 62 35 "83" 0x01) 
+	Pin(850 250 62 35 "84" 0x01) 
+	ElementLine(0 0 1500 0 20)
+	ElementLine(1500 0 1500 1500 20)
+	ElementLine(1500 1500 0 1500 20)
+	ElementLine(0 1500 0 0 20)
+	ElementLine(0 100 100 0 10)
+	ElementLine(700 0 750 50 10)
+	ElementLine(750 50 800 0 10)
+	Mark(750 150)
+)
Index: oldlib/lib/pcblib-newlib/generic/QFP 44 150.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/QFP 44 150.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/QFP 44 150.fp	(revision 296)
@@ -0,0 +1,61 @@
+Element(0x00 "generic" "" "QFP 44 150" 100 0 0 100 0x00)
+(
+	# left row, going down
+		Pad(10 116  80 116  20 "1" 0x00)
+		Pad(10 147  80 147  20 "2" 0x100)
+		Pad(10 179  80 179  20 "3" 0x100)
+		Pad(10 210  80 210  20 "4" 0x100)
+		Pad(10 242  80 242  20 "5" 0x100)
+		Pad(10 273  80 273  20 "6" 0x100)
+		Pad(10 305  80 305  20 "7" 0x100)
+		Pad(10 336  80 336  20 "8" 0x100)
+		Pad(10 368  80 368  20 "9" 0x100)
+		Pad(10 399  80 399  20 "10" 0x100)
+		Pad(10 431  80 431  20 "11" 0x100)
+	# bottom row, going right
+		Pad(116  537 116  467 20 "12" 0x100)
+		Pad(147  537 147  467 20 "13" 0x100)
+		Pad(179  537 179  467 20 "14" 0x100)
+		Pad(210  537 210  467 20 "15" 0x100)
+		Pad(242  537 242  467 20 "16" 0x100)
+		Pad(273  537 273  467 20 "17" 0x100)
+		Pad(305  537 305  467 20 "18" 0x100)
+		Pad(336  537 336  467 20 "19" 0x100)
+		Pad(368  537 368  467 20 "20" 0x100)
+		Pad(399  537 399  467 20 "21" 0x100)
+		Pad(431  537 431  467 20 "22" 0x100)
+	# right row, going up
+		Pad(537 431  467 431  20 "23" 0x100)
+		Pad(537 400  467 400  20 "24" 0x100)
+		Pad(537 368  467 368  20 "25" 0x100)
+		Pad(537 337  467 337  20 "26" 0x100)
+		Pad(537 305  467 305  20 "27" 0x100)
+		Pad(537 274  467 274  20 "28" 0x100)
+		Pad(537 242  467 242  20 "29" 0x100)
+		Pad(537 211  467 211  20 "30" 0x100)
+		Pad(537 179  467 179  20 "31" 0x100)
+		Pad(537 148  467 148  20 "32" 0x100)
+		Pad(537 116  467 116  20 "33" 0x100)
+	# top row, going left
+		Pad(431  10 431  80 20 "34" 0x100)
+		Pad(400  10 400  80 20 "35" 0x100)
+		Pad(368  10 368  80 20 "36" 0x100)
+		Pad(337  10 337  80 20 "37" 0x100)
+		Pad(305  10 305  80 20 "38" 0x100)
+		Pad(274  10 274  80 20 "39" 0x100)
+		Pad(242  10 242  80 20 "40" 0x100)
+		Pad(211  10 211  80 20 "41" 0x100)
+		Pad(179  10 179  80 20 "42" 0x100)
+		Pad(148  10 148  80 20 "43" 0x100)
+		Pad(116  10 116  80 20 "44" 0x100)
+	# left row, going down again, maybe
+	ElementLine(100 100 447  100 8)
+	ElementLine(447  100 447  447  8)
+	ElementLine(447  447  100 447  8)
+	ElementLine(100 447  100 100 8)
+	# Pin 1 Indicator
+	ElementArc(140 140 20 20 0 360 10)
+	# Moderately useful place for the Mark.  This way,
+	# if the pins can line up with the grid, they do.
+	Mark(116 116)
+)
Index: oldlib/lib/pcblib-newlib/generic/QFP2 80 150.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/QFP2 80 150.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/QFP2 80 150.fp	(revision 296)
@@ -0,0 +1,95 @@
+Element(0x00 "generic" "" "QFP2 80 150" 100 287 0 100 0x00)
+(
+	# left row
+#define(`count', `eval(OFFSET+1)')
+Pad(-65 50 5 50 15 "1" 0x00) 
+	Pad(-65 75 5 75 15 "2" 0x100) 
+	Pad(-65 100 5 100 15 "3" 0x100) 
+	Pad(-65 125 5 125 15 "4" 0x100) 
+	Pad(-65 150 5 150 15 "5" 0x100) 
+	Pad(-65 175 5 175 15 "6" 0x100) 
+	Pad(-65 200 5 200 15 "7" 0x100) 
+	Pad(-65 225 5 225 15 "8" 0x100) 
+	Pad(-65 250 5 250 15 "9" 0x100) 
+	Pad(-65 275 5 275 15 "10" 0x100) 
+	Pad(-65 300 5 300 15 "11" 0x100) 
+	Pad(-65 325 5 325 15 "12" 0x100) 
+	Pad(-65 350 5 350 15 "13" 0x100) 
+	Pad(-65 375 5 375 15 "14" 0x100) 
+	Pad(-65 400 5 400 15 "15" 0x100) 
+	Pad(-65 425 5 425 15 "16" 0x100) 
+	Pad(-65 450 5 450 15 "17" 0x100) 
+	Pad(-65 475 5 475 15 "18" 0x100) 
+	Pad(-65 500 5 500 15 "19" 0x100) 
+	Pad(-65 525 5 525 15 "20" 0x100) 
+	# bottom row
+Pad(50 640 50 570 15 "21" 0x100) 
+Pad(75 640 75 570 15 "22" 0x100) 
+Pad(100 640 100 570 15 "23" 0x100) 
+Pad(125 640 125 570 15 "24" 0x100) 
+Pad(150 640 150 570 15 "25" 0x100) 
+Pad(175 640 175 570 15 "26" 0x100) 
+Pad(200 640 200 570 15 "27" 0x100) 
+Pad(225 640 225 570 15 "28" 0x100) 
+Pad(250 640 250 570 15 "29" 0x100) 
+Pad(275 640 275 570 15 "30" 0x100) 
+Pad(300 640 300 570 15 "31" 0x100) 
+Pad(325 640 325 570 15 "32" 0x100) 
+Pad(350 640 350 570 15 "33" 0x100) 
+Pad(375 640 375 570 15 "34" 0x100) 
+Pad(400 640 400 570 15 "35" 0x100) 
+Pad(425 640 425 570 15 "36" 0x100) 
+Pad(450 640 450 570 15 "37" 0x100) 
+Pad(475 640 475 570 15 "38" 0x100) 
+Pad(500 640 500 570 15 "39" 0x100) 
+Pad(525 640 525 570 15 "40" 0x100) 
+	# right row
+Pad(640 525 570 525 15 "41" 0x100) 
+Pad(640 500 570 500 15 "42" 0x100) 
+Pad(640 475 570 475 15 "43" 0x100) 
+Pad(640 450 570 450 15 "44" 0x100) 
+Pad(640 425 570 425 15 "45" 0x100) 
+Pad(640 400 570 400 15 "46" 0x100) 
+Pad(640 375 570 375 15 "47" 0x100) 
+Pad(640 350 570 350 15 "48" 0x100) 
+Pad(640 325 570 325 15 "49" 0x100) 
+Pad(640 300 570 300 15 "50" 0x100) 
+Pad(640 275 570 275 15 "51" 0x100) 
+Pad(640 250 570 250 15 "52" 0x100) 
+Pad(640 225 570 225 15 "53" 0x100) 
+Pad(640 200 570 200 15 "54" 0x100) 
+Pad(640 175 570 175 15 "55" 0x100) 
+Pad(640 150 570 150 15 "56" 0x100) 
+Pad(640 125 570 125 15 "57" 0x100) 
+Pad(640 100 570 100 15 "58" 0x100) 
+Pad(640 75 570 75 15 "59" 0x100) 
+Pad(640 50 570 50 15 "60" 0x100) 
+	# top row
+Pad(525 -65 525 5 15 "61" 0x100) 
+Pad(500 -65 500 5 15 "62" 0x100) 
+Pad(475 -65 475 5 15 "63" 0x100) 
+Pad(450 -65 450 5 15 "64" 0x100) 
+Pad(425 -65 425 5 15 "65" 0x100) 
+Pad(400 -65 400 5 15 "66" 0x100) 
+Pad(375 -65 375 5 15 "67" 0x100) 
+Pad(350 -65 350 5 15 "68" 0x100) 
+Pad(325 -65 325 5 15 "69" 0x100) 
+Pad(300 -65 300 5 15 "70" 0x100) 
+Pad(275 -65 275 5 15 "71" 0x100) 
+Pad(250 -65 250 5 15 "72" 0x100) 
+Pad(225 -65 225 5 15 "73" 0x100) 
+Pad(200 -65 200 5 15 "74" 0x100) 
+Pad(175 -65 175 5 15 "75" 0x100) 
+Pad(150 -65 150 5 15 "76" 0x100) 
+Pad(125 -65 125 5 15 "77" 0x100) 
+Pad(100 -65 100 5 15 "78" 0x100) 
+Pad(75 -65 75 5 15 "79" 0x100) 
+Pad(50 -65 50 5 15 "80" 0x100) 
+	ElementLine(28 0 575 0 10)
+	ElementLine(575 0 575 575 10)
+	ElementLine(575 575 0 575 10)
+	ElementLine(0 575 0 28 10)
+	ElementLine(0 28 28 0 10)
+	ElementArc(80 80 20 20 0 360 10)
+	Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/generic/R025.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/R025.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/R025.fp	(revision 296)
@@ -0,0 +1,12 @@
+	Element(0x00 "R 0.25W" "" "R025" 120 30 0 100 0x00)
+(
+	Pin(0 50 68 38 "1" 0x101)
+	Pin(400 50 68 38 "2" 0x01)
+	ElementLine(100 0 300 0 20)
+	ElementLine(300 0 300 100 20)
+	ElementLine(300 100 100 100 20)
+	ElementLine(100 100 100 0 20)
+	ElementLine(0 50 100 50 20)
+	ElementLine(300 50 400 50 20)
+	Mark(0 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/RADIAL_CAN 200.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/RADIAL_CAN 200.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/RADIAL_CAN 200.fp	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00 "capacitor_radial" "" "RADIAL_CAN 200" 200 0 0 100 0x00)
+(
+	Pin(50 100 60 30 "1" 0x101)
+	Pin(150 100 60 30 "2" 0x01)
+	ElementArc(100 100 100 100 0 360 10)
+	Mark (50 100)
+)
Index: oldlib/lib/pcblib-newlib/generic/RADIAL_CAN 300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/RADIAL_CAN 300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/RADIAL_CAN 300.fp	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00 "capacitor_radial" "" "RADIAL_CAN 300" 300 0 0 100 0x00)
+(
+	Pin(75 150 60 30 "1" 0x101)
+	Pin(225 150 60 30 "2" 0x01)
+	ElementArc(150 150 150 150 0 360 10)
+	Mark (75 150)
+)
Index: oldlib/lib/pcblib-newlib/generic/RADIAL_CAN 400.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/RADIAL_CAN 400.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/RADIAL_CAN 400.fp	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00 "capacitor_radial" "" "RADIAL_CAN 400" 400 0 0 100 0x00)
+(
+	Pin(100 200 60 30 "1" 0x101)
+	Pin(300 200 60 30 "2" 0x01)
+	ElementArc(200 200 200 200 0 360 10)
+	Mark (100 200)
+)
Index: oldlib/lib/pcblib-newlib/generic/RADIAL_CAN 500.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/RADIAL_CAN 500.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/RADIAL_CAN 500.fp	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00 "capacitor_radial" "" "RADIAL_CAN 500" 500 0 0 100 0x00)
+(
+	Pin(125 250 60 30 "1" 0x101)
+	Pin(375 250 60 30 "2" 0x01)
+	ElementArc(250 250 250 250 0 360 10)
+	Mark (125 250)
+)
Index: oldlib/lib/pcblib-newlib/generic/RADIAL_CAN 600.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/RADIAL_CAN 600.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/RADIAL_CAN 600.fp	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00 "capacitor_radial" "" "RADIAL_CAN 600" 600 0 0 100 0x00)
+(
+	Pin(150 300 60 50 "1" 0x101)
+	Pin(450 300 60 50 "2" 0x01)
+	ElementArc(300 300 300 300 0 360 10)
+	Mark (150 300)
+)
Index: oldlib/lib/pcblib-newlib/generic/SD 20.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SD 20.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SD 20.fp	(revision 296)
@@ -0,0 +1,30 @@
+Element(0x00 "generic" "" "SD 20" 275 50 3 100 0x00)
+(
+	Pin(50 50 60 35 "1" 0x101)
+		Pin(150 100 60 35 "2" 0x01)
+	Pin(50 150 60 35 "3" 0x01)
+		Pin(150 200 60 35 "4" 0x01)
+	Pin(50 250 60 35 "5" 0x01)
+		Pin(150 300 60 35 "6" 0x01)
+	Pin(50 350 60 35 "7" 0x01)
+		Pin(150 400 60 35 "8" 0x01)
+	Pin(50 450 60 35 "9" 0x01)
+		Pin(150 500 60 35 "10" 0x01)
+	Pin(50 550 60 35 "11" 0x01)
+		Pin(150 600 60 35 "12" 0x01)
+	Pin(50 650 60 35 "13" 0x01)
+		Pin(150 700 60 35 "14" 0x01)
+	Pin(50 750 60 35 "15" 0x01)
+		Pin(150 800 60 35 "16" 0x01)
+	Pin(50 850 60 35 "17" 0x01)
+		Pin(150 900 60 35 "18" 0x01)
+	Pin(50 950 60 35 "19" 0x01)
+		Pin(150 1000 60 35 "20" 0x01)
+	ElementLine(0 0 0 1050 20)
+	ElementLine(0 1050 200 1050 20)
+	ElementLine(200 1050 200 0 20)
+	ElementLine(200 0 0 0 20)
+	ElementLine(100 0 100 100 10)
+	ElementLine(100 100 0 100 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/SD 24.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SD 24.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SD 24.fp	(revision 296)
@@ -0,0 +1,34 @@
+Element(0x00 "generic" "" "SD 24" 275 50 3 100 0x00)
+(
+	Pin(50 50 60 35 "1" 0x101)
+		Pin(150 100 60 35 "2" 0x01)
+	Pin(50 150 60 35 "3" 0x01)
+		Pin(150 200 60 35 "4" 0x01)
+	Pin(50 250 60 35 "5" 0x01)
+		Pin(150 300 60 35 "6" 0x01)
+	Pin(50 350 60 35 "7" 0x01)
+		Pin(150 400 60 35 "8" 0x01)
+	Pin(50 450 60 35 "9" 0x01)
+		Pin(150 500 60 35 "10" 0x01)
+	Pin(50 550 60 35 "11" 0x01)
+		Pin(150 600 60 35 "12" 0x01)
+	Pin(50 650 60 35 "13" 0x01)
+		Pin(150 700 60 35 "14" 0x01)
+	Pin(50 750 60 35 "15" 0x01)
+		Pin(150 800 60 35 "16" 0x01)
+	Pin(50 850 60 35 "17" 0x01)
+		Pin(150 900 60 35 "18" 0x01)
+	Pin(50 950 60 35 "19" 0x01)
+		Pin(150 1000 60 35 "20" 0x01)
+	Pin(50 1050 60 35 "21" 0x01)
+		Pin(150 1100 60 35 "22" 0x01)
+	Pin(50 1150 60 35 "23" 0x01)
+		Pin(150 1200 60 35 "24" 0x01)
+	ElementLine(0 0 0 1250 20)
+	ElementLine(0 1250 200 1250 20)
+	ElementLine(200 1250 200 0 20)
+	ElementLine(200 0 0 0 20)
+	ElementLine(100 0 100 100 10)
+	ElementLine(100 100 0 100 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/SD 28.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SD 28.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SD 28.fp	(revision 296)
@@ -0,0 +1,38 @@
+Element(0x00 "generic" "" "SD 28" 275 50 3 100 0x00)
+(
+	Pin(50 50 60 35 "1" 0x101)
+		Pin(150 100 60 35 "2" 0x01)
+	Pin(50 150 60 35 "3" 0x01)
+		Pin(150 200 60 35 "4" 0x01)
+	Pin(50 250 60 35 "5" 0x01)
+		Pin(150 300 60 35 "6" 0x01)
+	Pin(50 350 60 35 "7" 0x01)
+		Pin(150 400 60 35 "8" 0x01)
+	Pin(50 450 60 35 "9" 0x01)
+		Pin(150 500 60 35 "10" 0x01)
+	Pin(50 550 60 35 "11" 0x01)
+		Pin(150 600 60 35 "12" 0x01)
+	Pin(50 650 60 35 "13" 0x01)
+		Pin(150 700 60 35 "14" 0x01)
+	Pin(50 750 60 35 "15" 0x01)
+		Pin(150 800 60 35 "16" 0x01)
+	Pin(50 850 60 35 "17" 0x01)
+		Pin(150 900 60 35 "18" 0x01)
+	Pin(50 950 60 35 "19" 0x01)
+		Pin(150 1000 60 35 "20" 0x01)
+	Pin(50 1050 60 35 "21" 0x01)
+		Pin(150 1100 60 35 "22" 0x01)
+	Pin(50 1150 60 35 "23" 0x01)
+		Pin(150 1200 60 35 "24" 0x01)
+	Pin(50 1250 60 35 "25" 0x01)
+		Pin(150 1300 60 35 "26" 0x01)
+	Pin(50 1350 60 35 "27" 0x01)
+		Pin(150 1400 60 35 "28" 0x01)
+	ElementLine(0 0 0 1450 20)
+	ElementLine(0 1450 200 1450 20)
+	ElementLine(200 1450 200 0 20)
+	ElementLine(200 0 0 0 20)
+	ElementLine(100 0 100 100 10)
+	ElementLine(100 100 0 100 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/SD 40.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SD 40.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SD 40.fp	(revision 296)
@@ -0,0 +1,50 @@
+Element(0x00 "generic" "" "SD 40" 275 50 3 100 0x00)
+(
+	Pin(50 50 60 35 "1" 0x101)
+		Pin(150 100 60 35 "2" 0x01)
+	Pin(50 150 60 35 "3" 0x01)
+		Pin(150 200 60 35 "4" 0x01)
+	Pin(50 250 60 35 "5" 0x01)
+		Pin(150 300 60 35 "6" 0x01)
+	Pin(50 350 60 35 "7" 0x01)
+		Pin(150 400 60 35 "8" 0x01)
+	Pin(50 450 60 35 "9" 0x01)
+		Pin(150 500 60 35 "10" 0x01)
+	Pin(50 550 60 35 "11" 0x01)
+		Pin(150 600 60 35 "12" 0x01)
+	Pin(50 650 60 35 "13" 0x01)
+		Pin(150 700 60 35 "14" 0x01)
+	Pin(50 750 60 35 "15" 0x01)
+		Pin(150 800 60 35 "16" 0x01)
+	Pin(50 850 60 35 "17" 0x01)
+		Pin(150 900 60 35 "18" 0x01)
+	Pin(50 950 60 35 "19" 0x01)
+		Pin(150 1000 60 35 "20" 0x01)
+	Pin(50 1050 60 35 "21" 0x01)
+		Pin(150 1100 60 35 "22" 0x01)
+	Pin(50 1150 60 35 "23" 0x01)
+		Pin(150 1200 60 35 "24" 0x01)
+	Pin(50 1250 60 35 "25" 0x01)
+		Pin(150 1300 60 35 "26" 0x01)
+	Pin(50 1350 60 35 "27" 0x01)
+		Pin(150 1400 60 35 "28" 0x01)
+	Pin(50 1450 60 35 "29" 0x01)
+		Pin(150 1500 60 35 "30" 0x01)
+	Pin(50 1550 60 35 "31" 0x01)
+		Pin(150 1600 60 35 "32" 0x01)
+	Pin(50 1650 60 35 "33" 0x01)
+		Pin(150 1700 60 35 "34" 0x01)
+	Pin(50 1750 60 35 "35" 0x01)
+		Pin(150 1800 60 35 "36" 0x01)
+	Pin(50 1850 60 35 "37" 0x01)
+		Pin(150 1900 60 35 "38" 0x01)
+	Pin(50 1950 60 35 "39" 0x01)
+		Pin(150 2000 60 35 "40" 0x01)
+	ElementLine(0 0 0 2050 20)
+	ElementLine(0 2050 200 2050 20)
+	ElementLine(200 2050 200 0 20)
+	ElementLine(200 0 0 0 20)
+	ElementLine(100 0 100 100 10)
+	ElementLine(100 100 0 100 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/SMD_CHIP 1206.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SMD_CHIP 1206.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SMD_CHIP 1206.fp	(revision 296)
@@ -0,0 +1,11 @@
+# line radius (LR) depicts offset to pads lines and pad "band width"
+Element(0x00 "smd chip 1206" "" "SMD_CHIP 1206" 0 0 0 25 0x00)
+(
+        Pad(10 10 10 50 20      "" 0x100)
+        Pad(110 10 110 50 20      "" 0x100)
+        ElementLine( 0  0 120  0 5)
+        ElementLine(120  0 120 60 5)
+        ElementLine(120 60  0 60 5)
+        ElementLine( 0 60  0  0 5)
+        Mark(60 30)
+)
Index: oldlib/lib/pcblib-newlib/generic/SMD_CHIP 1210.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SMD_CHIP 1210.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SMD_CHIP 1210.fp	(revision 296)
@@ -0,0 +1,11 @@
+# line radius (LR) depicts offset to pads lines and pad "band width"
+Element(0x00 "smd chip 1210" "" "SMD_CHIP 1210" 0 0 0 25 0x00)
+(
+        Pad(10 10 10 90 20      "" 0x100)
+        Pad(110 10 110 90 20      "" 0x100)
+        ElementLine( 0  0 120  0 5)
+        ElementLine(120  0 120 100 5)
+        ElementLine(120 100  0 100 5)
+        ElementLine( 0 100  0  0 5)
+        Mark(60 50)
+)
Index: oldlib/lib/pcblib-newlib/generic/SMD_CHIP 402.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SMD_CHIP 402.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SMD_CHIP 402.fp	(revision 296)
@@ -0,0 +1,11 @@
+# line radius (LR) depicts offset to pads lines and pad "band width"
+Element(0x00 "smd chip 402" "" "SMD_CHIP 402" 0 0 0 25 0x00)
+(
+        Pad(5 5 5 15 10      "" 0x100)
+        Pad(35 5 35 15 10      "" 0x100)
+        ElementLine( 0  0 40  0 5)
+        ElementLine(40  0 40 20 5)
+        ElementLine(40 20  0 20 5)
+        ElementLine( 0 20  0  0 5)
+        Mark(20 10)
+)
Index: oldlib/lib/pcblib-newlib/generic/SMD_CHIP 603.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SMD_CHIP 603.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SMD_CHIP 603.fp	(revision 296)
@@ -0,0 +1,11 @@
+# line radius (LR) depicts offset to pads lines and pad "band width"
+Element(0x00 "smd chip 603" "" "SMD_CHIP 603" 0 0 0 25 0x00)
+(
+        Pad(7 7 7 23 14      "" 0x100)
+        Pad(53 7 53 23 14      "" 0x100)
+        ElementLine( 0  0 60  0 5)
+        ElementLine(60  0 60 30 5)
+        ElementLine(60 30  0 30 5)
+        ElementLine( 0 30  0  0 5)
+        Mark(30 15)
+)
Index: oldlib/lib/pcblib-newlib/generic/SMD_CHIP 805.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SMD_CHIP 805.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SMD_CHIP 805.fp	(revision 296)
@@ -0,0 +1,11 @@
+# line radius (LR) depicts offset to pads lines and pad "band width"
+Element(0x00 "smd chip 805" "" "SMD_CHIP 805" 0 0 0 25 0x00)
+(
+        Pad(10 10 10 40 20      "" 0x100)
+        Pad(70 10 70 40 20      "" 0x100)
+        ElementLine( 0  0 80  0 5)
+        ElementLine(80  0 80 50 5)
+        ElementLine(80 50  0 50 5)
+        ElementLine( 0 50  0  0 5)
+        Mark(40 25)
+)
Index: oldlib/lib/pcblib-newlib/generic/SMD_DIODE 120 60.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SMD_DIODE 120 60.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SMD_DIODE 120 60.fp	(revision 296)
@@ -0,0 +1,14 @@
+	# Silkscreen box coordinates
+Element(0x00 "chip_diode" "" "SMD_DIODE 120 60" 40 65 0 100 0x00)
+(
+	# PAD(X1, Y1, X1, Y2, T, 1)
+	# PAD(X2, Y1, X2, Y2, T, 2)
+	# Use Pad instead of PAD so both pads come out square
+	Pad(0 -5 0 5 60 "1" 0x100)
+	Pad(120 -5 120 5 60 "2" 0x100)
+	ElementLine(-45 -50 -45 50 8)
+	ElementLine(-45 50 165 50 8)
+	ElementLine(165 50 165 -50 8)
+	ElementLine(165 -50 -45 -50 8)
+		ElementLine( -35 -50 -35 50 8 )
+)
Index: oldlib/lib/pcblib-newlib/generic/SMD_DIODE 60 30.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SMD_DIODE 60 30.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SMD_DIODE 60 30.fp	(revision 296)
@@ -0,0 +1,14 @@
+	# Silkscreen box coordinates
+Element(0x00 "chip_diode" "" "SMD_DIODE 60 30" 25 50 0 100 0x00)
+(
+	# PAD(X1, Y1, X1, Y2, T, 1)
+	# PAD(X2, Y1, X2, Y2, T, 2)
+	# Use Pad instead of PAD so both pads come out square
+	Pad(0 -5 0 5 30 "1" 0x100)
+	Pad(60 -5 60 5 30 "2" 0x100)
+	ElementLine(-30 -35 -30 35 8)
+	ElementLine(-30 35 90 35 8)
+	ElementLine(90 35 90 -35 8)
+	ElementLine(90 -35 -30 -35 8)
+		ElementLine( -20 -35 -20 35 8 )
+)
Index: oldlib/lib/pcblib-newlib/generic/SMD_DIODE 80 50.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SMD_DIODE 80 50.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SMD_DIODE 80 50.fp	(revision 296)
@@ -0,0 +1,14 @@
+	# Silkscreen box coordinates
+Element(0x00 "chip_diode" "" "SMD_DIODE 80 50" 32 59 0 100 0x00)
+(
+	# PAD(X1, Y1, X1, Y2, T, 1)
+	# PAD(X2, Y1, X2, Y2, T, 2)
+	# Use Pad instead of PAD so both pads come out square
+	Pad(0 -7 0 7 45 "1" 0x100)
+	Pad(80 -7 80 7 45 "2" 0x100)
+	ElementLine(-37 -44 -37 44 8)
+	ElementLine(-37 44 117 44 8)
+	ElementLine(117 44 117 -44 8)
+	ElementLine(117 -44 -37 -44 8)
+		ElementLine( -27 -44 -27 44 8 )
+)
Index: oldlib/lib/pcblib-newlib/generic/SMD_POLAR 120 50.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SMD_POLAR 120 50.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SMD_POLAR 120 50.fp	(revision 296)
@@ -0,0 +1,17 @@
+	# Silkscreen box coordinates
+Element(0x00 "chip_capacitor_polarized" "" "SMD_POLAR 120 50" 37 60 0 100 0x00)
+(
+	# PAD(X1, Y1, X1, Y2, T, 1)
+	# PAD(X2, Y1, X2, Y2, T, 2)
+	# Use Pad instead of PAD so both pads come out square
+	Pad(0 -3 0 3 55 "1" 0x100)
+	Pad(120 -3 120 3 55 "2" 0x100)
+	ElementLine(-42 -45 -42 45 8)
+	ElementLine(-42 45 162 45 8)
+	ElementLine(162 45 162 -45 8)
+	ElementLine(162 -45 -42 -45 8)
+		# crude plus sign
+		# ElementLine(      X1     eval(Y2L+20)       X1    eval(Y2L+70) 8)
+		# ElementLine( eval(X1-25) eval(Y2L+45) eval(X1+25) eval(Y2L+45) 8)
+		ElementLine( -32 -45 -32 45 8 )
+)
Index: oldlib/lib/pcblib-newlib/generic/SMD_POLAR 120 60.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SMD_POLAR 120 60.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SMD_POLAR 120 60.fp	(revision 296)
@@ -0,0 +1,17 @@
+	# Silkscreen box coordinates
+Element(0x00 "chip_capacitor_polarized" "" "SMD_POLAR 120 60" 40 65 0 100 0x00)
+(
+	# PAD(X1, Y1, X1, Y2, T, 1)
+	# PAD(X2, Y1, X2, Y2, T, 2)
+	# Use Pad instead of PAD so both pads come out square
+	Pad(0 -5 0 5 60 "1" 0x100)
+	Pad(120 -5 120 5 60 "2" 0x100)
+	ElementLine(-45 -50 -45 50 8)
+	ElementLine(-45 50 165 50 8)
+	ElementLine(165 50 165 -50 8)
+	ElementLine(165 -50 -45 -50 8)
+		# crude plus sign
+		# ElementLine(      X1     eval(Y2L+20)       X1    eval(Y2L+70) 8)
+		# ElementLine( eval(X1-25) eval(Y2L+45) eval(X1+25) eval(Y2L+45) 8)
+		ElementLine( -35 -50 -35 50 8 )
+)
Index: oldlib/lib/pcblib-newlib/generic/SMD_POLAR 140 90.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SMD_POLAR 140 90.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SMD_POLAR 140 90.fp	(revision 296)
@@ -0,0 +1,17 @@
+	# Silkscreen box coordinates
+Element(0x00 "chip_capacitor_polarized" "" "SMD_POLAR 140 90" 50 80 0 100 0x00)
+(
+	# PAD(X1, Y1, X1, Y2, T, 1)
+	# PAD(X2, Y1, X2, Y2, T, 2)
+	# Use Pad instead of PAD so both pads come out square
+	Pad(0 -10 0 10 80 "1" 0x100)
+	Pad(140 -10 140 10 80 "2" 0x100)
+	ElementLine(-55 -65 -55 65 8)
+	ElementLine(-55 65 195 65 8)
+	ElementLine(195 65 195 -65 8)
+	ElementLine(195 -65 -55 -65 8)
+		# crude plus sign
+		# ElementLine(      X1     eval(Y2L+20)       X1    eval(Y2L+70) 8)
+		# ElementLine( eval(X1-25) eval(Y2L+45) eval(X1+25) eval(Y2L+45) 8)
+		ElementLine( -45 -65 -45 65 8 )
+)
Index: oldlib/lib/pcblib-newlib/generic/SMD_POLAR 240 90.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SMD_POLAR 240 90.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SMD_POLAR 240 90.fp	(revision 296)
@@ -0,0 +1,17 @@
+	# Silkscreen box coordinates
+Element(0x00 "chip_capacitor_polarized" "" "SMD_POLAR 240 90" 62 80 0 100 0x00)
+(
+	# PAD(X1, Y1, X1, Y2, T, 1)
+	# PAD(X2, Y1, X2, Y2, T, 2)
+	# Use Pad instead of PAD so both pads come out square
+	Pad(0 2 0 -2 105 "1" 0x100)
+	Pad(240 2 240 -2 105 "2" 0x100)
+	ElementLine(-67 -65 -67 65 8)
+	ElementLine(-67 65 307 65 8)
+	ElementLine(307 65 307 -65 8)
+	ElementLine(307 -65 -67 -65 8)
+		# crude plus sign
+		# ElementLine(      X1     eval(Y2L+20)       X1    eval(Y2L+70) 8)
+		# ElementLine( eval(X1-25) eval(Y2L+45) eval(X1+25) eval(Y2L+45) 8)
+		ElementLine( -57 -65 -57 65 8 )
+)
Index: oldlib/lib/pcblib-newlib/generic/SMD_POLAR 280 100.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SMD_POLAR 280 100.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SMD_POLAR 280 100.fp	(revision 296)
@@ -0,0 +1,17 @@
+	# Silkscreen box coordinates
+Element(0x00 "chip_capacitor_polarized" "" "SMD_POLAR 280 100" 70 85 0 100 0x00)
+(
+	# PAD(X1, Y1, X1, Y2, T, 1)
+	# PAD(X2, Y1, X2, Y2, T, 2)
+	# Use Pad instead of PAD so both pads come out square
+	Pad(0 5 0 -5 120 "1" 0x100)
+	Pad(280 5 280 -5 120 "2" 0x100)
+	ElementLine(-75 -70 -75 70 8)
+	ElementLine(-75 70 355 70 8)
+	ElementLine(355 70 355 -70 8)
+	ElementLine(355 -70 -75 -70 8)
+		# crude plus sign
+		# ElementLine(      X1     eval(Y2L+20)       X1    eval(Y2L+70) 8)
+		# ElementLine( eval(X1-25) eval(Y2L+45) eval(X1+25) eval(Y2L+45) 8)
+		ElementLine( -65 -70 -65 70 8 )
+)
Index: oldlib/lib/pcblib-newlib/generic/SMD_POLAR 60 30.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SMD_POLAR 60 30.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SMD_POLAR 60 30.fp	(revision 296)
@@ -0,0 +1,17 @@
+	# Silkscreen box coordinates
+Element(0x00 "chip_capacitor_polarized" "" "SMD_POLAR 60 30" 25 50 0 100 0x00)
+(
+	# PAD(X1, Y1, X1, Y2, T, 1)
+	# PAD(X2, Y1, X2, Y2, T, 2)
+	# Use Pad instead of PAD so both pads come out square
+	Pad(0 -5 0 5 30 "1" 0x100)
+	Pad(60 -5 60 5 30 "2" 0x100)
+	ElementLine(-30 -35 -30 35 8)
+	ElementLine(-30 35 90 35 8)
+	ElementLine(90 35 90 -35 8)
+	ElementLine(90 -35 -30 -35 8)
+		# crude plus sign
+		# ElementLine(      X1     eval(Y2L+20)       X1    eval(Y2L+70) 8)
+		# ElementLine( eval(X1-25) eval(Y2L+45) eval(X1+25) eval(Y2L+45) 8)
+		ElementLine( -20 -35 -20 35 8 )
+)
Index: oldlib/lib/pcblib-newlib/generic/SMD_POLAR 80 50.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SMD_POLAR 80 50.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SMD_POLAR 80 50.fp	(revision 296)
@@ -0,0 +1,17 @@
+	# Silkscreen box coordinates
+Element(0x00 "chip_capacitor_polarized" "" "SMD_POLAR 80 50" 32 59 0 100 0x00)
+(
+	# PAD(X1, Y1, X1, Y2, T, 1)
+	# PAD(X2, Y1, X2, Y2, T, 2)
+	# Use Pad instead of PAD so both pads come out square
+	Pad(0 -7 0 7 45 "1" 0x100)
+	Pad(80 -7 80 7 45 "2" 0x100)
+	ElementLine(-37 -44 -37 44 8)
+	ElementLine(-37 44 117 44 8)
+	ElementLine(117 44 117 -44 8)
+	ElementLine(117 -44 -37 -44 8)
+		# crude plus sign
+		# ElementLine(      X1     eval(Y2L+20)       X1    eval(Y2L+70) 8)
+		# ElementLine( eval(X1-25) eval(Y2L+45) eval(X1+25) eval(Y2L+45) 8)
+		ElementLine( -27 -44 -27 44 8 )
+)
Index: oldlib/lib/pcblib-newlib/generic/SMD_SIMPLE 120 60.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SMD_SIMPLE 120 60.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SMD_SIMPLE 120 60.fp	(revision 296)
@@ -0,0 +1,13 @@
+	# Silkscreen box coordinates
+Element(0x00 "chip_capacitor" "" "SMD_SIMPLE 120 60" 40 65 0 100 0x00)
+(
+	# PAD(X1, Y1, X1, Y2, T, 1)
+	# PAD(X2, Y1, X2, Y2, T, 2)
+	# Use Pad instead of PAD so both pads come out square
+	Pad(0 -5 0 5 60 "1" 0x100)
+	Pad(120 -5 120 5 60 "2" 0x100)
+	ElementLine(-45 -50 -45 50 8)
+	ElementLine(-45 50 165 50 8)
+	ElementLine(165 50 165 -50 8)
+	ElementLine(165 -50 -45 -50 8)
+)
Index: oldlib/lib/pcblib-newlib/generic/SMD_SIMPLE 60 30.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SMD_SIMPLE 60 30.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SMD_SIMPLE 60 30.fp	(revision 296)
@@ -0,0 +1,13 @@
+	# Silkscreen box coordinates
+Element(0x00 "chip_capacitor" "" "SMD_SIMPLE 60 30" 25 50 0 100 0x00)
+(
+	# PAD(X1, Y1, X1, Y2, T, 1)
+	# PAD(X2, Y1, X2, Y2, T, 2)
+	# Use Pad instead of PAD so both pads come out square
+	Pad(0 -5 0 5 30 "1" 0x100)
+	Pad(60 -5 60 5 30 "2" 0x100)
+	ElementLine(-30 -35 -30 35 8)
+	ElementLine(-30 35 90 35 8)
+	ElementLine(90 35 90 -35 8)
+	ElementLine(90 -35 -30 -35 8)
+)
Index: oldlib/lib/pcblib-newlib/generic/SMD_SIMPLE 80 50.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SMD_SIMPLE 80 50.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SMD_SIMPLE 80 50.fp	(revision 296)
@@ -0,0 +1,13 @@
+	# Silkscreen box coordinates
+Element(0x00 "chip_capacitor" "" "SMD_SIMPLE 80 50" 32 59 0 100 0x00)
+(
+	# PAD(X1, Y1, X1, Y2, T, 1)
+	# PAD(X2, Y1, X2, Y2, T, 2)
+	# Use Pad instead of PAD so both pads come out square
+	Pad(0 -7 0 7 45 "1" 0x100)
+	Pad(80 -7 80 7 45 "2" 0x100)
+	ElementLine(-37 -44 -37 44 8)
+	ElementLine(-37 44 117 44 8)
+	ElementLine(117 44 117 -44 8)
+	ElementLine(117 -44 -37 -44 8)
+)
Index: oldlib/lib/pcblib-newlib/generic/SOT23.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SOT23.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SOT23.fp	(revision 296)
@@ -0,0 +1,30 @@
+	                             # 78 for SOT23
+	                             # 82 for SOT23
+	      # 41 for SOT23
+	               # 34 for SOT23, 24 for SOT25
+Element(0x00 "SOT-23 package" "" "SOT23" 148 0 3 100 0x00)
+(
+	ElementLine(0 0 0 139 10)
+	ElementLine(0 139 128 139 10)
+	ElementLine(128 139 128 0 10)
+	ElementLine(128 0 0 0 10)
+	# 1st side, 1st pin
+	Pad(25 107
+	       25 113
+			   34
+			      "1" "1" 0x100)
+	# 1st side, 2nd pin
+	# 1st side, 3rd pin
+	Pad(103 107
+	    103 113
+			   34
+			      "2" "2" 0x100)
+	# 2nd side, 3rd pin
+	# 2nd side, 2nd pin
+	Pad(64 25
+	       64 31
+			   34
+			      "3" "3" 0x100)
+	# 2nd side, 1st pin
+	Mark(25 110)
+)
Index: oldlib/lib/pcblib-newlib/generic/SOT323.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/SOT323.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/SOT323.fp	(revision 296)
@@ -0,0 +1,30 @@
+	                             # 78 for SOT23
+	                             # 82 for SOT23
+	      # 41 for SOT23
+	               # 34 for SOT23, 24 for SOT25
+Element(0x00 "SOT-323 package" "" "SOT323" 114 0 3 100 0x00)
+(
+	ElementLine(0 0 0 119 10)
+	ElementLine(0 119 94 119 10)
+	ElementLine(94 119 94 0 10)
+	ElementLine(94 0 0 0 10)
+	# 1st side, 1st pin
+	Pad(21 91
+	       21 97
+			   29
+			      "1" "1" 0x100)
+	# 1st side, 2nd pin
+	# 1st side, 3rd pin
+	Pad(72 91
+	    72 97
+			   29
+			      "2" "2" 0x100)
+	# 2nd side, 3rd pin
+	# 2nd side, 2nd pin
+	Pad(47 21
+	       47 27
+			   29
+			      "3" "3" 0x100)
+	# 2nd side, 1st pin
+	Mark(21 94)
+)
Index: oldlib/lib/pcblib-newlib/generic/ZIF 16.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/ZIF 16.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/ZIF 16.fp	(revision 296)
@@ -0,0 +1,21 @@
+Element(0x00 "generic" "" "ZIF 16" 100 304 0 100 0x00)
+(
+Pad(0 12 0 97 24 "1" 0x00) 
+Pad(39 12 39 97 24 "2" 0x100) 
+Pad(78 12 78 97 24 "3" 0x100) 
+Pad(117 12 117 97 24 "4" 0x100) 
+Pad(156 12 156 97 24 "5" 0x100) 
+Pad(195 12 195 97 24 "6" 0x100) 
+Pad(234 12 234 97 24 "7" 0x100) 
+Pad(273 12 273 97 24 "8" 0x100) 
+Pad(312 12 312 97 24 "9" 0x100) 
+Pad(351 12 351 97 24 "10" 0x100) 
+Pad(390 12 390 97 24 "11" 0x100) 
+Pad(429 12 429 97 24 "12" 0x100) 
+Pad(468 12 468 97 24 "13" 0x100) 
+Pad(507 12 507 97 24 "14" 0x100) 
+Pad(546 12 546 97 24 "15" 0x100) 
+Pad(585 12 585 97 24 "16" 0x100) 
+Pad(-124 -41 -124 -151 82 "17" 0x100)
+Pad(709 -41 709 -151 82 "18" 0x100)
+)
Index: oldlib/lib/pcblib-newlib/generic/ZIF 20.fp
===================================================================
--- oldlib/lib/pcblib-newlib/generic/ZIF 20.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/ZIF 20.fp	(revision 296)
@@ -0,0 +1,25 @@
+Element(0x00 "generic" "" "ZIF 20" 100 380 0 100 0x00)
+(
+Pad(0 12 0 97 24 "1" 0x00) 
+Pad(39 12 39 97 24 "2" 0x100) 
+Pad(78 12 78 97 24 "3" 0x100) 
+Pad(117 12 117 97 24 "4" 0x100) 
+Pad(156 12 156 97 24 "5" 0x100) 
+Pad(195 12 195 97 24 "6" 0x100) 
+Pad(234 12 234 97 24 "7" 0x100) 
+Pad(273 12 273 97 24 "8" 0x100) 
+Pad(312 12 312 97 24 "9" 0x100) 
+Pad(351 12 351 97 24 "10" 0x100) 
+Pad(390 12 390 97 24 "11" 0x100) 
+Pad(429 12 429 97 24 "12" 0x100) 
+Pad(468 12 468 97 24 "13" 0x100) 
+Pad(507 12 507 97 24 "14" 0x100) 
+Pad(546 12 546 97 24 "15" 0x100) 
+Pad(585 12 585 97 24 "16" 0x100) 
+Pad(624 12 624 97 24 "17" 0x100) 
+Pad(663 12 663 97 24 "18" 0x100) 
+Pad(702 12 702 97 24 "19" 0x100) 
+Pad(741 12 741 97 24 "20" 0x100) 
+Pad(-124 -41 -124 -151 82 "21" 0x100)
+Pad(865 -41 865 -151 82 "22" 0x100)
+)
Index: oldlib/lib/pcblib-newlib/generic/index.html
===================================================================
--- oldlib/lib/pcblib-newlib/generic/index.html	(nonexistent)
+++ oldlib/lib/pcblib-newlib/generic/index.html	(revision 296)
@@ -0,0 +1,470 @@
+<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
+<HTML><HEAD><TITLE>PCB generic Footprint Library</TITLE></HEAD>
+<BODY bgcolor="#FFFFFF" text="#000000">
+<H1>PCB generic Footprint Library</H1>
+<TABLE BORDER=2>
+<TR>
+    <TD><EM>Comment</EM></TD>
+    <TD><EM>Footprint Name</EM></TD>
+</TR>
+
+  <TR>
+    <TD>DIL 8, generic </TD>
+    <TD><A HREF="DIL 8 300.fp">DIL 8 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIL 8, generic </TD>
+    <TD><A HREF="N 8 300.fp">N 8 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SMD 8, generic </TD>
+    <TD><A HREF="D 8.fp">D 8.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIL 14, generic </TD>
+    <TD><A HREF="DIL 14 300.fp">DIL 14 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIL 14, generic </TD>
+    <TD><A HREF="N 14 300.fp">N 14 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SMD 14, generic </TD>
+    <TD><A HREF="D 14.fp">D 14.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIL 16, generic </TD>
+    <TD><A HREF="DIL 16 300.fp">DIL 16 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIL 16, generic </TD>
+    <TD><A HREF="N 16 300.fp">N 16 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SMD 16, generic </TD>
+    <TD><A HREF="D 16.fp">D 16.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIL 18, generic </TD>
+    <TD><A HREF="DIL 18 300.fp">DIL 18 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIL 18, generic </TD>
+    <TD><A HREF="N 18 300.fp">N 18 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SMD 18, generic </TD>
+    <TD><A HREF="D 18.fp">D 18.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIL 20, generic </TD>
+    <TD><A HREF="DIL 20 300.fp">DIL 20 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIL 20, generic </TD>
+    <TD><A HREF="N 20 300.fp">N 20 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SMD 20, generic </TD>
+    <TD><A HREF="D 20.fp">D 20.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIL 24, generic </TD>
+    <TD><A HREF="DIL 24 300.fp">DIL 24 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIL 24, generic </TD>
+    <TD><A HREF="N 24 300.fp">N 24 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SMD 24, generic </TD>
+    <TD><A HREF="D 24.fp">D 24.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>W-DIL 24, generic </TD>
+    <TD><A HREF="DIL 24 600.fp">DIL 24 600.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>W-DIL 24, generic </TD>
+    <TD><A HREF="N 24 600.fp">N 24 600.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SMD-W 24, generic </TD>
+    <TD><A HREF="DW 24.fp">DW 24.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIL 28, generic </TD>
+    <TD><A HREF="DIL 28 300.fp">DIL 28 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIL 28, generic </TD>
+    <TD><A HREF="N 28 300.fp">N 28 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SMD 28, generic </TD>
+    <TD><A HREF="D 28.fp">D 28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>W-DIL 28, generic </TD>
+    <TD><A HREF="DIL 28 600.fp">DIL 28 600.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>W-DIL 28, generic </TD>
+    <TD><A HREF="N 28 600.fp">N 28 600.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SMD-W 28, generic </TD>
+    <TD><A HREF="DW 28.fp">DW 28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIL 32, generic </TD>
+    <TD><A HREF="DIL 32 600.fp">DIL 32 600.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIL 32, generic </TD>
+    <TD><A HREF="N 32 600.fp">N 32 600.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIL 40, generic </TD>
+    <TD><A HREF="DIL 40 600.fp">DIL 40 600.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIL 40, generic </TD>
+    <TD><A HREF="N 40 600.fp">N 40 600.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIL 64, generic </TD>
+    <TD><A HREF="DIL 64 900.fp">DIL 64 900.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>DIL 64, generic </TD>
+    <TD><A HREF="N 64 900.fp">N 64 900.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC 44, generic </TD>
+    <TD><A HREF="PLCC 44 150.fp">PLCC 44 150.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC 44 socket, generic </TD>
+    <TD><A HREF="PLCC_SOCKET 44 150.fp">PLCC_SOCKET 44 150.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC 52, generic </TD>
+    <TD><A HREF="PLCC 52 150.fp">PLCC 52 150.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC 52 socket, generic </TD>
+    <TD><A HREF="PLCC_SOCKET 52 150.fp">PLCC_SOCKET 52 150.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC 68, generic </TD>
+    <TD><A HREF="PLCC 68 150.fp">PLCC 68 150.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC 68 socket, generic </TD>
+    <TD><A HREF="PLCC_SOCKET 68 150.fp">PLCC_SOCKET 68 150.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC 84, generic </TD>
+    <TD><A HREF="PLCC 84 150.fp">PLCC 84 150.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PLCC 84 socket, generic </TD>
+    <TD><A HREF="PLCC_SOCKET 84 150.fp">PLCC_SOCKET 84 150.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP 44, generic </TD>
+    <TD><A HREF="QFP 44 150.fp">QFP 44 150.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP 44 OLD, generic </TD>
+    <TD><A HREF="OLD_QFP 44 150.fp">OLD_QFP 44 150.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP 208, generic </TD>
+    <TD><A HREF="208_LQFP.fp">208_LQFP.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>QFP 80, generic </TD>
+    <TD><A HREF="QFP2 80 150.fp">QFP2 80 150.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ZIF 16, generic </TD>
+    <TD><A HREF="ZIF 16.fp">ZIF 16.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ZIF 20, generic </TD>
+    <TD><A HREF="ZIF 20.fp">ZIF 20.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ZIP 20, generic </TD>
+    <TD><A HREF="SD 20.fp">SD 20.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ZIP 24, generic </TD>
+    <TD><A HREF="SD 24.fp">SD 24.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ZIP 28, generic </TD>
+    <TD><A HREF="SD 28.fp">SD 28.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>ZIP 40, generic </TD>
+    <TD><A HREF="SD 40.fp">SD 40.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>300, diode </TD>
+    <TD><A HREF="DIODE_LAY 300.fp">DIODE_LAY 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>400, diode </TD>
+    <TD><A HREF="DIODE_LAY 400.fp">DIODE_LAY 400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>500, diode </TD>
+    <TD><A HREF="DIODE_LAY 500.fp">DIODE_LAY 500.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>600, diode </TD>
+    <TD><A HREF="DIODE_LAY 600.fp">DIODE_LAY 600.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>800, diode </TD>
+    <TD><A HREF="DIODE_LAY 800.fp">DIODE_LAY 800.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>1 MHz OSC, oscillator </TD>
+    <TD><A HREF="OSC 1.fp">OSC 1.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>2 MHz OSC, oscillator </TD>
+    <TD><A HREF="OSC 2.fp">OSC 2.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>4 MHz OSC, oscillator </TD>
+    <TD><A HREF="OSC 4.fp">OSC 4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>5 MHz OSC, oscillator </TD>
+    <TD><A HREF="OSC 5.fp">OSC 5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>8 MHz OSC, oscillator </TD>
+    <TD><A HREF="OSC 8.fp">OSC 8.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>10 MHz OSC, oscillator </TD>
+    <TD><A HREF="OSC 10.fp">OSC 10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>12 MHz OSC, oscillator </TD>
+    <TD><A HREF="OSC 12.fp">OSC 12.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>16 MHz OSC, oscillator </TD>
+    <TD><A HREF="OSC 16.fp">OSC 16.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>20 MHz OSC, oscillator </TD>
+    <TD><A HREF="OSC 20.fp">OSC 20.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>24 MHz OSC, oscillator </TD>
+    <TD><A HREF="OSC 24.fp">OSC 24.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>32 MHz OSC, oscillator </TD>
+    <TD><A HREF="OSC 32.fp">OSC 32.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>5 MHz OSC, ovenized </TD>
+    <TD><A HREF="OVEN_OSC 5.fp">OVEN_OSC 5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>0.25W Resistor (300 mil), Description_r_025 </TD>
+    <TD><A HREF="R025.fp">R025.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>300, resistor_axial </TD>
+    <TD><A HREF="AXIAL_LAY 300.fp">AXIAL_LAY 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>400, resistor_axial </TD>
+    <TD><A HREF="AXIAL_LAY 400.fp">AXIAL_LAY 400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>500, resistor_axial </TD>
+    <TD><A HREF="AXIAL_LAY 500.fp">AXIAL_LAY 500.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>600, resistor_axial </TD>
+    <TD><A HREF="AXIAL_LAY 600.fp">AXIAL_LAY 600.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>800, resistor_axial </TD>
+    <TD><A HREF="AXIAL_LAY 800.fp">AXIAL_LAY 800.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>300, capacitor_axial </TD>
+    <TD><A HREF="AXIAL_LAY 300.fp">AXIAL_LAY 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>400, capacitor_axial </TD>
+    <TD><A HREF="AXIAL_LAY 400.fp">AXIAL_LAY 400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>500, capacitor_axial </TD>
+    <TD><A HREF="AXIAL_LAY 500.fp">AXIAL_LAY 500.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>600, capacitor_axial </TD>
+    <TD><A HREF="AXIAL_LAY 600.fp">AXIAL_LAY 600.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>800, capacitor_axial </TD>
+    <TD><A HREF="AXIAL_LAY 800.fp">AXIAL_LAY 800.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>200, capacitor_radial </TD>
+    <TD><A HREF="RADIAL_CAN 200.fp">RADIAL_CAN 200.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>300, capacitor_radial </TD>
+    <TD><A HREF="RADIAL_CAN 300.fp">RADIAL_CAN 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>400, capacitor_radial </TD>
+    <TD><A HREF="RADIAL_CAN 400.fp">RADIAL_CAN 400.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>500, capacitor_radial </TD>
+    <TD><A HREF="RADIAL_CAN 500.fp">RADIAL_CAN 500.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>600, capacitor_radial </TD>
+    <TD><A HREF="RADIAL_CAN 600.fp">RADIAL_CAN 600.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>Resistor, smd chip 402 </TD>
+    <TD><A HREF="SMD_CHIP 402.fp">SMD_CHIP 402.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>Capacitor, smd chip 402 </TD>
+    <TD><A HREF="SMD_CHIP 402.fp">SMD_CHIP 402.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>Resistor, smd chip 603 </TD>
+    <TD><A HREF="SMD_CHIP 603.fp">SMD_CHIP 603.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>Capacitor, smd chip 603 </TD>
+    <TD><A HREF="SMD_CHIP 603.fp">SMD_CHIP 603.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>Resistor, smd chip 805 </TD>
+    <TD><A HREF="SMD_CHIP 805.fp">SMD_CHIP 805.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>Capacitor, smd chip 805 </TD>
+    <TD><A HREF="SMD_CHIP 805.fp">SMD_CHIP 805.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>Resistor, smd chip 1206 </TD>
+    <TD><A HREF="SMD_CHIP 1206.fp">SMD_CHIP 1206.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>Capacitor, smd chip 1206 </TD>
+    <TD><A HREF="SMD_CHIP 1206.fp">SMD_CHIP 1206.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>Resistor, smd chip 1210 </TD>
+    <TD><A HREF="SMD_CHIP 1210.fp">SMD_CHIP 1210.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>Capacitor, smd chip 1210 </TD>
+    <TD><A HREF="SMD_CHIP 1210.fp">SMD_CHIP 1210.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>603, chip_resistor </TD>
+    <TD><A HREF="SMD_SIMPLE 60 30.fp">SMD_SIMPLE 60 30.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>805, chip_resistor </TD>
+    <TD><A HREF="SMD_SIMPLE 80 50.fp">SMD_SIMPLE 80 50.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>1206, chip_resistor </TD>
+    <TD><A HREF="SMD_SIMPLE 120 60.fp">SMD_SIMPLE 120 60.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>603, chip_capacitor </TD>
+    <TD><A HREF="SMD_SIMPLE 60 30.fp">SMD_SIMPLE 60 30.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>805, chip_capacitor </TD>
+    <TD><A HREF="SMD_SIMPLE 80 50.fp">SMD_SIMPLE 80 50.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>1206, chip_capacitor </TD>
+    <TD><A HREF="SMD_SIMPLE 120 60.fp">SMD_SIMPLE 120 60.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>603, chip_capacitor_polarized </TD>
+    <TD><A HREF="SMD_POLAR 60 30.fp">SMD_POLAR 60 30.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>805, chip_capacitor_polarized </TD>
+    <TD><A HREF="SMD_POLAR 80 50.fp">SMD_POLAR 80 50.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>1206, chip_capacitor_polarized </TD>
+    <TD><A HREF="SMD_POLAR 120 60.fp">SMD_POLAR 120 60.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>EIA A, chip_capacitor_polarized </TD>
+    <TD><A HREF="SMD_POLAR 120 50.fp">SMD_POLAR 120 50.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>EIA B, chip_capacitor_polarized </TD>
+    <TD><A HREF="SMD_POLAR 140 90.fp">SMD_POLAR 140 90.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>EIA C, chip_capacitor_polarized </TD>
+    <TD><A HREF="SMD_POLAR 240 90.fp">SMD_POLAR 240 90.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>EIA D, chip_capacitor_polarized </TD>
+    <TD><A HREF="SMD_POLAR 280 100.fp">SMD_POLAR 280 100.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>603, chip_diode </TD>
+    <TD><A HREF="SMD_DIODE 60 30.fp">SMD_DIODE 60 30.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>805, chip_diode </TD>
+    <TD><A HREF="SMD_DIODE 80 50.fp">SMD_DIODE 80 50.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>1206, chip_diode </TD>
+    <TD><A HREF="SMD_DIODE 120 60.fp">SMD_DIODE 120 60.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>XT8BIT, isa_eight_bit </TD>
+    <TD><A HREF="ISA8.fp">ISA8.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOT-23, SOT-23 package </TD>
+    <TD><A HREF="SOT23.fp">SOT23.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOT-323, SOT-323 package </TD>
+    <TD><A HREF="SOT323.fp">SOT323.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>SOT-NE19, NEC SOT-NE19 package </TD>
+    <TD><A HREF="NEC19.fp">NEC19.fp</A></TD>
+  </TR>
+
+</TABLE>
+
+</BODY></HTML>
Index: oldlib/lib/pcblib-newlib/gtag/CONN_JTAG.fp
===================================================================
--- oldlib/lib/pcblib-newlib/gtag/CONN_JTAG.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/gtag/CONN_JTAG.fp	(revision 296)
@@ -0,0 +1,17 @@
+	Element(0x00 "JTAG Connector" "" "CONN_JTAG" 0 0 0 100 0x00)
+(
+	Pin(100 100 60 28 "1" "1" 0x00000101)
+	Pin(100 200 60 28 "2" "2" 0x00000001)
+	Pin(100 300 60 28 "3" "3" 0x00000001)
+	Pin(100 400 60 28 "4" "4" 0x00000001)
+	Pin(100 500 60 28 "5" "5" 0x00000001)
+	Pin(100 600 60 28 "6" "6" 0x00000001)
+	Pin(100 700 60 28 "7" "7" 0x00000001)
+	Pin(100 800 60 28 "8" "8" 0x00000001)
+	ElementLine(   0   0 200   0 20)
+	ElementLine(   0 150 200 150 10)
+	ElementLine( 200   0 200 900 20)
+	ElementLine( 200 900   0 900 20)
+	ElementLine(   0 900   0   0 20)
+	Mark (0 0)
+)
Index: oldlib/lib/pcblib-newlib/gtag/CONN_USB.fp
===================================================================
--- oldlib/lib/pcblib-newlib/gtag/CONN_USB.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/gtag/CONN_USB.fp	(revision 296)
@@ -0,0 +1,13 @@
+	Element(0x00 "USB Male Connector" "" "CONN_USB" 4140 2050 0 100 0x00)
+(
+	Pin(4140 2050 60 28 "1" "1" 0x00000101)
+	Pin(4040 2050 60 28 "2" "2" 0x00000001)
+	Pin(4040 2130 60 28 "3" "3" 0x00000001)
+	Pin(4140 2130 60 28 "4" "4" 0x00000001)
+	Pin(3850 2240 90 90 "" "5" 0x00000009)
+	Pin(4330 2240 90 90 "" "6" 0x00000009)
+	ElementLine( 3850  1900 4330 1900 20)
+	ElementLine( 3850  1900 3850 2150 20)
+	ElementLine( 4330  1900 4330 2150 20)
+	Mark (4140 2050)
+)
Index: oldlib/lib/pcblib-newlib/gtag/PQFP52_10X10 52.fp
===================================================================
--- oldlib/lib/pcblib-newlib/gtag/PQFP52_10X10 52.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/gtag/PQFP52_10X10 52.fp	(revision 296)
@@ -0,0 +1,61 @@
+	Element(0x00 "USB Microcontroller" "" "PQFP52_10X10 52" 250 200 0 150 0x00)
+(
+	Pad(0 129 80 129 16 "1" 0x00000101)
+	Pad(0 155 80 155 16 "2" 0x00000001)
+	Pad(0 180 80 180 16 "3" 0x00000001)
+	Pad(0 206 80 206 16 "4" 0x00000001)
+	Pad(0 232 80 232 16 "5" 0x00000001)
+	Pad(0 257 80 257 16 "6" 0x00000001)
+	Pad(0 283 80 283 16 "7" 0x00000001)
+	Pad(0 308 80 308 16 "8" 0x00000001)
+	Pad(0 334 80 334 16 "9" 0x00000001)
+	Pad(0 359 80 359 16 "10" 0x00000001)
+	Pad(0 385 80 385 16 "11" 0x00000001)
+	Pad(0 411 80 411 16 "12" 0x00000001)
+	Pad(0 436 80 436 16 "13" 0x00000001)
+	Pad(129 565 129 485 16 "14" 0x00000001)
+	Pad(155 565 155 485 16 "15" 0x00000001)
+	Pad(180 565 180 485 16 "16" 0x00000001)
+	Pad(206 565 206 485 16 "17" 0x00000001)
+	Pad(232 565 232 485 16 "18" 0x00000001)
+	Pad(257 565 257 485 16 "19" 0x00000001)
+	Pad(283 565 283 485 16 "20" 0x00000001)
+	Pad(308 565 308 485 16 "21" 0x00000001)
+	Pad(334 565 334 485 16 "22" 0x00000001)
+	Pad(359 565 359 485 16 "23" 0x00000001)
+	Pad(385 565 385 485 16 "24" 0x00000001)
+	Pad(411 565 411 485 16 "25" 0x00000001)
+	Pad(436 565 436 485 16 "26" 0x00000001)
+	Pad(485 436 565 436 16 "27" 0x00000001)
+	Pad(485 411 565 411 16 "28" 0x00000001)
+	Pad(485 385 565 385 16 "29" 0x00000001)
+	Pad(485 359 565 359 16 "30" 0x00000001)
+	Pad(485 334 565 334 16 "31" 0x00000001)
+	Pad(485 308 565 308 16 "32" 0x00000001)
+	Pad(485 283 565 283 16 "33" 0x00000001)
+	Pad(485 257 565 257 16 "34" 0x00000001)
+	Pad(485 232 565 232 16 "35" 0x00000001)
+	Pad(485 206 565 206 16 "36" 0x00000001)
+	Pad(485 180 565 180 16 "37" 0x00000001)
+	Pad(485 155 565 155 16 "38" 0x00000001)
+	Pad(485 129 565 129 16 "39" 0x00000001)
+	Pad(436 0 436 80 16 "40" 0x00000001)
+	Pad(411 0 411 80 16 "41" 0x00000001)
+	Pad(385 0 385 80 16 "42" 0x00000001)
+	Pad(359 0 359 80 16 "43" 0x00000001)
+	Pad(334 0 334 80 16 "44" 0x00000001)
+	Pad(308 0 308 80 16 "45" 0x00000001)
+	Pad(283 0 283 80 16 "46" 0x00000001)
+	Pad(257 0 257 80 16 "47" 0x00000001)
+	Pad(232 0 232 80 16 "48" 0x00000001)
+	Pad(206 0 206 80 16 "49" 0x00000001)
+	Pad(180 0 180 80 16 "50" 0x00000001)
+	Pad(155 0 155 80 16 "51" 0x00000001)
+	Pad(129 0 129 80 16 "52" 0x00000001)
+	ElementLine( 135 129 436 129 20)
+	ElementLine( 129 135 129 436 20)
+	ElementLine( 129 436 436 436 20)
+	ElementLine( 436 436 436 129 20)
+	ElementLine( 129 135 135 129 20)
+	Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/gtag/SM0805.fp
===================================================================
--- oldlib/lib/pcblib-newlib/gtag/SM0805.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/gtag/SM0805.fp	(revision 296)
@@ -0,0 +1,6 @@
+	Element(0x00 "SMT 0805" "" "SM0805" 0 100 0 100 0x00)
+(
+	Pad(100  100  100  100 50 "1" 0x00000100)
+	Pad(100  180  100  180 50 "2" 0x00000100)
+	Mark(100 100)
+)
Index: oldlib/lib/pcblib-newlib/gtag/SM1206.fp
===================================================================
--- oldlib/lib/pcblib-newlib/gtag/SM1206.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/gtag/SM1206.fp	(revision 296)
@@ -0,0 +1,6 @@
+	Element(0x00 "SMT 1206" "" "SM1206" 0 100 0 100 0x00)
+(
+	Pad(100  100  100  100 60 "1" 0x00000100)
+	Pad(100  230  100  230 60 "2" 0x00000100)
+	Mark(100 100)
+)
Index: oldlib/lib/pcblib-newlib/gtag/index.html
===================================================================
--- oldlib/lib/pcblib-newlib/gtag/index.html	(nonexistent)
+++ oldlib/lib/pcblib-newlib/gtag/index.html	(revision 296)
@@ -0,0 +1,34 @@
+<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
+<HTML><HEAD><TITLE>PCB gtag Footprint Library</TITLE></HEAD>
+<BODY bgcolor="#FFFFFF" text="#000000">
+<H1>PCB gtag Footprint Library</H1>
+<TABLE BORDER=2>
+<TR>
+    <TD><EM>Comment</EM></TD>
+    <TD><EM>Footprint Name</EM></TD>
+</TR>
+
+  <TR>
+    <TD>cy7c64603, USB Microcontroller </TD>
+    <TD><A HREF="PQFP52_10X10 52.fp">PQFP52_10X10 52.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>conn_usb, USB Male Connector </TD>
+    <TD><A HREF="CONN_USB.fp">CONN_USB.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>conn_jtag, JTAG Connector </TD>
+    <TD><A HREF="CONN_JTAG.fp">CONN_JTAG.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>sm0805, SMT 0805 </TD>
+    <TD><A HREF="SM0805.fp">SM0805.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>sm1206, SMT 1206 </TD>
+    <TD><A HREF="SM1206.fp">SM1206.fp</A></TD>
+  </TR>
+
+</TABLE>
+
+</BODY></HTML>
Index: oldlib/lib/pcblib-newlib/index.html
===================================================================
--- oldlib/lib/pcblib-newlib/index.html	(nonexistent)
+++ oldlib/lib/pcblib-newlib/index.html	(revision 296)
@@ -0,0 +1,29 @@
+<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
+<HTML><HEAD><TITLE>PCB Footprint Library</TITLE></HEAD>
+<BODY bgcolor="#FFFFFF" text="#000000">
+<H1>PCB Footprint Library</H1>
+<UL>
+
+<LI><A HREF="amphenol/index.html">~amphenol</A></LI>
+<LI><A HREF="connector/index.html">~connector</A></LI>
+<LI><A HREF="crystal/index.html">~crystal</A></LI>
+<LI><A HREF="generic/index.html">~generic</A></LI>
+<LI><A HREF="gtag/index.html">~gtag</A></LI>
+<LI><A HREF="optical/index.html">~optical</A></LI>
+<LI><A HREF="pci/index.html">~pci</A></LI>
+<LI><A HREF="amp/index.html">~amp</A></LI>
+<LI><A HREF="bourns/index.html">~bourns</A></LI>
+<LI><A HREF="candk/index.html">~candk</A></LI>
+<LI><A HREF="cts/index.html">~cts</A></LI>
+<LI><A HREF="geda/index.html">~geda</A></LI>
+<LI><A HREF="johnstech/index.html">~johnstech</A></LI>
+<LI><A HREF="minicircuits/index.html">~minicircuits</A></LI>
+<LI><A HREF="nichicon/index.html">~nichicon</A></LI>
+<LI><A HREF="optek/index.html">~optek</A></LI>
+<LI><A HREF="panasonic/index.html">~panasonic</A></LI>
+
+</UL>
+
+<P>For a list of footprints with either m4 syntax errors
+or PCB syntax errors see <A HREF="broken.html">the broken log file.</A></P>
+</BODY></HTML>
Index: oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN12_4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN12_4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN12_4.fp	(revision 296)
@@ -0,0 +1,91 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 75 is 0.75 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# pad size and drill size (mil/100) for the mounting holes
+	# soldermask relief size for mounting holes (mil/100) 
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+	# location of mounting holes (mil/100)
+	# latch silkscreen width (mils/100)
+	# points for latch silk on the left/right sides of the part (mil/100)
+	# points for latch silk on the top/bottom sides of the part (mil/100)
+	# points for silk showing where the exposed paddle contacts are (mil/100)
+	# spacing between rows of EP contacts in 1/100 mm.
+	# soldermask opening (mil/100)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Johnstech QFN Socket, Series 1MM (724812-724839)" "" "JOHNSTECH_QFN12_4" 0 0 -16748 -17798 0 100 0x00000000]
+(
+# left row
+	Pad[-10118  -3149  -6417  -3149  1417  0 0 "1" "1"  0x00000000]
+	Pad[-10118  0  -6417  0  1417  0 0 "2" "2"  0x00000000]
+	Pad[-10118  3149  -6417  3149  1417  0 0 "3" "3"  0x00000000]
+# bottom row
+	Pad[-3149  10118  -3149  6417  1417 0 0 "4" "4"  0x00000800]
+	Pad[0  10118  0  6417  1417 0 0 "5" "5"  0x00000800]
+	Pad[3149  10118  3149  6417  1417 0 0 "6" "6"  0x00000800]
+# right row
+	Pad[10118  3149  6417  3149  1417  0 0 "7" "7"  0x00000000]
+	Pad[10118  0  6417  0  1417  0 0 "8" "8"  0x00000000]
+	Pad[10118  -3149  6417  -3149  1417  0 0 "9" "9"  0x00000000]
+# top row
+	Pad[3149  -10118  3149  -6417  1417 0 0 "10" "10" 0x00000800]
+	Pad[0  -10118  0  -6417  1417 0 0 "11" "11" 0x00000800]
+	Pad[-3149  -10118  -3149  -6417  1417 0 0 "12" "12" 0x00000800]
+# Exposed paddle.  Note that this pad also sets the soldermask
+# relief for the entire part.
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+Pad[0 0 0 0 8267 0 31496 "13" "13" 0x00000100]
+# Mounting pins
+# Pin(x, y, thickness, clearance, mask, drilling hole, name,
+#     number, flags 
+Pin[ 11811 11811 7700 1000 8700 2000 "Mount1" "14" 0x0]
+Pin[ -11811 11811 7700 1000 8700 2000 "Mount2" "15" 0x0]
+Pin[ -11811 -11811 7700 1000 8700 2000 "Mount3" "16" 0x0]
+Pin[ 11811 -11811 7700 1000 8700 2000 "Mount4" "17" 0x0]
+# Silk screen around package
+ElementLine[ 16748  16748  16748 -16748 1000]
+ElementLine[ 16748 -16748 -16748 -16748 1000]
+ElementLine[-16748 -16748 -16748  16748 1000]
+ElementLine[-16748  16748  16748  16748 1000]
+# Pin 1 indicator
+ElementLine[-16748 -16748 -18248 -18248 1000]
+# Silk showing latch area
+# top
+ElementLine[ -8858 -16748 -8858 -23622 100 ]
+ElementLine[ -8858 -23622 8858 -23622 100 ]
+ElementLine[ 8858 -16748 8858 -23622 100 ]
+# bottom
+ElementLine[ -8858 16748 -8858 23622 100 ]
+ElementLine[ -8858 23622 8858 23622 100 ]
+ElementLine[ 8858 16748 8858 23622 100 ]
+# left
+ElementLine[ -16748 8858 -23622 8858 100 ]
+ElementLine[ -23622 8858 -23622 -8858 100 ]
+ElementLine[ -16748 -8858 -23622 -8858 100 ]
+# right
+ElementLine[ 16748 8858 23622 8858 100 ]
+ElementLine[ 23622 8858 23622 -8858 100 ]
+ElementLine[ 16748 -8858 23622 -8858 100 ]
+# Silk showing area for exposed paddle socket contacts
+ElementLine[ -984 -11811 -984  11811 100 ]
+ElementLine[ -196 -11811 -196  11811 100 ]
+ElementLine[ -984  11811 -196  11811 100 ]
+ElementLine[ -984 -11811 -196 -11811 100 ]
+# packages with width >= 6.0 mm have 2 rows of contacts
+)
Index: oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN16_4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN16_4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN16_4.fp	(revision 296)
@@ -0,0 +1,95 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 75 is 0.75 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# pad size and drill size (mil/100) for the mounting holes
+	# soldermask relief size for mounting holes (mil/100) 
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+	# location of mounting holes (mil/100)
+	# latch silkscreen width (mils/100)
+	# points for latch silk on the left/right sides of the part (mil/100)
+	# points for latch silk on the top/bottom sides of the part (mil/100)
+	# points for silk showing where the exposed paddle contacts are (mil/100)
+	# spacing between rows of EP contacts in 1/100 mm.
+	# soldermask opening (mil/100)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Johnstech QFN Socket, Series 1MM (724812-724839)" "" "JOHNSTECH_QFN16_4" 0 0 -16748 -17798 0 100 0x00000000]
+(
+# left row
+	Pad[-10118  -3838  -6417  -3838  1417  0 0 "1" "1"  0x00000000]
+	Pad[-10118  -1279  -6417  -1279  1417  0 0 "2" "2"  0x00000000]
+	Pad[-10118  1279  -6417  1279  1417  0 0 "3" "3"  0x00000000]
+	Pad[-10118  3838  -6417  3838  1417  0 0 "4" "4"  0x00000000]
+# bottom row
+	Pad[-3838  10118  -3838  6417  1417 0 0 "5" "5"  0x00000800]
+	Pad[-1279  10118  -1279  6417  1417 0 0 "6" "6"  0x00000800]
+	Pad[1279  10118  1279  6417  1417 0 0 "7" "7"  0x00000800]
+	Pad[3838  10118  3838  6417  1417 0 0 "8" "8"  0x00000800]
+# right row
+	Pad[10118  3838  6417  3838  1417  0 0 "9" "9"  0x00000000]
+	Pad[10118  1279  6417  1279  1417  0 0 "10" "10"  0x00000000]
+	Pad[10118  -1279  6417  -1279  1417  0 0 "11" "11"  0x00000000]
+	Pad[10118  -3838  6417  -3838  1417  0 0 "12" "12"  0x00000000]
+# top row
+	Pad[3838  -10118  3838  -6417  1417 0 0 "13" "13" 0x00000800]
+	Pad[1279  -10118  1279  -6417  1417 0 0 "14" "14" 0x00000800]
+	Pad[-1279  -10118  -1279  -6417  1417 0 0 "15" "15" 0x00000800]
+	Pad[-3838  -10118  -3838  -6417  1417 0 0 "16" "16" 0x00000800]
+# Exposed paddle.  Note that this pad also sets the soldermask
+# relief for the entire part.
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+Pad[0 0 0 0 8267 0 31496 "17" "17" 0x00000100]
+# Mounting pins
+# Pin(x, y, thickness, clearance, mask, drilling hole, name,
+#     number, flags 
+Pin[ 11811 11811 7700 1000 8700 2000 "Mount1" "18" 0x0]
+Pin[ -11811 11811 7700 1000 8700 2000 "Mount2" "19" 0x0]
+Pin[ -11811 -11811 7700 1000 8700 2000 "Mount3" "20" 0x0]
+Pin[ 11811 -11811 7700 1000 8700 2000 "Mount4" "21" 0x0]
+# Silk screen around package
+ElementLine[ 16748  16748  16748 -16748 1000]
+ElementLine[ 16748 -16748 -16748 -16748 1000]
+ElementLine[-16748 -16748 -16748  16748 1000]
+ElementLine[-16748  16748  16748  16748 1000]
+# Pin 1 indicator
+ElementLine[-16748 -16748 -18248 -18248 1000]
+# Silk showing latch area
+# top
+ElementLine[ -8858 -16748 -8858 -23622 100 ]
+ElementLine[ -8858 -23622 8858 -23622 100 ]
+ElementLine[ 8858 -16748 8858 -23622 100 ]
+# bottom
+ElementLine[ -8858 16748 -8858 23622 100 ]
+ElementLine[ -8858 23622 8858 23622 100 ]
+ElementLine[ 8858 16748 8858 23622 100 ]
+# left
+ElementLine[ -16748 8858 -23622 8858 100 ]
+ElementLine[ -23622 8858 -23622 -8858 100 ]
+ElementLine[ -16748 -8858 -23622 -8858 100 ]
+# right
+ElementLine[ 16748 8858 23622 8858 100 ]
+ElementLine[ 23622 8858 23622 -8858 100 ]
+ElementLine[ 16748 -8858 23622 -8858 100 ]
+# Silk showing area for exposed paddle socket contacts
+ElementLine[ -984 -11811 -984  11811 100 ]
+ElementLine[ -196 -11811 -196  11811 100 ]
+ElementLine[ -984  11811 -196  11811 100 ]
+ElementLine[ -984 -11811 -196 -11811 100 ]
+# packages with width >= 6.0 mm have 2 rows of contacts
+)
Index: oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN16_5.fp
===================================================================
--- oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN16_5.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN16_5.fp	(revision 296)
@@ -0,0 +1,95 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 75 is 0.75 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# pad size and drill size (mil/100) for the mounting holes
+	# soldermask relief size for mounting holes (mil/100) 
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+	# location of mounting holes (mil/100)
+	# latch silkscreen width (mils/100)
+	# points for latch silk on the left/right sides of the part (mil/100)
+	# points for latch silk on the top/bottom sides of the part (mil/100)
+	# points for silk showing where the exposed paddle contacts are (mil/100)
+	# spacing between rows of EP contacts in 1/100 mm.
+	# soldermask opening (mil/100)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Johnstech QFN Socket, Series 1MM (724812-724839)" "" "JOHNSTECH_QFN16_5" 0 0 -18716 -19766 0 100 0x00000000]
+(
+# left row
+	Pad[-12086  -4724  -8385  -4724  1417  0 0 "1" "1"  0x00000000]
+	Pad[-12086  -1574  -8385  -1574  1417  0 0 "2" "2"  0x00000000]
+	Pad[-12086  1574  -8385  1574  1417  0 0 "3" "3"  0x00000000]
+	Pad[-12086  4724  -8385  4724  1417  0 0 "4" "4"  0x00000000]
+# bottom row
+	Pad[-4724  12086  -4724  8385  1417 0 0 "5" "5"  0x00000800]
+	Pad[-1574  12086  -1574  8385  1417 0 0 "6" "6"  0x00000800]
+	Pad[1574  12086  1574  8385  1417 0 0 "7" "7"  0x00000800]
+	Pad[4724  12086  4724  8385  1417 0 0 "8" "8"  0x00000800]
+# right row
+	Pad[12086  4724  8385  4724  1417  0 0 "9" "9"  0x00000000]
+	Pad[12086  1574  8385  1574  1417  0 0 "10" "10"  0x00000000]
+	Pad[12086  -1574  8385  -1574  1417  0 0 "11" "11"  0x00000000]
+	Pad[12086  -4724  8385  -4724  1417  0 0 "12" "12"  0x00000000]
+# top row
+	Pad[4724  -12086  4724  -8385  1417 0 0 "13" "13" 0x00000800]
+	Pad[1574  -12086  1574  -8385  1417 0 0 "14" "14" 0x00000800]
+	Pad[-1574  -12086  -1574  -8385  1417 0 0 "15" "15" 0x00000800]
+	Pad[-4724  -12086  -4724  -8385  1417 0 0 "16" "16" 0x00000800]
+# Exposed paddle.  Note that this pad also sets the soldermask
+# relief for the entire part.
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+Pad[0 0 0 0 12204 0 35433 "17" "17" 0x00000100]
+# Mounting pins
+# Pin(x, y, thickness, clearance, mask, drilling hole, name,
+#     number, flags 
+Pin[ 13779 13779 7700 1000 8700 2000 "Mount1" "18" 0x0]
+Pin[ -13779 13779 7700 1000 8700 2000 "Mount2" "19" 0x0]
+Pin[ -13779 -13779 7700 1000 8700 2000 "Mount3" "20" 0x0]
+Pin[ 13779 -13779 7700 1000 8700 2000 "Mount4" "21" 0x0]
+# Silk screen around package
+ElementLine[ 18716  18716  18716 -18716 1000]
+ElementLine[ 18716 -18716 -18716 -18716 1000]
+ElementLine[-18716 -18716 -18716  18716 1000]
+ElementLine[-18716  18716  18716  18716 1000]
+# Pin 1 indicator
+ElementLine[-18716 -18716 -20216 -20216 1000]
+# Silk showing latch area
+# top
+ElementLine[ -10826 -18716 -10826 -25590 100 ]
+ElementLine[ -10826 -25590 10826 -25590 100 ]
+ElementLine[ 10826 -18716 10826 -25590 100 ]
+# bottom
+ElementLine[ -10826 18716 -10826 25590 100 ]
+ElementLine[ -10826 25590 10826 25590 100 ]
+ElementLine[ 10826 18716 10826 25590 100 ]
+# left
+ElementLine[ -18716 10826 -25590 10826 100 ]
+ElementLine[ -25590 10826 -25590 -10826 100 ]
+ElementLine[ -18716 -10826 -25590 -10826 100 ]
+# right
+ElementLine[ 18716 10826 25590 10826 100 ]
+ElementLine[ 25590 10826 25590 -10826 100 ]
+ElementLine[ 18716 -10826 25590 -10826 100 ]
+# Silk showing area for exposed paddle socket contacts
+ElementLine[ 984 -11811 984  11811 100 ]
+ElementLine[ 1771 -11811 1771  11811 100 ]
+ElementLine[ 984  11811 1771  11811 100 ]
+ElementLine[ 984 -11811 1771 -11811 100 ]
+# packages with width >= 6.0 mm have 2 rows of contacts
+)
Index: oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN20_4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN20_4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN20_4.fp	(revision 296)
@@ -0,0 +1,99 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 75 is 0.75 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# pad size and drill size (mil/100) for the mounting holes
+	# soldermask relief size for mounting holes (mil/100) 
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+	# location of mounting holes (mil/100)
+	# latch silkscreen width (mils/100)
+	# points for latch silk on the left/right sides of the part (mil/100)
+	# points for latch silk on the top/bottom sides of the part (mil/100)
+	# points for silk showing where the exposed paddle contacts are (mil/100)
+	# spacing between rows of EP contacts in 1/100 mm.
+	# soldermask opening (mil/100)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Johnstech QFN Socket, Series 1MM (724812-724839)" "" "JOHNSTECH_QFN20_4" 0 0 -16748 -17798 0 100 0x00000000]
+(
+# left row
+	Pad[-10118  -3937  -6417  -3937  1417  0 0 "1" "1"  0x00000000]
+	Pad[-10118  -1968  -6417  -1968  1417  0 0 "2" "2"  0x00000000]
+	Pad[-10118  0  -6417  0  1417  0 0 "3" "3"  0x00000000]
+	Pad[-10118  1968  -6417  1968  1417  0 0 "4" "4"  0x00000000]
+	Pad[-10118  3937  -6417  3937  1417  0 0 "5" "5"  0x00000000]
+# bottom row
+	Pad[-3937  10118  -3937  6417  1417 0 0 "6" "6"  0x00000800]
+	Pad[-1968  10118  -1968  6417  1417 0 0 "7" "7"  0x00000800]
+	Pad[0  10118  0  6417  1417 0 0 "8" "8"  0x00000800]
+	Pad[1968  10118  1968  6417  1417 0 0 "9" "9"  0x00000800]
+	Pad[3937  10118  3937  6417  1417 0 0 "10" "10"  0x00000800]
+# right row
+	Pad[10118  3937  6417  3937  1417  0 0 "11" "11"  0x00000000]
+	Pad[10118  1968  6417  1968  1417  0 0 "12" "12"  0x00000000]
+	Pad[10118  0  6417  0  1417  0 0 "13" "13"  0x00000000]
+	Pad[10118  -1968  6417  -1968  1417  0 0 "14" "14"  0x00000000]
+	Pad[10118  -3937  6417  -3937  1417  0 0 "15" "15"  0x00000000]
+# top row
+	Pad[3937  -10118  3937  -6417  1417 0 0 "16" "16" 0x00000800]
+	Pad[1968  -10118  1968  -6417  1417 0 0 "17" "17" 0x00000800]
+	Pad[0  -10118  0  -6417  1417 0 0 "18" "18" 0x00000800]
+	Pad[-1968  -10118  -1968  -6417  1417 0 0 "19" "19" 0x00000800]
+	Pad[-3937  -10118  -3937  -6417  1417 0 0 "20" "20" 0x00000800]
+# Exposed paddle.  Note that this pad also sets the soldermask
+# relief for the entire part.
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+Pad[0 0 0 0 8267 0 31496 "21" "21" 0x00000100]
+# Mounting pins
+# Pin(x, y, thickness, clearance, mask, drilling hole, name,
+#     number, flags 
+Pin[ 11811 11811 7700 1000 8700 2000 "Mount1" "22" 0x0]
+Pin[ -11811 11811 7700 1000 8700 2000 "Mount2" "23" 0x0]
+Pin[ -11811 -11811 7700 1000 8700 2000 "Mount3" "24" 0x0]
+Pin[ 11811 -11811 7700 1000 8700 2000 "Mount4" "25" 0x0]
+# Silk screen around package
+ElementLine[ 16748  16748  16748 -16748 1000]
+ElementLine[ 16748 -16748 -16748 -16748 1000]
+ElementLine[-16748 -16748 -16748  16748 1000]
+ElementLine[-16748  16748  16748  16748 1000]
+# Pin 1 indicator
+ElementLine[-16748 -16748 -18248 -18248 1000]
+# Silk showing latch area
+# top
+ElementLine[ -8858 -16748 -8858 -23622 100 ]
+ElementLine[ -8858 -23622 8858 -23622 100 ]
+ElementLine[ 8858 -16748 8858 -23622 100 ]
+# bottom
+ElementLine[ -8858 16748 -8858 23622 100 ]
+ElementLine[ -8858 23622 8858 23622 100 ]
+ElementLine[ 8858 16748 8858 23622 100 ]
+# left
+ElementLine[ -16748 8858 -23622 8858 100 ]
+ElementLine[ -23622 8858 -23622 -8858 100 ]
+ElementLine[ -16748 -8858 -23622 -8858 100 ]
+# right
+ElementLine[ 16748 8858 23622 8858 100 ]
+ElementLine[ 23622 8858 23622 -8858 100 ]
+ElementLine[ 16748 -8858 23622 -8858 100 ]
+# Silk showing area for exposed paddle socket contacts
+ElementLine[ -984 -11811 -984  11811 100 ]
+ElementLine[ -196 -11811 -196  11811 100 ]
+ElementLine[ -984  11811 -196  11811 100 ]
+ElementLine[ -984 -11811 -196 -11811 100 ]
+# packages with width >= 6.0 mm have 2 rows of contacts
+)
Index: oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN20_5.fp
===================================================================
--- oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN20_5.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN20_5.fp	(revision 296)
@@ -0,0 +1,99 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 75 is 0.75 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# pad size and drill size (mil/100) for the mounting holes
+	# soldermask relief size for mounting holes (mil/100) 
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+	# location of mounting holes (mil/100)
+	# latch silkscreen width (mils/100)
+	# points for latch silk on the left/right sides of the part (mil/100)
+	# points for latch silk on the top/bottom sides of the part (mil/100)
+	# points for silk showing where the exposed paddle contacts are (mil/100)
+	# spacing between rows of EP contacts in 1/100 mm.
+	# soldermask opening (mil/100)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Johnstech QFN Socket, Series 1MM (724812-724839)" "" "JOHNSTECH_QFN20_5" 0 0 -18716 -19766 0 100 0x00000000]
+(
+# left row
+	Pad[-12086  -5118  -8385  -5118  1417  0 0 "1" "1"  0x00000000]
+	Pad[-12086  -2559  -8385  -2559  1417  0 0 "2" "2"  0x00000000]
+	Pad[-12086  0  -8385  0  1417  0 0 "3" "3"  0x00000000]
+	Pad[-12086  2559  -8385  2559  1417  0 0 "4" "4"  0x00000000]
+	Pad[-12086  5118  -8385  5118  1417  0 0 "5" "5"  0x00000000]
+# bottom row
+	Pad[-5118  12086  -5118  8385  1417 0 0 "6" "6"  0x00000800]
+	Pad[-2559  12086  -2559  8385  1417 0 0 "7" "7"  0x00000800]
+	Pad[0  12086  0  8385  1417 0 0 "8" "8"  0x00000800]
+	Pad[2559  12086  2559  8385  1417 0 0 "9" "9"  0x00000800]
+	Pad[5118  12086  5118  8385  1417 0 0 "10" "10"  0x00000800]
+# right row
+	Pad[12086  5118  8385  5118  1417  0 0 "11" "11"  0x00000000]
+	Pad[12086  2559  8385  2559  1417  0 0 "12" "12"  0x00000000]
+	Pad[12086  0  8385  0  1417  0 0 "13" "13"  0x00000000]
+	Pad[12086  -2559  8385  -2559  1417  0 0 "14" "14"  0x00000000]
+	Pad[12086  -5118  8385  -5118  1417  0 0 "15" "15"  0x00000000]
+# top row
+	Pad[5118  -12086  5118  -8385  1417 0 0 "16" "16" 0x00000800]
+	Pad[2559  -12086  2559  -8385  1417 0 0 "17" "17" 0x00000800]
+	Pad[0  -12086  0  -8385  1417 0 0 "18" "18" 0x00000800]
+	Pad[-2559  -12086  -2559  -8385  1417 0 0 "19" "19" 0x00000800]
+	Pad[-5118  -12086  -5118  -8385  1417 0 0 "20" "20" 0x00000800]
+# Exposed paddle.  Note that this pad also sets the soldermask
+# relief for the entire part.
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+Pad[0 0 0 0 12204 0 35433 "21" "21" 0x00000100]
+# Mounting pins
+# Pin(x, y, thickness, clearance, mask, drilling hole, name,
+#     number, flags 
+Pin[ 13779 13779 7700 1000 8700 2000 "Mount1" "22" 0x0]
+Pin[ -13779 13779 7700 1000 8700 2000 "Mount2" "23" 0x0]
+Pin[ -13779 -13779 7700 1000 8700 2000 "Mount3" "24" 0x0]
+Pin[ 13779 -13779 7700 1000 8700 2000 "Mount4" "25" 0x0]
+# Silk screen around package
+ElementLine[ 18716  18716  18716 -18716 1000]
+ElementLine[ 18716 -18716 -18716 -18716 1000]
+ElementLine[-18716 -18716 -18716  18716 1000]
+ElementLine[-18716  18716  18716  18716 1000]
+# Pin 1 indicator
+ElementLine[-18716 -18716 -20216 -20216 1000]
+# Silk showing latch area
+# top
+ElementLine[ -10826 -18716 -10826 -25590 100 ]
+ElementLine[ -10826 -25590 10826 -25590 100 ]
+ElementLine[ 10826 -18716 10826 -25590 100 ]
+# bottom
+ElementLine[ -10826 18716 -10826 25590 100 ]
+ElementLine[ -10826 25590 10826 25590 100 ]
+ElementLine[ 10826 18716 10826 25590 100 ]
+# left
+ElementLine[ -18716 10826 -25590 10826 100 ]
+ElementLine[ -25590 10826 -25590 -10826 100 ]
+ElementLine[ -18716 -10826 -25590 -10826 100 ]
+# right
+ElementLine[ 18716 10826 25590 10826 100 ]
+ElementLine[ 25590 10826 25590 -10826 100 ]
+ElementLine[ 18716 -10826 25590 -10826 100 ]
+# Silk showing area for exposed paddle socket contacts
+ElementLine[ 984 -11811 984  11811 100 ]
+ElementLine[ 1771 -11811 1771  11811 100 ]
+ElementLine[ 984  11811 1771  11811 100 ]
+ElementLine[ 984 -11811 1771 -11811 100 ]
+# packages with width >= 6.0 mm have 2 rows of contacts
+)
Index: oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN24_4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN24_4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN24_4.fp	(revision 296)
@@ -0,0 +1,103 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 75 is 0.75 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# pad size and drill size (mil/100) for the mounting holes
+	# soldermask relief size for mounting holes (mil/100) 
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+	# location of mounting holes (mil/100)
+	# latch silkscreen width (mils/100)
+	# points for latch silk on the left/right sides of the part (mil/100)
+	# points for latch silk on the top/bottom sides of the part (mil/100)
+	# points for silk showing where the exposed paddle contacts are (mil/100)
+	# spacing between rows of EP contacts in 1/100 mm.
+	# soldermask opening (mil/100)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Johnstech QFN Socket, Series 1MM (724812-724839)" "" "JOHNSTECH_QFN24_4" 0 0 -16748 -17798 0 100 0x00000000]
+(
+# left row
+	Pad[-10118  -4921  -6417  -4921  1417  0 0 "1" "1"  0x00000000]
+	Pad[-10118  -2952  -6417  -2952  1417  0 0 "2" "2"  0x00000000]
+	Pad[-10118  -984  -6417  -984  1417  0 0 "3" "3"  0x00000000]
+	Pad[-10118  984  -6417  984  1417  0 0 "4" "4"  0x00000000]
+	Pad[-10118  2952  -6417  2952  1417  0 0 "5" "5"  0x00000000]
+	Pad[-10118  4921  -6417  4921  1417  0 0 "6" "6"  0x00000000]
+# bottom row
+	Pad[-4921  10118  -4921  6417  1417 0 0 "7" "7"  0x00000800]
+	Pad[-2952  10118  -2952  6417  1417 0 0 "8" "8"  0x00000800]
+	Pad[-984  10118  -984  6417  1417 0 0 "9" "9"  0x00000800]
+	Pad[984  10118  984  6417  1417 0 0 "10" "10"  0x00000800]
+	Pad[2952  10118  2952  6417  1417 0 0 "11" "11"  0x00000800]
+	Pad[4921  10118  4921  6417  1417 0 0 "12" "12"  0x00000800]
+# right row
+	Pad[10118  4921  6417  4921  1417  0 0 "13" "13"  0x00000000]
+	Pad[10118  2952  6417  2952  1417  0 0 "14" "14"  0x00000000]
+	Pad[10118  984  6417  984  1417  0 0 "15" "15"  0x00000000]
+	Pad[10118  -984  6417  -984  1417  0 0 "16" "16"  0x00000000]
+	Pad[10118  -2952  6417  -2952  1417  0 0 "17" "17"  0x00000000]
+	Pad[10118  -4921  6417  -4921  1417  0 0 "18" "18"  0x00000000]
+# top row
+	Pad[4921  -10118  4921  -6417  1417 0 0 "19" "19" 0x00000800]
+	Pad[2952  -10118  2952  -6417  1417 0 0 "20" "20" 0x00000800]
+	Pad[984  -10118  984  -6417  1417 0 0 "21" "21" 0x00000800]
+	Pad[-984  -10118  -984  -6417  1417 0 0 "22" "22" 0x00000800]
+	Pad[-2952  -10118  -2952  -6417  1417 0 0 "23" "23" 0x00000800]
+	Pad[-4921  -10118  -4921  -6417  1417 0 0 "24" "24" 0x00000800]
+# Exposed paddle.  Note that this pad also sets the soldermask
+# relief for the entire part.
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+Pad[0 0 0 0 8267 0 31496 "25" "25" 0x00000100]
+# Mounting pins
+# Pin(x, y, thickness, clearance, mask, drilling hole, name,
+#     number, flags 
+Pin[ 11811 11811 7700 1000 8700 2000 "Mount1" "26" 0x0]
+Pin[ -11811 11811 7700 1000 8700 2000 "Mount2" "27" 0x0]
+Pin[ -11811 -11811 7700 1000 8700 2000 "Mount3" "28" 0x0]
+Pin[ 11811 -11811 7700 1000 8700 2000 "Mount4" "29" 0x0]
+# Silk screen around package
+ElementLine[ 16748  16748  16748 -16748 1000]
+ElementLine[ 16748 -16748 -16748 -16748 1000]
+ElementLine[-16748 -16748 -16748  16748 1000]
+ElementLine[-16748  16748  16748  16748 1000]
+# Pin 1 indicator
+ElementLine[-16748 -16748 -18248 -18248 1000]
+# Silk showing latch area
+# top
+ElementLine[ -8858 -16748 -8858 -23622 100 ]
+ElementLine[ -8858 -23622 8858 -23622 100 ]
+ElementLine[ 8858 -16748 8858 -23622 100 ]
+# bottom
+ElementLine[ -8858 16748 -8858 23622 100 ]
+ElementLine[ -8858 23622 8858 23622 100 ]
+ElementLine[ 8858 16748 8858 23622 100 ]
+# left
+ElementLine[ -16748 8858 -23622 8858 100 ]
+ElementLine[ -23622 8858 -23622 -8858 100 ]
+ElementLine[ -16748 -8858 -23622 -8858 100 ]
+# right
+ElementLine[ 16748 8858 23622 8858 100 ]
+ElementLine[ 23622 8858 23622 -8858 100 ]
+ElementLine[ 16748 -8858 23622 -8858 100 ]
+# Silk showing area for exposed paddle socket contacts
+ElementLine[ -984 -11811 -984  11811 100 ]
+ElementLine[ -196 -11811 -196  11811 100 ]
+ElementLine[ -984  11811 -196  11811 100 ]
+ElementLine[ -984 -11811 -196 -11811 100 ]
+# packages with width >= 6.0 mm have 2 rows of contacts
+)
Index: oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN28_5.fp
===================================================================
--- oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN28_5.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN28_5.fp	(revision 296)
@@ -0,0 +1,107 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 75 is 0.75 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# pad size and drill size (mil/100) for the mounting holes
+	# soldermask relief size for mounting holes (mil/100) 
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+	# location of mounting holes (mil/100)
+	# latch silkscreen width (mils/100)
+	# points for latch silk on the left/right sides of the part (mil/100)
+	# points for latch silk on the top/bottom sides of the part (mil/100)
+	# points for silk showing where the exposed paddle contacts are (mil/100)
+	# spacing between rows of EP contacts in 1/100 mm.
+	# soldermask opening (mil/100)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Johnstech QFN Socket, Series 1MM (724812-724839)" "" "JOHNSTECH_QFN28_5" 0 0 -18716 -19766 0 100 0x00000000]
+(
+# left row
+	Pad[-12086  -5905  -8385  -5905  1417  0 0 "1" "1"  0x00000000]
+	Pad[-12086  -3937  -8385  -3937  1417  0 0 "2" "2"  0x00000000]
+	Pad[-12086  -1968  -8385  -1968  1417  0 0 "3" "3"  0x00000000]
+	Pad[-12086  0  -8385  0  1417  0 0 "4" "4"  0x00000000]
+	Pad[-12086  1968  -8385  1968  1417  0 0 "5" "5"  0x00000000]
+	Pad[-12086  3937  -8385  3937  1417  0 0 "6" "6"  0x00000000]
+	Pad[-12086  5905  -8385  5905  1417  0 0 "7" "7"  0x00000000]
+# bottom row
+	Pad[-5905  12086  -5905  8385  1417 0 0 "8" "8"  0x00000800]
+	Pad[-3937  12086  -3937  8385  1417 0 0 "9" "9"  0x00000800]
+	Pad[-1968  12086  -1968  8385  1417 0 0 "10" "10"  0x00000800]
+	Pad[0  12086  0  8385  1417 0 0 "11" "11"  0x00000800]
+	Pad[1968  12086  1968  8385  1417 0 0 "12" "12"  0x00000800]
+	Pad[3937  12086  3937  8385  1417 0 0 "13" "13"  0x00000800]
+	Pad[5905  12086  5905  8385  1417 0 0 "14" "14"  0x00000800]
+# right row
+	Pad[12086  5905  8385  5905  1417  0 0 "15" "15"  0x00000000]
+	Pad[12086  3937  8385  3937  1417  0 0 "16" "16"  0x00000000]
+	Pad[12086  1968  8385  1968  1417  0 0 "17" "17"  0x00000000]
+	Pad[12086  0  8385  0  1417  0 0 "18" "18"  0x00000000]
+	Pad[12086  -1968  8385  -1968  1417  0 0 "19" "19"  0x00000000]
+	Pad[12086  -3937  8385  -3937  1417  0 0 "20" "20"  0x00000000]
+	Pad[12086  -5905  8385  -5905  1417  0 0 "21" "21"  0x00000000]
+# top row
+	Pad[5905  -12086  5905  -8385  1417 0 0 "22" "22" 0x00000800]
+	Pad[3937  -12086  3937  -8385  1417 0 0 "23" "23" 0x00000800]
+	Pad[1968  -12086  1968  -8385  1417 0 0 "24" "24" 0x00000800]
+	Pad[0  -12086  0  -8385  1417 0 0 "25" "25" 0x00000800]
+	Pad[-1968  -12086  -1968  -8385  1417 0 0 "26" "26" 0x00000800]
+	Pad[-3937  -12086  -3937  -8385  1417 0 0 "27" "27" 0x00000800]
+	Pad[-5905  -12086  -5905  -8385  1417 0 0 "28" "28" 0x00000800]
+# Exposed paddle.  Note that this pad also sets the soldermask
+# relief for the entire part.
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+Pad[0 0 0 0 12204 0 35433 "29" "29" 0x00000100]
+# Mounting pins
+# Pin(x, y, thickness, clearance, mask, drilling hole, name,
+#     number, flags 
+Pin[ 13779 13779 7700 1000 8700 2000 "Mount1" "30" 0x0]
+Pin[ -13779 13779 7700 1000 8700 2000 "Mount2" "31" 0x0]
+Pin[ -13779 -13779 7700 1000 8700 2000 "Mount3" "32" 0x0]
+Pin[ 13779 -13779 7700 1000 8700 2000 "Mount4" "33" 0x0]
+# Silk screen around package
+ElementLine[ 18716  18716  18716 -18716 1000]
+ElementLine[ 18716 -18716 -18716 -18716 1000]
+ElementLine[-18716 -18716 -18716  18716 1000]
+ElementLine[-18716  18716  18716  18716 1000]
+# Pin 1 indicator
+ElementLine[-18716 -18716 -20216 -20216 1000]
+# Silk showing latch area
+# top
+ElementLine[ -10826 -18716 -10826 -25590 100 ]
+ElementLine[ -10826 -25590 10826 -25590 100 ]
+ElementLine[ 10826 -18716 10826 -25590 100 ]
+# bottom
+ElementLine[ -10826 18716 -10826 25590 100 ]
+ElementLine[ -10826 25590 10826 25590 100 ]
+ElementLine[ 10826 18716 10826 25590 100 ]
+# left
+ElementLine[ -18716 10826 -25590 10826 100 ]
+ElementLine[ -25590 10826 -25590 -10826 100 ]
+ElementLine[ -18716 -10826 -25590 -10826 100 ]
+# right
+ElementLine[ 18716 10826 25590 10826 100 ]
+ElementLine[ 25590 10826 25590 -10826 100 ]
+ElementLine[ 18716 -10826 25590 -10826 100 ]
+# Silk showing area for exposed paddle socket contacts
+ElementLine[ 984 -11811 984  11811 100 ]
+ElementLine[ 1771 -11811 1771  11811 100 ]
+ElementLine[ 984  11811 1771  11811 100 ]
+ElementLine[ 984 -11811 1771 -11811 100 ]
+# packages with width >= 6.0 mm have 2 rows of contacts
+)
Index: oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN32_5.fp
===================================================================
--- oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN32_5.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN32_5.fp	(revision 296)
@@ -0,0 +1,111 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 75 is 0.75 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# pad size and drill size (mil/100) for the mounting holes
+	# soldermask relief size for mounting holes (mil/100) 
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+	# location of mounting holes (mil/100)
+	# latch silkscreen width (mils/100)
+	# points for latch silk on the left/right sides of the part (mil/100)
+	# points for latch silk on the top/bottom sides of the part (mil/100)
+	# points for silk showing where the exposed paddle contacts are (mil/100)
+	# spacing between rows of EP contacts in 1/100 mm.
+	# soldermask opening (mil/100)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Johnstech QFN Socket, Series 1MM (724812-724839)" "" "JOHNSTECH_QFN32_5" 0 0 -18716 -19766 0 100 0x00000000]
+(
+# left row
+	Pad[-12086  -6889  -8385  -6889  1417  0 0 "1" "1"  0x00000000]
+	Pad[-12086  -4921  -8385  -4921  1417  0 0 "2" "2"  0x00000000]
+	Pad[-12086  -2952  -8385  -2952  1417  0 0 "3" "3"  0x00000000]
+	Pad[-12086  -984  -8385  -984  1417  0 0 "4" "4"  0x00000000]
+	Pad[-12086  984  -8385  984  1417  0 0 "5" "5"  0x00000000]
+	Pad[-12086  2952  -8385  2952  1417  0 0 "6" "6"  0x00000000]
+	Pad[-12086  4921  -8385  4921  1417  0 0 "7" "7"  0x00000000]
+	Pad[-12086  6889  -8385  6889  1417  0 0 "8" "8"  0x00000000]
+# bottom row
+	Pad[-6889  12086  -6889  8385  1417 0 0 "9" "9"  0x00000800]
+	Pad[-4921  12086  -4921  8385  1417 0 0 "10" "10"  0x00000800]
+	Pad[-2952  12086  -2952  8385  1417 0 0 "11" "11"  0x00000800]
+	Pad[-984  12086  -984  8385  1417 0 0 "12" "12"  0x00000800]
+	Pad[984  12086  984  8385  1417 0 0 "13" "13"  0x00000800]
+	Pad[2952  12086  2952  8385  1417 0 0 "14" "14"  0x00000800]
+	Pad[4921  12086  4921  8385  1417 0 0 "15" "15"  0x00000800]
+	Pad[6889  12086  6889  8385  1417 0 0 "16" "16"  0x00000800]
+# right row
+	Pad[12086  6889  8385  6889  1417  0 0 "17" "17"  0x00000000]
+	Pad[12086  4921  8385  4921  1417  0 0 "18" "18"  0x00000000]
+	Pad[12086  2952  8385  2952  1417  0 0 "19" "19"  0x00000000]
+	Pad[12086  984  8385  984  1417  0 0 "20" "20"  0x00000000]
+	Pad[12086  -984  8385  -984  1417  0 0 "21" "21"  0x00000000]
+	Pad[12086  -2952  8385  -2952  1417  0 0 "22" "22"  0x00000000]
+	Pad[12086  -4921  8385  -4921  1417  0 0 "23" "23"  0x00000000]
+	Pad[12086  -6889  8385  -6889  1417  0 0 "24" "24"  0x00000000]
+# top row
+	Pad[6889  -12086  6889  -8385  1417 0 0 "25" "25" 0x00000800]
+	Pad[4921  -12086  4921  -8385  1417 0 0 "26" "26" 0x00000800]
+	Pad[2952  -12086  2952  -8385  1417 0 0 "27" "27" 0x00000800]
+	Pad[984  -12086  984  -8385  1417 0 0 "28" "28" 0x00000800]
+	Pad[-984  -12086  -984  -8385  1417 0 0 "29" "29" 0x00000800]
+	Pad[-2952  -12086  -2952  -8385  1417 0 0 "30" "30" 0x00000800]
+	Pad[-4921  -12086  -4921  -8385  1417 0 0 "31" "31" 0x00000800]
+	Pad[-6889  -12086  -6889  -8385  1417 0 0 "32" "32" 0x00000800]
+# Exposed paddle.  Note that this pad also sets the soldermask
+# relief for the entire part.
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+Pad[0 0 0 0 12204 0 35433 "33" "33" 0x00000100]
+# Mounting pins
+# Pin(x, y, thickness, clearance, mask, drilling hole, name,
+#     number, flags 
+Pin[ 13779 13779 7700 1000 8700 2000 "Mount1" "34" 0x0]
+Pin[ -13779 13779 7700 1000 8700 2000 "Mount2" "35" 0x0]
+Pin[ -13779 -13779 7700 1000 8700 2000 "Mount3" "36" 0x0]
+Pin[ 13779 -13779 7700 1000 8700 2000 "Mount4" "37" 0x0]
+# Silk screen around package
+ElementLine[ 18716  18716  18716 -18716 1000]
+ElementLine[ 18716 -18716 -18716 -18716 1000]
+ElementLine[-18716 -18716 -18716  18716 1000]
+ElementLine[-18716  18716  18716  18716 1000]
+# Pin 1 indicator
+ElementLine[-18716 -18716 -20216 -20216 1000]
+# Silk showing latch area
+# top
+ElementLine[ -10826 -18716 -10826 -25590 100 ]
+ElementLine[ -10826 -25590 10826 -25590 100 ]
+ElementLine[ 10826 -18716 10826 -25590 100 ]
+# bottom
+ElementLine[ -10826 18716 -10826 25590 100 ]
+ElementLine[ -10826 25590 10826 25590 100 ]
+ElementLine[ 10826 18716 10826 25590 100 ]
+# left
+ElementLine[ -18716 10826 -25590 10826 100 ]
+ElementLine[ -25590 10826 -25590 -10826 100 ]
+ElementLine[ -18716 -10826 -25590 -10826 100 ]
+# right
+ElementLine[ 18716 10826 25590 10826 100 ]
+ElementLine[ 25590 10826 25590 -10826 100 ]
+ElementLine[ 18716 -10826 25590 -10826 100 ]
+# Silk showing area for exposed paddle socket contacts
+ElementLine[ 984 -11811 984  11811 100 ]
+ElementLine[ 1771 -11811 1771  11811 100 ]
+ElementLine[ 984  11811 1771  11811 100 ]
+ElementLine[ 984 -11811 1771 -11811 100 ]
+# packages with width >= 6.0 mm have 2 rows of contacts
+)
Index: oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN32_7.fp
===================================================================
--- oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN32_7.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN32_7.fp	(revision 296)
@@ -0,0 +1,115 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 75 is 0.75 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# pad size and drill size (mil/100) for the mounting holes
+	# soldermask relief size for mounting holes (mil/100) 
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+	# location of mounting holes (mil/100)
+	# latch silkscreen width (mils/100)
+	# points for latch silk on the left/right sides of the part (mil/100)
+	# points for latch silk on the top/bottom sides of the part (mil/100)
+	# points for silk showing where the exposed paddle contacts are (mil/100)
+	# spacing between rows of EP contacts in 1/100 mm.
+	# soldermask opening (mil/100)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Johnstech QFN Socket, Series 1MM (724812-724839)" "" "JOHNSTECH_QFN32_7" 0 0 -22653 -23703 0 100 0x00000000]
+(
+# left row
+	Pad[-16023  -8956  -12322  -8956  1417  0 0 "1" "1"  0x00000000]
+	Pad[-16023  -6397  -12322  -6397  1417  0 0 "2" "2"  0x00000000]
+	Pad[-16023  -3838  -12322  -3838  1417  0 0 "3" "3"  0x00000000]
+	Pad[-16023  -1279  -12322  -1279  1417  0 0 "4" "4"  0x00000000]
+	Pad[-16023  1279  -12322  1279  1417  0 0 "5" "5"  0x00000000]
+	Pad[-16023  3838  -12322  3838  1417  0 0 "6" "6"  0x00000000]
+	Pad[-16023  6397  -12322  6397  1417  0 0 "7" "7"  0x00000000]
+	Pad[-16023  8956  -12322  8956  1417  0 0 "8" "8"  0x00000000]
+# bottom row
+	Pad[-8956  16023  -8956  12322  1417 0 0 "9" "9"  0x00000800]
+	Pad[-6397  16023  -6397  12322  1417 0 0 "10" "10"  0x00000800]
+	Pad[-3838  16023  -3838  12322  1417 0 0 "11" "11"  0x00000800]
+	Pad[-1279  16023  -1279  12322  1417 0 0 "12" "12"  0x00000800]
+	Pad[1279  16023  1279  12322  1417 0 0 "13" "13"  0x00000800]
+	Pad[3838  16023  3838  12322  1417 0 0 "14" "14"  0x00000800]
+	Pad[6397  16023  6397  12322  1417 0 0 "15" "15"  0x00000800]
+	Pad[8956  16023  8956  12322  1417 0 0 "16" "16"  0x00000800]
+# right row
+	Pad[16023  8956  12322  8956  1417  0 0 "17" "17"  0x00000000]
+	Pad[16023  6397  12322  6397  1417  0 0 "18" "18"  0x00000000]
+	Pad[16023  3838  12322  3838  1417  0 0 "19" "19"  0x00000000]
+	Pad[16023  1279  12322  1279  1417  0 0 "20" "20"  0x00000000]
+	Pad[16023  -1279  12322  -1279  1417  0 0 "21" "21"  0x00000000]
+	Pad[16023  -3838  12322  -3838  1417  0 0 "22" "22"  0x00000000]
+	Pad[16023  -6397  12322  -6397  1417  0 0 "23" "23"  0x00000000]
+	Pad[16023  -8956  12322  -8956  1417  0 0 "24" "24"  0x00000000]
+# top row
+	Pad[8956  -16023  8956  -12322  1417 0 0 "25" "25" 0x00000800]
+	Pad[6397  -16023  6397  -12322  1417 0 0 "26" "26" 0x00000800]
+	Pad[3838  -16023  3838  -12322  1417 0 0 "27" "27" 0x00000800]
+	Pad[1279  -16023  1279  -12322  1417 0 0 "28" "28" 0x00000800]
+	Pad[-1279  -16023  -1279  -12322  1417 0 0 "29" "29" 0x00000800]
+	Pad[-3838  -16023  -3838  -12322  1417 0 0 "30" "30" 0x00000800]
+	Pad[-6397  -16023  -6397  -12322  1417 0 0 "31" "31" 0x00000800]
+	Pad[-8956  -16023  -8956  -12322  1417 0 0 "32" "32" 0x00000800]
+# Exposed paddle.  Note that this pad also sets the soldermask
+# relief for the entire part.
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+Pad[0 0 0 0 18503 0 43307 "33" "33" 0x00000100]
+# Mounting pins
+# Pin(x, y, thickness, clearance, mask, drilling hole, name,
+#     number, flags 
+Pin[ 17716 17716 7700 1000 8700 2000 "Mount1" "34" 0x0]
+Pin[ -17716 17716 7700 1000 8700 2000 "Mount2" "35" 0x0]
+Pin[ -17716 -17716 7700 1000 8700 2000 "Mount3" "36" 0x0]
+Pin[ 17716 -17716 7700 1000 8700 2000 "Mount4" "37" 0x0]
+# Silk screen around package
+ElementLine[ 22653  22653  22653 -22653 1000]
+ElementLine[ 22653 -22653 -22653 -22653 1000]
+ElementLine[-22653 -22653 -22653  22653 1000]
+ElementLine[-22653  22653  22653  22653 1000]
+# Pin 1 indicator
+ElementLine[-22653 -22653 -24153 -24153 1000]
+# Silk showing latch area
+# top
+ElementLine[ -14763 -22653 -14763 -29527 100 ]
+ElementLine[ -14763 -29527 14763 -29527 100 ]
+ElementLine[ 14763 -22653 14763 -29527 100 ]
+# bottom
+ElementLine[ -14763 22653 -14763 29527 100 ]
+ElementLine[ -14763 29527 14763 29527 100 ]
+ElementLine[ 14763 22653 14763 29527 100 ]
+# left
+ElementLine[ -22653 14763 -29527 14763 100 ]
+ElementLine[ -29527 14763 -29527 -14763 100 ]
+ElementLine[ -22653 -14763 -29527 -14763 100 ]
+# right
+ElementLine[ 22653 14763 29527 14763 100 ]
+ElementLine[ 29527 14763 29527 -14763 100 ]
+ElementLine[ 22653 -14763 29527 -14763 100 ]
+# Silk showing area for exposed paddle socket contacts
+ElementLine[ 4921 -11811 4921  11811 100 ]
+ElementLine[ 5708 -11811 5708  11811 100 ]
+ElementLine[ 4921  11811 5708  11811 100 ]
+ElementLine[ 4921 -11811 5708 -11811 100 ]
+# packages with width >= 6.0 mm have 2 rows of contacts
+ElementLine[ -4921 -11811 -4921  11811 100 ]
+ElementLine[ -5708 -11811 -5708  11811 100 ]
+ElementLine[ -4921  11811 -5708  11811 100 ]
+ElementLine[ -4921 -11811 -5708 -11811 100 ]
+)
Index: oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN36_6.fp
===================================================================
--- oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN36_6.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN36_6.fp	(revision 296)
@@ -0,0 +1,119 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 75 is 0.75 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# pad size and drill size (mil/100) for the mounting holes
+	# soldermask relief size for mounting holes (mil/100) 
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+	# location of mounting holes (mil/100)
+	# latch silkscreen width (mils/100)
+	# points for latch silk on the left/right sides of the part (mil/100)
+	# points for latch silk on the top/bottom sides of the part (mil/100)
+	# points for silk showing where the exposed paddle contacts are (mil/100)
+	# spacing between rows of EP contacts in 1/100 mm.
+	# soldermask opening (mil/100)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Johnstech QFN Socket, Series 1MM (724812-724839)" "" "JOHNSTECH_QFN36_6" 0 0 -20685 -21735 0 100 0x00000000]
+(
+# left row
+	Pad[-14055  -7874  -10354  -7874  1417  0 0 "1" "1"  0x00000000]
+	Pad[-14055  -5905  -10354  -5905  1417  0 0 "2" "2"  0x00000000]
+	Pad[-14055  -3937  -10354  -3937  1417  0 0 "3" "3"  0x00000000]
+	Pad[-14055  -1968  -10354  -1968  1417  0 0 "4" "4"  0x00000000]
+	Pad[-14055  0  -10354  0  1417  0 0 "5" "5"  0x00000000]
+	Pad[-14055  1968  -10354  1968  1417  0 0 "6" "6"  0x00000000]
+	Pad[-14055  3937  -10354  3937  1417  0 0 "7" "7"  0x00000000]
+	Pad[-14055  5905  -10354  5905  1417  0 0 "8" "8"  0x00000000]
+	Pad[-14055  7874  -10354  7874  1417  0 0 "9" "9"  0x00000000]
+# bottom row
+	Pad[-7874  14055  -7874  10354  1417 0 0 "10" "10"  0x00000800]
+	Pad[-5905  14055  -5905  10354  1417 0 0 "11" "11"  0x00000800]
+	Pad[-3937  14055  -3937  10354  1417 0 0 "12" "12"  0x00000800]
+	Pad[-1968  14055  -1968  10354  1417 0 0 "13" "13"  0x00000800]
+	Pad[0  14055  0  10354  1417 0 0 "14" "14"  0x00000800]
+	Pad[1968  14055  1968  10354  1417 0 0 "15" "15"  0x00000800]
+	Pad[3937  14055  3937  10354  1417 0 0 "16" "16"  0x00000800]
+	Pad[5905  14055  5905  10354  1417 0 0 "17" "17"  0x00000800]
+	Pad[7874  14055  7874  10354  1417 0 0 "18" "18"  0x00000800]
+# right row
+	Pad[14055  7874  10354  7874  1417  0 0 "19" "19"  0x00000000]
+	Pad[14055  5905  10354  5905  1417  0 0 "20" "20"  0x00000000]
+	Pad[14055  3937  10354  3937  1417  0 0 "21" "21"  0x00000000]
+	Pad[14055  1968  10354  1968  1417  0 0 "22" "22"  0x00000000]
+	Pad[14055  0  10354  0  1417  0 0 "23" "23"  0x00000000]
+	Pad[14055  -1968  10354  -1968  1417  0 0 "24" "24"  0x00000000]
+	Pad[14055  -3937  10354  -3937  1417  0 0 "25" "25"  0x00000000]
+	Pad[14055  -5905  10354  -5905  1417  0 0 "26" "26"  0x00000000]
+	Pad[14055  -7874  10354  -7874  1417  0 0 "27" "27"  0x00000000]
+# top row
+	Pad[7874  -14055  7874  -10354  1417 0 0 "28" "28" 0x00000800]
+	Pad[5905  -14055  5905  -10354  1417 0 0 "29" "29" 0x00000800]
+	Pad[3937  -14055  3937  -10354  1417 0 0 "30" "30" 0x00000800]
+	Pad[1968  -14055  1968  -10354  1417 0 0 "31" "31" 0x00000800]
+	Pad[0  -14055  0  -10354  1417 0 0 "32" "32" 0x00000800]
+	Pad[-1968  -14055  -1968  -10354  1417 0 0 "33" "33" 0x00000800]
+	Pad[-3937  -14055  -3937  -10354  1417 0 0 "34" "34" 0x00000800]
+	Pad[-5905  -14055  -5905  -10354  1417 0 0 "35" "35" 0x00000800]
+	Pad[-7874  -14055  -7874  -10354  1417 0 0 "36" "36" 0x00000800]
+# Exposed paddle.  Note that this pad also sets the soldermask
+# relief for the entire part.
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+Pad[0 0 0 0 14566 0 39370 "37" "37" 0x00000100]
+# Mounting pins
+# Pin(x, y, thickness, clearance, mask, drilling hole, name,
+#     number, flags 
+Pin[ 15748 15748 7700 1000 8700 2000 "Mount1" "38" 0x0]
+Pin[ -15748 15748 7700 1000 8700 2000 "Mount2" "39" 0x0]
+Pin[ -15748 -15748 7700 1000 8700 2000 "Mount3" "40" 0x0]
+Pin[ 15748 -15748 7700 1000 8700 2000 "Mount4" "41" 0x0]
+# Silk screen around package
+ElementLine[ 20685  20685  20685 -20685 1000]
+ElementLine[ 20685 -20685 -20685 -20685 1000]
+ElementLine[-20685 -20685 -20685  20685 1000]
+ElementLine[-20685  20685  20685  20685 1000]
+# Pin 1 indicator
+ElementLine[-20685 -20685 -22185 -22185 1000]
+# Silk showing latch area
+# top
+ElementLine[ -12795 -20685 -12795 -27559 100 ]
+ElementLine[ -12795 -27559 12795 -27559 100 ]
+ElementLine[ 12795 -20685 12795 -27559 100 ]
+# bottom
+ElementLine[ -12795 20685 -12795 27559 100 ]
+ElementLine[ -12795 27559 12795 27559 100 ]
+ElementLine[ 12795 20685 12795 27559 100 ]
+# left
+ElementLine[ -20685 12795 -27559 12795 100 ]
+ElementLine[ -27559 12795 -27559 -12795 100 ]
+ElementLine[ -20685 -12795 -27559 -12795 100 ]
+# right
+ElementLine[ 20685 12795 27559 12795 100 ]
+ElementLine[ 27559 12795 27559 -12795 100 ]
+ElementLine[ 20685 -12795 27559 -12795 100 ]
+# Silk showing area for exposed paddle socket contacts
+ElementLine[ 2952 -11811 2952  11811 100 ]
+ElementLine[ 3740 -11811 3740  11811 100 ]
+ElementLine[ 2952  11811 3740  11811 100 ]
+ElementLine[ 2952 -11811 3740 -11811 100 ]
+# packages with width >= 6.0 mm have 2 rows of contacts
+ElementLine[ -2952 -11811 -2952  11811 100 ]
+ElementLine[ -3740 -11811 -3740  11811 100 ]
+ElementLine[ -2952  11811 -3740  11811 100 ]
+ElementLine[ -2952 -11811 -3740 -11811 100 ]
+)
Index: oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN40_6.fp
===================================================================
--- oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN40_6.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN40_6.fp	(revision 296)
@@ -0,0 +1,123 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 75 is 0.75 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# pad size and drill size (mil/100) for the mounting holes
+	# soldermask relief size for mounting holes (mil/100) 
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+	# location of mounting holes (mil/100)
+	# latch silkscreen width (mils/100)
+	# points for latch silk on the left/right sides of the part (mil/100)
+	# points for latch silk on the top/bottom sides of the part (mil/100)
+	# points for silk showing where the exposed paddle contacts are (mil/100)
+	# spacing between rows of EP contacts in 1/100 mm.
+	# soldermask opening (mil/100)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Johnstech QFN Socket, Series 1MM (724812-724839)" "" "JOHNSTECH_QFN40_6" 0 0 -20685 -21735 0 100 0x00000000]
+(
+# left row
+	Pad[-14055  -8858  -10354  -8858  1417  0 0 "1" "1"  0x00000000]
+	Pad[-14055  -6889  -10354  -6889  1417  0 0 "2" "2"  0x00000000]
+	Pad[-14055  -4921  -10354  -4921  1417  0 0 "3" "3"  0x00000000]
+	Pad[-14055  -2952  -10354  -2952  1417  0 0 "4" "4"  0x00000000]
+	Pad[-14055  -984  -10354  -984  1417  0 0 "5" "5"  0x00000000]
+	Pad[-14055  984  -10354  984  1417  0 0 "6" "6"  0x00000000]
+	Pad[-14055  2952  -10354  2952  1417  0 0 "7" "7"  0x00000000]
+	Pad[-14055  4921  -10354  4921  1417  0 0 "8" "8"  0x00000000]
+	Pad[-14055  6889  -10354  6889  1417  0 0 "9" "9"  0x00000000]
+	Pad[-14055  8858  -10354  8858  1417  0 0 "10" "10"  0x00000000]
+# bottom row
+	Pad[-8858  14055  -8858  10354  1417 0 0 "11" "11"  0x00000800]
+	Pad[-6889  14055  -6889  10354  1417 0 0 "12" "12"  0x00000800]
+	Pad[-4921  14055  -4921  10354  1417 0 0 "13" "13"  0x00000800]
+	Pad[-2952  14055  -2952  10354  1417 0 0 "14" "14"  0x00000800]
+	Pad[-984  14055  -984  10354  1417 0 0 "15" "15"  0x00000800]
+	Pad[984  14055  984  10354  1417 0 0 "16" "16"  0x00000800]
+	Pad[2952  14055  2952  10354  1417 0 0 "17" "17"  0x00000800]
+	Pad[4921  14055  4921  10354  1417 0 0 "18" "18"  0x00000800]
+	Pad[6889  14055  6889  10354  1417 0 0 "19" "19"  0x00000800]
+	Pad[8858  14055  8858  10354  1417 0 0 "20" "20"  0x00000800]
+# right row
+	Pad[14055  8858  10354  8858  1417  0 0 "21" "21"  0x00000000]
+	Pad[14055  6889  10354  6889  1417  0 0 "22" "22"  0x00000000]
+	Pad[14055  4921  10354  4921  1417  0 0 "23" "23"  0x00000000]
+	Pad[14055  2952  10354  2952  1417  0 0 "24" "24"  0x00000000]
+	Pad[14055  984  10354  984  1417  0 0 "25" "25"  0x00000000]
+	Pad[14055  -984  10354  -984  1417  0 0 "26" "26"  0x00000000]
+	Pad[14055  -2952  10354  -2952  1417  0 0 "27" "27"  0x00000000]
+	Pad[14055  -4921  10354  -4921  1417  0 0 "28" "28"  0x00000000]
+	Pad[14055  -6889  10354  -6889  1417  0 0 "29" "29"  0x00000000]
+	Pad[14055  -8858  10354  -8858  1417  0 0 "30" "30"  0x00000000]
+# top row
+	Pad[8858  -14055  8858  -10354  1417 0 0 "31" "31" 0x00000800]
+	Pad[6889  -14055  6889  -10354  1417 0 0 "32" "32" 0x00000800]
+	Pad[4921  -14055  4921  -10354  1417 0 0 "33" "33" 0x00000800]
+	Pad[2952  -14055  2952  -10354  1417 0 0 "34" "34" 0x00000800]
+	Pad[984  -14055  984  -10354  1417 0 0 "35" "35" 0x00000800]
+	Pad[-984  -14055  -984  -10354  1417 0 0 "36" "36" 0x00000800]
+	Pad[-2952  -14055  -2952  -10354  1417 0 0 "37" "37" 0x00000800]
+	Pad[-4921  -14055  -4921  -10354  1417 0 0 "38" "38" 0x00000800]
+	Pad[-6889  -14055  -6889  -10354  1417 0 0 "39" "39" 0x00000800]
+	Pad[-8858  -14055  -8858  -10354  1417 0 0 "40" "40" 0x00000800]
+# Exposed paddle.  Note that this pad also sets the soldermask
+# relief for the entire part.
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+Pad[0 0 0 0 16141 0 39370 "41" "41" 0x00000100]
+# Mounting pins
+# Pin(x, y, thickness, clearance, mask, drilling hole, name,
+#     number, flags 
+Pin[ 15748 15748 7700 1000 8700 2000 "Mount1" "42" 0x0]
+Pin[ -15748 15748 7700 1000 8700 2000 "Mount2" "43" 0x0]
+Pin[ -15748 -15748 7700 1000 8700 2000 "Mount3" "44" 0x0]
+Pin[ 15748 -15748 7700 1000 8700 2000 "Mount4" "45" 0x0]
+# Silk screen around package
+ElementLine[ 20685  20685  20685 -20685 1000]
+ElementLine[ 20685 -20685 -20685 -20685 1000]
+ElementLine[-20685 -20685 -20685  20685 1000]
+ElementLine[-20685  20685  20685  20685 1000]
+# Pin 1 indicator
+ElementLine[-20685 -20685 -22185 -22185 1000]
+# Silk showing latch area
+# top
+ElementLine[ -12795 -20685 -12795 -27559 100 ]
+ElementLine[ -12795 -27559 12795 -27559 100 ]
+ElementLine[ 12795 -20685 12795 -27559 100 ]
+# bottom
+ElementLine[ -12795 20685 -12795 27559 100 ]
+ElementLine[ -12795 27559 12795 27559 100 ]
+ElementLine[ 12795 20685 12795 27559 100 ]
+# left
+ElementLine[ -20685 12795 -27559 12795 100 ]
+ElementLine[ -27559 12795 -27559 -12795 100 ]
+ElementLine[ -20685 -12795 -27559 -12795 100 ]
+# right
+ElementLine[ 20685 12795 27559 12795 100 ]
+ElementLine[ 27559 12795 27559 -12795 100 ]
+ElementLine[ 20685 -12795 27559 -12795 100 ]
+# Silk showing area for exposed paddle socket contacts
+ElementLine[ 2952 -11811 2952  11811 100 ]
+ElementLine[ 3740 -11811 3740  11811 100 ]
+ElementLine[ 2952  11811 3740  11811 100 ]
+ElementLine[ 2952 -11811 3740 -11811 100 ]
+# packages with width >= 6.0 mm have 2 rows of contacts
+ElementLine[ -2952 -11811 -2952  11811 100 ]
+ElementLine[ -3740 -11811 -3740  11811 100 ]
+ElementLine[ -2952  11811 -3740  11811 100 ]
+ElementLine[ -2952 -11811 -3740 -11811 100 ]
+)
Index: oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN44_7.fp
===================================================================
--- oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN44_7.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN44_7.fp	(revision 296)
@@ -0,0 +1,127 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 75 is 0.75 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# pad size and drill size (mil/100) for the mounting holes
+	# soldermask relief size for mounting holes (mil/100) 
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+	# location of mounting holes (mil/100)
+	# latch silkscreen width (mils/100)
+	# points for latch silk on the left/right sides of the part (mil/100)
+	# points for latch silk on the top/bottom sides of the part (mil/100)
+	# points for silk showing where the exposed paddle contacts are (mil/100)
+	# spacing between rows of EP contacts in 1/100 mm.
+	# soldermask opening (mil/100)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Johnstech QFN Socket, Series 1MM (724812-724839)" "" "JOHNSTECH_QFN44_7" 0 0 -22653 -23703 0 100 0x00000000]
+(
+# left row
+	Pad[-16023  -9842  -12322  -9842  1417  0 0 "1" "1"  0x00000000]
+	Pad[-16023  -7874  -12322  -7874  1417  0 0 "2" "2"  0x00000000]
+	Pad[-16023  -5905  -12322  -5905  1417  0 0 "3" "3"  0x00000000]
+	Pad[-16023  -3937  -12322  -3937  1417  0 0 "4" "4"  0x00000000]
+	Pad[-16023  -1968  -12322  -1968  1417  0 0 "5" "5"  0x00000000]
+	Pad[-16023  0  -12322  0  1417  0 0 "6" "6"  0x00000000]
+	Pad[-16023  1968  -12322  1968  1417  0 0 "7" "7"  0x00000000]
+	Pad[-16023  3937  -12322  3937  1417  0 0 "8" "8"  0x00000000]
+	Pad[-16023  5905  -12322  5905  1417  0 0 "9" "9"  0x00000000]
+	Pad[-16023  7874  -12322  7874  1417  0 0 "10" "10"  0x00000000]
+	Pad[-16023  9842  -12322  9842  1417  0 0 "11" "11"  0x00000000]
+# bottom row
+	Pad[-9842  16023  -9842  12322  1417 0 0 "12" "12"  0x00000800]
+	Pad[-7874  16023  -7874  12322  1417 0 0 "13" "13"  0x00000800]
+	Pad[-5905  16023  -5905  12322  1417 0 0 "14" "14"  0x00000800]
+	Pad[-3937  16023  -3937  12322  1417 0 0 "15" "15"  0x00000800]
+	Pad[-1968  16023  -1968  12322  1417 0 0 "16" "16"  0x00000800]
+	Pad[0  16023  0  12322  1417 0 0 "17" "17"  0x00000800]
+	Pad[1968  16023  1968  12322  1417 0 0 "18" "18"  0x00000800]
+	Pad[3937  16023  3937  12322  1417 0 0 "19" "19"  0x00000800]
+	Pad[5905  16023  5905  12322  1417 0 0 "20" "20"  0x00000800]
+	Pad[7874  16023  7874  12322  1417 0 0 "21" "21"  0x00000800]
+	Pad[9842  16023  9842  12322  1417 0 0 "22" "22"  0x00000800]
+# right row
+	Pad[16023  9842  12322  9842  1417  0 0 "23" "23"  0x00000000]
+	Pad[16023  7874  12322  7874  1417  0 0 "24" "24"  0x00000000]
+	Pad[16023  5905  12322  5905  1417  0 0 "25" "25"  0x00000000]
+	Pad[16023  3937  12322  3937  1417  0 0 "26" "26"  0x00000000]
+	Pad[16023  1968  12322  1968  1417  0 0 "27" "27"  0x00000000]
+	Pad[16023  0  12322  0  1417  0 0 "28" "28"  0x00000000]
+	Pad[16023  -1968  12322  -1968  1417  0 0 "29" "29"  0x00000000]
+	Pad[16023  -3937  12322  -3937  1417  0 0 "30" "30"  0x00000000]
+	Pad[16023  -5905  12322  -5905  1417  0 0 "31" "31"  0x00000000]
+	Pad[16023  -7874  12322  -7874  1417  0 0 "32" "32"  0x00000000]
+	Pad[16023  -9842  12322  -9842  1417  0 0 "33" "33"  0x00000000]
+# top row
+	Pad[9842  -16023  9842  -12322  1417 0 0 "34" "34" 0x00000800]
+	Pad[7874  -16023  7874  -12322  1417 0 0 "35" "35" 0x00000800]
+	Pad[5905  -16023  5905  -12322  1417 0 0 "36" "36" 0x00000800]
+	Pad[3937  -16023  3937  -12322  1417 0 0 "37" "37" 0x00000800]
+	Pad[1968  -16023  1968  -12322  1417 0 0 "38" "38" 0x00000800]
+	Pad[0  -16023  0  -12322  1417 0 0 "39" "39" 0x00000800]
+	Pad[-1968  -16023  -1968  -12322  1417 0 0 "40" "40" 0x00000800]
+	Pad[-3937  -16023  -3937  -12322  1417 0 0 "41" "41" 0x00000800]
+	Pad[-5905  -16023  -5905  -12322  1417 0 0 "42" "42" 0x00000800]
+	Pad[-7874  -16023  -7874  -12322  1417 0 0 "43" "43" 0x00000800]
+	Pad[-9842  -16023  -9842  -12322  1417 0 0 "44" "44" 0x00000800]
+# Exposed paddle.  Note that this pad also sets the soldermask
+# relief for the entire part.
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+Pad[0 0 0 0 18503 0 43307 "45" "45" 0x00000100]
+# Mounting pins
+# Pin(x, y, thickness, clearance, mask, drilling hole, name,
+#     number, flags 
+Pin[ 17716 17716 7700 1000 8700 2000 "Mount1" "46" 0x0]
+Pin[ -17716 17716 7700 1000 8700 2000 "Mount2" "47" 0x0]
+Pin[ -17716 -17716 7700 1000 8700 2000 "Mount3" "48" 0x0]
+Pin[ 17716 -17716 7700 1000 8700 2000 "Mount4" "49" 0x0]
+# Silk screen around package
+ElementLine[ 22653  22653  22653 -22653 1000]
+ElementLine[ 22653 -22653 -22653 -22653 1000]
+ElementLine[-22653 -22653 -22653  22653 1000]
+ElementLine[-22653  22653  22653  22653 1000]
+# Pin 1 indicator
+ElementLine[-22653 -22653 -24153 -24153 1000]
+# Silk showing latch area
+# top
+ElementLine[ -14763 -22653 -14763 -29527 100 ]
+ElementLine[ -14763 -29527 14763 -29527 100 ]
+ElementLine[ 14763 -22653 14763 -29527 100 ]
+# bottom
+ElementLine[ -14763 22653 -14763 29527 100 ]
+ElementLine[ -14763 29527 14763 29527 100 ]
+ElementLine[ 14763 22653 14763 29527 100 ]
+# left
+ElementLine[ -22653 14763 -29527 14763 100 ]
+ElementLine[ -29527 14763 -29527 -14763 100 ]
+ElementLine[ -22653 -14763 -29527 -14763 100 ]
+# right
+ElementLine[ 22653 14763 29527 14763 100 ]
+ElementLine[ 29527 14763 29527 -14763 100 ]
+ElementLine[ 22653 -14763 29527 -14763 100 ]
+# Silk showing area for exposed paddle socket contacts
+ElementLine[ 4921 -11811 4921  11811 100 ]
+ElementLine[ 5708 -11811 5708  11811 100 ]
+ElementLine[ 4921  11811 5708  11811 100 ]
+ElementLine[ 4921 -11811 5708 -11811 100 ]
+# packages with width >= 6.0 mm have 2 rows of contacts
+ElementLine[ -4921 -11811 -4921  11811 100 ]
+ElementLine[ -5708 -11811 -5708  11811 100 ]
+ElementLine[ -4921  11811 -5708  11811 100 ]
+ElementLine[ -4921 -11811 -5708 -11811 100 ]
+)
Index: oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN48_7.fp
===================================================================
--- oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN48_7.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN48_7.fp	(revision 296)
@@ -0,0 +1,131 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 75 is 0.75 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# pad size and drill size (mil/100) for the mounting holes
+	# soldermask relief size for mounting holes (mil/100) 
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+	# location of mounting holes (mil/100)
+	# latch silkscreen width (mils/100)
+	# points for latch silk on the left/right sides of the part (mil/100)
+	# points for latch silk on the top/bottom sides of the part (mil/100)
+	# points for silk showing where the exposed paddle contacts are (mil/100)
+	# spacing between rows of EP contacts in 1/100 mm.
+	# soldermask opening (mil/100)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Johnstech QFN Socket, Series 1MM (724812-724839)" "" "JOHNSTECH_QFN48_7" 0 0 -22653 -23703 0 100 0x00000000]
+(
+# left row
+	Pad[-16023  -10826  -12322  -10826  1417  0 0 "1" "1"  0x00000000]
+	Pad[-16023  -8858  -12322  -8858  1417  0 0 "2" "2"  0x00000000]
+	Pad[-16023  -6889  -12322  -6889  1417  0 0 "3" "3"  0x00000000]
+	Pad[-16023  -4921  -12322  -4921  1417  0 0 "4" "4"  0x00000000]
+	Pad[-16023  -2952  -12322  -2952  1417  0 0 "5" "5"  0x00000000]
+	Pad[-16023  -984  -12322  -984  1417  0 0 "6" "6"  0x00000000]
+	Pad[-16023  984  -12322  984  1417  0 0 "7" "7"  0x00000000]
+	Pad[-16023  2952  -12322  2952  1417  0 0 "8" "8"  0x00000000]
+	Pad[-16023  4921  -12322  4921  1417  0 0 "9" "9"  0x00000000]
+	Pad[-16023  6889  -12322  6889  1417  0 0 "10" "10"  0x00000000]
+	Pad[-16023  8858  -12322  8858  1417  0 0 "11" "11"  0x00000000]
+	Pad[-16023  10826  -12322  10826  1417  0 0 "12" "12"  0x00000000]
+# bottom row
+	Pad[-10826  16023  -10826  12322  1417 0 0 "13" "13"  0x00000800]
+	Pad[-8858  16023  -8858  12322  1417 0 0 "14" "14"  0x00000800]
+	Pad[-6889  16023  -6889  12322  1417 0 0 "15" "15"  0x00000800]
+	Pad[-4921  16023  -4921  12322  1417 0 0 "16" "16"  0x00000800]
+	Pad[-2952  16023  -2952  12322  1417 0 0 "17" "17"  0x00000800]
+	Pad[-984  16023  -984  12322  1417 0 0 "18" "18"  0x00000800]
+	Pad[984  16023  984  12322  1417 0 0 "19" "19"  0x00000800]
+	Pad[2952  16023  2952  12322  1417 0 0 "20" "20"  0x00000800]
+	Pad[4921  16023  4921  12322  1417 0 0 "21" "21"  0x00000800]
+	Pad[6889  16023  6889  12322  1417 0 0 "22" "22"  0x00000800]
+	Pad[8858  16023  8858  12322  1417 0 0 "23" "23"  0x00000800]
+	Pad[10826  16023  10826  12322  1417 0 0 "24" "24"  0x00000800]
+# right row
+	Pad[16023  10826  12322  10826  1417  0 0 "25" "25"  0x00000000]
+	Pad[16023  8858  12322  8858  1417  0 0 "26" "26"  0x00000000]
+	Pad[16023  6889  12322  6889  1417  0 0 "27" "27"  0x00000000]
+	Pad[16023  4921  12322  4921  1417  0 0 "28" "28"  0x00000000]
+	Pad[16023  2952  12322  2952  1417  0 0 "29" "29"  0x00000000]
+	Pad[16023  984  12322  984  1417  0 0 "30" "30"  0x00000000]
+	Pad[16023  -984  12322  -984  1417  0 0 "31" "31"  0x00000000]
+	Pad[16023  -2952  12322  -2952  1417  0 0 "32" "32"  0x00000000]
+	Pad[16023  -4921  12322  -4921  1417  0 0 "33" "33"  0x00000000]
+	Pad[16023  -6889  12322  -6889  1417  0 0 "34" "34"  0x00000000]
+	Pad[16023  -8858  12322  -8858  1417  0 0 "35" "35"  0x00000000]
+	Pad[16023  -10826  12322  -10826  1417  0 0 "36" "36"  0x00000000]
+# top row
+	Pad[10826  -16023  10826  -12322  1417 0 0 "37" "37" 0x00000800]
+	Pad[8858  -16023  8858  -12322  1417 0 0 "38" "38" 0x00000800]
+	Pad[6889  -16023  6889  -12322  1417 0 0 "39" "39" 0x00000800]
+	Pad[4921  -16023  4921  -12322  1417 0 0 "40" "40" 0x00000800]
+	Pad[2952  -16023  2952  -12322  1417 0 0 "41" "41" 0x00000800]
+	Pad[984  -16023  984  -12322  1417 0 0 "42" "42" 0x00000800]
+	Pad[-984  -16023  -984  -12322  1417 0 0 "43" "43" 0x00000800]
+	Pad[-2952  -16023  -2952  -12322  1417 0 0 "44" "44" 0x00000800]
+	Pad[-4921  -16023  -4921  -12322  1417 0 0 "45" "45" 0x00000800]
+	Pad[-6889  -16023  -6889  -12322  1417 0 0 "46" "46" 0x00000800]
+	Pad[-8858  -16023  -8858  -12322  1417 0 0 "47" "47" 0x00000800]
+	Pad[-10826  -16023  -10826  -12322  1417 0 0 "48" "48" 0x00000800]
+# Exposed paddle.  Note that this pad also sets the soldermask
+# relief for the entire part.
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+Pad[0 0 0 0 22047 0 43307 "49" "49" 0x00000100]
+# Mounting pins
+# Pin(x, y, thickness, clearance, mask, drilling hole, name,
+#     number, flags 
+Pin[ 17716 17716 7700 1000 8700 2000 "Mount1" "50" 0x0]
+Pin[ -17716 17716 7700 1000 8700 2000 "Mount2" "51" 0x0]
+Pin[ -17716 -17716 7700 1000 8700 2000 "Mount3" "52" 0x0]
+Pin[ 17716 -17716 7700 1000 8700 2000 "Mount4" "53" 0x0]
+# Silk screen around package
+ElementLine[ 22653  22653  22653 -22653 1000]
+ElementLine[ 22653 -22653 -22653 -22653 1000]
+ElementLine[-22653 -22653 -22653  22653 1000]
+ElementLine[-22653  22653  22653  22653 1000]
+# Pin 1 indicator
+ElementLine[-22653 -22653 -24153 -24153 1000]
+# Silk showing latch area
+# top
+ElementLine[ -14763 -22653 -14763 -29527 100 ]
+ElementLine[ -14763 -29527 14763 -29527 100 ]
+ElementLine[ 14763 -22653 14763 -29527 100 ]
+# bottom
+ElementLine[ -14763 22653 -14763 29527 100 ]
+ElementLine[ -14763 29527 14763 29527 100 ]
+ElementLine[ 14763 22653 14763 29527 100 ]
+# left
+ElementLine[ -22653 14763 -29527 14763 100 ]
+ElementLine[ -29527 14763 -29527 -14763 100 ]
+ElementLine[ -22653 -14763 -29527 -14763 100 ]
+# right
+ElementLine[ 22653 14763 29527 14763 100 ]
+ElementLine[ 29527 14763 29527 -14763 100 ]
+ElementLine[ 22653 -14763 29527 -14763 100 ]
+# Silk showing area for exposed paddle socket contacts
+ElementLine[ 4921 -11811 4921  11811 100 ]
+ElementLine[ 5708 -11811 5708  11811 100 ]
+ElementLine[ 4921  11811 5708  11811 100 ]
+ElementLine[ 4921 -11811 5708 -11811 100 ]
+# packages with width >= 6.0 mm have 2 rows of contacts
+ElementLine[ -4921 -11811 -4921  11811 100 ]
+ElementLine[ -5708 -11811 -5708  11811 100 ]
+ElementLine[ -4921  11811 -5708  11811 100 ]
+ElementLine[ -4921 -11811 -5708 -11811 100 ]
+)
Index: oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN56_8.fp
===================================================================
--- oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN56_8.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN56_8.fp	(revision 296)
@@ -0,0 +1,139 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 75 is 0.75 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# pad size and drill size (mil/100) for the mounting holes
+	# soldermask relief size for mounting holes (mil/100) 
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+	# location of mounting holes (mil/100)
+	# latch silkscreen width (mils/100)
+	# points for latch silk on the left/right sides of the part (mil/100)
+	# points for latch silk on the top/bottom sides of the part (mil/100)
+	# points for silk showing where the exposed paddle contacts are (mil/100)
+	# spacing between rows of EP contacts in 1/100 mm.
+	# soldermask opening (mil/100)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Johnstech QFN Socket, Series 1MM (724812-724839)" "" "JOHNSTECH_QFN56_8" 0 0 -24622 -25672 0 100 0x00000000]
+(
+# left row
+	Pad[-17992  -12795  -14291  -12795  1417  0 0 "1" "1"  0x00000000]
+	Pad[-17992  -10826  -14291  -10826  1417  0 0 "2" "2"  0x00000000]
+	Pad[-17992  -8858  -14291  -8858  1417  0 0 "3" "3"  0x00000000]
+	Pad[-17992  -6889  -14291  -6889  1417  0 0 "4" "4"  0x00000000]
+	Pad[-17992  -4921  -14291  -4921  1417  0 0 "5" "5"  0x00000000]
+	Pad[-17992  -2952  -14291  -2952  1417  0 0 "6" "6"  0x00000000]
+	Pad[-17992  -984  -14291  -984  1417  0 0 "7" "7"  0x00000000]
+	Pad[-17992  984  -14291  984  1417  0 0 "8" "8"  0x00000000]
+	Pad[-17992  2952  -14291  2952  1417  0 0 "9" "9"  0x00000000]
+	Pad[-17992  4921  -14291  4921  1417  0 0 "10" "10"  0x00000000]
+	Pad[-17992  6889  -14291  6889  1417  0 0 "11" "11"  0x00000000]
+	Pad[-17992  8858  -14291  8858  1417  0 0 "12" "12"  0x00000000]
+	Pad[-17992  10826  -14291  10826  1417  0 0 "13" "13"  0x00000000]
+	Pad[-17992  12795  -14291  12795  1417  0 0 "14" "14"  0x00000000]
+# bottom row
+	Pad[-12795  17992  -12795  14291  1417 0 0 "15" "15"  0x00000800]
+	Pad[-10826  17992  -10826  14291  1417 0 0 "16" "16"  0x00000800]
+	Pad[-8858  17992  -8858  14291  1417 0 0 "17" "17"  0x00000800]
+	Pad[-6889  17992  -6889  14291  1417 0 0 "18" "18"  0x00000800]
+	Pad[-4921  17992  -4921  14291  1417 0 0 "19" "19"  0x00000800]
+	Pad[-2952  17992  -2952  14291  1417 0 0 "20" "20"  0x00000800]
+	Pad[-984  17992  -984  14291  1417 0 0 "21" "21"  0x00000800]
+	Pad[984  17992  984  14291  1417 0 0 "22" "22"  0x00000800]
+	Pad[2952  17992  2952  14291  1417 0 0 "23" "23"  0x00000800]
+	Pad[4921  17992  4921  14291  1417 0 0 "24" "24"  0x00000800]
+	Pad[6889  17992  6889  14291  1417 0 0 "25" "25"  0x00000800]
+	Pad[8858  17992  8858  14291  1417 0 0 "26" "26"  0x00000800]
+	Pad[10826  17992  10826  14291  1417 0 0 "27" "27"  0x00000800]
+	Pad[12795  17992  12795  14291  1417 0 0 "28" "28"  0x00000800]
+# right row
+	Pad[17992  12795  14291  12795  1417  0 0 "29" "29"  0x00000000]
+	Pad[17992  10826  14291  10826  1417  0 0 "30" "30"  0x00000000]
+	Pad[17992  8858  14291  8858  1417  0 0 "31" "31"  0x00000000]
+	Pad[17992  6889  14291  6889  1417  0 0 "32" "32"  0x00000000]
+	Pad[17992  4921  14291  4921  1417  0 0 "33" "33"  0x00000000]
+	Pad[17992  2952  14291  2952  1417  0 0 "34" "34"  0x00000000]
+	Pad[17992  984  14291  984  1417  0 0 "35" "35"  0x00000000]
+	Pad[17992  -984  14291  -984  1417  0 0 "36" "36"  0x00000000]
+	Pad[17992  -2952  14291  -2952  1417  0 0 "37" "37"  0x00000000]
+	Pad[17992  -4921  14291  -4921  1417  0 0 "38" "38"  0x00000000]
+	Pad[17992  -6889  14291  -6889  1417  0 0 "39" "39"  0x00000000]
+	Pad[17992  -8858  14291  -8858  1417  0 0 "40" "40"  0x00000000]
+	Pad[17992  -10826  14291  -10826  1417  0 0 "41" "41"  0x00000000]
+	Pad[17992  -12795  14291  -12795  1417  0 0 "42" "42"  0x00000000]
+# top row
+	Pad[12795  -17992  12795  -14291  1417 0 0 "43" "43" 0x00000800]
+	Pad[10826  -17992  10826  -14291  1417 0 0 "44" "44" 0x00000800]
+	Pad[8858  -17992  8858  -14291  1417 0 0 "45" "45" 0x00000800]
+	Pad[6889  -17992  6889  -14291  1417 0 0 "46" "46" 0x00000800]
+	Pad[4921  -17992  4921  -14291  1417 0 0 "47" "47" 0x00000800]
+	Pad[2952  -17992  2952  -14291  1417 0 0 "48" "48" 0x00000800]
+	Pad[984  -17992  984  -14291  1417 0 0 "49" "49" 0x00000800]
+	Pad[-984  -17992  -984  -14291  1417 0 0 "50" "50" 0x00000800]
+	Pad[-2952  -17992  -2952  -14291  1417 0 0 "51" "51" 0x00000800]
+	Pad[-4921  -17992  -4921  -14291  1417 0 0 "52" "52" 0x00000800]
+	Pad[-6889  -17992  -6889  -14291  1417 0 0 "53" "53" 0x00000800]
+	Pad[-8858  -17992  -8858  -14291  1417 0 0 "54" "54" 0x00000800]
+	Pad[-10826  -17992  -10826  -14291  1417 0 0 "55" "55" 0x00000800]
+	Pad[-12795  -17992  -12795  -14291  1417 0 0 "56" "56" 0x00000800]
+# Exposed paddle.  Note that this pad also sets the soldermask
+# relief for the entire part.
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+Pad[0 0 0 0 26181 0 47244 "57" "57" 0x00000100]
+# Mounting pins
+# Pin(x, y, thickness, clearance, mask, drilling hole, name,
+#     number, flags 
+Pin[ 19685 19685 7700 1000 8700 2000 "Mount1" "58" 0x0]
+Pin[ -19685 19685 7700 1000 8700 2000 "Mount2" "59" 0x0]
+Pin[ -19685 -19685 7700 1000 8700 2000 "Mount3" "60" 0x0]
+Pin[ 19685 -19685 7700 1000 8700 2000 "Mount4" "61" 0x0]
+# Silk screen around package
+ElementLine[ 24622  24622  24622 -24622 1000]
+ElementLine[ 24622 -24622 -24622 -24622 1000]
+ElementLine[-24622 -24622 -24622  24622 1000]
+ElementLine[-24622  24622  24622  24622 1000]
+# Pin 1 indicator
+ElementLine[-24622 -24622 -26122 -26122 1000]
+# Silk showing latch area
+# top
+ElementLine[ -16732 -24622 -16732 -31496 100 ]
+ElementLine[ -16732 -31496 16732 -31496 100 ]
+ElementLine[ 16732 -24622 16732 -31496 100 ]
+# bottom
+ElementLine[ -16732 24622 -16732 31496 100 ]
+ElementLine[ -16732 31496 16732 31496 100 ]
+ElementLine[ 16732 24622 16732 31496 100 ]
+# left
+ElementLine[ -24622 16732 -31496 16732 100 ]
+ElementLine[ -31496 16732 -31496 -16732 100 ]
+ElementLine[ -24622 -16732 -31496 -16732 100 ]
+# right
+ElementLine[ 24622 16732 31496 16732 100 ]
+ElementLine[ 31496 16732 31496 -16732 100 ]
+ElementLine[ 24622 -16732 31496 -16732 100 ]
+# Silk showing area for exposed paddle socket contacts
+ElementLine[ 6889 -11811 6889  11811 100 ]
+ElementLine[ 7677 -11811 7677  11811 100 ]
+ElementLine[ 6889  11811 7677  11811 100 ]
+ElementLine[ 6889 -11811 7677 -11811 100 ]
+# packages with width >= 6.0 mm have 2 rows of contacts
+ElementLine[ -6889 -11811 -6889  11811 100 ]
+ElementLine[ -7677 -11811 -7677  11811 100 ]
+ElementLine[ -6889  11811 -7677  11811 100 ]
+ElementLine[ -6889 -11811 -7677 -11811 100 ]
+)
Index: oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN68_10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN68_10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/johnstech/JOHNSTECH_QFN68_10.fp	(revision 296)
@@ -0,0 +1,151 @@
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	# number of pins on top/bottom sides
+	# pin pitch (1/1000 mil)
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	# total horizontal package width (1/1000 mil)
+	# total vertical package width (1/1000 mil)
+	# how much pads extend beyond the package edge (1/1000 mil) (the 75 is 0.75 mm)
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	# pad length/width (1/1000 mil)
+	# pad width (mil/100)
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	# pad size and drill size (mil/100) for the mounting holes
+	# soldermask relief size for mounting holes (mil/100) 
+	# silkscreen width (mils/100)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	# upper right corner for silk screen (mil/100)
+	# refdes text size (mil/100)
+	# x,y coordinates for refdes label (mil/100)
+	# square exposed paddle size (mil/100)
+	# location of mounting holes (mil/100)
+	# latch silkscreen width (mils/100)
+	# points for latch silk on the left/right sides of the part (mil/100)
+	# points for latch silk on the top/bottom sides of the part (mil/100)
+	# points for silk showing where the exposed paddle contacts are (mil/100)
+	# spacing between rows of EP contacts in 1/100 mm.
+	# soldermask opening (mil/100)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Johnstech QFN Socket, Series 1MM (724812-724839)" "" "JOHNSTECH_QFN68_10" 0 0 -28559 -29609 0 100 0x00000000]
+(
+# left row
+	Pad[-21929  -15748  -18228  -15748  1417  0 0 "1" "1"  0x00000000]
+	Pad[-21929  -13779  -18228  -13779  1417  0 0 "2" "2"  0x00000000]
+	Pad[-21929  -11811  -18228  -11811  1417  0 0 "3" "3"  0x00000000]
+	Pad[-21929  -9842  -18228  -9842  1417  0 0 "4" "4"  0x00000000]
+	Pad[-21929  -7874  -18228  -7874  1417  0 0 "5" "5"  0x00000000]
+	Pad[-21929  -5905  -18228  -5905  1417  0 0 "6" "6"  0x00000000]
+	Pad[-21929  -3937  -18228  -3937  1417  0 0 "7" "7"  0x00000000]
+	Pad[-21929  -1968  -18228  -1968  1417  0 0 "8" "8"  0x00000000]
+	Pad[-21929  0  -18228  0  1417  0 0 "9" "9"  0x00000000]
+	Pad[-21929  1968  -18228  1968  1417  0 0 "10" "10"  0x00000000]
+	Pad[-21929  3937  -18228  3937  1417  0 0 "11" "11"  0x00000000]
+	Pad[-21929  5905  -18228  5905  1417  0 0 "12" "12"  0x00000000]
+	Pad[-21929  7874  -18228  7874  1417  0 0 "13" "13"  0x00000000]
+	Pad[-21929  9842  -18228  9842  1417  0 0 "14" "14"  0x00000000]
+	Pad[-21929  11811  -18228  11811  1417  0 0 "15" "15"  0x00000000]
+	Pad[-21929  13779  -18228  13779  1417  0 0 "16" "16"  0x00000000]
+	Pad[-21929  15748  -18228  15748  1417  0 0 "17" "17"  0x00000000]
+# bottom row
+	Pad[-15748  21929  -15748  18228  1417 0 0 "18" "18"  0x00000800]
+	Pad[-13779  21929  -13779  18228  1417 0 0 "19" "19"  0x00000800]
+	Pad[-11811  21929  -11811  18228  1417 0 0 "20" "20"  0x00000800]
+	Pad[-9842  21929  -9842  18228  1417 0 0 "21" "21"  0x00000800]
+	Pad[-7874  21929  -7874  18228  1417 0 0 "22" "22"  0x00000800]
+	Pad[-5905  21929  -5905  18228  1417 0 0 "23" "23"  0x00000800]
+	Pad[-3937  21929  -3937  18228  1417 0 0 "24" "24"  0x00000800]
+	Pad[-1968  21929  -1968  18228  1417 0 0 "25" "25"  0x00000800]
+	Pad[0  21929  0  18228  1417 0 0 "26" "26"  0x00000800]
+	Pad[1968  21929  1968  18228  1417 0 0 "27" "27"  0x00000800]
+	Pad[3937  21929  3937  18228  1417 0 0 "28" "28"  0x00000800]
+	Pad[5905  21929  5905  18228  1417 0 0 "29" "29"  0x00000800]
+	Pad[7874  21929  7874  18228  1417 0 0 "30" "30"  0x00000800]
+	Pad[9842  21929  9842  18228  1417 0 0 "31" "31"  0x00000800]
+	Pad[11811  21929  11811  18228  1417 0 0 "32" "32"  0x00000800]
+	Pad[13779  21929  13779  18228  1417 0 0 "33" "33"  0x00000800]
+	Pad[15748  21929  15748  18228  1417 0 0 "34" "34"  0x00000800]
+# right row
+	Pad[21929  15748  18228  15748  1417  0 0 "35" "35"  0x00000000]
+	Pad[21929  13779  18228  13779  1417  0 0 "36" "36"  0x00000000]
+	Pad[21929  11811  18228  11811  1417  0 0 "37" "37"  0x00000000]
+	Pad[21929  9842  18228  9842  1417  0 0 "38" "38"  0x00000000]
+	Pad[21929  7874  18228  7874  1417  0 0 "39" "39"  0x00000000]
+	Pad[21929  5905  18228  5905  1417  0 0 "40" "40"  0x00000000]
+	Pad[21929  3937  18228  3937  1417  0 0 "41" "41"  0x00000000]
+	Pad[21929  1968  18228  1968  1417  0 0 "42" "42"  0x00000000]
+	Pad[21929  0  18228  0  1417  0 0 "43" "43"  0x00000000]
+	Pad[21929  -1968  18228  -1968  1417  0 0 "44" "44"  0x00000000]
+	Pad[21929  -3937  18228  -3937  1417  0 0 "45" "45"  0x00000000]
+	Pad[21929  -5905  18228  -5905  1417  0 0 "46" "46"  0x00000000]
+	Pad[21929  -7874  18228  -7874  1417  0 0 "47" "47"  0x00000000]
+	Pad[21929  -9842  18228  -9842  1417  0 0 "48" "48"  0x00000000]
+	Pad[21929  -11811  18228  -11811  1417  0 0 "49" "49"  0x00000000]
+	Pad[21929  -13779  18228  -13779  1417  0 0 "50" "50"  0x00000000]
+	Pad[21929  -15748  18228  -15748  1417  0 0 "51" "51"  0x00000000]
+# top row
+	Pad[15748  -21929  15748  -18228  1417 0 0 "52" "52" 0x00000800]
+	Pad[13779  -21929  13779  -18228  1417 0 0 "53" "53" 0x00000800]
+	Pad[11811  -21929  11811  -18228  1417 0 0 "54" "54" 0x00000800]
+	Pad[9842  -21929  9842  -18228  1417 0 0 "55" "55" 0x00000800]
+	Pad[7874  -21929  7874  -18228  1417 0 0 "56" "56" 0x00000800]
+	Pad[5905  -21929  5905  -18228  1417 0 0 "57" "57" 0x00000800]
+	Pad[3937  -21929  3937  -18228  1417 0 0 "58" "58" 0x00000800]
+	Pad[1968  -21929  1968  -18228  1417 0 0 "59" "59" 0x00000800]
+	Pad[0  -21929  0  -18228  1417 0 0 "60" "60" 0x00000800]
+	Pad[-1968  -21929  -1968  -18228  1417 0 0 "61" "61" 0x00000800]
+	Pad[-3937  -21929  -3937  -18228  1417 0 0 "62" "62" 0x00000800]
+	Pad[-5905  -21929  -5905  -18228  1417 0 0 "63" "63" 0x00000800]
+	Pad[-7874  -21929  -7874  -18228  1417 0 0 "64" "64" 0x00000800]
+	Pad[-9842  -21929  -9842  -18228  1417 0 0 "65" "65" 0x00000800]
+	Pad[-11811  -21929  -11811  -18228  1417 0 0 "66" "66" 0x00000800]
+	Pad[-13779  -21929  -13779  -18228  1417 0 0 "67" "67" 0x00000800]
+	Pad[-15748  -21929  -15748  -18228  1417 0 0 "68" "68" 0x00000800]
+# Exposed paddle.  Note that this pad also sets the soldermask
+# relief for the entire part.
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+Pad[0 0 0 0 30314 0 55118 "69" "69" 0x00000100]
+# Mounting pins
+# Pin(x, y, thickness, clearance, mask, drilling hole, name,
+#     number, flags 
+Pin[ 23622 23622 7700 1000 8700 2000 "Mount1" "70" 0x0]
+Pin[ -23622 23622 7700 1000 8700 2000 "Mount2" "71" 0x0]
+Pin[ -23622 -23622 7700 1000 8700 2000 "Mount3" "72" 0x0]
+Pin[ 23622 -23622 7700 1000 8700 2000 "Mount4" "73" 0x0]
+# Silk screen around package
+ElementLine[ 28559  28559  28559 -28559 1000]
+ElementLine[ 28559 -28559 -28559 -28559 1000]
+ElementLine[-28559 -28559 -28559  28559 1000]
+ElementLine[-28559  28559  28559  28559 1000]
+# Pin 1 indicator
+ElementLine[-28559 -28559 -30059 -30059 1000]
+# Silk showing latch area
+# top
+ElementLine[ -20669 -28559 -20669 -35433 100 ]
+ElementLine[ -20669 -35433 20669 -35433 100 ]
+ElementLine[ 20669 -28559 20669 -35433 100 ]
+# bottom
+ElementLine[ -20669 28559 -20669 35433 100 ]
+ElementLine[ -20669 35433 20669 35433 100 ]
+ElementLine[ 20669 28559 20669 35433 100 ]
+# left
+ElementLine[ -28559 20669 -35433 20669 100 ]
+ElementLine[ -35433 20669 -35433 -20669 100 ]
+ElementLine[ -28559 -20669 -35433 -20669 100 ]
+# right
+ElementLine[ 28559 20669 35433 20669 100 ]
+ElementLine[ 35433 20669 35433 -20669 100 ]
+ElementLine[ 28559 -20669 35433 -20669 100 ]
+# Silk showing area for exposed paddle socket contacts
+ElementLine[ 10826 -11811 10826  11811 100 ]
+ElementLine[ 11614 -11811 11614  11811 100 ]
+ElementLine[ 10826  11811 11614  11811 100 ]
+ElementLine[ 10826 -11811 11614 -11811 100 ]
+# packages with width >= 6.0 mm have 2 rows of contacts
+ElementLine[ -10826 -11811 -10826  11811 100 ]
+ElementLine[ -11614 -11811 -11614  11811 100 ]
+ElementLine[ -10826  11811 -11614  11811 100 ]
+ElementLine[ -10826 -11811 -11614 -11811 100 ]
+)
Index: oldlib/lib/pcblib-newlib/johnstech/index.html
===================================================================
--- oldlib/lib/pcblib-newlib/johnstech/index.html	(nonexistent)
+++ oldlib/lib/pcblib-newlib/johnstech/index.html	(revision 296)
@@ -0,0 +1,74 @@
+<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
+<HTML><HEAD><TITLE>PCB johnstech Footprint Library</TITLE></HEAD>
+<BODY bgcolor="#FFFFFF" text="#000000">
+<H1>PCB johnstech Footprint Library</H1>
+<TABLE BORDER=2>
+<TR>
+    <TD><EM>Comment</EM></TD>
+    <TD><EM>Footprint Name</EM></TD>
+</TR>
+
+  <TR>
+    <TD>JOHNSTECH_QFN12_4, Johnstech QFN Socket, Series 1MM (724812-724839) </TD>
+    <TD><A HREF="JOHNSTECH_QFN12_4.fp">JOHNSTECH_QFN12_4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JOHNSTECH_QFN16_4, Johnstech QFN Socket, Series 1MM (724812-724839) </TD>
+    <TD><A HREF="JOHNSTECH_QFN16_4.fp">JOHNSTECH_QFN16_4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JOHNSTECH_QFN20_4, Johnstech QFN Socket, Series 1MM (724812-724839) </TD>
+    <TD><A HREF="JOHNSTECH_QFN20_4.fp">JOHNSTECH_QFN20_4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JOHNSTECH_QFN24_4, Johnstech QFN Socket, Series 1MM (724812-724839) </TD>
+    <TD><A HREF="JOHNSTECH_QFN24_4.fp">JOHNSTECH_QFN24_4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JOHNSTECH_QFN16_5, Johnstech QFN Socket, Series 1MM (724812-724839) </TD>
+    <TD><A HREF="JOHNSTECH_QFN16_5.fp">JOHNSTECH_QFN16_5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JOHNSTECH_QFN20_5, Johnstech QFN Socket, Series 1MM (724812-724839) </TD>
+    <TD><A HREF="JOHNSTECH_QFN20_5.fp">JOHNSTECH_QFN20_5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JOHNSTECH_QFN28_5, Johnstech QFN Socket, Series 1MM (724812-724839) </TD>
+    <TD><A HREF="JOHNSTECH_QFN28_5.fp">JOHNSTECH_QFN28_5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JOHNSTECH_QFN32_5, Johnstech QFN Socket, Series 1MM (724812-724839) </TD>
+    <TD><A HREF="JOHNSTECH_QFN32_5.fp">JOHNSTECH_QFN32_5.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JOHNSTECH_QFN36_6, Johnstech QFN Socket, Series 1MM (724812-724839) </TD>
+    <TD><A HREF="JOHNSTECH_QFN36_6.fp">JOHNSTECH_QFN36_6.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JOHNSTECH_QFN40_6, Johnstech QFN Socket, Series 1MM (724812-724839) </TD>
+    <TD><A HREF="JOHNSTECH_QFN40_6.fp">JOHNSTECH_QFN40_6.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JOHNSTECH_QFN32_7, Johnstech QFN Socket, Series 1MM (724812-724839) </TD>
+    <TD><A HREF="JOHNSTECH_QFN32_7.fp">JOHNSTECH_QFN32_7.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JOHNSTECH_QFN44_7, Johnstech QFN Socket, Series 1MM (724812-724839) </TD>
+    <TD><A HREF="JOHNSTECH_QFN44_7.fp">JOHNSTECH_QFN44_7.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JOHNSTECH_QFN48_7, Johnstech QFN Socket, Series 1MM (724812-724839) </TD>
+    <TD><A HREF="JOHNSTECH_QFN48_7.fp">JOHNSTECH_QFN48_7.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JOHNSTECH_QFN56_8, Johnstech QFN Socket, Series 1MM (724812-724839) </TD>
+    <TD><A HREF="JOHNSTECH_QFN56_8.fp">JOHNSTECH_QFN56_8.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>JOHNSTECH_QFN68_10, Johnstech QFN Socket, Series 1MM (724812-724839) </TD>
+    <TD><A HREF="JOHNSTECH_QFN68_10.fp">JOHNSTECH_QFN68_10.fp</A></TD>
+  </TR>
+
+</TABLE>
+
+</BODY></HTML>
Index: oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CA531.fp
===================================================================
--- oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CA531.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CA531.fp	(revision 296)
@@ -0,0 +1,42 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Mini-Circuits CA Style Package" "" "MINICIRCUITS_CA531" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -6000 -3700 
+			 -3000 -3700 
+			2000 1000 3000 "1" "1" 0x00000100]
+        Pad[   -6000 0 
+			 -3000 0 
+			2000 1000 3000 "2" "2" 0x00000100]
+        Pad[   -6000 3700 
+			 -3000 3700 
+			2000 1000 3000 "3" "3" 0x00000100]
+        Pad[   6000 3700 
+			 3000 3700 
+			2000 1000 3000 "4" "4" 0x00000100]
+        Pad[   6000 0 
+			 3000 0 
+			2000 1000 3000 "5" "5" 0x00000100]
+        Pad[   6000 -3700 
+			 3000 -3700 
+			2000 1000 3000 "6" "6" 0x00000100]
+	ElementLine[-8000 -5700 -8000  5700 1000]
+	ElementLine[-8000  5700  8000  5700 1000]
+	ElementLine[ 8000  5700  8000 -5700 1000]
+	ElementLine[-8000 -5700 -2500 -5700 1000]
+	ElementLine[ 8000 -5700  2500 -5700 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CB518.fp
===================================================================
--- oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CB518.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CB518.fp	(revision 296)
@@ -0,0 +1,55 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Mini-Circuits CB Style Package" "" "MINICIRCUITS_CB518" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -13000 -10000 
+			 -7000 -10000 
+			3000 1000 4000 "1" "1" 0x00000100]
+        Pad[   -13000 -5000 
+			 -7000 -5000 
+			3000 1000 4000 "2" "2" 0x00000100]
+        Pad[   -13000 0 
+			 -7000 0 
+			3000 1000 4000 "3" "3" 0x00000100]
+        Pad[   -13000 5000 
+			 -7000 5000 
+			3000 1000 4000 "4" "4" 0x00000100]
+        Pad[   -13000 10000 
+			 -7000 10000 
+			3000 1000 4000 "5" "5" 0x00000100]
+        Pad[   13000 10000 
+			 7000 10000 
+			3000 1000 4000 "6" "6" 0x00000100]
+        Pad[   13000 5000 
+			 7000 5000 
+			3000 1000 4000 "7" "7" 0x00000100]
+        Pad[   13000 0 
+			 7000 0 
+			3000 1000 4000 "8" "8" 0x00000100]
+        Pad[   13000 -5000 
+			 7000 -5000 
+			3000 1000 4000 "9" "9" 0x00000100]
+        Pad[   13000 -10000 
+			 7000 -10000 
+			3000 1000 4000 "10" "10" 0x00000100]
+	ElementLine[-15500 -12500 -15500  12500 1000]
+	ElementLine[-15500  12500  15500  12500 1000]
+	ElementLine[ 15500  12500  15500 -12500 1000]
+	ElementLine[-15500 -12500 -2500 -12500 1000]
+	ElementLine[ 15500 -12500  2500 -12500 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -12500 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CB539.fp
===================================================================
--- oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CB539.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CB539.fp	(revision 296)
@@ -0,0 +1,55 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Mini-Circuits CB Style Package" "" "MINICIRCUITS_CB539" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -14250 -10000 
+			 -8250 -10000 
+			3000 1000 4000 "1" "1" 0x00000100]
+        Pad[   -14250 -5000 
+			 -8250 -5000 
+			3000 1000 4000 "2" "2" 0x00000100]
+        Pad[   -14250 0 
+			 -8250 0 
+			3000 1000 4000 "3" "3" 0x00000100]
+        Pad[   -14250 5000 
+			 -8250 5000 
+			3000 1000 4000 "4" "4" 0x00000100]
+        Pad[   -14250 10000 
+			 -8250 10000 
+			3000 1000 4000 "5" "5" 0x00000100]
+        Pad[   14250 10000 
+			 8250 10000 
+			3000 1000 4000 "6" "6" 0x00000100]
+        Pad[   14250 5000 
+			 8250 5000 
+			3000 1000 4000 "7" "7" 0x00000100]
+        Pad[   14250 0 
+			 8250 0 
+			3000 1000 4000 "8" "8" 0x00000100]
+        Pad[   14250 -5000 
+			 8250 -5000 
+			3000 1000 4000 "9" "9" 0x00000100]
+        Pad[   14250 -10000 
+			 8250 -10000 
+			3000 1000 4000 "10" "10" 0x00000100]
+	ElementLine[-16750 -12500 -16750  12500 1000]
+	ElementLine[-16750  12500  16750  12500 1000]
+	ElementLine[ 16750  12500  16750 -12500 1000]
+	ElementLine[-16750 -12500 -2500 -12500 1000]
+	ElementLine[ 16750 -12500  2500 -12500 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -12500 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CD541.fp
===================================================================
--- oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CD541.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CD541.fp	(revision 296)
@@ -0,0 +1,43 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Mini-Circuits CD Style Package" "" "MINICIRCUITS_CD541" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -11750 -10000 
+			 -8250 -10000 
+			6500 1000 7500 "1" "1" 0x00000100]
+        Pad[   -11750 0 
+			 -8250 0 
+			6500 1000 7500 "2" "2" 0x00000100]
+        Pad[   -11750 10000 
+			 -8250 10000 
+			6500 1000 7500 "3" "3" 0x00000100]
+        Pad[   11750 10000 
+			 8250 10000 
+			6500 1000 7500 "4" "4" 0x00000100]
+        Pad[   11750 0 
+			 8250 0 
+			6500 1000 7500 "5" "5" 0x00000100]
+        Pad[   11750 -10000 
+			 8250 -10000 
+			6500 1000 7500 "6" "6" 0x00000100]
+	ElementLine[-16000 -14250 -16000  14250 1000]
+	ElementLine[-16000  14250  16000  14250 1000]
+	ElementLine[ 16000  14250  16000 -14250 1000]
+	ElementLine[-16000 -14250 -2500 -14250 1000]
+	ElementLine[ 16000 -14250  2500 -14250 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -14250 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CD542.fp
===================================================================
--- oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CD542.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CD542.fp	(revision 296)
@@ -0,0 +1,43 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Mini-Circuits CD Style Package" "" "MINICIRCUITS_CD542" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -11750 -10000 
+			 -8250 -10000 
+			6500 1000 7500 "1" "1" 0x00000100]
+        Pad[   -11750 0 
+			 -8250 0 
+			6500 1000 7500 "2" "2" 0x00000100]
+        Pad[   -11750 10000 
+			 -8250 10000 
+			6500 1000 7500 "3" "3" 0x00000100]
+        Pad[   11750 10000 
+			 8250 10000 
+			6500 1000 7500 "4" "4" 0x00000100]
+        Pad[   11750 0 
+			 8250 0 
+			6500 1000 7500 "5" "5" 0x00000100]
+        Pad[   11750 -10000 
+			 8250 -10000 
+			6500 1000 7500 "6" "6" 0x00000100]
+	ElementLine[-16000 -14250 -16000  14250 1000]
+	ElementLine[-16000  14250  16000  14250 1000]
+	ElementLine[ 16000  14250  16000 -14250 1000]
+	ElementLine[-16000 -14250 -2500 -14250 1000]
+	ElementLine[ 16000 -14250  2500 -14250 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -14250 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CD636.fp
===================================================================
--- oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CD636.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CD636.fp	(revision 296)
@@ -0,0 +1,43 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Mini-Circuits CD Style Package" "" "MINICIRCUITS_CD636" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -11750 -10000 
+			 -8250 -10000 
+			6500 1000 7500 "1" "1" 0x00000100]
+        Pad[   -11750 0 
+			 -8250 0 
+			6500 1000 7500 "2" "2" 0x00000100]
+        Pad[   -11750 10000 
+			 -8250 10000 
+			6500 1000 7500 "3" "3" 0x00000100]
+        Pad[   11750 10000 
+			 8250 10000 
+			6500 1000 7500 "4" "4" 0x00000100]
+        Pad[   11750 0 
+			 8250 0 
+			6500 1000 7500 "5" "5" 0x00000100]
+        Pad[   11750 -10000 
+			 8250 -10000 
+			6500 1000 7500 "6" "6" 0x00000100]
+	ElementLine[-16000 -14250 -16000  14250 1000]
+	ElementLine[-16000  14250  16000  14250 1000]
+	ElementLine[ 16000  14250  16000 -14250 1000]
+	ElementLine[-16000 -14250 -2500 -14250 1000]
+	ElementLine[ 16000 -14250  2500 -14250 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -14250 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CD637.fp
===================================================================
--- oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CD637.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_CD637.fp	(revision 296)
@@ -0,0 +1,43 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Mini-Circuits CD Style Package" "" "MINICIRCUITS_CD637" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -11750 -10000 
+			 -8250 -10000 
+			6500 1000 7500 "1" "1" 0x00000100]
+        Pad[   -11750 0 
+			 -8250 0 
+			6500 1000 7500 "2" "2" 0x00000100]
+        Pad[   -11750 10000 
+			 -8250 10000 
+			6500 1000 7500 "3" "3" 0x00000100]
+        Pad[   11750 10000 
+			 8250 10000 
+			6500 1000 7500 "4" "4" 0x00000100]
+        Pad[   11750 0 
+			 8250 0 
+			6500 1000 7500 "5" "5" 0x00000100]
+        Pad[   11750 -10000 
+			 8250 -10000 
+			6500 1000 7500 "6" "6" 0x00000100]
+	ElementLine[-16000 -14250 -16000  14250 1000]
+	ElementLine[-16000  14250  16000  14250 1000]
+	ElementLine[ 16000  14250  16000 -14250 1000]
+	ElementLine[-16000 -14250 -2500 -14250 1000]
+	ElementLine[ 16000 -14250  2500 -14250 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -14250 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_KK81.fp
===================================================================
--- oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_KK81.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/minicircuits/MINICIRCUITS_KK81.fp	(revision 296)
@@ -0,0 +1,43 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Mini-Circuits KK Style Package" "" "MINICIRCUITS_KK81" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -27800 -10000 
+			 -20200 -10000 
+			5000 1000 6000 "6" "6" 0x00000100]
+        Pad[   -27800 0 
+			 -20200 0 
+			5000 1000 6000 "5" "5" 0x00000100]
+        Pad[   -27800 10000 
+			 -20200 10000 
+			5000 1000 6000 "4" "4" 0x00000100]
+        Pad[   27800 10000 
+			 20200 10000 
+			5000 1000 6000 "3" "3" 0x00000100]
+        Pad[   27800 0 
+			 20200 0 
+			5000 1000 6000 "2" "2" 0x00000100]
+        Pad[   27800 -10000 
+			 20200 -10000 
+			5000 1000 6000 "1" "1" 0x00000100]
+	ElementLine[-31300 -13500 -31300  13500 1000]
+	ElementLine[-31300  13500  31300  13500 1000]
+	ElementLine[ 31300  13500  31300 -13500 1000]
+	ElementLine[-31300 -13500 -2500 -13500 1000]
+	ElementLine[ 31300 -13500  2500 -13500 1000]
+	# punt on the arc on small parts as it can cover the pads
+	ElementArc[0 -13500 2500 2500 0 180 1000]
+)
Index: oldlib/lib/pcblib-newlib/minicircuits/index.html
===================================================================
--- oldlib/lib/pcblib-newlib/minicircuits/index.html	(nonexistent)
+++ oldlib/lib/pcblib-newlib/minicircuits/index.html	(revision 296)
@@ -0,0 +1,46 @@
+<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
+<HTML><HEAD><TITLE>PCB minicircuits Footprint Library</TITLE></HEAD>
+<BODY bgcolor="#FFFFFF" text="#000000">
+<H1>PCB minicircuits Footprint Library</H1>
+<TABLE BORDER=2>
+<TR>
+    <TD><EM>Comment</EM></TD>
+    <TD><EM>Footprint Name</EM></TD>
+</TR>
+
+  <TR>
+    <TD>MINICIRCUITS_CA531, Mini-Circuits CA Style Package </TD>
+    <TD><A HREF="MINICIRCUITS_CA531.fp">MINICIRCUITS_CA531.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MINICIRCUITS_CB518, Mini-Circuits CB Style Package </TD>
+    <TD><A HREF="MINICIRCUITS_CB518.fp">MINICIRCUITS_CB518.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MINICIRCUITS_CB539, Mini-Circuits CB Style Package </TD>
+    <TD><A HREF="MINICIRCUITS_CB539.fp">MINICIRCUITS_CB539.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MINICIRCUITS_CD541, Mini-Circuits CD Style Package </TD>
+    <TD><A HREF="MINICIRCUITS_CD541.fp">MINICIRCUITS_CD541.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MINICIRCUITS_CD542, Mini-Circuits CD Style Package </TD>
+    <TD><A HREF="MINICIRCUITS_CD542.fp">MINICIRCUITS_CD542.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MINICIRCUITS_CD636, Mini-Circuits CD Style Package </TD>
+    <TD><A HREF="MINICIRCUITS_CD636.fp">MINICIRCUITS_CD636.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MINICIRCUITS_CD637, Mini-Circuits CD Style Package </TD>
+    <TD><A HREF="MINICIRCUITS_CD637.fp">MINICIRCUITS_CD637.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>MINICIRCUITS_KK81, Mini-Circuits KK Style Package </TD>
+    <TD><A HREF="MINICIRCUITS_KK81.fp">MINICIRCUITS_KK81.fp</A></TD>
+  </TR>
+
+</TABLE>
+
+</BODY></HTML>
Index: oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_10_10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_10_10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_10_10.fp	(revision 296)
@@ -0,0 +1,34 @@
+	# max pin width (perpendicular to axis of package) (1/100 mil)
+	# max pin length (parallel to axis of package) (1/100 mil)
+	# gap between the pads (1/100 mil)
+	# package width (1/100 mil)
+	# package height (1/100 mil)
+	# component veritcal height off board (1/100 mil)
+	# pad width and length
+	# y values for drawing the pad.  The Y center of the pad is 0.5*(PINL + PINS)
+	# we need a line segment of length PADL - PADW so we have end points:
+	# 0.5*(PINL + PINS) +/- 0.5*(PADL - PADW)
+	# width of soldermask relief (5 mil on each side)
+	# silkscreen width (1/100 mils)
+	# how much space to leave around the part before the
+	# silk screen (1/100 mils)
+	# lower left corner for silk screen (1/100 mil)
+	# upper right corner for silk screen (1/100 mil)
+	# how much to notch the corners by in silk to indicate polarity
+# Element [SFlags "Desc" "Name" "Value" MX MY TX TY TDir TScale TSFlags]
+Element[ "" "Description_nichicon_NICHICON_WT_CAP_10_10" "" "`NICHICON_WT_CAP_10_10'" 0 0 0 0 0 100 ""]
+(
+# Pad [rX1 rY1 rX2 rY2 Thickness Clearance Mask "Name" "Number" SFlags]                                                                                              
+Pad[ 0 -20078 0 -11023 6330 1000 7330 "Plus"  "1" "square"]
+Pad[ 0  20078 0  11023 6330 1000 7330 "Minus" "2" "square"]
+# Silk screen around package
+# ElementLine[ x1 y1 x2 y2 width]
+ElementLine[ 21969    21969     4465    21969    1000]
+ElementLine[ 21969    21969     21969    -18969 1000]
+ElementLine[ 21969    -18969  18969 -21969    1000]
+ElementLine[ 18969 -21969     4465    -21969    1000]
+ElementLine[ -21969    21969    -4465    21969    1000]
+ElementLine[ -21969    21969    -21969    -18969 1000]
+ElementLine[ -21969    -18969 -18969 -21969    1000]
+ElementLine[ -18969 -21969    -4465    -21969    1000]
+)
Index: oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_3_5p4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_3_5p4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_3_5p4.fp	(revision 296)
@@ -0,0 +1,34 @@
+	# max pin width (perpendicular to axis of package) (1/100 mil)
+	# max pin length (parallel to axis of package) (1/100 mil)
+	# gap between the pads (1/100 mil)
+	# package width (1/100 mil)
+	# package height (1/100 mil)
+	# component veritcal height off board (1/100 mil)
+	# pad width and length
+	# y values for drawing the pad.  The Y center of the pad is 0.5*(PINL + PINS)
+	# we need a line segment of length PADL - PADW so we have end points:
+	# 0.5*(PINL + PINS) +/- 0.5*(PADL - PADW)
+	# width of soldermask relief (5 mil on each side)
+	# silkscreen width (1/100 mils)
+	# how much space to leave around the part before the
+	# silk screen (1/100 mils)
+	# lower left corner for silk screen (1/100 mil)
+	# upper right corner for silk screen (1/100 mil)
+	# how much to notch the corners by in silk to indicate polarity
+# Element [SFlags "Desc" "Name" "Value" MX MY TX TY TDir TScale TSFlags]
+Element[ "" "Description_nichicon_NICHICON_WT_CAP_3_5p4" "" "`NICHICON_WT_CAP_3_5p4'" 0 0 0 0 0 100 ""]
+(
+# Pad [rX1 rY1 rX2 rY2 Thickness Clearance Mask "Name" "Number" SFlags]                                                                                              
+Pad[ 0 -6692 0 -3149 5149 1000 6149 "Plus"  "1" "square"]
+Pad[ 0  6692 0  3149 5149 1000 6149 "Minus" "2" "square"]
+# Silk screen around package
+# ElementLine[ x1 y1 x2 y2 width]
+ElementLine[ 8189    8189     3874    8189    1000]
+ElementLine[ 8189    8189     8189    -5189 1000]
+ElementLine[ 8189    -5189  5189 -8189    1000]
+ElementLine[ 5189 -8189     3874    -8189    1000]
+ElementLine[ -8189    8189    -3874    8189    1000]
+ElementLine[ -8189    8189    -8189    -5189 1000]
+ElementLine[ -8189    -5189 -5189 -8189    1000]
+ElementLine[ -5189 -8189    -3874    -8189    1000]
+)
Index: oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_4_5p4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_4_5p4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_4_5p4.fp	(revision 296)
@@ -0,0 +1,34 @@
+	# max pin width (perpendicular to axis of package) (1/100 mil)
+	# max pin length (parallel to axis of package) (1/100 mil)
+	# gap between the pads (1/100 mil)
+	# package width (1/100 mil)
+	# package height (1/100 mil)
+	# component veritcal height off board (1/100 mil)
+	# pad width and length
+	# y values for drawing the pad.  The Y center of the pad is 0.5*(PINL + PINS)
+	# we need a line segment of length PADL - PADW so we have end points:
+	# 0.5*(PINL + PINS) +/- 0.5*(PADL - PADW)
+	# width of soldermask relief (5 mil on each side)
+	# silkscreen width (1/100 mils)
+	# how much space to leave around the part before the
+	# silk screen (1/100 mils)
+	# lower left corner for silk screen (1/100 mil)
+	# upper right corner for silk screen (1/100 mil)
+	# how much to notch the corners by in silk to indicate polarity
+# Element [SFlags "Desc" "Name" "Value" MX MY TX TY TDir TScale TSFlags]
+Element[ "" "Description_nichicon_NICHICON_WT_CAP_4_5p4" "" "`NICHICON_WT_CAP_4_5p4'" 0 0 0 0 0 100 ""]
+(
+# Pad [rX1 rY1 rX2 rY2 Thickness Clearance Mask "Name" "Number" SFlags]                                                                                              
+Pad[ 0 -8268 0 -3543 5149 1000 6149 "Plus"  "1" "square"]
+Pad[ 0  8268 0  3543 5149 1000 6149 "Minus" "2" "square"]
+# Silk screen around package
+# ElementLine[ x1 y1 x2 y2 width]
+ElementLine[ 10158    10158     3874    10158    1000]
+ElementLine[ 10158    10158     10158    -7158 1000]
+ElementLine[ 10158    -7158  7158 -10158    1000]
+ElementLine[ 7158 -10158     3874    -10158    1000]
+ElementLine[ -10158    10158    -3874    10158    1000]
+ElementLine[ -10158    10158    -10158    -7158 1000]
+ElementLine[ -10158    -7158 -7158 -10158    1000]
+ElementLine[ -7158 -10158    -3874    -10158    1000]
+)
Index: oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_5_5p4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_5_5p4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_5_5p4.fp	(revision 296)
@@ -0,0 +1,34 @@
+	# max pin width (perpendicular to axis of package) (1/100 mil)
+	# max pin length (parallel to axis of package) (1/100 mil)
+	# gap between the pads (1/100 mil)
+	# package width (1/100 mil)
+	# package height (1/100 mil)
+	# component veritcal height off board (1/100 mil)
+	# pad width and length
+	# y values for drawing the pad.  The Y center of the pad is 0.5*(PINL + PINS)
+	# we need a line segment of length PADL - PADW so we have end points:
+	# 0.5*(PINL + PINS) +/- 0.5*(PADL - PADW)
+	# width of soldermask relief (5 mil on each side)
+	# silkscreen width (1/100 mils)
+	# how much space to leave around the part before the
+	# silk screen (1/100 mils)
+	# lower left corner for silk screen (1/100 mil)
+	# upper right corner for silk screen (1/100 mil)
+	# how much to notch the corners by in silk to indicate polarity
+# Element [SFlags "Desc" "Name" "Value" MX MY TX TY TDir TScale TSFlags]
+Element[ "" "Description_nichicon_NICHICON_WT_CAP_5_5p4" "" "`NICHICON_WT_CAP_5_5p4'" 0 0 0 0 0 100 ""]
+(
+# Pad [rX1 rY1 rX2 rY2 Thickness Clearance Mask "Name" "Number" SFlags]                                                                                              
+Pad[ 0 -10039 0 -4133 5149 1000 6149 "Plus"  "1" "square"]
+Pad[ 0  10039 0  4133 5149 1000 6149 "Minus" "2" "square"]
+# Silk screen around package
+# ElementLine[ x1 y1 x2 y2 width]
+ElementLine[ 12126    12126     3874    12126    1000]
+ElementLine[ 12126    12126     12126    -9126 1000]
+ElementLine[ 12126    -9126  9126 -12126    1000]
+ElementLine[ 9126 -12126     3874    -12126    1000]
+ElementLine[ -12126    12126    -3874    12126    1000]
+ElementLine[ -12126    12126    -12126    -9126 1000]
+ElementLine[ -12126    -9126 -9126 -12126    1000]
+ElementLine[ -9126 -12126    -3874    -12126    1000]
+)
Index: oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_6p3_5p4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_6p3_5p4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_6p3_5p4.fp	(revision 296)
@@ -0,0 +1,34 @@
+	# max pin width (perpendicular to axis of package) (1/100 mil)
+	# max pin length (parallel to axis of package) (1/100 mil)
+	# gap between the pads (1/100 mil)
+	# package width (1/100 mil)
+	# package height (1/100 mil)
+	# component veritcal height off board (1/100 mil)
+	# pad width and length
+	# y values for drawing the pad.  The Y center of the pad is 0.5*(PINL + PINS)
+	# we need a line segment of length PADL - PADW so we have end points:
+	# 0.5*(PINL + PINS) +/- 0.5*(PADL - PADW)
+	# width of soldermask relief (5 mil on each side)
+	# silkscreen width (1/100 mils)
+	# how much space to leave around the part before the
+	# silk screen (1/100 mils)
+	# lower left corner for silk screen (1/100 mil)
+	# upper right corner for silk screen (1/100 mil)
+	# how much to notch the corners by in silk to indicate polarity
+# Element [SFlags "Desc" "Name" "Value" MX MY TX TY TDir TScale TSFlags]
+Element[ "" "Description_nichicon_NICHICON_WT_CAP_6p3_5p4" "" "`NICHICON_WT_CAP_6p3_5p4'" 0 0 0 0 0 100 ""]
+(
+# Pad [rX1 rY1 rX2 rY2 Thickness Clearance Mask "Name" "Number" SFlags]                                                                                              
+Pad[ 0 -12992 0 -5905 5149 1000 6149 "Plus"  "1" "square"]
+Pad[ 0  12992 0  5905 5149 1000 6149 "Minus" "2" "square"]
+# Silk screen around package
+# ElementLine[ x1 y1 x2 y2 width]
+ElementLine[ 14685    14685     3874    14685    1000]
+ElementLine[ 14685    14685     14685    -11685 1000]
+ElementLine[ 14685    -11685  11685 -14685    1000]
+ElementLine[ 11685 -14685     3874    -14685    1000]
+ElementLine[ -14685    14685    -3874    14685    1000]
+ElementLine[ -14685    14685    -14685    -11685 1000]
+ElementLine[ -14685    -11685 -11685 -14685    1000]
+ElementLine[ -11685 -14685    -3874    -14685    1000]
+)
Index: oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_6p3_5p8.fp
===================================================================
--- oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_6p3_5p8.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_6p3_5p8.fp	(revision 296)
@@ -0,0 +1,34 @@
+	# max pin width (perpendicular to axis of package) (1/100 mil)
+	# max pin length (parallel to axis of package) (1/100 mil)
+	# gap between the pads (1/100 mil)
+	# package width (1/100 mil)
+	# package height (1/100 mil)
+	# component veritcal height off board (1/100 mil)
+	# pad width and length
+	# y values for drawing the pad.  The Y center of the pad is 0.5*(PINL + PINS)
+	# we need a line segment of length PADL - PADW so we have end points:
+	# 0.5*(PINL + PINS) +/- 0.5*(PADL - PADW)
+	# width of soldermask relief (5 mil on each side)
+	# silkscreen width (1/100 mils)
+	# how much space to leave around the part before the
+	# silk screen (1/100 mils)
+	# lower left corner for silk screen (1/100 mil)
+	# upper right corner for silk screen (1/100 mil)
+	# how much to notch the corners by in silk to indicate polarity
+# Element [SFlags "Desc" "Name" "Value" MX MY TX TY TDir TScale TSFlags]
+Element[ "" "Description_nichicon_NICHICON_WT_CAP_6p3_5p8" "" "`NICHICON_WT_CAP_6p3_5p8'" 0 0 0 0 0 100 ""]
+(
+# Pad [rX1 rY1 rX2 rY2 Thickness Clearance Mask "Name" "Number" SFlags]                                                                                              
+Pad[ 0 -12992 0 -5905 5149 1000 6149 "Plus"  "1" "square"]
+Pad[ 0  12992 0  5905 5149 1000 6149 "Minus" "2" "square"]
+# Silk screen around package
+# ElementLine[ x1 y1 x2 y2 width]
+ElementLine[ 14685    14685     3874    14685    1000]
+ElementLine[ 14685    14685     14685    -11685 1000]
+ElementLine[ 14685    -11685  11685 -14685    1000]
+ElementLine[ 11685 -14685     3874    -14685    1000]
+ElementLine[ -14685    14685    -3874    14685    1000]
+ElementLine[ -14685    14685    -14685    -11685 1000]
+ElementLine[ -14685    -11685 -11685 -14685    1000]
+ElementLine[ -11685 -14685    -3874    -14685    1000]
+)
Index: oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_6p3_7p7.fp
===================================================================
--- oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_6p3_7p7.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_6p3_7p7.fp	(revision 296)
@@ -0,0 +1,34 @@
+	# max pin width (perpendicular to axis of package) (1/100 mil)
+	# max pin length (parallel to axis of package) (1/100 mil)
+	# gap between the pads (1/100 mil)
+	# package width (1/100 mil)
+	# package height (1/100 mil)
+	# component veritcal height off board (1/100 mil)
+	# pad width and length
+	# y values for drawing the pad.  The Y center of the pad is 0.5*(PINL + PINS)
+	# we need a line segment of length PADL - PADW so we have end points:
+	# 0.5*(PINL + PINS) +/- 0.5*(PADL - PADW)
+	# width of soldermask relief (5 mil on each side)
+	# silkscreen width (1/100 mils)
+	# how much space to leave around the part before the
+	# silk screen (1/100 mils)
+	# lower left corner for silk screen (1/100 mil)
+	# upper right corner for silk screen (1/100 mil)
+	# how much to notch the corners by in silk to indicate polarity
+# Element [SFlags "Desc" "Name" "Value" MX MY TX TY TDir TScale TSFlags]
+Element[ "" "Description_nichicon_NICHICON_WT_CAP_6p3_7p7" "" "`NICHICON_WT_CAP_6p3_7p7'" 0 0 0 0 0 100 ""]
+(
+# Pad [rX1 rY1 rX2 rY2 Thickness Clearance Mask "Name" "Number" SFlags]                                                                                              
+Pad[ 0 -12992 0 -5905 5149 1000 6149 "Plus"  "1" "square"]
+Pad[ 0  12992 0  5905 5149 1000 6149 "Minus" "2" "square"]
+# Silk screen around package
+# ElementLine[ x1 y1 x2 y2 width]
+ElementLine[ 14685    14685     3874    14685    1000]
+ElementLine[ 14685    14685     14685    -11685 1000]
+ElementLine[ 14685    -11685  11685 -14685    1000]
+ElementLine[ 11685 -14685     3874    -14685    1000]
+ElementLine[ -14685    14685    -3874    14685    1000]
+ElementLine[ -14685    14685    -14685    -11685 1000]
+ElementLine[ -14685    -11685 -11685 -14685    1000]
+ElementLine[ -11685 -14685    -3874    -14685    1000]
+)
Index: oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_8_10.fp
===================================================================
--- oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_8_10.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_8_10.fp	(revision 296)
@@ -0,0 +1,34 @@
+	# max pin width (perpendicular to axis of package) (1/100 mil)
+	# max pin length (parallel to axis of package) (1/100 mil)
+	# gap between the pads (1/100 mil)
+	# package width (1/100 mil)
+	# package height (1/100 mil)
+	# component veritcal height off board (1/100 mil)
+	# pad width and length
+	# y values for drawing the pad.  The Y center of the pad is 0.5*(PINL + PINS)
+	# we need a line segment of length PADL - PADW so we have end points:
+	# 0.5*(PINL + PINS) +/- 0.5*(PADL - PADW)
+	# width of soldermask relief (5 mil on each side)
+	# silkscreen width (1/100 mils)
+	# how much space to leave around the part before the
+	# silk screen (1/100 mils)
+	# lower left corner for silk screen (1/100 mil)
+	# upper right corner for silk screen (1/100 mil)
+	# how much to notch the corners by in silk to indicate polarity
+# Element [SFlags "Desc" "Name" "Value" MX MY TX TY TDir TScale TSFlags]
+Element[ "" "Description_nichicon_NICHICON_WT_CAP_8_10" "" "`NICHICON_WT_CAP_8_10'" 0 0 0 0 0 100 ""]
+(
+# Pad [rX1 rY1 rX2 rY2 Thickness Clearance Mask "Name" "Number" SFlags]                                                                                              
+Pad[ 0 -16141 0 -8267 6330 1000 7330 "Plus"  "1" "square"]
+Pad[ 0  16141 0  8267 6330 1000 7330 "Minus" "2" "square"]
+# Silk screen around package
+# ElementLine[ x1 y1 x2 y2 width]
+ElementLine[ 18032    18032     4465    18032    1000]
+ElementLine[ 18032    18032     18032    -15032 1000]
+ElementLine[ 18032    -15032  15032 -18032    1000]
+ElementLine[ 15032 -18032     4465    -18032    1000]
+ElementLine[ -18032    18032    -4465    18032    1000]
+ElementLine[ -18032    18032    -18032    -15032 1000]
+ElementLine[ -18032    -15032 -15032 -18032    1000]
+ElementLine[ -15032 -18032    -4465    -18032    1000]
+)
Index: oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_8_5p4.fp
===================================================================
--- oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_8_5p4.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/nichicon/NICHICON_WT_CAP_8_5p4.fp	(revision 296)
@@ -0,0 +1,34 @@
+	# max pin width (perpendicular to axis of package) (1/100 mil)
+	# max pin length (parallel to axis of package) (1/100 mil)
+	# gap between the pads (1/100 mil)
+	# package width (1/100 mil)
+	# package height (1/100 mil)
+	# component veritcal height off board (1/100 mil)
+	# pad width and length
+	# y values for drawing the pad.  The Y center of the pad is 0.5*(PINL + PINS)
+	# we need a line segment of length PADL - PADW so we have end points:
+	# 0.5*(PINL + PINS) +/- 0.5*(PADL - PADW)
+	# width of soldermask relief (5 mil on each side)
+	# silkscreen width (1/100 mils)
+	# how much space to leave around the part before the
+	# silk screen (1/100 mils)
+	# lower left corner for silk screen (1/100 mil)
+	# upper right corner for silk screen (1/100 mil)
+	# how much to notch the corners by in silk to indicate polarity
+# Element [SFlags "Desc" "Name" "Value" MX MY TX TY TDir TScale TSFlags]
+Element[ "" "Description_nichicon_NICHICON_WT_CAP_8_5p4" "" "`NICHICON_WT_CAP_8_5p4'" 0 0 0 0 0 100 ""]
+(
+# Pad [rX1 rY1 rX2 rY2 Thickness Clearance Mask "Name" "Number" SFlags]                                                                                              
+Pad[ 0 -16732 0 -6102 5149 1000 6149 "Plus"  "1" "square"]
+Pad[ 0  16732 0  6102 5149 1000 6149 "Minus" "2" "square"]
+# Silk screen around package
+# ElementLine[ x1 y1 x2 y2 width]
+ElementLine[ 18032    18032     3874    18032    1000]
+ElementLine[ 18032    18032     18032    -15032 1000]
+ElementLine[ 18032    -15032  15032 -18032    1000]
+ElementLine[ 15032 -18032     3874    -18032    1000]
+ElementLine[ -18032    18032    -3874    18032    1000]
+ElementLine[ -18032    18032    -18032    -15032 1000]
+ElementLine[ -18032    -15032 -15032 -18032    1000]
+ElementLine[ -15032 -18032    -3874    -18032    1000]
+)
Index: oldlib/lib/pcblib-newlib/nichicon/index.html
===================================================================
--- oldlib/lib/pcblib-newlib/nichicon/index.html	(nonexistent)
+++ oldlib/lib/pcblib-newlib/nichicon/index.html	(revision 296)
@@ -0,0 +1,50 @@
+<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
+<HTML><HEAD><TITLE>PCB nichicon Footprint Library</TITLE></HEAD>
+<BODY bgcolor="#FFFFFF" text="#000000">
+<H1>PCB nichicon Footprint Library</H1>
+<TABLE BORDER=2>
+<TR>
+    <TD><EM>Comment</EM></TD>
+    <TD><EM>Footprint Name</EM></TD>
+</TR>
+
+  <TR>
+    <TD>NICHICON_WT_CAP_3_5p4, Nichicon WT series SMT Aluminum Electrolytic Capacitor </TD>
+    <TD><A HREF="NICHICON_WT_CAP_3_5p4.fp">NICHICON_WT_CAP_3_5p4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>NICHICON_WT_CAP_4_5p4, Nichicon WT series SMT Aluminum Electrolytic Capacitor </TD>
+    <TD><A HREF="NICHICON_WT_CAP_4_5p4.fp">NICHICON_WT_CAP_4_5p4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>NICHICON_WT_CAP_5_5p4, Nichicon WT series SMT Aluminum Electrolytic Capacitor </TD>
+    <TD><A HREF="NICHICON_WT_CAP_5_5p4.fp">NICHICON_WT_CAP_5_5p4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>NICHICON_WT_CAP_6p3_5p4, Nichicon WT series SMT Aluminum Electrolytic Capacitor </TD>
+    <TD><A HREF="NICHICON_WT_CAP_6p3_5p4.fp">NICHICON_WT_CAP_6p3_5p4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>NICHICON_WT_CAP_6p3_5p8, Nichicon WT series SMT Aluminum Electrolytic Capacitor </TD>
+    <TD><A HREF="NICHICON_WT_CAP_6p3_5p8.fp">NICHICON_WT_CAP_6p3_5p8.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>NICHICON_WT_CAP_6p3_7p7, Nichicon WT series SMT Aluminum Electrolytic Capacitor </TD>
+    <TD><A HREF="NICHICON_WT_CAP_6p3_7p7.fp">NICHICON_WT_CAP_6p3_7p7.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>NICHICON_WT_CAP_8_5p4, Nichicon WT series SMT Aluminum Electrolytic Capacitor </TD>
+    <TD><A HREF="NICHICON_WT_CAP_8_5p4.fp">NICHICON_WT_CAP_8_5p4.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>NICHICON_WT_CAP_8_10, Nichicon WT series SMT Aluminum Electrolytic Capacitor </TD>
+    <TD><A HREF="NICHICON_WT_CAP_8_10.fp">NICHICON_WT_CAP_8_10.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>NICHICON_WT_CAP_10_10, Nichicon WT series SMT Aluminum Electrolytic Capacitor </TD>
+    <TD><A HREF="NICHICON_WT_CAP_10_10.fp">NICHICON_WT_CAP_10_10.fp</A></TD>
+  </TR>
+
+</TABLE>
+
+</BODY></HTML>
Index: oldlib/lib/pcblib-newlib/optek/OPTEK_OVSRWACR6.fp
===================================================================
--- oldlib/lib/pcblib-newlib/optek/OPTEK_OVSRWACR6.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/optek/OPTEK_OVSRWACR6.fp	(revision 296)
@@ -0,0 +1,27 @@
+	# pad width and length (1/100 mil)
+	# pad center (X)  (1/100 mil)
+	# x values for the pads
+	# package width (1/100 mil)
+	# package height (1/100 mil)
+	# width of soldermask relief (5 mil on each side)
+	# silkscreen width (1/100 mils)
+	# how much space to leave around the part before the
+	# silk screen (1/100 mils)
+	# top edge silk
+	# bottom edge silk
+# Element [SFlags "Desc" "Name" "Value" MX MY TX TY TDir TScale TSFlags]
+Element[ "" "Description_optek_OPTEK_OVSRWACR6" "" "`OPTEK_OVSRWACR6'" 0 0 0 0 0 100 ""]
+(
+# Pad [rX1 rY1 rX2 rY2 Thickness Clearance Mask "Name" "Number" SFlags]
+# the pads
+Pad[ -5708 0 -3740 0 3543 1000 4543 "K"  "1" "square"]
+Pad[  5708 0  3740 0 3543 1000 4543 "A"  "2" "square"]
+# Silk screen around package
+# ElementLine[ x1 y1 x2 y2 width]
+# top edge
+ElementLine[ -668 -1771 668 -1771 1000 ]
+# left/right and bottom
+ElementLine[ -6800 3071 -6800 4600 1000 ]
+ElementLine[  6800 3071  6800 4600 1000 ]
+ElementLine[ -6800 4600  6800 4600 1000 ]
+)
Index: oldlib/lib/pcblib-newlib/optek/index.html
===================================================================
--- oldlib/lib/pcblib-newlib/optek/index.html	(nonexistent)
+++ oldlib/lib/pcblib-newlib/optek/index.html	(revision 296)
@@ -0,0 +1,18 @@
+<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
+<HTML><HEAD><TITLE>PCB optek Footprint Library</TITLE></HEAD>
+<BODY bgcolor="#FFFFFF" text="#000000">
+<H1>PCB optek Footprint Library</H1>
+<TABLE BORDER=2>
+<TR>
+    <TD><EM>Comment</EM></TD>
+    <TD><EM>Footprint Name</EM></TD>
+</TR>
+
+  <TR>
+    <TD>OPTEK_OVSRWACR6, OPTEK Surface Mount LEDs' </TD>
+    <TD><A HREF="OPTEK_OVSRWACR6.fp">OPTEK_OVSRWACR6.fp</A></TD>
+  </TR>
+
+</TABLE>
+
+</BODY></HTML>
Index: oldlib/lib/pcblib-newlib/optical/LED 100.fp
===================================================================
--- oldlib/lib/pcblib-newlib/optical/LED 100.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/optical/LED 100.fp	(revision 296)
@@ -0,0 +1,15 @@
+Element(0x00 "LED 5mm" "" "LED 100" 100 70 0 100 0x00)
+(
+# typical LED is 0.5 mm or 0.020" square pin.  See for example
+# http://www.lumex.com and part number SSL-LX3054LGD.
+# 0.020" square is 0.0288" diagonal.  A number 57 drill is 
+# 0.043" which should be enough.  a 65 mil pad gives 11 mils
+# of annular ring.
+	Pin(-50 0 65 43 "-" 0x101)
+	Pin(50 0 65 43 "+" 0x01)
+   ElementArc(0 0 50 50    45  90 10)
+	ElementArc(0 0 50 50   225  90 10)
+   ElementArc(0 0 70 70    45  90 10)
+	ElementArc(0 0 70 70   225  90 10)
+	Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/optical/LED 60.fp
===================================================================
--- oldlib/lib/pcblib-newlib/optical/LED 60.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/optical/LED 60.fp	(revision 296)
@@ -0,0 +1,15 @@
+Element(0x00 "LED 3mm" "" "LED 60" 100 70 0 100 0x00)
+(
+# typical LED is 0.5 mm or 0.020" square pin.  See for example
+# http://www.lumex.com and part number SSL-LX3054LGD.
+# 0.020" square is 0.0288" diagonal.  A number 57 drill is 
+# 0.043" which should be enough.  a 65 mil pad gives 11 mils
+# of annular ring.
+	Pin(-50 0 65 43 "-" 0x101)
+	Pin(50 0 65 43 "+" 0x01)
+   ElementArc(0 0 30 30    45  90 10)
+	ElementArc(0 0 30 30   225  90 10)
+   ElementArc(0 0 50 50    45  90 10)
+	ElementArc(0 0 50 50   225  90 10)
+	Mark(0 0)
+)
Index: oldlib/lib/pcblib-newlib/optical/N 8 300.fp
===================================================================
--- oldlib/lib/pcblib-newlib/optical/N 8 300.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/optical/N 8 300.fp	(revision 296)
@@ -0,0 +1,20 @@
+# retain backwards compatibility to older versions of PKG_DIL 
+# which did not have 100,60,28 args
+Element(0x00 "optical coupling device" "" "N 8 300" 220 100 3 100 0x00)
+(
+	Pin(50 50 60 28 "NC" 0x101)
+	Pin(50 150 60 28 "A+" 0x01)
+	Pin(50 250 60 28 "K-" 0x01)
+	Pin(50 350 60 28 "NC" 0x01)
+	Pin(350 350 60 28 "Gnd" 0x01)
+	Pin(350 250 60 28 "Out" 0x01)
+	Pin(350 150 60 28 "En" 0x01)
+	Pin(350 50 60 28 "Vcc" 0x01)
+	ElementLine(0 0 0 400 10)
+	ElementLine(0 400 400 400 10)
+	ElementLine(400 400 400 0 10)
+	ElementLine(0 0 150 0 10)
+	ElementLine(250 0 400 0 10)
+	ElementArc(200 0 50 50 0 180 10)
+	Mark(50 50)
+)
Index: oldlib/lib/pcblib-newlib/optical/index.html
===================================================================
--- oldlib/lib/pcblib-newlib/optical/index.html	(nonexistent)
+++ oldlib/lib/pcblib-newlib/optical/index.html	(revision 296)
@@ -0,0 +1,46 @@
+<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
+<HTML><HEAD><TITLE>PCB optical Footprint Library</TITLE></HEAD>
+<BODY bgcolor="#FFFFFF" text="#000000">
+<H1>PCB optical Footprint Library</H1>
+<TABLE BORDER=2>
+<TR>
+    <TD><EM>Comment</EM></TD>
+    <TD><EM>Footprint Name</EM></TD>
+</TR>
+
+  <TR>
+    <TD>green, LED 3mm </TD>
+    <TD><A HREF="LED 60.fp">LED 60.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>red, LED 3mm </TD>
+    <TD><A HREF="LED 60.fp">LED 60.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>blue, LED 3mm </TD>
+    <TD><A HREF="LED 60.fp">LED 60.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>green, LED 5mm </TD>
+    <TD><A HREF="LED 100.fp">LED 100.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>red, LED 5mm </TD>
+    <TD><A HREF="LED 100.fp">LED 100.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>blue, LED 5mm </TD>
+    <TD><A HREF="LED 100.fp">LED 100.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>6N136, optical coupling device </TD>
+    <TD><A HREF="N 8 300.fp">N 8 300.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>6N137, optical coupling device </TD>
+    <TD><A HREF="N 8 300.fp">N 8 300.fp</A></TD>
+  </TR>
+
+</TABLE>
+
+</BODY></HTML>
Index: oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXB14V.fp
===================================================================
--- oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXB14V.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXB14V.fp	(revision 296)
@@ -0,0 +1,36 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Panasonic EXB Series Chip Resistor Array" "" "PANASONIC_EXB14V" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -1181 -984 
+			 -1181 -984 
+			1181 1000 2181 "1" "1" 0x00000100]
+        Pad[   -1181 984 
+			 -1181 984 
+			1181 1000 2181 "2" "2" 0x00000100]
+        Pad[   1181 984 
+			 1181 984 
+			1181 1000 2181 "3" "3" 0x00000100]
+        Pad[   1181 -984 
+			 1181 -984 
+			1181 1000 2181 "4" "4" 0x00000100]
+	ElementLine[-2771 -2574 -2771  2574 1000]
+	ElementLine[-2771  2574  2771  2574 1000]
+	ElementLine[ 2771  2574  2771 -2574 1000]
+	ElementLine[-2771 -2574 -2500 -2574 1000]
+	ElementLine[ 2771 -2574  2500 -2574 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXB24V.fp
===================================================================
--- oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXB24V.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXB24V.fp	(revision 296)
@@ -0,0 +1,36 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Panasonic EXB Series Chip Resistor Array" "" "PANASONIC_EXB24V" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -2125 -1279 
+			 -1732 -1279 
+			1496 1000 2496 "1" "1" 0x00000100]
+        Pad[   -2125 1279 
+			 -1732 1279 
+			1496 1000 2496 "2" "2" 0x00000100]
+        Pad[   2125 1279 
+			 1732 1279 
+			1496 1000 2496 "3" "3" 0x00000100]
+        Pad[   2125 -1279 
+			 1732 -1279 
+			1496 1000 2496 "4" "4" 0x00000100]
+	ElementLine[-3873 -3027 -3873  3027 1000]
+	ElementLine[-3873  3027  3873  3027 1000]
+	ElementLine[ 3873  3027  3873 -3027 1000]
+	ElementLine[-3873 -3027 -2500 -3027 1000]
+	ElementLine[ 3873 -3027  2500 -3027 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXB28V.fp
===================================================================
--- oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXB28V.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXB28V.fp	(revision 296)
@@ -0,0 +1,48 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Panasonic EXB Series Chip Resistor Array" "" "PANASONIC_EXB28V" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -2263 -2952 
+			 -1279 -2952 
+			984 1000 1984 "1" "1" 0x00000100]
+        Pad[   -2263 -984 
+			 -1279 -984 
+			984 1000 1984 "2" "2" 0x00000100]
+        Pad[   -2263 984 
+			 -1279 984 
+			984 1000 1984 "3" "3" 0x00000100]
+        Pad[   -2263 2952 
+			 -1279 2952 
+			984 1000 1984 "4" "4" 0x00000100]
+        Pad[   2263 2952 
+			 1279 2952 
+			984 1000 1984 "5" "5" 0x00000100]
+        Pad[   2263 984 
+			 1279 984 
+			984 1000 1984 "6" "6" 0x00000100]
+        Pad[   2263 -984 
+			 1279 -984 
+			984 1000 1984 "7" "7" 0x00000100]
+        Pad[   2263 -2952 
+			 1279 -2952 
+			984 1000 1984 "8" "8" 0x00000100]
+	ElementLine[-3755 -4444 -3755  4444 1000]
+	ElementLine[-3755  4444  3755  4444 1000]
+	ElementLine[ 3755  4444  3755 -4444 1000]
+	ElementLine[-3755 -4444 -2500 -4444 1000]
+	ElementLine[ 3755 -4444  2500 -4444 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXB2HV.fp
===================================================================
--- oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXB2HV.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXB2HV.fp	(revision 296)
@@ -0,0 +1,72 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Panasonic EXB Series Chip Resistor Array" "" "PANASONIC_EXB2HV" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -3444 -6889 
+			 -2460 -6889 
+			984 1000 1984 "1" "1" 0x00000100]
+        Pad[   -3444 -4921 
+			 -2460 -4921 
+			984 1000 1984 "2" "2" 0x00000100]
+        Pad[   -3444 -2952 
+			 -2460 -2952 
+			984 1000 1984 "3" "3" 0x00000100]
+        Pad[   -3444 -984 
+			 -2460 -984 
+			984 1000 1984 "4" "4" 0x00000100]
+        Pad[   -3444 984 
+			 -2460 984 
+			984 1000 1984 "5" "5" 0x00000100]
+        Pad[   -3444 2952 
+			 -2460 2952 
+			984 1000 1984 "6" "6" 0x00000100]
+        Pad[   -3444 4921 
+			 -2460 4921 
+			984 1000 1984 "7" "7" 0x00000100]
+        Pad[   -3444 6889 
+			 -2460 6889 
+			984 1000 1984 "8" "8" 0x00000100]
+        Pad[   3444 6889 
+			 2460 6889 
+			984 1000 1984 "9" "9" 0x00000100]
+        Pad[   3444 4921 
+			 2460 4921 
+			984 1000 1984 "10" "10" 0x00000100]
+        Pad[   3444 2952 
+			 2460 2952 
+			984 1000 1984 "11" "11" 0x00000100]
+        Pad[   3444 984 
+			 2460 984 
+			984 1000 1984 "12" "12" 0x00000100]
+        Pad[   3444 -984 
+			 2460 -984 
+			984 1000 1984 "13" "13" 0x00000100]
+        Pad[   3444 -2952 
+			 2460 -2952 
+			984 1000 1984 "14" "14" 0x00000100]
+        Pad[   3444 -4921 
+			 2460 -4921 
+			984 1000 1984 "15" "15" 0x00000100]
+        Pad[   3444 -6889 
+			 2460 -6889 
+			984 1000 1984 "16" "16" 0x00000100]
+	ElementLine[-4937 -8381 -4937  8381 1000]
+	ElementLine[-4937  8381  4937  8381 1000]
+	ElementLine[ 4937  8381  4937 -8381 1000]
+	ElementLine[-4937 -8381 -2500 -8381 1000]
+	ElementLine[ 4937 -8381  2500 -8381 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXB34V.fp
===================================================================
--- oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXB34V.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXB34V.fp	(revision 296)
@@ -0,0 +1,36 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Panasonic EXB Series Chip Resistor Array" "" "PANASONIC_EXB34V" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -3838 -1574 
+			 -2460 -1574 
+			1771 1000 2771 "1" "1" 0x00000100]
+        Pad[   -3838 1574 
+			 -2460 1574 
+			1771 1000 2771 "2" "2" 0x00000100]
+        Pad[   3838 1574 
+			 2460 1574 
+			1771 1000 2771 "3" "3" 0x00000100]
+        Pad[   3838 -1574 
+			 2460 -1574 
+			1771 1000 2771 "4" "4" 0x00000100]
+	ElementLine[-5724 -3460 -5724  3460 1000]
+	ElementLine[-5724  3460  5724  3460 1000]
+	ElementLine[ 5724  3460  5724 -3460 1000]
+	ElementLine[-5724 -3460 -2500 -3460 1000]
+	ElementLine[ 5724 -3460  2500 -3460 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXB38V.fp
===================================================================
--- oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXB38V.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXB38V.fp	(revision 296)
@@ -0,0 +1,48 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Panasonic EXB Series Chip Resistor Array" "" "PANASONIC_EXB38V" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -3838 -4724 
+			 -2460 -4724 
+			1771 1000 2771 "1" "1" 0x00000100]
+        Pad[   -3838 -1574 
+			 -2460 -1574 
+			1771 1000 2771 "2" "2" 0x00000100]
+        Pad[   -3838 1574 
+			 -2460 1574 
+			1771 1000 2771 "3" "3" 0x00000100]
+        Pad[   -3838 4724 
+			 -2460 4724 
+			1771 1000 2771 "4" "4" 0x00000100]
+        Pad[   3838 4724 
+			 2460 4724 
+			1771 1000 2771 "5" "5" 0x00000100]
+        Pad[   3838 1574 
+			 2460 1574 
+			1771 1000 2771 "6" "6" 0x00000100]
+        Pad[   3838 -1574 
+			 2460 -1574 
+			1771 1000 2771 "7" "7" 0x00000100]
+        Pad[   3838 -4724 
+			 2460 -4724 
+			1771 1000 2771 "8" "8" 0x00000100]
+	ElementLine[-5724 -6610 -5724  6610 1000]
+	ElementLine[-5724  6610  5724  6610 1000]
+	ElementLine[ 5724  6610  5724 -6610 1000]
+	ElementLine[-5724 -6610 -2500 -6610 1000]
+	ElementLine[ 5724 -6610  2500 -6610 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXBS8V.fp
===================================================================
--- oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXBS8V.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXBS8V.fp	(revision 296)
@@ -0,0 +1,48 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Panasonic EXB Series Chip Resistor Array" "" "PANASONIC_EXBS8V" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -5649 -7500 
+			 -3405 -7500 
+			2480 1000 3480 "1" "1" 0x00000100]
+        Pad[   -5649 -2500 
+			 -3405 -2500 
+			2480 1000 3480 "2" "2" 0x00000100]
+        Pad[   -5649 2500 
+			 -3405 2500 
+			2480 1000 3480 "3" "3" 0x00000100]
+        Pad[   -5649 7500 
+			 -3405 7500 
+			2480 1000 3480 "4" "4" 0x00000100]
+        Pad[   5649 7500 
+			 3405 7500 
+			2480 1000 3480 "5" "5" 0x00000100]
+        Pad[   5649 2500 
+			 3405 2500 
+			2480 1000 3480 "6" "6" 0x00000100]
+        Pad[   5649 -2500 
+			 3405 -2500 
+			2480 1000 3480 "7" "7" 0x00000100]
+        Pad[   5649 -7500 
+			 3405 -7500 
+			2480 1000 3480 "8" "8" 0x00000100]
+	ElementLine[-7889 -9740 -7889  9740 1000]
+	ElementLine[-7889  9740  7889  9740 1000]
+	ElementLine[ 7889  9740  7889 -9740 1000]
+	ElementLine[-7889 -9740 -2500 -9740 1000]
+	ElementLine[ 7889 -9740  2500 -9740 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXBV4V.fp
===================================================================
--- oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXBV4V.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXBV4V.fp	(revision 296)
@@ -0,0 +1,36 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Panasonic EXB Series Chip Resistor Array" "" "PANASONIC_EXBV4V" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -3484 -1574 
+			 -2421 -1574 
+			1692 1000 2692 "1" "1" 0x00000100]
+        Pad[   -3484 1574 
+			 -2421 1574 
+			1692 1000 2692 "2" "2" 0x00000100]
+        Pad[   3484 1574 
+			 2421 1574 
+			1692 1000 2692 "3" "3" 0x00000100]
+        Pad[   3484 -1574 
+			 2421 -1574 
+			1692 1000 2692 "4" "4" 0x00000100]
+	ElementLine[-5330 -3421 -5330  3421 1000]
+	ElementLine[-5330  3421  5330  3421 1000]
+	ElementLine[ 5330  3421  5330 -3421 1000]
+	ElementLine[-5330 -3421 -2500 -3421 1000]
+	ElementLine[ 5330 -3421  2500 -3421 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXBV8V.fp
===================================================================
--- oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXBV8V.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/panasonic/PANASONIC_EXBV8V.fp	(revision 296)
@@ -0,0 +1,48 @@
+	# number of pads
+	# pad width in 1/1000 mil
+	# pad length in 1/1000 mil
+	# pad pitch 1/1000 mil
+	# seperation between pads on opposite sides 1/1000 mil
+	# X coordinates for the right hand column of pads (1/100 mils)
+	# pad clearance to plane layer in 1/100 mil
+	# pad soldermask width in 1/100 mil
+	# silk screen width (1/100 mils)
+	# figure out if we have an even or odd number of pins per side
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Panasonic EXB Series Chip Resistor Array" "" "PANASONIC_EXBV8V" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        Pad[   -3484 -4724 
+			 -2421 -4724 
+			1692 1000 2692 "1" "1" 0x00000100]
+        Pad[   -3484 -1574 
+			 -2421 -1574 
+			1692 1000 2692 "2" "2" 0x00000100]
+        Pad[   -3484 1574 
+			 -2421 1574 
+			1692 1000 2692 "3" "3" 0x00000100]
+        Pad[   -3484 4724 
+			 -2421 4724 
+			1692 1000 2692 "4" "4" 0x00000100]
+        Pad[   3484 4724 
+			 2421 4724 
+			1692 1000 2692 "5" "5" 0x00000100]
+        Pad[   3484 1574 
+			 2421 1574 
+			1692 1000 2692 "6" "6" 0x00000100]
+        Pad[   3484 -1574 
+			 2421 -1574 
+			1692 1000 2692 "7" "7" 0x00000100]
+        Pad[   3484 -4724 
+			 2421 -4724 
+			1692 1000 2692 "8" "8" 0x00000100]
+	ElementLine[-5330 -6570 -5330  6570 1000]
+	ElementLine[-5330  6570  5330  6570 1000]
+	ElementLine[ 5330  6570  5330 -6570 1000]
+	ElementLine[-5330 -6570 -2500 -6570 1000]
+	ElementLine[ 5330 -6570  2500 -6570 1000]
+	# punt on the arc on small parts as it can cover the pads
+)
Index: oldlib/lib/pcblib-newlib/panasonic/index.html
===================================================================
--- oldlib/lib/pcblib-newlib/panasonic/index.html	(nonexistent)
+++ oldlib/lib/pcblib-newlib/panasonic/index.html	(revision 296)
@@ -0,0 +1,50 @@
+<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
+<HTML><HEAD><TITLE>PCB panasonic Footprint Library</TITLE></HEAD>
+<BODY bgcolor="#FFFFFF" text="#000000">
+<H1>PCB panasonic Footprint Library</H1>
+<TABLE BORDER=2>
+<TR>
+    <TD><EM>Comment</EM></TD>
+    <TD><EM>Footprint Name</EM></TD>
+</TR>
+
+  <TR>
+    <TD>PANASONIC_EXB14V, Panasonic EXB Series Chip Resistor Array </TD>
+    <TD><A HREF="PANASONIC_EXB14V.fp">PANASONIC_EXB14V.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PANASONIC_EXB24V, Panasonic EXB Series Chip Resistor Array </TD>
+    <TD><A HREF="PANASONIC_EXB24V.fp">PANASONIC_EXB24V.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PANASONIC_EXB28V, Panasonic EXB Series Chip Resistor Array </TD>
+    <TD><A HREF="PANASONIC_EXB28V.fp">PANASONIC_EXB28V.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PANASONIC_EXBV4V, Panasonic EXB Series Chip Resistor Array </TD>
+    <TD><A HREF="PANASONIC_EXBV4V.fp">PANASONIC_EXBV4V.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PANASONIC_EXBV8V, Panasonic EXB Series Chip Resistor Array </TD>
+    <TD><A HREF="PANASONIC_EXBV8V.fp">PANASONIC_EXBV8V.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PANASONIC_EXB34V, Panasonic EXB Series Chip Resistor Array </TD>
+    <TD><A HREF="PANASONIC_EXB34V.fp">PANASONIC_EXB34V.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PANASONIC_EXB38V, Panasonic EXB Series Chip Resistor Array </TD>
+    <TD><A HREF="PANASONIC_EXB38V.fp">PANASONIC_EXB38V.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PANASONIC_EXBS8V, Panasonic EXB Series Chip Resistor Array </TD>
+    <TD><A HREF="PANASONIC_EXBS8V.fp">PANASONIC_EXBS8V.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PANASONIC_EXB2HV, Panasonic EXB Series Chip Resistor Array </TD>
+    <TD><A HREF="PANASONIC_EXB2HV.fp">PANASONIC_EXB2HV.fp</A></TD>
+  </TR>
+
+</TABLE>
+
+</BODY></HTML>
Index: oldlib/lib/pcblib-newlib/pci/PCI5V_AVE_HEIGHT.fp
===================================================================
--- oldlib/lib/pcblib-newlib/pci/PCI5V_AVE_HEIGHT.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/pci/PCI5V_AVE_HEIGHT.fp	(revision 296)
@@ -0,0 +1,746 @@
+Element(0x00  "PCI 5V Array Average Height" "" "PCI5V_AVE_HEIGHT" 1600 10 1 30 0x00)
+(
+	Mark(1600 135)
+	ElementArc(1 0 100 100 180 90 1)
+  	ElementLine(1 -100 -799 -100 1)
+	ElementArc(-799 0 100 100 270 90 1)
+	ElementLine(-899 0 -899 270 1)
+	ElementArc(-911 270 12 12 90 90 1)
+        ElementLine(-911 282 -1525 282 1)
+				ElementLine(113 282 2538 282 2)
+				ElementArc(113 270 12 12 0 90 2)
+				ElementArc(2538 270 12 12 90 90 2)
+		                ElementLine(101 0 101 270 1)
+                                ElementLine(2550 0 2550 270 1)
+					ElementArc(2600 0 50 50 180 180 1)
+	                        Pad(113 20 137 20 16 "-12V" "1" 0x0)
+				Pad(113 20 113 220 16 "-12V" "1" 0x0)
+				Pad(113 220 125 270 16 "-12V" "1" 0x0)
+				Pad(125 20 125 270 16 "-12V" "1" 0x0)
+				Pad(137 20 137 220 16 "-12V" "1" 0x0)
+				Pad(137 220 125 270 16 "-12V" "1" 0x0)				
+	                        Pad(163 20 187 20 16 "TCK" "2" 0x0)
+				Pad(163 20 163 220 16 "TCK" "2" 0x0)
+				Pad(163 220 175 270 16 "TCK" "2" 0x0)
+				Pad(175 20 175 270 16 "TCK" "2" 0x0)
+				Pad(187 20 187 220 16 "TCK" "2" 0x0)
+				Pad(187 220 175 270 16 "TCK" "2" 0x0)				
+	                        Pad(213 20 237 20 16 "Ground" "3" 0x0)
+				Pad(213 20 213 220 16 "Ground" "3" 0x0)
+				Pad(213 220 225 270 16 "Ground" "3" 0x0)
+				Pad(225 20 225 270 16 "Ground" "3" 0x0)
+				Pad(237 20 237 220 16 "Ground" "3" 0x0)
+				Pad(237 220 225 270 16 "Ground" "3" 0x0)				
+	                        Pad(263 20 287 20 16 "TD0" "4" 0x0)
+				Pad(263 20 263 220 16 "TD0" "4" 0x0)
+				Pad(263 220 275 270 16 "TD0" "4" 0x0)
+				Pad(275 20 275 270 16 "TD0" "4" 0x0)
+				Pad(287 20 287 220 16 "TD0" "4" 0x0)
+				Pad(287 220 275 270 16 "TD0" "4" 0x0)				
+	                        Pad(313 20 337 20 16 "+5V" "5" 0x0)
+				Pad(313 20 313 220 16 "+5V" "5" 0x0)
+				Pad(313 220 325 270 16 "+5V" "5" 0x0)
+				Pad(325 20 325 270 16 "+5V" "5" 0x0)
+				Pad(337 20 337 220 16 "+5V" "5" 0x0)
+				Pad(337 220 325 270 16 "+5V" "5" 0x0)				
+	                        Pad(363 20 387 20 16 "+5V" "6" 0x0)
+				Pad(363 20 363 220 16 "+5V" "6" 0x0)
+				Pad(363 220 375 270 16 "+5V" "6" 0x0)
+				Pad(375 20 375 270 16 "+5V" "6" 0x0)
+				Pad(387 20 387 220 16 "+5V" "6" 0x0)
+				Pad(387 220 375 270 16 "+5V" "6" 0x0)				
+	                        Pad(413 20 437 20 16 "INTB*" "7" 0x0)
+				Pad(413 20 413 220 16 "INTB*" "7" 0x0)
+				Pad(413 220 425 270 16 "INTB*" "7" 0x0)
+				Pad(425 20 425 270 16 "INTB*" "7" 0x0)
+				Pad(437 20 437 220 16 "INTB*" "7" 0x0)
+				Pad(437 220 425 270 16 "INTB*" "7" 0x0)				
+	                        Pad(463 20 487 20 16 "INTD*" "8" 0x0)
+				Pad(463 20 463 220 16 "INTD*" "8" 0x0)
+				Pad(463 220 475 270 16 "INTD*" "8" 0x0)
+				Pad(475 20 475 270 16 "INTD*" "8" 0x0)
+				Pad(487 20 487 220 16 "INTD*" "8" 0x0)
+				Pad(487 220 475 270 16 "INTD*" "8" 0x0)				
+	                        Pad(513 20 537 20 16 "PRSNT1*" "9" 0x0)
+				Pad(513 20 513 220 16 "PRSNT1*" "9" 0x0)
+				Pad(513 220 525 270 16 "PRSNT1*" "9" 0x0)
+				Pad(525 20 525 270 16 "PRSNT1*" "9" 0x0)
+				Pad(537 20 537 220 16 "PRSNT1*" "9" 0x0)
+				Pad(537 220 525 270 16 "PRSNT1*" "9" 0x0)				
+	                        Pad(563 20 587 20 16 "Reserved" "10" 0x0)
+				Pad(563 20 563 220 16 "Reserved" "10" 0x0)
+				Pad(563 220 575 270 16 "Reserved" "10" 0x0)
+				Pad(575 20 575 270 16 "Reserved" "10" 0x0)
+				Pad(587 20 587 220 16 "Reserved" "10" 0x0)
+				Pad(587 220 575 270 16 "Reserved" "10" 0x0)				
+	                        Pad(613 20 637 20 16 "PRSNT2*" "11" 0x0)
+				Pad(613 20 613 220 16 "PRSNT2*" "11" 0x0)
+				Pad(613 220 625 270 16 "PRSNT2*" "11" 0x0)
+				Pad(625 20 625 270 16 "PRSNT2*" "11" 0x0)
+				Pad(637 20 637 220 16 "PRSNT2*" "11" 0x0)
+				Pad(637 220 625 270 16 "PRSNT2*" "11" 0x0)				
+	                        Pad(663 20 687 20 16 "Ground" "12" 0x0)
+				Pad(663 20 663 220 16 "Ground" "12" 0x0)
+				Pad(663 220 675 270 16 "Ground" "12" 0x0)
+				Pad(675 20 675 270 16 "Ground" "12" 0x0)
+				Pad(687 20 687 220 16 "Ground" "12" 0x0)
+				Pad(687 220 675 270 16 "Ground" "12" 0x0)				
+	                        Pad(713 20 737 20 16 "Ground" "13" 0x0)
+				Pad(713 20 713 220 16 "Ground" "13" 0x0)
+				Pad(713 220 725 270 16 "Ground" "13" 0x0)
+				Pad(725 20 725 270 16 "Ground" "13" 0x0)
+				Pad(737 20 737 220 16 "Ground" "13" 0x0)
+				Pad(737 220 725 270 16 "Ground" "13" 0x0)				
+	                        Pad(763 20 787 20 16 "Reserved" "14" 0x0)
+				Pad(763 20 763 220 16 "Reserved" "14" 0x0)
+				Pad(763 220 775 270 16 "Reserved" "14" 0x0)
+				Pad(775 20 775 270 16 "Reserved" "14" 0x0)
+				Pad(787 20 787 220 16 "Reserved" "14" 0x0)
+				Pad(787 220 775 270 16 "Reserved" "14" 0x0)				
+	                        Pad(813 20 837 20 16 "Ground" "15" 0x0)
+				Pad(813 20 813 220 16 "Ground" "15" 0x0)
+				Pad(813 220 825 270 16 "Ground" "15" 0x0)
+				Pad(825 20 825 270 16 "Ground" "15" 0x0)
+				Pad(837 20 837 220 16 "Ground" "15" 0x0)
+				Pad(837 220 825 270 16 "Ground" "15" 0x0)				
+	                        Pad(863 20 887 20 16 "CLK" "16" 0x0)
+				Pad(863 20 863 220 16 "CLK" "16" 0x0)
+				Pad(863 220 875 270 16 "CLK" "16" 0x0)
+				Pad(875 20 875 270 16 "CLK" "16" 0x0)
+				Pad(887 20 887 220 16 "CLK" "16" 0x0)
+				Pad(887 220 875 270 16 "CLK" "16" 0x0)				
+	                        Pad(913 20 937 20 16 "Ground" "17" 0x0)
+				Pad(913 20 913 220 16 "Ground" "17" 0x0)
+				Pad(913 220 925 270 16 "Ground" "17" 0x0)
+				Pad(925 20 925 270 16 "Ground" "17" 0x0)
+				Pad(937 20 937 220 16 "Ground" "17" 0x0)
+				Pad(937 220 925 270 16 "Ground" "17" 0x0)				
+	                        Pad(963 20 987 20 16 "REQ*" "18" 0x0)
+				Pad(963 20 963 220 16 "REQ*" "18" 0x0)
+				Pad(963 220 975 270 16 "REQ*" "18" 0x0)
+				Pad(975 20 975 270 16 "REQ*" "18" 0x0)
+				Pad(987 20 987 220 16 "REQ*" "18" 0x0)
+				Pad(987 220 975 270 16 "REQ*" "18" 0x0)				
+	                        Pad(1013 20 1037 20 16 "+5V" "19" 0x0)
+				Pad(1013 20 1013 220 16 "+5V" "19" 0x0)
+				Pad(1013 220 1025 270 16 "+5V" "19" 0x0)
+				Pad(1025 20 1025 270 16 "+5V" "19" 0x0)
+				Pad(1037 20 1037 220 16 "+5V" "19" 0x0)
+				Pad(1037 220 1025 270 16 "+5V" "19" 0x0)				
+	                        Pad(1063 20 1087 20 16 "AD[31]" "20" 0x0)
+				Pad(1063 20 1063 220 16 "AD[31]" "20" 0x0)
+				Pad(1063 220 1075 270 16 "AD[31]" "20" 0x0)
+				Pad(1075 20 1075 270 16 "AD[31]" "20" 0x0)
+				Pad(1087 20 1087 220 16 "AD[31]" "20" 0x0)
+				Pad(1087 220 1075 270 16 "AD[31]" "20" 0x0)				
+	                        Pad(1113 20 1137 20 16 "AD[29]" "21" 0x0)
+				Pad(1113 20 1113 220 16 "AD[29]" "21" 0x0)
+				Pad(1113 220 1125 270 16 "AD[29]" "21" 0x0)
+				Pad(1125 20 1125 270 16 "AD[29]" "21" 0x0)
+				Pad(1137 20 1137 220 16 "AD[29]" "21" 0x0)
+				Pad(1137 220 1125 270 16 "AD[29]" "21" 0x0)				
+	                        Pad(1163 20 1187 20 16 "Ground" "22" 0x0)
+				Pad(1163 20 1163 220 16 "Ground" "22" 0x0)
+				Pad(1163 220 1175 270 16 "Ground" "22" 0x0)
+				Pad(1175 20 1175 270 16 "Ground" "22" 0x0)
+				Pad(1187 20 1187 220 16 "Ground" "22" 0x0)
+				Pad(1187 220 1175 270 16 "Ground" "22" 0x0)				
+	                        Pad(1213 20 1237 20 16 "AD[27]" "23" 0x0)
+				Pad(1213 20 1213 220 16 "AD[27]" "23" 0x0)
+				Pad(1213 220 1225 270 16 "AD[27]" "23" 0x0)
+				Pad(1225 20 1225 270 16 "AD[27]" "23" 0x0)
+				Pad(1237 20 1237 220 16 "AD[27]" "23" 0x0)
+				Pad(1237 220 1225 270 16 "AD[27]" "23" 0x0)				
+	                        Pad(1263 20 1287 20 16 "AD[25]" "24" 0x0)
+				Pad(1263 20 1263 220 16 "AD[25]" "24" 0x0)
+				Pad(1263 220 1275 270 16 "AD[25]" "24" 0x0)
+				Pad(1275 20 1275 270 16 "AD[25]" "24" 0x0)
+				Pad(1287 20 1287 220 16 "AD[25]" "24" 0x0)
+				Pad(1287 220 1275 270 16 "AD[25]" "24" 0x0)				
+	                        Pad(1313 20 1337 20 16 "+3.3V" "25" 0x0)
+				Pad(1313 20 1313 220 16 "+3.3V" "25" 0x0)
+				Pad(1313 220 1325 270 16 "+3.3V" "25" 0x0)
+				Pad(1325 20 1325 270 16 "+3.3V" "25" 0x0)
+				Pad(1337 20 1337 220 16 "+3.3V" "25" 0x0)
+				Pad(1337 220 1325 270 16 "+3.3V" "25" 0x0)				
+	                        Pad(1363 20 1387 20 16 "C/BE[3]*" "26" 0x0)
+				Pad(1363 20 1363 220 16 "C/BE[3]*" "26" 0x0)
+				Pad(1363 220 1375 270 16 "C/BE[3]*" "26" 0x0)
+				Pad(1375 20 1375 270 16 "C/BE[3]*" "26" 0x0)
+				Pad(1387 20 1387 220 16 "C/BE[3]*" "26" 0x0)
+				Pad(1387 220 1375 270 16 "C/BE[3]*" "26" 0x0)				
+	                        Pad(1413 20 1437 20 16 "AD[23]" "27" 0x0)
+				Pad(1413 20 1413 220 16 "AD[23]" "27" 0x0)
+				Pad(1413 220 1425 270 16 "AD[23]" "27" 0x0)
+				Pad(1425 20 1425 270 16 "AD[23]" "27" 0x0)
+				Pad(1437 20 1437 220 16 "AD[23]" "27" 0x0)
+				Pad(1437 220 1425 270 16 "AD[23]" "27" 0x0)				
+	                        Pad(1463 20 1487 20 16 "Ground" "28" 0x0)
+				Pad(1463 20 1463 220 16 "Ground" "28" 0x0)
+				Pad(1463 220 1475 270 16 "Ground" "28" 0x0)
+				Pad(1475 20 1475 270 16 "Ground" "28" 0x0)
+				Pad(1487 20 1487 220 16 "Ground" "28" 0x0)
+				Pad(1487 220 1475 270 16 "Ground" "28" 0x0)				
+	                        Pad(1513 20 1537 20 16 "AD[21]" "29" 0x0)
+				Pad(1513 20 1513 220 16 "AD[21]" "29" 0x0)
+				Pad(1513 220 1525 270 16 "AD[21]" "29" 0x0)
+				Pad(1525 20 1525 270 16 "AD[21]" "29" 0x0)
+				Pad(1537 20 1537 220 16 "AD[21]" "29" 0x0)
+				Pad(1537 220 1525 270 16 "AD[21]" "29" 0x0)				
+	                        Pad(1563 20 1587 20 16 "AD[19]" "30" 0x0)
+				Pad(1563 20 1563 220 16 "AD[19]" "30" 0x0)
+				Pad(1563 220 1575 270 16 "AD[19]" "30" 0x0)
+				Pad(1575 20 1575 270 16 "AD[19]" "30" 0x0)
+				Pad(1587 20 1587 220 16 "AD[19]" "30" 0x0)
+				Pad(1587 220 1575 270 16 "AD[19]" "30" 0x0)				
+	                        Pad(1613 20 1637 20 16 "+3.3V" "31" 0x0)
+				Pad(1613 20 1613 220 16 "+3.3V" "31" 0x0)
+				Pad(1613 220 1625 270 16 "+3.3V" "31" 0x0)
+				Pad(1625 20 1625 270 16 "+3.3V" "31" 0x0)
+				Pad(1637 20 1637 220 16 "+3.3V" "31" 0x0)
+				Pad(1637 220 1625 270 16 "+3.3V" "31" 0x0)				
+	                        Pad(1663 20 1687 20 16 "AD[17]" "32" 0x0)
+				Pad(1663 20 1663 220 16 "AD[17]" "32" 0x0)
+				Pad(1663 220 1675 270 16 "AD[17]" "32" 0x0)
+				Pad(1675 20 1675 270 16 "AD[17]" "32" 0x0)
+				Pad(1687 20 1687 220 16 "AD[17]" "32" 0x0)
+				Pad(1687 220 1675 270 16 "AD[17]" "32" 0x0)				
+	                        Pad(1713 20 1737 20 16 "C/BE[2]*" "33" 0x0)
+				Pad(1713 20 1713 220 16 "C/BE[2]*" "33" 0x0)
+				Pad(1713 220 1725 270 16 "C/BE[2]*" "33" 0x0)
+				Pad(1725 20 1725 270 16 "C/BE[2]*" "33" 0x0)
+				Pad(1737 20 1737 220 16 "C/BE[2]*" "33" 0x0)
+				Pad(1737 220 1725 270 16 "C/BE[2]*" "33" 0x0)				
+	                        Pad(1763 20 1787 20 16 "Ground" "34" 0x0)
+				Pad(1763 20 1763 220 16 "Ground" "34" 0x0)
+				Pad(1763 220 1775 270 16 "Ground" "34" 0x0)
+				Pad(1775 20 1775 270 16 "Ground" "34" 0x0)
+				Pad(1787 20 1787 220 16 "Ground" "34" 0x0)
+				Pad(1787 220 1775 270 16 "Ground" "34" 0x0)				
+	                        Pad(1813 20 1837 20 16 "IRDY*" "35" 0x0)
+				Pad(1813 20 1813 220 16 "IRDY*" "35" 0x0)
+				Pad(1813 220 1825 270 16 "IRDY*" "35" 0x0)
+				Pad(1825 20 1825 270 16 "IRDY*" "35" 0x0)
+				Pad(1837 20 1837 220 16 "IRDY*" "35" 0x0)
+				Pad(1837 220 1825 270 16 "IRDY*" "35" 0x0)				
+	                        Pad(1863 20 1887 20 16 "+3.3V" "36" 0x0)
+				Pad(1863 20 1863 220 16 "+3.3V" "36" 0x0)
+				Pad(1863 220 1875 270 16 "+3.3V" "36" 0x0)
+				Pad(1875 20 1875 270 16 "+3.3V" "36" 0x0)
+				Pad(1887 20 1887 220 16 "+3.3V" "36" 0x0)
+				Pad(1887 220 1875 270 16 "+3.3V" "36" 0x0)				
+	                        Pad(1913 20 1937 20 16 "DEVSEL*" "37" 0x0)
+				Pad(1913 20 1913 220 16 "DEVSEL*" "37" 0x0)
+				Pad(1913 220 1925 270 16 "DEVSEL*" "37" 0x0)
+				Pad(1925 20 1925 270 16 "DEVSEL*" "37" 0x0)
+				Pad(1937 20 1937 220 16 "DEVSEL*" "37" 0x0)
+				Pad(1937 220 1925 270 16 "DEVSEL*" "37" 0x0)				
+	                        Pad(1963 20 1987 20 16 "Ground" "38" 0x0)
+				Pad(1963 20 1963 220 16 "Ground" "38" 0x0)
+				Pad(1963 220 1975 270 16 "Ground" "38" 0x0)
+				Pad(1975 20 1975 270 16 "Ground" "38" 0x0)
+				Pad(1987 20 1987 220 16 "Ground" "38" 0x0)
+				Pad(1987 220 1975 270 16 "Ground" "38" 0x0)				
+	                        Pad(2013 20 2037 20 16 "LOCK*" "39" 0x0)
+				Pad(2013 20 2013 220 16 "LOCK*" "39" 0x0)
+				Pad(2013 220 2025 270 16 "LOCK*" "39" 0x0)
+				Pad(2025 20 2025 270 16 "LOCK*" "39" 0x0)
+				Pad(2037 20 2037 220 16 "LOCK*" "39" 0x0)
+				Pad(2037 220 2025 270 16 "LOCK*" "39" 0x0)				
+	                        Pad(2063 20 2087 20 16 "PERR*" "40" 0x0)
+				Pad(2063 20 2063 220 16 "PERR*" "40" 0x0)
+				Pad(2063 220 2075 270 16 "PERR*" "40" 0x0)
+				Pad(2075 20 2075 270 16 "PERR*" "40" 0x0)
+				Pad(2087 20 2087 220 16 "PERR*" "40" 0x0)
+				Pad(2087 220 2075 270 16 "PERR*" "40" 0x0)				
+	                        Pad(2113 20 2137 20 16 "+3.3V" "41" 0x0)
+				Pad(2113 20 2113 220 16 "+3.3V" "41" 0x0)
+				Pad(2113 220 2125 270 16 "+3.3V" "41" 0x0)
+				Pad(2125 20 2125 270 16 "+3.3V" "41" 0x0)
+				Pad(2137 20 2137 220 16 "+3.3V" "41" 0x0)
+				Pad(2137 220 2125 270 16 "+3.3V" "41" 0x0)				
+	                        Pad(2163 20 2187 20 16 "SERR*" "42" 0x0)
+				Pad(2163 20 2163 220 16 "SERR*" "42" 0x0)
+				Pad(2163 220 2175 270 16 "SERR*" "42" 0x0)
+				Pad(2175 20 2175 270 16 "SERR*" "42" 0x0)
+				Pad(2187 20 2187 220 16 "SERR*" "42" 0x0)
+				Pad(2187 220 2175 270 16 "SERR*" "42" 0x0)				
+	                        Pad(2213 20 2237 20 16 "+3.3V" "43" 0x0)
+				Pad(2213 20 2213 220 16 "+3.3V" "43" 0x0)
+				Pad(2213 220 2225 270 16 "+3.3V" "43" 0x0)
+				Pad(2225 20 2225 270 16 "+3.3V" "43" 0x0)
+				Pad(2237 20 2237 220 16 "+3.3V" "43" 0x0)
+				Pad(2237 220 2225 270 16 "+3.3V" "43" 0x0)				
+	                        Pad(2263 20 2287 20 16 "C/BE[1]*" "44" 0x0)
+				Pad(2263 20 2263 220 16 "C/BE[1]*" "44" 0x0)
+				Pad(2263 220 2275 270 16 "C/BE[1]*" "44" 0x0)
+				Pad(2275 20 2275 270 16 "C/BE[1]*" "44" 0x0)
+				Pad(2287 20 2287 220 16 "C/BE[1]*" "44" 0x0)
+				Pad(2287 220 2275 270 16 "C/BE[1]*" "44" 0x0)				
+	                        Pad(2313 20 2337 20 16 "AD[14]" "45" 0x0)
+				Pad(2313 20 2313 220 16 "AD[14]" "45" 0x0)
+				Pad(2313 220 2325 270 16 "AD[14]" "45" 0x0)
+				Pad(2325 20 2325 270 16 "AD[14]" "45" 0x0)
+				Pad(2337 20 2337 220 16 "AD[14]" "45" 0x0)
+				Pad(2337 220 2325 270 16 "AD[14]" "45" 0x0)				
+	                        Pad(2363 20 2387 20 16 "Ground" "46" 0x0)
+				Pad(2363 20 2363 220 16 "Ground" "46" 0x0)
+				Pad(2363 220 2375 270 16 "Ground" "46" 0x0)
+				Pad(2375 20 2375 270 16 "Ground" "46" 0x0)
+				Pad(2387 20 2387 220 16 "Ground" "46" 0x0)
+				Pad(2387 220 2375 270 16 "Ground" "46" 0x0)				
+	                        Pad(2413 20 2437 20 16 "AD[12]" "47" 0x0)
+				Pad(2413 20 2413 220 16 "AD[12]" "47" 0x0)
+				Pad(2413 220 2425 270 16 "AD[12]" "47" 0x0)
+				Pad(2425 20 2425 270 16 "AD[12]" "47" 0x0)
+				Pad(2437 20 2437 220 16 "AD[12]" "47" 0x0)
+				Pad(2437 220 2425 270 16 "AD[12]" "47" 0x0)				
+	                        Pad(2463 20 2487 20 16 "AD[10]" "48" 0x0)
+				Pad(2463 20 2463 220 16 "AD[10]" "48" 0x0)
+				Pad(2463 220 2475 270 16 "AD[10]" "48" 0x0)
+				Pad(2475 20 2475 270 16 "AD[10]" "48" 0x0)
+				Pad(2487 20 2487 220 16 "AD[10]" "48" 0x0)
+				Pad(2487 220 2475 270 16 "AD[10]" "48" 0x0)				
+	                        Pad(2513 20 2537 20 16 "Ground" "49" 0x0)
+				Pad(2513 20 2513 220 16 "Ground" "49" 0x0)
+				Pad(2513 220 2525 270 16 "Ground" "49" 0x0)
+				Pad(2525 20 2525 270 16 "Ground" "49" 0x0)
+				Pad(2537 20 2537 220 16 "Ground" "49" 0x0)
+				Pad(2537 220 2525 270 16 "Ground" "49" 0x0)				
+				ElementLine(2662 282 3187 282 2)
+				ElementArc(2662 270 12 12 0 90 2)
+				ElementArc(3187 270 12 12 90 90 2)
+		                ElementLine(2650 0 2650 270 1)
+                                ElementLine(3199 0 3199 270 1)
+					ElementLine(-1525 282 -1525 -2528 1)
+					ElementLine(-1525 -2528 3199 -2528 1)
+					ElementLine(3199 -2528 3199 0 1)
+				        ElementArc(-1250 7 125 125 0 360 1)
+				        ElementArc(-1250 -2253 125 125 0 360 1)
+	                        Pad(2662 20 2686 20 16 "AD[08]" "50" 0x0)
+				Pad(2662 20 2662 220 16 "AD[08]" "50" 0x0)
+				Pad(2662 220 2674 270 16 "AD[08]" "50" 0x0)
+				Pad(2674 20 2674 270 16 "AD[08]" "50" 0x0)
+				Pad(2686 20 2686 220 16 "AD[08]" "50" 0x0)
+				Pad(2686 220 2674 270 16 "AD[08]" "50" 0x0)				
+	                        Pad(2712 20 2736 20 16 "AD[07]" "51" 0x0)
+				Pad(2712 20 2712 220 16 "AD[07]" "51" 0x0)
+				Pad(2712 220 2724 270 16 "AD[07]" "51" 0x0)
+				Pad(2724 20 2724 270 16 "AD[07]" "51" 0x0)
+				Pad(2736 20 2736 220 16 "AD[07]" "51" 0x0)
+				Pad(2736 220 2724 270 16 "AD[07]" "51" 0x0)				
+	                        Pad(2762 20 2786 20 16 "+3.3V" "52" 0x0)
+				Pad(2762 20 2762 220 16 "+3.3V" "52" 0x0)
+				Pad(2762 220 2774 270 16 "+3.3V" "52" 0x0)
+				Pad(2774 20 2774 270 16 "+3.3V" "52" 0x0)
+				Pad(2786 20 2786 220 16 "+3.3V" "52" 0x0)
+				Pad(2786 220 2774 270 16 "+3.3V" "52" 0x0)				
+	                        Pad(2812 20 2836 20 16 "AD[05]" "53" 0x0)
+				Pad(2812 20 2812 220 16 "AD[05]" "53" 0x0)
+				Pad(2812 220 2824 270 16 "AD[05]" "53" 0x0)
+				Pad(2824 20 2824 270 16 "AD[05]" "53" 0x0)
+				Pad(2836 20 2836 220 16 "AD[05]" "53" 0x0)
+				Pad(2836 220 2824 270 16 "AD[05]" "53" 0x0)				
+	                        Pad(2862 20 2886 20 16 "AD[03]" "54" 0x0)
+				Pad(2862 20 2862 220 16 "AD[03]" "54" 0x0)
+				Pad(2862 220 2874 270 16 "AD[03]" "54" 0x0)
+				Pad(2874 20 2874 270 16 "AD[03]" "54" 0x0)
+				Pad(2886 20 2886 220 16 "AD[03]" "54" 0x0)
+				Pad(2886 220 2874 270 16 "AD[03]" "54" 0x0)				
+	                        Pad(2912 20 2936 20 16 "Ground" "55" 0x0)
+				Pad(2912 20 2912 220 16 "Ground" "55" 0x0)
+				Pad(2912 220 2924 270 16 "Ground" "55" 0x0)
+				Pad(2924 20 2924 270 16 "Ground" "55" 0x0)
+				Pad(2936 20 2936 220 16 "Ground" "55" 0x0)
+				Pad(2936 220 2924 270 16 "Ground" "55" 0x0)				
+	                        Pad(2962 20 2986 20 16 "AD[01]" "56" 0x0)
+				Pad(2962 20 2962 220 16 "AD[01]" "56" 0x0)
+				Pad(2962 220 2974 270 16 "AD[01]" "56" 0x0)
+				Pad(2974 20 2974 270 16 "AD[01]" "56" 0x0)
+				Pad(2986 20 2986 220 16 "AD[01]" "56" 0x0)
+				Pad(2986 220 2974 270 16 "AD[01]" "56" 0x0)				
+	                        Pad(3012 20 3036 20 16 "+5V" "57" 0x0)
+				Pad(3012 20 3012 220 16 "+5V" "57" 0x0)
+				Pad(3012 220 3024 270 16 "+5V" "57" 0x0)
+				Pad(3024 20 3024 270 16 "+5V" "57" 0x0)
+				Pad(3036 20 3036 220 16 "+5V" "57" 0x0)
+				Pad(3036 220 3024 270 16 "+5V" "57" 0x0)				
+	                        Pad(3062 20 3086 20 16 "ACK64*" "58" 0x0)
+				Pad(3062 20 3062 220 16 "ACK64*" "58" 0x0)
+				Pad(3062 220 3074 270 16 "ACK64*" "58" 0x0)
+				Pad(3074 20 3074 270 16 "ACK64*" "58" 0x0)
+				Pad(3086 20 3086 220 16 "ACK64*" "58" 0x0)
+				Pad(3086 220 3074 270 16 "ACK64*" "58" 0x0)				
+	                        Pad(3112 20 3136 20 16 "+5V" "59" 0x0)
+				Pad(3112 20 3112 220 16 "+5V" "59" 0x0)
+				Pad(3112 220 3124 270 16 "+5V" "59" 0x0)
+				Pad(3124 20 3124 270 16 "+5V" "59" 0x0)
+				Pad(3136 20 3136 220 16 "+5V" "59" 0x0)
+				Pad(3136 220 3124 270 16 "+5V" "59" 0x0)				
+	                        Pad(3162 20 3186 20 16 "+5V" "60" 0x0)
+				Pad(3162 20 3162 220 16 "+5V" "60" 0x0)
+				Pad(3162 220 3174 270 16 "+5V" "60" 0x0)
+				Pad(3174 20 3174 270 16 "+5V" "60" 0x0)
+				Pad(3186 20 3186 220 16 "+5V" "60" 0x0)
+				Pad(3186 220 3174 270 16 "+5V" "60" 0x0)				
+	                        Pad(113 20 137 20 16 "TRST*" "61" 0x80)
+				Pad(113 20 113 220 16 "TRST*" "61" 0x80)
+				Pad(113 220 125 270 16 "TRST*" "61" 0x80)
+				Pad(125 20 125 270 16 "TRST*" "61" 0x80)
+				Pad(137 20 137 220 16 "TRST*" "61" 0x80)
+				Pad(137 220 125 270 16 "TRST*" "61" 0x80)				
+	                        Pad(163 20 187 20 16 "+12V" "62" 0x80)
+				Pad(163 20 163 220 16 "+12V" "62" 0x80)
+				Pad(163 220 175 270 16 "+12V" "62" 0x80)
+				Pad(175 20 175 270 16 "+12V" "62" 0x80)
+				Pad(187 20 187 220 16 "+12V" "62" 0x80)
+				Pad(187 220 175 270 16 "+12V" "62" 0x80)				
+	                        Pad(213 20 237 20 16 "TMS" "63" 0x80)
+				Pad(213 20 213 220 16 "TMS" "63" 0x80)
+				Pad(213 220 225 270 16 "TMS" "63" 0x80)
+				Pad(225 20 225 270 16 "TMS" "63" 0x80)
+				Pad(237 20 237 220 16 "TMS" "63" 0x80)
+				Pad(237 220 225 270 16 "TMS" "63" 0x80)				
+	                        Pad(263 20 287 20 16 "TDI" "64" 0x80)
+				Pad(263 20 263 220 16 "TDI" "64" 0x80)
+				Pad(263 220 275 270 16 "TDI" "64" 0x80)
+				Pad(275 20 275 270 16 "TDI" "64" 0x80)
+				Pad(287 20 287 220 16 "TDI" "64" 0x80)
+				Pad(287 220 275 270 16 "TDI" "64" 0x80)				
+	                        Pad(313 20 337 20 16 "+5V" "65" 0x80)
+				Pad(313 20 313 220 16 "+5V" "65" 0x80)
+				Pad(313 220 325 270 16 "+5V" "65" 0x80)
+				Pad(325 20 325 270 16 "+5V" "65" 0x80)
+				Pad(337 20 337 220 16 "+5V" "65" 0x80)
+				Pad(337 220 325 270 16 "+5V" "65" 0x80)				
+	                        Pad(363 20 387 20 16 "INTA*" "66" 0x80)
+				Pad(363 20 363 220 16 "INTA*" "66" 0x80)
+				Pad(363 220 375 270 16 "INTA*" "66" 0x80)
+				Pad(375 20 375 270 16 "INTA*" "66" 0x80)
+				Pad(387 20 387 220 16 "INTA*" "66" 0x80)
+				Pad(387 220 375 270 16 "INTA*" "66" 0x80)				
+	                        Pad(413 20 437 20 16 "INTC*" "67" 0x80)
+				Pad(413 20 413 220 16 "INTC*" "67" 0x80)
+				Pad(413 220 425 270 16 "INTC*" "67" 0x80)
+				Pad(425 20 425 270 16 "INTC*" "67" 0x80)
+				Pad(437 20 437 220 16 "INTC*" "67" 0x80)
+				Pad(437 220 425 270 16 "INTC*" "67" 0x80)				
+	                        Pad(463 20 487 20 16 "+5V" "68" 0x80)
+				Pad(463 20 463 220 16 "+5V" "68" 0x80)
+				Pad(463 220 475 270 16 "+5V" "68" 0x80)
+				Pad(475 20 475 270 16 "+5V" "68" 0x80)
+				Pad(487 20 487 220 16 "+5V" "68" 0x80)
+				Pad(487 220 475 270 16 "+5V" "68" 0x80)				
+	                        Pad(513 20 537 20 16 "Reserved" "69" 0x80)
+				Pad(513 20 513 220 16 "Reserved" "69" 0x80)
+				Pad(513 220 525 270 16 "Reserved" "69" 0x80)
+				Pad(525 20 525 270 16 "Reserved" "69" 0x80)
+				Pad(537 20 537 220 16 "Reserved" "69" 0x80)
+				Pad(537 220 525 270 16 "Reserved" "69" 0x80)				
+	                        Pad(563 20 587 20 16 "+5V" "70" 0x80)
+				Pad(563 20 563 220 16 "+5V" "70" 0x80)
+				Pad(563 220 575 270 16 "+5V" "70" 0x80)
+				Pad(575 20 575 270 16 "+5V" "70" 0x80)
+				Pad(587 20 587 220 16 "+5V" "70" 0x80)
+				Pad(587 220 575 270 16 "+5V" "70" 0x80)				
+	                        Pad(613 20 637 20 16 "Reserved" "71" 0x80)
+				Pad(613 20 613 220 16 "Reserved" "71" 0x80)
+				Pad(613 220 625 270 16 "Reserved" "71" 0x80)
+				Pad(625 20 625 270 16 "Reserved" "71" 0x80)
+				Pad(637 20 637 220 16 "Reserved" "71" 0x80)
+				Pad(637 220 625 270 16 "Reserved" "71" 0x80)				
+	                        Pad(663 20 687 20 16 "Ground" "72" 0x80)
+				Pad(663 20 663 220 16 "Ground" "72" 0x80)
+				Pad(663 220 675 270 16 "Ground" "72" 0x80)
+				Pad(675 20 675 270 16 "Ground" "72" 0x80)
+				Pad(687 20 687 220 16 "Ground" "72" 0x80)
+				Pad(687 220 675 270 16 "Ground" "72" 0x80)				
+	                        Pad(713 20 737 20 16 "Ground" "73" 0x80)
+				Pad(713 20 713 220 16 "Ground" "73" 0x80)
+				Pad(713 220 725 270 16 "Ground" "73" 0x80)
+				Pad(725 20 725 270 16 "Ground" "73" 0x80)
+				Pad(737 20 737 220 16 "Ground" "73" 0x80)
+				Pad(737 220 725 270 16 "Ground" "73" 0x80)				
+	                        Pad(763 20 787 20 16 "3.3Vaux" "74" 0x80)
+				Pad(763 20 763 220 16 "3.3Vaux" "74" 0x80)
+				Pad(763 220 775 270 16 "3.3Vaux" "74" 0x80)
+				Pad(775 20 775 270 16 "3.3Vaux" "74" 0x80)
+				Pad(787 20 787 220 16 "3.3Vaux" "74" 0x80)
+				Pad(787 220 775 270 16 "3.3Vaux" "74" 0x80)				
+	                        Pad(813 20 837 20 16 "RST*" "75" 0x80)
+				Pad(813 20 813 220 16 "RST*" "75" 0x80)
+				Pad(813 220 825 270 16 "RST*" "75" 0x80)
+				Pad(825 20 825 270 16 "RST*" "75" 0x80)
+				Pad(837 20 837 220 16 "RST*" "75" 0x80)
+				Pad(837 220 825 270 16 "RST*" "75" 0x80)				
+	                        Pad(863 20 887 20 16 "+5V" "76" 0x80)
+				Pad(863 20 863 220 16 "+5V" "76" 0x80)
+				Pad(863 220 875 270 16 "+5V" "76" 0x80)
+				Pad(875 20 875 270 16 "+5V" "76" 0x80)
+				Pad(887 20 887 220 16 "+5V" "76" 0x80)
+				Pad(887 220 875 270 16 "+5V" "76" 0x80)				
+	                        Pad(913 20 937 20 16 "GNT*" "77" 0x80)
+				Pad(913 20 913 220 16 "GNT*" "77" 0x80)
+				Pad(913 220 925 270 16 "GNT*" "77" 0x80)
+				Pad(925 20 925 270 16 "GNT*" "77" 0x80)
+				Pad(937 20 937 220 16 "GNT*" "77" 0x80)
+				Pad(937 220 925 270 16 "GNT*" "77" 0x80)				
+	                        Pad(963 20 987 20 16 "Ground" "78" 0x80)
+				Pad(963 20 963 220 16 "Ground" "78" 0x80)
+				Pad(963 220 975 270 16 "Ground" "78" 0x80)
+				Pad(975 20 975 270 16 "Ground" "78" 0x80)
+				Pad(987 20 987 220 16 "Ground" "78" 0x80)
+				Pad(987 220 975 270 16 "Ground" "78" 0x80)				
+	                        Pad(1013 20 1037 20 16 "PME*" "79" 0x80)
+				Pad(1013 20 1013 220 16 "PME*" "79" 0x80)
+				Pad(1013 220 1025 270 16 "PME*" "79" 0x80)
+				Pad(1025 20 1025 270 16 "PME*" "79" 0x80)
+				Pad(1037 20 1037 220 16 "PME*" "79" 0x80)
+				Pad(1037 220 1025 270 16 "PME*" "79" 0x80)				
+	                        Pad(1063 20 1087 20 16 "AD[30]" "80" 0x80)
+				Pad(1063 20 1063 220 16 "AD[30]" "80" 0x80)
+				Pad(1063 220 1075 270 16 "AD[30]" "80" 0x80)
+				Pad(1075 20 1075 270 16 "AD[30]" "80" 0x80)
+				Pad(1087 20 1087 220 16 "AD[30]" "80" 0x80)
+				Pad(1087 220 1075 270 16 "AD[30]" "80" 0x80)				
+	                        Pad(1113 20 1137 20 16 "+3.3V" "81" 0x80)
+				Pad(1113 20 1113 220 16 "+3.3V" "81" 0x80)
+				Pad(1113 220 1125 270 16 "+3.3V" "81" 0x80)
+				Pad(1125 20 1125 270 16 "+3.3V" "81" 0x80)
+				Pad(1137 20 1137 220 16 "+3.3V" "81" 0x80)
+				Pad(1137 220 1125 270 16 "+3.3V" "81" 0x80)				
+	                        Pad(1163 20 1187 20 16 "AD[28]" "82" 0x80)
+				Pad(1163 20 1163 220 16 "AD[28]" "82" 0x80)
+				Pad(1163 220 1175 270 16 "AD[28]" "82" 0x80)
+				Pad(1175 20 1175 270 16 "AD[28]" "82" 0x80)
+				Pad(1187 20 1187 220 16 "AD[28]" "82" 0x80)
+				Pad(1187 220 1175 270 16 "AD[28]" "82" 0x80)				
+	                        Pad(1213 20 1237 20 16 "AD[26]" "83" 0x80)
+				Pad(1213 20 1213 220 16 "AD[26]" "83" 0x80)
+				Pad(1213 220 1225 270 16 "AD[26]" "83" 0x80)
+				Pad(1225 20 1225 270 16 "AD[26]" "83" 0x80)
+				Pad(1237 20 1237 220 16 "AD[26]" "83" 0x80)
+				Pad(1237 220 1225 270 16 "AD[26]" "83" 0x80)				
+	                        Pad(1263 20 1287 20 16 "Ground" "84" 0x80)
+				Pad(1263 20 1263 220 16 "Ground" "84" 0x80)
+				Pad(1263 220 1275 270 16 "Ground" "84" 0x80)
+				Pad(1275 20 1275 270 16 "Ground" "84" 0x80)
+				Pad(1287 20 1287 220 16 "Ground" "84" 0x80)
+				Pad(1287 220 1275 270 16 "Ground" "84" 0x80)				
+	                        Pad(1313 20 1337 20 16 "AD[24]" "85" 0x80)
+				Pad(1313 20 1313 220 16 "AD[24]" "85" 0x80)
+				Pad(1313 220 1325 270 16 "AD[24]" "85" 0x80)
+				Pad(1325 20 1325 270 16 "AD[24]" "85" 0x80)
+				Pad(1337 20 1337 220 16 "AD[24]" "85" 0x80)
+				Pad(1337 220 1325 270 16 "AD[24]" "85" 0x80)				
+	                        Pad(1363 20 1387 20 16 "IDSEL" "86" 0x80)
+				Pad(1363 20 1363 220 16 "IDSEL" "86" 0x80)
+				Pad(1363 220 1375 270 16 "IDSEL" "86" 0x80)
+				Pad(1375 20 1375 270 16 "IDSEL" "86" 0x80)
+				Pad(1387 20 1387 220 16 "IDSEL" "86" 0x80)
+				Pad(1387 220 1375 270 16 "IDSEL" "86" 0x80)				
+	                        Pad(1413 20 1437 20 16 "+3.3V" "87" 0x80)
+				Pad(1413 20 1413 220 16 "+3.3V" "87" 0x80)
+				Pad(1413 220 1425 270 16 "+3.3V" "87" 0x80)
+				Pad(1425 20 1425 270 16 "+3.3V" "87" 0x80)
+				Pad(1437 20 1437 220 16 "+3.3V" "87" 0x80)
+				Pad(1437 220 1425 270 16 "+3.3V" "87" 0x80)				
+	                        Pad(1463 20 1487 20 16 "AD[22]" "88" 0x80)
+				Pad(1463 20 1463 220 16 "AD[22]" "88" 0x80)
+				Pad(1463 220 1475 270 16 "AD[22]" "88" 0x80)
+				Pad(1475 20 1475 270 16 "AD[22]" "88" 0x80)
+				Pad(1487 20 1487 220 16 "AD[22]" "88" 0x80)
+				Pad(1487 220 1475 270 16 "AD[22]" "88" 0x80)				
+	                        Pad(1513 20 1537 20 16 "AD[20]" "89" 0x80)
+				Pad(1513 20 1513 220 16 "AD[20]" "89" 0x80)
+				Pad(1513 220 1525 270 16 "AD[20]" "89" 0x80)
+				Pad(1525 20 1525 270 16 "AD[20]" "89" 0x80)
+				Pad(1537 20 1537 220 16 "AD[20]" "89" 0x80)
+				Pad(1537 220 1525 270 16 "AD[20]" "89" 0x80)				
+	                        Pad(1563 20 1587 20 16 "Ground" "90" 0x80)
+				Pad(1563 20 1563 220 16 "Ground" "90" 0x80)
+				Pad(1563 220 1575 270 16 "Ground" "90" 0x80)
+				Pad(1575 20 1575 270 16 "Ground" "90" 0x80)
+				Pad(1587 20 1587 220 16 "Ground" "90" 0x80)
+				Pad(1587 220 1575 270 16 "Ground" "90" 0x80)				
+	                        Pad(1613 20 1637 20 16 "AD[18]" "91" 0x80)
+				Pad(1613 20 1613 220 16 "AD[18]" "91" 0x80)
+				Pad(1613 220 1625 270 16 "AD[18]" "91" 0x80)
+				Pad(1625 20 1625 270 16 "AD[18]" "91" 0x80)
+				Pad(1637 20 1637 220 16 "AD[18]" "91" 0x80)
+				Pad(1637 220 1625 270 16 "AD[18]" "91" 0x80)				
+	                        Pad(1663 20 1687 20 16 "AD[16]" "92" 0x80)
+				Pad(1663 20 1663 220 16 "AD[16]" "92" 0x80)
+				Pad(1663 220 1675 270 16 "AD[16]" "92" 0x80)
+				Pad(1675 20 1675 270 16 "AD[16]" "92" 0x80)
+				Pad(1687 20 1687 220 16 "AD[16]" "92" 0x80)
+				Pad(1687 220 1675 270 16 "AD[16]" "92" 0x80)				
+	                        Pad(1713 20 1737 20 16 "+3.3V" "93" 0x80)
+				Pad(1713 20 1713 220 16 "+3.3V" "93" 0x80)
+				Pad(1713 220 1725 270 16 "+3.3V" "93" 0x80)
+				Pad(1725 20 1725 270 16 "+3.3V" "93" 0x80)
+				Pad(1737 20 1737 220 16 "+3.3V" "93" 0x80)
+				Pad(1737 220 1725 270 16 "+3.3V" "93" 0x80)				
+	                        Pad(1763 20 1787 20 16 "FRAME*" "94" 0x80)
+				Pad(1763 20 1763 220 16 "FRAME*" "94" 0x80)
+				Pad(1763 220 1775 270 16 "FRAME*" "94" 0x80)
+				Pad(1775 20 1775 270 16 "FRAME*" "94" 0x80)
+				Pad(1787 20 1787 220 16 "FRAME*" "94" 0x80)
+				Pad(1787 220 1775 270 16 "FRAME*" "94" 0x80)				
+	                        Pad(1813 20 1837 20 16 "Ground" "95" 0x80)
+				Pad(1813 20 1813 220 16 "Ground" "95" 0x80)
+				Pad(1813 220 1825 270 16 "Ground" "95" 0x80)
+				Pad(1825 20 1825 270 16 "Ground" "95" 0x80)
+				Pad(1837 20 1837 220 16 "Ground" "95" 0x80)
+				Pad(1837 220 1825 270 16 "Ground" "95" 0x80)				
+	                        Pad(1863 20 1887 20 16 "TRDY*" "96" 0x80)
+				Pad(1863 20 1863 220 16 "TRDY*" "96" 0x80)
+				Pad(1863 220 1875 270 16 "TRDY*" "96" 0x80)
+				Pad(1875 20 1875 270 16 "TRDY*" "96" 0x80)
+				Pad(1887 20 1887 220 16 "TRDY*" "96" 0x80)
+				Pad(1887 220 1875 270 16 "TRDY*" "96" 0x80)				
+	                        Pad(1913 20 1937 20 16 "Ground" "97" 0x80)
+				Pad(1913 20 1913 220 16 "Ground" "97" 0x80)
+				Pad(1913 220 1925 270 16 "Ground" "97" 0x80)
+				Pad(1925 20 1925 270 16 "Ground" "97" 0x80)
+				Pad(1937 20 1937 220 16 "Ground" "97" 0x80)
+				Pad(1937 220 1925 270 16 "Ground" "97" 0x80)				
+	                        Pad(1963 20 1987 20 16 "STOP*" "98" 0x80)
+				Pad(1963 20 1963 220 16 "STOP*" "98" 0x80)
+				Pad(1963 220 1975 270 16 "STOP*" "98" 0x80)
+				Pad(1975 20 1975 270 16 "STOP*" "98" 0x80)
+				Pad(1987 20 1987 220 16 "STOP*" "98" 0x80)
+				Pad(1987 220 1975 270 16 "STOP*" "98" 0x80)				
+	                        Pad(2013 20 2037 20 16 "+3.3V" "99" 0x80)
+				Pad(2013 20 2013 220 16 "+3.3V" "99" 0x80)
+				Pad(2013 220 2025 270 16 "+3.3V" "99" 0x80)
+				Pad(2025 20 2025 270 16 "+3.3V" "99" 0x80)
+				Pad(2037 20 2037 220 16 "+3.3V" "99" 0x80)
+				Pad(2037 220 2025 270 16 "+3.3V" "99" 0x80)				
+	                        Pad(2063 20 2087 20 16 "Reserved" "100" 0x80)
+				Pad(2063 20 2063 220 16 "Reserved" "100" 0x80)
+				Pad(2063 220 2075 270 16 "Reserved" "100" 0x80)
+				Pad(2075 20 2075 270 16 "Reserved" "100" 0x80)
+				Pad(2087 20 2087 220 16 "Reserved" "100" 0x80)
+				Pad(2087 220 2075 270 16 "Reserved" "100" 0x80)				
+	                        Pad(2113 20 2137 20 16 "Reserved" "101" 0x80)
+				Pad(2113 20 2113 220 16 "Reserved" "101" 0x80)
+				Pad(2113 220 2125 270 16 "Reserved" "101" 0x80)
+				Pad(2125 20 2125 270 16 "Reserved" "101" 0x80)
+				Pad(2137 20 2137 220 16 "Reserved" "101" 0x80)
+				Pad(2137 220 2125 270 16 "Reserved" "101" 0x80)				
+	                        Pad(2163 20 2187 20 16 "Ground" "102" 0x80)
+				Pad(2163 20 2163 220 16 "Ground" "102" 0x80)
+				Pad(2163 220 2175 270 16 "Ground" "102" 0x80)
+				Pad(2175 20 2175 270 16 "Ground" "102" 0x80)
+				Pad(2187 20 2187 220 16 "Ground" "102" 0x80)
+				Pad(2187 220 2175 270 16 "Ground" "102" 0x80)				
+	                        Pad(2213 20 2237 20 16 "PAR" "103" 0x80)
+				Pad(2213 20 2213 220 16 "PAR" "103" 0x80)
+				Pad(2213 220 2225 270 16 "PAR" "103" 0x80)
+				Pad(2225 20 2225 270 16 "PAR" "103" 0x80)
+				Pad(2237 20 2237 220 16 "PAR" "103" 0x80)
+				Pad(2237 220 2225 270 16 "PAR" "103" 0x80)				
+	                        Pad(2263 20 2287 20 16 "AD[15]" "104" 0x80)
+				Pad(2263 20 2263 220 16 "AD[15]" "104" 0x80)
+				Pad(2263 220 2275 270 16 "AD[15]" "104" 0x80)
+				Pad(2275 20 2275 270 16 "AD[15]" "104" 0x80)
+				Pad(2287 20 2287 220 16 "AD[15]" "104" 0x80)
+				Pad(2287 220 2275 270 16 "AD[15]" "104" 0x80)				
+	                        Pad(2313 20 2337 20 16 "+3.3V" "105" 0x80)
+				Pad(2313 20 2313 220 16 "+3.3V" "105" 0x80)
+				Pad(2313 220 2325 270 16 "+3.3V" "105" 0x80)
+				Pad(2325 20 2325 270 16 "+3.3V" "105" 0x80)
+				Pad(2337 20 2337 220 16 "+3.3V" "105" 0x80)
+				Pad(2337 220 2325 270 16 "+3.3V" "105" 0x80)				
+	                        Pad(2363 20 2387 20 16 "AD[13]" "106" 0x80)
+				Pad(2363 20 2363 220 16 "AD[13]" "106" 0x80)
+				Pad(2363 220 2375 270 16 "AD[13]" "106" 0x80)
+				Pad(2375 20 2375 270 16 "AD[13]" "106" 0x80)
+				Pad(2387 20 2387 220 16 "AD[13]" "106" 0x80)
+				Pad(2387 220 2375 270 16 "AD[13]" "106" 0x80)				
+	                        Pad(2413 20 2437 20 16 "AD[11]" "107" 0x80)
+				Pad(2413 20 2413 220 16 "AD[11]" "107" 0x80)
+				Pad(2413 220 2425 270 16 "AD[11]" "107" 0x80)
+				Pad(2425 20 2425 270 16 "AD[11]" "107" 0x80)
+				Pad(2437 20 2437 220 16 "AD[11]" "107" 0x80)
+				Pad(2437 220 2425 270 16 "AD[11]" "107" 0x80)				
+	                        Pad(2463 20 2487 20 16 "Ground" "108" 0x80)
+				Pad(2463 20 2463 220 16 "Ground" "108" 0x80)
+				Pad(2463 220 2475 270 16 "Ground" "108" 0x80)
+				Pad(2475 20 2475 270 16 "Ground" "108" 0x80)
+				Pad(2487 20 2487 220 16 "Ground" "108" 0x80)
+				Pad(2487 220 2475 270 16 "Ground" "108" 0x80)				
+	                        Pad(2513 20 2537 20 16 "AD[09]" "109" 0x80)
+				Pad(2513 20 2513 220 16 "AD[09]" "109" 0x80)
+				Pad(2513 220 2525 270 16 "AD[09]" "109" 0x80)
+				Pad(2525 20 2525 270 16 "AD[09]" "109" 0x80)
+				Pad(2537 20 2537 220 16 "AD[09]" "109" 0x80)
+				Pad(2537 220 2525 270 16 "AD[09]" "109" 0x80)				
+	                        Pad(2662 20 2686 20 16 "C/BE[0]*" "110" 0x80)
+				Pad(2662 20 2662 220 16 "C/BE[0]*" "110" 0x80)
+				Pad(2662 220 2674 270 16 "C/BE[0]*" "110" 0x80)
+				Pad(2674 20 2674 270 16 "C/BE[0]*" "110" 0x80)
+				Pad(2686 20 2686 220 16 "C/BE[0]*" "110" 0x80)
+				Pad(2686 220 2674 270 16 "C/BE[0]*" "110" 0x80)				
+	                        Pad(2712 20 2736 20 16 "+3.3V" "111" 0x80)
+				Pad(2712 20 2712 220 16 "+3.3V" "111" 0x80)
+				Pad(2712 220 2724 270 16 "+3.3V" "111" 0x80)
+				Pad(2724 20 2724 270 16 "+3.3V" "111" 0x80)
+				Pad(2736 20 2736 220 16 "+3.3V" "111" 0x80)
+				Pad(2736 220 2724 270 16 "+3.3V" "111" 0x80)				
+	                        Pad(2762 20 2786 20 16 "AD[06]" "112" 0x80)
+				Pad(2762 20 2762 220 16 "AD[06]" "112" 0x80)
+				Pad(2762 220 2774 270 16 "AD[06]" "112" 0x80)
+				Pad(2774 20 2774 270 16 "AD[06]" "112" 0x80)
+				Pad(2786 20 2786 220 16 "AD[06]" "112" 0x80)
+				Pad(2786 220 2774 270 16 "AD[06]" "112" 0x80)				
+	                        Pad(2812 20 2836 20 16 "AD[04]" "113" 0x80)
+				Pad(2812 20 2812 220 16 "AD[04]" "113" 0x80)
+				Pad(2812 220 2824 270 16 "AD[04]" "113" 0x80)
+				Pad(2824 20 2824 270 16 "AD[04]" "113" 0x80)
+				Pad(2836 20 2836 220 16 "AD[04]" "113" 0x80)
+				Pad(2836 220 2824 270 16 "AD[04]" "113" 0x80)				
+	                        Pad(2862 20 2886 20 16 "Ground" "114" 0x80)
+				Pad(2862 20 2862 220 16 "Ground" "114" 0x80)
+				Pad(2862 220 2874 270 16 "Ground" "114" 0x80)
+				Pad(2874 20 2874 270 16 "Ground" "114" 0x80)
+				Pad(2886 20 2886 220 16 "Ground" "114" 0x80)
+				Pad(2886 220 2874 270 16 "Ground" "114" 0x80)				
+	                        Pad(2912 20 2936 20 16 "AD[02]" "115" 0x80)
+				Pad(2912 20 2912 220 16 "AD[02]" "115" 0x80)
+				Pad(2912 220 2924 270 16 "AD[02]" "115" 0x80)
+				Pad(2924 20 2924 270 16 "AD[02]" "115" 0x80)
+				Pad(2936 20 2936 220 16 "AD[02]" "115" 0x80)
+				Pad(2936 220 2924 270 16 "AD[02]" "115" 0x80)				
+	                        Pad(2962 20 2986 20 16 "AD[00]" "116" 0x80)
+				Pad(2962 20 2962 220 16 "AD[00]" "116" 0x80)
+				Pad(2962 220 2974 270 16 "AD[00]" "116" 0x80)
+				Pad(2974 20 2974 270 16 "AD[00]" "116" 0x80)
+				Pad(2986 20 2986 220 16 "AD[00]" "116" 0x80)
+				Pad(2986 220 2974 270 16 "AD[00]" "116" 0x80)				
+	                        Pad(3012 20 3036 20 16 "+5V" "117" 0x80)
+				Pad(3012 20 3012 220 16 "+5V" "117" 0x80)
+				Pad(3012 220 3024 270 16 "+5V" "117" 0x80)
+				Pad(3024 20 3024 270 16 "+5V" "117" 0x80)
+				Pad(3036 20 3036 220 16 "+5V" "117" 0x80)
+				Pad(3036 220 3024 270 16 "+5V" "117" 0x80)				
+	                        Pad(3062 20 3086 20 16 "REQ64*" "118" 0x80)
+				Pad(3062 20 3062 220 16 "REQ64*" "118" 0x80)
+				Pad(3062 220 3074 270 16 "REQ64*" "118" 0x80)
+				Pad(3074 20 3074 270 16 "REQ64*" "118" 0x80)
+				Pad(3086 20 3086 220 16 "REQ64*" "118" 0x80)
+				Pad(3086 220 3074 270 16 "REQ64*" "118" 0x80)				
+	                        Pad(3112 20 3136 20 16 "+5V" "119" 0x80)
+				Pad(3112 20 3112 220 16 "+5V" "119" 0x80)
+				Pad(3112 220 3124 270 16 "+5V" "119" 0x80)
+				Pad(3124 20 3124 270 16 "+5V" "119" 0x80)
+				Pad(3136 20 3136 220 16 "+5V" "119" 0x80)
+				Pad(3136 220 3124 270 16 "+5V" "119" 0x80)				
+	                        Pad(3162 20 3186 20 16 "+5V" "120" 0x80)
+				Pad(3162 20 3162 220 16 "+5V" "120" 0x80)
+				Pad(3162 220 3174 270 16 "+5V" "120" 0x80)
+				Pad(3174 20 3174 270 16 "+5V" "120" 0x80)
+				Pad(3186 20 3186 220 16 "+5V" "120" 0x80)
+				Pad(3186 220 3174 270 16 "+5V" "120" 0x80)				
+)
Index: oldlib/lib/pcblib-newlib/pci/PCI5V_MAX_HEIGHT.fp
===================================================================
--- oldlib/lib/pcblib-newlib/pci/PCI5V_MAX_HEIGHT.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/pci/PCI5V_MAX_HEIGHT.fp	(revision 296)
@@ -0,0 +1,746 @@
+Element(0x00  "PCI 5V Array Max Height" "" "PCI5V_MAX_HEIGHT" 1600 10 1 30 0x00)
+(
+	Mark(1600 135)
+	ElementArc(1 0 100 100 180 90 1)
+  	ElementLine(1 -100 -799 -100 1)
+	ElementArc(-799 0 100 100 270 90 1)
+	ElementLine(-899 0 -899 270 1)
+	ElementArc(-911 270 12 12 90 90 1)
+        ElementLine(-911 282 -1525 282 1)
+				ElementLine(113 282 2538 282 2)
+				ElementArc(113 270 12 12 0 90 2)
+				ElementArc(2538 270 12 12 90 90 2)
+		                ElementLine(101 0 101 270 1)
+                                ElementLine(2550 0 2550 270 1)
+					ElementArc(2600 0 50 50 180 180 1)
+	                        Pad(113 20 137 20 16 "-12V" "1" 0x0)
+				Pad(113 20 113 220 16 "-12V" "1" 0x0)
+				Pad(113 220 125 270 16 "-12V" "1" 0x0)
+				Pad(125 20 125 270 16 "-12V" "1" 0x0)
+				Pad(137 20 137 220 16 "-12V" "1" 0x0)
+				Pad(137 220 125 270 16 "-12V" "1" 0x0)				
+	                        Pad(163 20 187 20 16 "TCK" "2" 0x0)
+				Pad(163 20 163 220 16 "TCK" "2" 0x0)
+				Pad(163 220 175 270 16 "TCK" "2" 0x0)
+				Pad(175 20 175 270 16 "TCK" "2" 0x0)
+				Pad(187 20 187 220 16 "TCK" "2" 0x0)
+				Pad(187 220 175 270 16 "TCK" "2" 0x0)				
+	                        Pad(213 20 237 20 16 "Ground" "3" 0x0)
+				Pad(213 20 213 220 16 "Ground" "3" 0x0)
+				Pad(213 220 225 270 16 "Ground" "3" 0x0)
+				Pad(225 20 225 270 16 "Ground" "3" 0x0)
+				Pad(237 20 237 220 16 "Ground" "3" 0x0)
+				Pad(237 220 225 270 16 "Ground" "3" 0x0)				
+	                        Pad(263 20 287 20 16 "TD0" "4" 0x0)
+				Pad(263 20 263 220 16 "TD0" "4" 0x0)
+				Pad(263 220 275 270 16 "TD0" "4" 0x0)
+				Pad(275 20 275 270 16 "TD0" "4" 0x0)
+				Pad(287 20 287 220 16 "TD0" "4" 0x0)
+				Pad(287 220 275 270 16 "TD0" "4" 0x0)				
+	                        Pad(313 20 337 20 16 "+5V" "5" 0x0)
+				Pad(313 20 313 220 16 "+5V" "5" 0x0)
+				Pad(313 220 325 270 16 "+5V" "5" 0x0)
+				Pad(325 20 325 270 16 "+5V" "5" 0x0)
+				Pad(337 20 337 220 16 "+5V" "5" 0x0)
+				Pad(337 220 325 270 16 "+5V" "5" 0x0)				
+	                        Pad(363 20 387 20 16 "+5V" "6" 0x0)
+				Pad(363 20 363 220 16 "+5V" "6" 0x0)
+				Pad(363 220 375 270 16 "+5V" "6" 0x0)
+				Pad(375 20 375 270 16 "+5V" "6" 0x0)
+				Pad(387 20 387 220 16 "+5V" "6" 0x0)
+				Pad(387 220 375 270 16 "+5V" "6" 0x0)				
+	                        Pad(413 20 437 20 16 "INTB*" "7" 0x0)
+				Pad(413 20 413 220 16 "INTB*" "7" 0x0)
+				Pad(413 220 425 270 16 "INTB*" "7" 0x0)
+				Pad(425 20 425 270 16 "INTB*" "7" 0x0)
+				Pad(437 20 437 220 16 "INTB*" "7" 0x0)
+				Pad(437 220 425 270 16 "INTB*" "7" 0x0)				
+	                        Pad(463 20 487 20 16 "INTD*" "8" 0x0)
+				Pad(463 20 463 220 16 "INTD*" "8" 0x0)
+				Pad(463 220 475 270 16 "INTD*" "8" 0x0)
+				Pad(475 20 475 270 16 "INTD*" "8" 0x0)
+				Pad(487 20 487 220 16 "INTD*" "8" 0x0)
+				Pad(487 220 475 270 16 "INTD*" "8" 0x0)				
+	                        Pad(513 20 537 20 16 "PRSNT1*" "9" 0x0)
+				Pad(513 20 513 220 16 "PRSNT1*" "9" 0x0)
+				Pad(513 220 525 270 16 "PRSNT1*" "9" 0x0)
+				Pad(525 20 525 270 16 "PRSNT1*" "9" 0x0)
+				Pad(537 20 537 220 16 "PRSNT1*" "9" 0x0)
+				Pad(537 220 525 270 16 "PRSNT1*" "9" 0x0)				
+	                        Pad(563 20 587 20 16 "Reserved" "10" 0x0)
+				Pad(563 20 563 220 16 "Reserved" "10" 0x0)
+				Pad(563 220 575 270 16 "Reserved" "10" 0x0)
+				Pad(575 20 575 270 16 "Reserved" "10" 0x0)
+				Pad(587 20 587 220 16 "Reserved" "10" 0x0)
+				Pad(587 220 575 270 16 "Reserved" "10" 0x0)				
+	                        Pad(613 20 637 20 16 "PRSNT2*" "11" 0x0)
+				Pad(613 20 613 220 16 "PRSNT2*" "11" 0x0)
+				Pad(613 220 625 270 16 "PRSNT2*" "11" 0x0)
+				Pad(625 20 625 270 16 "PRSNT2*" "11" 0x0)
+				Pad(637 20 637 220 16 "PRSNT2*" "11" 0x0)
+				Pad(637 220 625 270 16 "PRSNT2*" "11" 0x0)				
+	                        Pad(663 20 687 20 16 "Ground" "12" 0x0)
+				Pad(663 20 663 220 16 "Ground" "12" 0x0)
+				Pad(663 220 675 270 16 "Ground" "12" 0x0)
+				Pad(675 20 675 270 16 "Ground" "12" 0x0)
+				Pad(687 20 687 220 16 "Ground" "12" 0x0)
+				Pad(687 220 675 270 16 "Ground" "12" 0x0)				
+	                        Pad(713 20 737 20 16 "Ground" "13" 0x0)
+				Pad(713 20 713 220 16 "Ground" "13" 0x0)
+				Pad(713 220 725 270 16 "Ground" "13" 0x0)
+				Pad(725 20 725 270 16 "Ground" "13" 0x0)
+				Pad(737 20 737 220 16 "Ground" "13" 0x0)
+				Pad(737 220 725 270 16 "Ground" "13" 0x0)				
+	                        Pad(763 20 787 20 16 "Reserved" "14" 0x0)
+				Pad(763 20 763 220 16 "Reserved" "14" 0x0)
+				Pad(763 220 775 270 16 "Reserved" "14" 0x0)
+				Pad(775 20 775 270 16 "Reserved" "14" 0x0)
+				Pad(787 20 787 220 16 "Reserved" "14" 0x0)
+				Pad(787 220 775 270 16 "Reserved" "14" 0x0)				
+	                        Pad(813 20 837 20 16 "Ground" "15" 0x0)
+				Pad(813 20 813 220 16 "Ground" "15" 0x0)
+				Pad(813 220 825 270 16 "Ground" "15" 0x0)
+				Pad(825 20 825 270 16 "Ground" "15" 0x0)
+				Pad(837 20 837 220 16 "Ground" "15" 0x0)
+				Pad(837 220 825 270 16 "Ground" "15" 0x0)				
+	                        Pad(863 20 887 20 16 "CLK" "16" 0x0)
+				Pad(863 20 863 220 16 "CLK" "16" 0x0)
+				Pad(863 220 875 270 16 "CLK" "16" 0x0)
+				Pad(875 20 875 270 16 "CLK" "16" 0x0)
+				Pad(887 20 887 220 16 "CLK" "16" 0x0)
+				Pad(887 220 875 270 16 "CLK" "16" 0x0)				
+	                        Pad(913 20 937 20 16 "Ground" "17" 0x0)
+				Pad(913 20 913 220 16 "Ground" "17" 0x0)
+				Pad(913 220 925 270 16 "Ground" "17" 0x0)
+				Pad(925 20 925 270 16 "Ground" "17" 0x0)
+				Pad(937 20 937 220 16 "Ground" "17" 0x0)
+				Pad(937 220 925 270 16 "Ground" "17" 0x0)				
+	                        Pad(963 20 987 20 16 "REQ*" "18" 0x0)
+				Pad(963 20 963 220 16 "REQ*" "18" 0x0)
+				Pad(963 220 975 270 16 "REQ*" "18" 0x0)
+				Pad(975 20 975 270 16 "REQ*" "18" 0x0)
+				Pad(987 20 987 220 16 "REQ*" "18" 0x0)
+				Pad(987 220 975 270 16 "REQ*" "18" 0x0)				
+	                        Pad(1013 20 1037 20 16 "+5V" "19" 0x0)
+				Pad(1013 20 1013 220 16 "+5V" "19" 0x0)
+				Pad(1013 220 1025 270 16 "+5V" "19" 0x0)
+				Pad(1025 20 1025 270 16 "+5V" "19" 0x0)
+				Pad(1037 20 1037 220 16 "+5V" "19" 0x0)
+				Pad(1037 220 1025 270 16 "+5V" "19" 0x0)				
+	                        Pad(1063 20 1087 20 16 "AD[31]" "20" 0x0)
+				Pad(1063 20 1063 220 16 "AD[31]" "20" 0x0)
+				Pad(1063 220 1075 270 16 "AD[31]" "20" 0x0)
+				Pad(1075 20 1075 270 16 "AD[31]" "20" 0x0)
+				Pad(1087 20 1087 220 16 "AD[31]" "20" 0x0)
+				Pad(1087 220 1075 270 16 "AD[31]" "20" 0x0)				
+	                        Pad(1113 20 1137 20 16 "AD[29]" "21" 0x0)
+				Pad(1113 20 1113 220 16 "AD[29]" "21" 0x0)
+				Pad(1113 220 1125 270 16 "AD[29]" "21" 0x0)
+				Pad(1125 20 1125 270 16 "AD[29]" "21" 0x0)
+				Pad(1137 20 1137 220 16 "AD[29]" "21" 0x0)
+				Pad(1137 220 1125 270 16 "AD[29]" "21" 0x0)				
+	                        Pad(1163 20 1187 20 16 "Ground" "22" 0x0)
+				Pad(1163 20 1163 220 16 "Ground" "22" 0x0)
+				Pad(1163 220 1175 270 16 "Ground" "22" 0x0)
+				Pad(1175 20 1175 270 16 "Ground" "22" 0x0)
+				Pad(1187 20 1187 220 16 "Ground" "22" 0x0)
+				Pad(1187 220 1175 270 16 "Ground" "22" 0x0)				
+	                        Pad(1213 20 1237 20 16 "AD[27]" "23" 0x0)
+				Pad(1213 20 1213 220 16 "AD[27]" "23" 0x0)
+				Pad(1213 220 1225 270 16 "AD[27]" "23" 0x0)
+				Pad(1225 20 1225 270 16 "AD[27]" "23" 0x0)
+				Pad(1237 20 1237 220 16 "AD[27]" "23" 0x0)
+				Pad(1237 220 1225 270 16 "AD[27]" "23" 0x0)				
+	                        Pad(1263 20 1287 20 16 "AD[25]" "24" 0x0)
+				Pad(1263 20 1263 220 16 "AD[25]" "24" 0x0)
+				Pad(1263 220 1275 270 16 "AD[25]" "24" 0x0)
+				Pad(1275 20 1275 270 16 "AD[25]" "24" 0x0)
+				Pad(1287 20 1287 220 16 "AD[25]" "24" 0x0)
+				Pad(1287 220 1275 270 16 "AD[25]" "24" 0x0)				
+	                        Pad(1313 20 1337 20 16 "+3.3V" "25" 0x0)
+				Pad(1313 20 1313 220 16 "+3.3V" "25" 0x0)
+				Pad(1313 220 1325 270 16 "+3.3V" "25" 0x0)
+				Pad(1325 20 1325 270 16 "+3.3V" "25" 0x0)
+				Pad(1337 20 1337 220 16 "+3.3V" "25" 0x0)
+				Pad(1337 220 1325 270 16 "+3.3V" "25" 0x0)				
+	                        Pad(1363 20 1387 20 16 "C/BE[3]*" "26" 0x0)
+				Pad(1363 20 1363 220 16 "C/BE[3]*" "26" 0x0)
+				Pad(1363 220 1375 270 16 "C/BE[3]*" "26" 0x0)
+				Pad(1375 20 1375 270 16 "C/BE[3]*" "26" 0x0)
+				Pad(1387 20 1387 220 16 "C/BE[3]*" "26" 0x0)
+				Pad(1387 220 1375 270 16 "C/BE[3]*" "26" 0x0)				
+	                        Pad(1413 20 1437 20 16 "AD[23]" "27" 0x0)
+				Pad(1413 20 1413 220 16 "AD[23]" "27" 0x0)
+				Pad(1413 220 1425 270 16 "AD[23]" "27" 0x0)
+				Pad(1425 20 1425 270 16 "AD[23]" "27" 0x0)
+				Pad(1437 20 1437 220 16 "AD[23]" "27" 0x0)
+				Pad(1437 220 1425 270 16 "AD[23]" "27" 0x0)				
+	                        Pad(1463 20 1487 20 16 "Ground" "28" 0x0)
+				Pad(1463 20 1463 220 16 "Ground" "28" 0x0)
+				Pad(1463 220 1475 270 16 "Ground" "28" 0x0)
+				Pad(1475 20 1475 270 16 "Ground" "28" 0x0)
+				Pad(1487 20 1487 220 16 "Ground" "28" 0x0)
+				Pad(1487 220 1475 270 16 "Ground" "28" 0x0)				
+	                        Pad(1513 20 1537 20 16 "AD[21]" "29" 0x0)
+				Pad(1513 20 1513 220 16 "AD[21]" "29" 0x0)
+				Pad(1513 220 1525 270 16 "AD[21]" "29" 0x0)
+				Pad(1525 20 1525 270 16 "AD[21]" "29" 0x0)
+				Pad(1537 20 1537 220 16 "AD[21]" "29" 0x0)
+				Pad(1537 220 1525 270 16 "AD[21]" "29" 0x0)				
+	                        Pad(1563 20 1587 20 16 "AD[19]" "30" 0x0)
+				Pad(1563 20 1563 220 16 "AD[19]" "30" 0x0)
+				Pad(1563 220 1575 270 16 "AD[19]" "30" 0x0)
+				Pad(1575 20 1575 270 16 "AD[19]" "30" 0x0)
+				Pad(1587 20 1587 220 16 "AD[19]" "30" 0x0)
+				Pad(1587 220 1575 270 16 "AD[19]" "30" 0x0)				
+	                        Pad(1613 20 1637 20 16 "+3.3V" "31" 0x0)
+				Pad(1613 20 1613 220 16 "+3.3V" "31" 0x0)
+				Pad(1613 220 1625 270 16 "+3.3V" "31" 0x0)
+				Pad(1625 20 1625 270 16 "+3.3V" "31" 0x0)
+				Pad(1637 20 1637 220 16 "+3.3V" "31" 0x0)
+				Pad(1637 220 1625 270 16 "+3.3V" "31" 0x0)				
+	                        Pad(1663 20 1687 20 16 "AD[17]" "32" 0x0)
+				Pad(1663 20 1663 220 16 "AD[17]" "32" 0x0)
+				Pad(1663 220 1675 270 16 "AD[17]" "32" 0x0)
+				Pad(1675 20 1675 270 16 "AD[17]" "32" 0x0)
+				Pad(1687 20 1687 220 16 "AD[17]" "32" 0x0)
+				Pad(1687 220 1675 270 16 "AD[17]" "32" 0x0)				
+	                        Pad(1713 20 1737 20 16 "C/BE[2]*" "33" 0x0)
+				Pad(1713 20 1713 220 16 "C/BE[2]*" "33" 0x0)
+				Pad(1713 220 1725 270 16 "C/BE[2]*" "33" 0x0)
+				Pad(1725 20 1725 270 16 "C/BE[2]*" "33" 0x0)
+				Pad(1737 20 1737 220 16 "C/BE[2]*" "33" 0x0)
+				Pad(1737 220 1725 270 16 "C/BE[2]*" "33" 0x0)				
+	                        Pad(1763 20 1787 20 16 "Ground" "34" 0x0)
+				Pad(1763 20 1763 220 16 "Ground" "34" 0x0)
+				Pad(1763 220 1775 270 16 "Ground" "34" 0x0)
+				Pad(1775 20 1775 270 16 "Ground" "34" 0x0)
+				Pad(1787 20 1787 220 16 "Ground" "34" 0x0)
+				Pad(1787 220 1775 270 16 "Ground" "34" 0x0)				
+	                        Pad(1813 20 1837 20 16 "IRDY*" "35" 0x0)
+				Pad(1813 20 1813 220 16 "IRDY*" "35" 0x0)
+				Pad(1813 220 1825 270 16 "IRDY*" "35" 0x0)
+				Pad(1825 20 1825 270 16 "IRDY*" "35" 0x0)
+				Pad(1837 20 1837 220 16 "IRDY*" "35" 0x0)
+				Pad(1837 220 1825 270 16 "IRDY*" "35" 0x0)				
+	                        Pad(1863 20 1887 20 16 "+3.3V" "36" 0x0)
+				Pad(1863 20 1863 220 16 "+3.3V" "36" 0x0)
+				Pad(1863 220 1875 270 16 "+3.3V" "36" 0x0)
+				Pad(1875 20 1875 270 16 "+3.3V" "36" 0x0)
+				Pad(1887 20 1887 220 16 "+3.3V" "36" 0x0)
+				Pad(1887 220 1875 270 16 "+3.3V" "36" 0x0)				
+	                        Pad(1913 20 1937 20 16 "DEVSEL*" "37" 0x0)
+				Pad(1913 20 1913 220 16 "DEVSEL*" "37" 0x0)
+				Pad(1913 220 1925 270 16 "DEVSEL*" "37" 0x0)
+				Pad(1925 20 1925 270 16 "DEVSEL*" "37" 0x0)
+				Pad(1937 20 1937 220 16 "DEVSEL*" "37" 0x0)
+				Pad(1937 220 1925 270 16 "DEVSEL*" "37" 0x0)				
+	                        Pad(1963 20 1987 20 16 "Ground" "38" 0x0)
+				Pad(1963 20 1963 220 16 "Ground" "38" 0x0)
+				Pad(1963 220 1975 270 16 "Ground" "38" 0x0)
+				Pad(1975 20 1975 270 16 "Ground" "38" 0x0)
+				Pad(1987 20 1987 220 16 "Ground" "38" 0x0)
+				Pad(1987 220 1975 270 16 "Ground" "38" 0x0)				
+	                        Pad(2013 20 2037 20 16 "LOCK*" "39" 0x0)
+				Pad(2013 20 2013 220 16 "LOCK*" "39" 0x0)
+				Pad(2013 220 2025 270 16 "LOCK*" "39" 0x0)
+				Pad(2025 20 2025 270 16 "LOCK*" "39" 0x0)
+				Pad(2037 20 2037 220 16 "LOCK*" "39" 0x0)
+				Pad(2037 220 2025 270 16 "LOCK*" "39" 0x0)				
+	                        Pad(2063 20 2087 20 16 "PERR*" "40" 0x0)
+				Pad(2063 20 2063 220 16 "PERR*" "40" 0x0)
+				Pad(2063 220 2075 270 16 "PERR*" "40" 0x0)
+				Pad(2075 20 2075 270 16 "PERR*" "40" 0x0)
+				Pad(2087 20 2087 220 16 "PERR*" "40" 0x0)
+				Pad(2087 220 2075 270 16 "PERR*" "40" 0x0)				
+	                        Pad(2113 20 2137 20 16 "+3.3V" "41" 0x0)
+				Pad(2113 20 2113 220 16 "+3.3V" "41" 0x0)
+				Pad(2113 220 2125 270 16 "+3.3V" "41" 0x0)
+				Pad(2125 20 2125 270 16 "+3.3V" "41" 0x0)
+				Pad(2137 20 2137 220 16 "+3.3V" "41" 0x0)
+				Pad(2137 220 2125 270 16 "+3.3V" "41" 0x0)				
+	                        Pad(2163 20 2187 20 16 "SERR*" "42" 0x0)
+				Pad(2163 20 2163 220 16 "SERR*" "42" 0x0)
+				Pad(2163 220 2175 270 16 "SERR*" "42" 0x0)
+				Pad(2175 20 2175 270 16 "SERR*" "42" 0x0)
+				Pad(2187 20 2187 220 16 "SERR*" "42" 0x0)
+				Pad(2187 220 2175 270 16 "SERR*" "42" 0x0)				
+	                        Pad(2213 20 2237 20 16 "+3.3V" "43" 0x0)
+				Pad(2213 20 2213 220 16 "+3.3V" "43" 0x0)
+				Pad(2213 220 2225 270 16 "+3.3V" "43" 0x0)
+				Pad(2225 20 2225 270 16 "+3.3V" "43" 0x0)
+				Pad(2237 20 2237 220 16 "+3.3V" "43" 0x0)
+				Pad(2237 220 2225 270 16 "+3.3V" "43" 0x0)				
+	                        Pad(2263 20 2287 20 16 "C/BE[1]*" "44" 0x0)
+				Pad(2263 20 2263 220 16 "C/BE[1]*" "44" 0x0)
+				Pad(2263 220 2275 270 16 "C/BE[1]*" "44" 0x0)
+				Pad(2275 20 2275 270 16 "C/BE[1]*" "44" 0x0)
+				Pad(2287 20 2287 220 16 "C/BE[1]*" "44" 0x0)
+				Pad(2287 220 2275 270 16 "C/BE[1]*" "44" 0x0)				
+	                        Pad(2313 20 2337 20 16 "AD[14]" "45" 0x0)
+				Pad(2313 20 2313 220 16 "AD[14]" "45" 0x0)
+				Pad(2313 220 2325 270 16 "AD[14]" "45" 0x0)
+				Pad(2325 20 2325 270 16 "AD[14]" "45" 0x0)
+				Pad(2337 20 2337 220 16 "AD[14]" "45" 0x0)
+				Pad(2337 220 2325 270 16 "AD[14]" "45" 0x0)				
+	                        Pad(2363 20 2387 20 16 "Ground" "46" 0x0)
+				Pad(2363 20 2363 220 16 "Ground" "46" 0x0)
+				Pad(2363 220 2375 270 16 "Ground" "46" 0x0)
+				Pad(2375 20 2375 270 16 "Ground" "46" 0x0)
+				Pad(2387 20 2387 220 16 "Ground" "46" 0x0)
+				Pad(2387 220 2375 270 16 "Ground" "46" 0x0)				
+	                        Pad(2413 20 2437 20 16 "AD[12]" "47" 0x0)
+				Pad(2413 20 2413 220 16 "AD[12]" "47" 0x0)
+				Pad(2413 220 2425 270 16 "AD[12]" "47" 0x0)
+				Pad(2425 20 2425 270 16 "AD[12]" "47" 0x0)
+				Pad(2437 20 2437 220 16 "AD[12]" "47" 0x0)
+				Pad(2437 220 2425 270 16 "AD[12]" "47" 0x0)				
+	                        Pad(2463 20 2487 20 16 "AD[10]" "48" 0x0)
+				Pad(2463 20 2463 220 16 "AD[10]" "48" 0x0)
+				Pad(2463 220 2475 270 16 "AD[10]" "48" 0x0)
+				Pad(2475 20 2475 270 16 "AD[10]" "48" 0x0)
+				Pad(2487 20 2487 220 16 "AD[10]" "48" 0x0)
+				Pad(2487 220 2475 270 16 "AD[10]" "48" 0x0)				
+	                        Pad(2513 20 2537 20 16 "Ground" "49" 0x0)
+				Pad(2513 20 2513 220 16 "Ground" "49" 0x0)
+				Pad(2513 220 2525 270 16 "Ground" "49" 0x0)
+				Pad(2525 20 2525 270 16 "Ground" "49" 0x0)
+				Pad(2537 20 2537 220 16 "Ground" "49" 0x0)
+				Pad(2537 220 2525 270 16 "Ground" "49" 0x0)				
+				ElementLine(2662 282 3187 282 2)
+				ElementArc(2662 270 12 12 0 90 2)
+				ElementArc(3187 270 12 12 90 90 2)
+		                ElementLine(2650 0 2650 270 1)
+                                ElementLine(3199 0 3199 270 1)
+					ElementLine(-1525 282 -1525 -3918 1)
+					ElementLine(-1525 -3918 3199 -3918 1)
+					ElementLine(3199 -3918 3199 0 1)
+				        ElementArc(-1250 7 125 125 0 360 1)
+				        ElementArc(-1250 -3643 125 125 0 360 1)
+	                        Pad(2662 20 2686 20 16 "AD[08]" "50" 0x0)
+				Pad(2662 20 2662 220 16 "AD[08]" "50" 0x0)
+				Pad(2662 220 2674 270 16 "AD[08]" "50" 0x0)
+				Pad(2674 20 2674 270 16 "AD[08]" "50" 0x0)
+				Pad(2686 20 2686 220 16 "AD[08]" "50" 0x0)
+				Pad(2686 220 2674 270 16 "AD[08]" "50" 0x0)				
+	                        Pad(2712 20 2736 20 16 "AD[07]" "51" 0x0)
+				Pad(2712 20 2712 220 16 "AD[07]" "51" 0x0)
+				Pad(2712 220 2724 270 16 "AD[07]" "51" 0x0)
+				Pad(2724 20 2724 270 16 "AD[07]" "51" 0x0)
+				Pad(2736 20 2736 220 16 "AD[07]" "51" 0x0)
+				Pad(2736 220 2724 270 16 "AD[07]" "51" 0x0)				
+	                        Pad(2762 20 2786 20 16 "+3.3V" "52" 0x0)
+				Pad(2762 20 2762 220 16 "+3.3V" "52" 0x0)
+				Pad(2762 220 2774 270 16 "+3.3V" "52" 0x0)
+				Pad(2774 20 2774 270 16 "+3.3V" "52" 0x0)
+				Pad(2786 20 2786 220 16 "+3.3V" "52" 0x0)
+				Pad(2786 220 2774 270 16 "+3.3V" "52" 0x0)				
+	                        Pad(2812 20 2836 20 16 "AD[05]" "53" 0x0)
+				Pad(2812 20 2812 220 16 "AD[05]" "53" 0x0)
+				Pad(2812 220 2824 270 16 "AD[05]" "53" 0x0)
+				Pad(2824 20 2824 270 16 "AD[05]" "53" 0x0)
+				Pad(2836 20 2836 220 16 "AD[05]" "53" 0x0)
+				Pad(2836 220 2824 270 16 "AD[05]" "53" 0x0)				
+	                        Pad(2862 20 2886 20 16 "AD[03]" "54" 0x0)
+				Pad(2862 20 2862 220 16 "AD[03]" "54" 0x0)
+				Pad(2862 220 2874 270 16 "AD[03]" "54" 0x0)
+				Pad(2874 20 2874 270 16 "AD[03]" "54" 0x0)
+				Pad(2886 20 2886 220 16 "AD[03]" "54" 0x0)
+				Pad(2886 220 2874 270 16 "AD[03]" "54" 0x0)				
+	                        Pad(2912 20 2936 20 16 "Ground" "55" 0x0)
+				Pad(2912 20 2912 220 16 "Ground" "55" 0x0)
+				Pad(2912 220 2924 270 16 "Ground" "55" 0x0)
+				Pad(2924 20 2924 270 16 "Ground" "55" 0x0)
+				Pad(2936 20 2936 220 16 "Ground" "55" 0x0)
+				Pad(2936 220 2924 270 16 "Ground" "55" 0x0)				
+	                        Pad(2962 20 2986 20 16 "AD[01]" "56" 0x0)
+				Pad(2962 20 2962 220 16 "AD[01]" "56" 0x0)
+				Pad(2962 220 2974 270 16 "AD[01]" "56" 0x0)
+				Pad(2974 20 2974 270 16 "AD[01]" "56" 0x0)
+				Pad(2986 20 2986 220 16 "AD[01]" "56" 0x0)
+				Pad(2986 220 2974 270 16 "AD[01]" "56" 0x0)				
+	                        Pad(3012 20 3036 20 16 "+5V" "57" 0x0)
+				Pad(3012 20 3012 220 16 "+5V" "57" 0x0)
+				Pad(3012 220 3024 270 16 "+5V" "57" 0x0)
+				Pad(3024 20 3024 270 16 "+5V" "57" 0x0)
+				Pad(3036 20 3036 220 16 "+5V" "57" 0x0)
+				Pad(3036 220 3024 270 16 "+5V" "57" 0x0)				
+	                        Pad(3062 20 3086 20 16 "ACK64*" "58" 0x0)
+				Pad(3062 20 3062 220 16 "ACK64*" "58" 0x0)
+				Pad(3062 220 3074 270 16 "ACK64*" "58" 0x0)
+				Pad(3074 20 3074 270 16 "ACK64*" "58" 0x0)
+				Pad(3086 20 3086 220 16 "ACK64*" "58" 0x0)
+				Pad(3086 220 3074 270 16 "ACK64*" "58" 0x0)				
+	                        Pad(3112 20 3136 20 16 "+5V" "59" 0x0)
+				Pad(3112 20 3112 220 16 "+5V" "59" 0x0)
+				Pad(3112 220 3124 270 16 "+5V" "59" 0x0)
+				Pad(3124 20 3124 270 16 "+5V" "59" 0x0)
+				Pad(3136 20 3136 220 16 "+5V" "59" 0x0)
+				Pad(3136 220 3124 270 16 "+5V" "59" 0x0)				
+	                        Pad(3162 20 3186 20 16 "+5V" "60" 0x0)
+				Pad(3162 20 3162 220 16 "+5V" "60" 0x0)
+				Pad(3162 220 3174 270 16 "+5V" "60" 0x0)
+				Pad(3174 20 3174 270 16 "+5V" "60" 0x0)
+				Pad(3186 20 3186 220 16 "+5V" "60" 0x0)
+				Pad(3186 220 3174 270 16 "+5V" "60" 0x0)				
+	                        Pad(113 20 137 20 16 "TRST*" "61" 0x80)
+				Pad(113 20 113 220 16 "TRST*" "61" 0x80)
+				Pad(113 220 125 270 16 "TRST*" "61" 0x80)
+				Pad(125 20 125 270 16 "TRST*" "61" 0x80)
+				Pad(137 20 137 220 16 "TRST*" "61" 0x80)
+				Pad(137 220 125 270 16 "TRST*" "61" 0x80)				
+	                        Pad(163 20 187 20 16 "+12V" "62" 0x80)
+				Pad(163 20 163 220 16 "+12V" "62" 0x80)
+				Pad(163 220 175 270 16 "+12V" "62" 0x80)
+				Pad(175 20 175 270 16 "+12V" "62" 0x80)
+				Pad(187 20 187 220 16 "+12V" "62" 0x80)
+				Pad(187 220 175 270 16 "+12V" "62" 0x80)				
+	                        Pad(213 20 237 20 16 "TMS" "63" 0x80)
+				Pad(213 20 213 220 16 "TMS" "63" 0x80)
+				Pad(213 220 225 270 16 "TMS" "63" 0x80)
+				Pad(225 20 225 270 16 "TMS" "63" 0x80)
+				Pad(237 20 237 220 16 "TMS" "63" 0x80)
+				Pad(237 220 225 270 16 "TMS" "63" 0x80)				
+	                        Pad(263 20 287 20 16 "TDI" "64" 0x80)
+				Pad(263 20 263 220 16 "TDI" "64" 0x80)
+				Pad(263 220 275 270 16 "TDI" "64" 0x80)
+				Pad(275 20 275 270 16 "TDI" "64" 0x80)
+				Pad(287 20 287 220 16 "TDI" "64" 0x80)
+				Pad(287 220 275 270 16 "TDI" "64" 0x80)				
+	                        Pad(313 20 337 20 16 "+5V" "65" 0x80)
+				Pad(313 20 313 220 16 "+5V" "65" 0x80)
+				Pad(313 220 325 270 16 "+5V" "65" 0x80)
+				Pad(325 20 325 270 16 "+5V" "65" 0x80)
+				Pad(337 20 337 220 16 "+5V" "65" 0x80)
+				Pad(337 220 325 270 16 "+5V" "65" 0x80)				
+	                        Pad(363 20 387 20 16 "INTA*" "66" 0x80)
+				Pad(363 20 363 220 16 "INTA*" "66" 0x80)
+				Pad(363 220 375 270 16 "INTA*" "66" 0x80)
+				Pad(375 20 375 270 16 "INTA*" "66" 0x80)
+				Pad(387 20 387 220 16 "INTA*" "66" 0x80)
+				Pad(387 220 375 270 16 "INTA*" "66" 0x80)				
+	                        Pad(413 20 437 20 16 "INTC*" "67" 0x80)
+				Pad(413 20 413 220 16 "INTC*" "67" 0x80)
+				Pad(413 220 425 270 16 "INTC*" "67" 0x80)
+				Pad(425 20 425 270 16 "INTC*" "67" 0x80)
+				Pad(437 20 437 220 16 "INTC*" "67" 0x80)
+				Pad(437 220 425 270 16 "INTC*" "67" 0x80)				
+	                        Pad(463 20 487 20 16 "+5V" "68" 0x80)
+				Pad(463 20 463 220 16 "+5V" "68" 0x80)
+				Pad(463 220 475 270 16 "+5V" "68" 0x80)
+				Pad(475 20 475 270 16 "+5V" "68" 0x80)
+				Pad(487 20 487 220 16 "+5V" "68" 0x80)
+				Pad(487 220 475 270 16 "+5V" "68" 0x80)				
+	                        Pad(513 20 537 20 16 "Reserved" "69" 0x80)
+				Pad(513 20 513 220 16 "Reserved" "69" 0x80)
+				Pad(513 220 525 270 16 "Reserved" "69" 0x80)
+				Pad(525 20 525 270 16 "Reserved" "69" 0x80)
+				Pad(537 20 537 220 16 "Reserved" "69" 0x80)
+				Pad(537 220 525 270 16 "Reserved" "69" 0x80)				
+	                        Pad(563 20 587 20 16 "+5V" "70" 0x80)
+				Pad(563 20 563 220 16 "+5V" "70" 0x80)
+				Pad(563 220 575 270 16 "+5V" "70" 0x80)
+				Pad(575 20 575 270 16 "+5V" "70" 0x80)
+				Pad(587 20 587 220 16 "+5V" "70" 0x80)
+				Pad(587 220 575 270 16 "+5V" "70" 0x80)				
+	                        Pad(613 20 637 20 16 "Reserved" "71" 0x80)
+				Pad(613 20 613 220 16 "Reserved" "71" 0x80)
+				Pad(613 220 625 270 16 "Reserved" "71" 0x80)
+				Pad(625 20 625 270 16 "Reserved" "71" 0x80)
+				Pad(637 20 637 220 16 "Reserved" "71" 0x80)
+				Pad(637 220 625 270 16 "Reserved" "71" 0x80)				
+	                        Pad(663 20 687 20 16 "Ground" "72" 0x80)
+				Pad(663 20 663 220 16 "Ground" "72" 0x80)
+				Pad(663 220 675 270 16 "Ground" "72" 0x80)
+				Pad(675 20 675 270 16 "Ground" "72" 0x80)
+				Pad(687 20 687 220 16 "Ground" "72" 0x80)
+				Pad(687 220 675 270 16 "Ground" "72" 0x80)				
+	                        Pad(713 20 737 20 16 "Ground" "73" 0x80)
+				Pad(713 20 713 220 16 "Ground" "73" 0x80)
+				Pad(713 220 725 270 16 "Ground" "73" 0x80)
+				Pad(725 20 725 270 16 "Ground" "73" 0x80)
+				Pad(737 20 737 220 16 "Ground" "73" 0x80)
+				Pad(737 220 725 270 16 "Ground" "73" 0x80)				
+	                        Pad(763 20 787 20 16 "3.3Vaux" "74" 0x80)
+				Pad(763 20 763 220 16 "3.3Vaux" "74" 0x80)
+				Pad(763 220 775 270 16 "3.3Vaux" "74" 0x80)
+				Pad(775 20 775 270 16 "3.3Vaux" "74" 0x80)
+				Pad(787 20 787 220 16 "3.3Vaux" "74" 0x80)
+				Pad(787 220 775 270 16 "3.3Vaux" "74" 0x80)				
+	                        Pad(813 20 837 20 16 "RST*" "75" 0x80)
+				Pad(813 20 813 220 16 "RST*" "75" 0x80)
+				Pad(813 220 825 270 16 "RST*" "75" 0x80)
+				Pad(825 20 825 270 16 "RST*" "75" 0x80)
+				Pad(837 20 837 220 16 "RST*" "75" 0x80)
+				Pad(837 220 825 270 16 "RST*" "75" 0x80)				
+	                        Pad(863 20 887 20 16 "+5V" "76" 0x80)
+				Pad(863 20 863 220 16 "+5V" "76" 0x80)
+				Pad(863 220 875 270 16 "+5V" "76" 0x80)
+				Pad(875 20 875 270 16 "+5V" "76" 0x80)
+				Pad(887 20 887 220 16 "+5V" "76" 0x80)
+				Pad(887 220 875 270 16 "+5V" "76" 0x80)				
+	                        Pad(913 20 937 20 16 "GNT*" "77" 0x80)
+				Pad(913 20 913 220 16 "GNT*" "77" 0x80)
+				Pad(913 220 925 270 16 "GNT*" "77" 0x80)
+				Pad(925 20 925 270 16 "GNT*" "77" 0x80)
+				Pad(937 20 937 220 16 "GNT*" "77" 0x80)
+				Pad(937 220 925 270 16 "GNT*" "77" 0x80)				
+	                        Pad(963 20 987 20 16 "Ground" "78" 0x80)
+				Pad(963 20 963 220 16 "Ground" "78" 0x80)
+				Pad(963 220 975 270 16 "Ground" "78" 0x80)
+				Pad(975 20 975 270 16 "Ground" "78" 0x80)
+				Pad(987 20 987 220 16 "Ground" "78" 0x80)
+				Pad(987 220 975 270 16 "Ground" "78" 0x80)				
+	                        Pad(1013 20 1037 20 16 "PME*" "79" 0x80)
+				Pad(1013 20 1013 220 16 "PME*" "79" 0x80)
+				Pad(1013 220 1025 270 16 "PME*" "79" 0x80)
+				Pad(1025 20 1025 270 16 "PME*" "79" 0x80)
+				Pad(1037 20 1037 220 16 "PME*" "79" 0x80)
+				Pad(1037 220 1025 270 16 "PME*" "79" 0x80)				
+	                        Pad(1063 20 1087 20 16 "AD[30]" "80" 0x80)
+				Pad(1063 20 1063 220 16 "AD[30]" "80" 0x80)
+				Pad(1063 220 1075 270 16 "AD[30]" "80" 0x80)
+				Pad(1075 20 1075 270 16 "AD[30]" "80" 0x80)
+				Pad(1087 20 1087 220 16 "AD[30]" "80" 0x80)
+				Pad(1087 220 1075 270 16 "AD[30]" "80" 0x80)				
+	                        Pad(1113 20 1137 20 16 "+3.3V" "81" 0x80)
+				Pad(1113 20 1113 220 16 "+3.3V" "81" 0x80)
+				Pad(1113 220 1125 270 16 "+3.3V" "81" 0x80)
+				Pad(1125 20 1125 270 16 "+3.3V" "81" 0x80)
+				Pad(1137 20 1137 220 16 "+3.3V" "81" 0x80)
+				Pad(1137 220 1125 270 16 "+3.3V" "81" 0x80)				
+	                        Pad(1163 20 1187 20 16 "AD[28]" "82" 0x80)
+				Pad(1163 20 1163 220 16 "AD[28]" "82" 0x80)
+				Pad(1163 220 1175 270 16 "AD[28]" "82" 0x80)
+				Pad(1175 20 1175 270 16 "AD[28]" "82" 0x80)
+				Pad(1187 20 1187 220 16 "AD[28]" "82" 0x80)
+				Pad(1187 220 1175 270 16 "AD[28]" "82" 0x80)				
+	                        Pad(1213 20 1237 20 16 "AD[26]" "83" 0x80)
+				Pad(1213 20 1213 220 16 "AD[26]" "83" 0x80)
+				Pad(1213 220 1225 270 16 "AD[26]" "83" 0x80)
+				Pad(1225 20 1225 270 16 "AD[26]" "83" 0x80)
+				Pad(1237 20 1237 220 16 "AD[26]" "83" 0x80)
+				Pad(1237 220 1225 270 16 "AD[26]" "83" 0x80)				
+	                        Pad(1263 20 1287 20 16 "Ground" "84" 0x80)
+				Pad(1263 20 1263 220 16 "Ground" "84" 0x80)
+				Pad(1263 220 1275 270 16 "Ground" "84" 0x80)
+				Pad(1275 20 1275 270 16 "Ground" "84" 0x80)
+				Pad(1287 20 1287 220 16 "Ground" "84" 0x80)
+				Pad(1287 220 1275 270 16 "Ground" "84" 0x80)				
+	                        Pad(1313 20 1337 20 16 "AD[24]" "85" 0x80)
+				Pad(1313 20 1313 220 16 "AD[24]" "85" 0x80)
+				Pad(1313 220 1325 270 16 "AD[24]" "85" 0x80)
+				Pad(1325 20 1325 270 16 "AD[24]" "85" 0x80)
+				Pad(1337 20 1337 220 16 "AD[24]" "85" 0x80)
+				Pad(1337 220 1325 270 16 "AD[24]" "85" 0x80)				
+	                        Pad(1363 20 1387 20 16 "IDSEL" "86" 0x80)
+				Pad(1363 20 1363 220 16 "IDSEL" "86" 0x80)
+				Pad(1363 220 1375 270 16 "IDSEL" "86" 0x80)
+				Pad(1375 20 1375 270 16 "IDSEL" "86" 0x80)
+				Pad(1387 20 1387 220 16 "IDSEL" "86" 0x80)
+				Pad(1387 220 1375 270 16 "IDSEL" "86" 0x80)				
+	                        Pad(1413 20 1437 20 16 "+3.3V" "87" 0x80)
+				Pad(1413 20 1413 220 16 "+3.3V" "87" 0x80)
+				Pad(1413 220 1425 270 16 "+3.3V" "87" 0x80)
+				Pad(1425 20 1425 270 16 "+3.3V" "87" 0x80)
+				Pad(1437 20 1437 220 16 "+3.3V" "87" 0x80)
+				Pad(1437 220 1425 270 16 "+3.3V" "87" 0x80)				
+	                        Pad(1463 20 1487 20 16 "AD[22]" "88" 0x80)
+				Pad(1463 20 1463 220 16 "AD[22]" "88" 0x80)
+				Pad(1463 220 1475 270 16 "AD[22]" "88" 0x80)
+				Pad(1475 20 1475 270 16 "AD[22]" "88" 0x80)
+				Pad(1487 20 1487 220 16 "AD[22]" "88" 0x80)
+				Pad(1487 220 1475 270 16 "AD[22]" "88" 0x80)				
+	                        Pad(1513 20 1537 20 16 "AD[20]" "89" 0x80)
+				Pad(1513 20 1513 220 16 "AD[20]" "89" 0x80)
+				Pad(1513 220 1525 270 16 "AD[20]" "89" 0x80)
+				Pad(1525 20 1525 270 16 "AD[20]" "89" 0x80)
+				Pad(1537 20 1537 220 16 "AD[20]" "89" 0x80)
+				Pad(1537 220 1525 270 16 "AD[20]" "89" 0x80)				
+	                        Pad(1563 20 1587 20 16 "Ground" "90" 0x80)
+				Pad(1563 20 1563 220 16 "Ground" "90" 0x80)
+				Pad(1563 220 1575 270 16 "Ground" "90" 0x80)
+				Pad(1575 20 1575 270 16 "Ground" "90" 0x80)
+				Pad(1587 20 1587 220 16 "Ground" "90" 0x80)
+				Pad(1587 220 1575 270 16 "Ground" "90" 0x80)				
+	                        Pad(1613 20 1637 20 16 "AD[18]" "91" 0x80)
+				Pad(1613 20 1613 220 16 "AD[18]" "91" 0x80)
+				Pad(1613 220 1625 270 16 "AD[18]" "91" 0x80)
+				Pad(1625 20 1625 270 16 "AD[18]" "91" 0x80)
+				Pad(1637 20 1637 220 16 "AD[18]" "91" 0x80)
+				Pad(1637 220 1625 270 16 "AD[18]" "91" 0x80)				
+	                        Pad(1663 20 1687 20 16 "AD[16]" "92" 0x80)
+				Pad(1663 20 1663 220 16 "AD[16]" "92" 0x80)
+				Pad(1663 220 1675 270 16 "AD[16]" "92" 0x80)
+				Pad(1675 20 1675 270 16 "AD[16]" "92" 0x80)
+				Pad(1687 20 1687 220 16 "AD[16]" "92" 0x80)
+				Pad(1687 220 1675 270 16 "AD[16]" "92" 0x80)				
+	                        Pad(1713 20 1737 20 16 "+3.3V" "93" 0x80)
+				Pad(1713 20 1713 220 16 "+3.3V" "93" 0x80)
+				Pad(1713 220 1725 270 16 "+3.3V" "93" 0x80)
+				Pad(1725 20 1725 270 16 "+3.3V" "93" 0x80)
+				Pad(1737 20 1737 220 16 "+3.3V" "93" 0x80)
+				Pad(1737 220 1725 270 16 "+3.3V" "93" 0x80)				
+	                        Pad(1763 20 1787 20 16 "FRAME*" "94" 0x80)
+				Pad(1763 20 1763 220 16 "FRAME*" "94" 0x80)
+				Pad(1763 220 1775 270 16 "FRAME*" "94" 0x80)
+				Pad(1775 20 1775 270 16 "FRAME*" "94" 0x80)
+				Pad(1787 20 1787 220 16 "FRAME*" "94" 0x80)
+				Pad(1787 220 1775 270 16 "FRAME*" "94" 0x80)				
+	                        Pad(1813 20 1837 20 16 "Ground" "95" 0x80)
+				Pad(1813 20 1813 220 16 "Ground" "95" 0x80)
+				Pad(1813 220 1825 270 16 "Ground" "95" 0x80)
+				Pad(1825 20 1825 270 16 "Ground" "95" 0x80)
+				Pad(1837 20 1837 220 16 "Ground" "95" 0x80)
+				Pad(1837 220 1825 270 16 "Ground" "95" 0x80)				
+	                        Pad(1863 20 1887 20 16 "TRDY*" "96" 0x80)
+				Pad(1863 20 1863 220 16 "TRDY*" "96" 0x80)
+				Pad(1863 220 1875 270 16 "TRDY*" "96" 0x80)
+				Pad(1875 20 1875 270 16 "TRDY*" "96" 0x80)
+				Pad(1887 20 1887 220 16 "TRDY*" "96" 0x80)
+				Pad(1887 220 1875 270 16 "TRDY*" "96" 0x80)				
+	                        Pad(1913 20 1937 20 16 "Ground" "97" 0x80)
+				Pad(1913 20 1913 220 16 "Ground" "97" 0x80)
+				Pad(1913 220 1925 270 16 "Ground" "97" 0x80)
+				Pad(1925 20 1925 270 16 "Ground" "97" 0x80)
+				Pad(1937 20 1937 220 16 "Ground" "97" 0x80)
+				Pad(1937 220 1925 270 16 "Ground" "97" 0x80)				
+	                        Pad(1963 20 1987 20 16 "STOP*" "98" 0x80)
+				Pad(1963 20 1963 220 16 "STOP*" "98" 0x80)
+				Pad(1963 220 1975 270 16 "STOP*" "98" 0x80)
+				Pad(1975 20 1975 270 16 "STOP*" "98" 0x80)
+				Pad(1987 20 1987 220 16 "STOP*" "98" 0x80)
+				Pad(1987 220 1975 270 16 "STOP*" "98" 0x80)				
+	                        Pad(2013 20 2037 20 16 "+3.3V" "99" 0x80)
+				Pad(2013 20 2013 220 16 "+3.3V" "99" 0x80)
+				Pad(2013 220 2025 270 16 "+3.3V" "99" 0x80)
+				Pad(2025 20 2025 270 16 "+3.3V" "99" 0x80)
+				Pad(2037 20 2037 220 16 "+3.3V" "99" 0x80)
+				Pad(2037 220 2025 270 16 "+3.3V" "99" 0x80)				
+	                        Pad(2063 20 2087 20 16 "Reserved" "100" 0x80)
+				Pad(2063 20 2063 220 16 "Reserved" "100" 0x80)
+				Pad(2063 220 2075 270 16 "Reserved" "100" 0x80)
+				Pad(2075 20 2075 270 16 "Reserved" "100" 0x80)
+				Pad(2087 20 2087 220 16 "Reserved" "100" 0x80)
+				Pad(2087 220 2075 270 16 "Reserved" "100" 0x80)				
+	                        Pad(2113 20 2137 20 16 "Reserved" "101" 0x80)
+				Pad(2113 20 2113 220 16 "Reserved" "101" 0x80)
+				Pad(2113 220 2125 270 16 "Reserved" "101" 0x80)
+				Pad(2125 20 2125 270 16 "Reserved" "101" 0x80)
+				Pad(2137 20 2137 220 16 "Reserved" "101" 0x80)
+				Pad(2137 220 2125 270 16 "Reserved" "101" 0x80)				
+	                        Pad(2163 20 2187 20 16 "Ground" "102" 0x80)
+				Pad(2163 20 2163 220 16 "Ground" "102" 0x80)
+				Pad(2163 220 2175 270 16 "Ground" "102" 0x80)
+				Pad(2175 20 2175 270 16 "Ground" "102" 0x80)
+				Pad(2187 20 2187 220 16 "Ground" "102" 0x80)
+				Pad(2187 220 2175 270 16 "Ground" "102" 0x80)				
+	                        Pad(2213 20 2237 20 16 "PAR" "103" 0x80)
+				Pad(2213 20 2213 220 16 "PAR" "103" 0x80)
+				Pad(2213 220 2225 270 16 "PAR" "103" 0x80)
+				Pad(2225 20 2225 270 16 "PAR" "103" 0x80)
+				Pad(2237 20 2237 220 16 "PAR" "103" 0x80)
+				Pad(2237 220 2225 270 16 "PAR" "103" 0x80)				
+	                        Pad(2263 20 2287 20 16 "AD[15]" "104" 0x80)
+				Pad(2263 20 2263 220 16 "AD[15]" "104" 0x80)
+				Pad(2263 220 2275 270 16 "AD[15]" "104" 0x80)
+				Pad(2275 20 2275 270 16 "AD[15]" "104" 0x80)
+				Pad(2287 20 2287 220 16 "AD[15]" "104" 0x80)
+				Pad(2287 220 2275 270 16 "AD[15]" "104" 0x80)				
+	                        Pad(2313 20 2337 20 16 "+3.3V" "105" 0x80)
+				Pad(2313 20 2313 220 16 "+3.3V" "105" 0x80)
+				Pad(2313 220 2325 270 16 "+3.3V" "105" 0x80)
+				Pad(2325 20 2325 270 16 "+3.3V" "105" 0x80)
+				Pad(2337 20 2337 220 16 "+3.3V" "105" 0x80)
+				Pad(2337 220 2325 270 16 "+3.3V" "105" 0x80)				
+	                        Pad(2363 20 2387 20 16 "AD[13]" "106" 0x80)
+				Pad(2363 20 2363 220 16 "AD[13]" "106" 0x80)
+				Pad(2363 220 2375 270 16 "AD[13]" "106" 0x80)
+				Pad(2375 20 2375 270 16 "AD[13]" "106" 0x80)
+				Pad(2387 20 2387 220 16 "AD[13]" "106" 0x80)
+				Pad(2387 220 2375 270 16 "AD[13]" "106" 0x80)				
+	                        Pad(2413 20 2437 20 16 "AD[11]" "107" 0x80)
+				Pad(2413 20 2413 220 16 "AD[11]" "107" 0x80)
+				Pad(2413 220 2425 270 16 "AD[11]" "107" 0x80)
+				Pad(2425 20 2425 270 16 "AD[11]" "107" 0x80)
+				Pad(2437 20 2437 220 16 "AD[11]" "107" 0x80)
+				Pad(2437 220 2425 270 16 "AD[11]" "107" 0x80)				
+	                        Pad(2463 20 2487 20 16 "Ground" "108" 0x80)
+				Pad(2463 20 2463 220 16 "Ground" "108" 0x80)
+				Pad(2463 220 2475 270 16 "Ground" "108" 0x80)
+				Pad(2475 20 2475 270 16 "Ground" "108" 0x80)
+				Pad(2487 20 2487 220 16 "Ground" "108" 0x80)
+				Pad(2487 220 2475 270 16 "Ground" "108" 0x80)				
+	                        Pad(2513 20 2537 20 16 "AD[09]" "109" 0x80)
+				Pad(2513 20 2513 220 16 "AD[09]" "109" 0x80)
+				Pad(2513 220 2525 270 16 "AD[09]" "109" 0x80)
+				Pad(2525 20 2525 270 16 "AD[09]" "109" 0x80)
+				Pad(2537 20 2537 220 16 "AD[09]" "109" 0x80)
+				Pad(2537 220 2525 270 16 "AD[09]" "109" 0x80)				
+	                        Pad(2662 20 2686 20 16 "C/BE[0]*" "110" 0x80)
+				Pad(2662 20 2662 220 16 "C/BE[0]*" "110" 0x80)
+				Pad(2662 220 2674 270 16 "C/BE[0]*" "110" 0x80)
+				Pad(2674 20 2674 270 16 "C/BE[0]*" "110" 0x80)
+				Pad(2686 20 2686 220 16 "C/BE[0]*" "110" 0x80)
+				Pad(2686 220 2674 270 16 "C/BE[0]*" "110" 0x80)				
+	                        Pad(2712 20 2736 20 16 "+3.3V" "111" 0x80)
+				Pad(2712 20 2712 220 16 "+3.3V" "111" 0x80)
+				Pad(2712 220 2724 270 16 "+3.3V" "111" 0x80)
+				Pad(2724 20 2724 270 16 "+3.3V" "111" 0x80)
+				Pad(2736 20 2736 220 16 "+3.3V" "111" 0x80)
+				Pad(2736 220 2724 270 16 "+3.3V" "111" 0x80)				
+	                        Pad(2762 20 2786 20 16 "AD[06]" "112" 0x80)
+				Pad(2762 20 2762 220 16 "AD[06]" "112" 0x80)
+				Pad(2762 220 2774 270 16 "AD[06]" "112" 0x80)
+				Pad(2774 20 2774 270 16 "AD[06]" "112" 0x80)
+				Pad(2786 20 2786 220 16 "AD[06]" "112" 0x80)
+				Pad(2786 220 2774 270 16 "AD[06]" "112" 0x80)				
+	                        Pad(2812 20 2836 20 16 "AD[04]" "113" 0x80)
+				Pad(2812 20 2812 220 16 "AD[04]" "113" 0x80)
+				Pad(2812 220 2824 270 16 "AD[04]" "113" 0x80)
+				Pad(2824 20 2824 270 16 "AD[04]" "113" 0x80)
+				Pad(2836 20 2836 220 16 "AD[04]" "113" 0x80)
+				Pad(2836 220 2824 270 16 "AD[04]" "113" 0x80)				
+	                        Pad(2862 20 2886 20 16 "Ground" "114" 0x80)
+				Pad(2862 20 2862 220 16 "Ground" "114" 0x80)
+				Pad(2862 220 2874 270 16 "Ground" "114" 0x80)
+				Pad(2874 20 2874 270 16 "Ground" "114" 0x80)
+				Pad(2886 20 2886 220 16 "Ground" "114" 0x80)
+				Pad(2886 220 2874 270 16 "Ground" "114" 0x80)				
+	                        Pad(2912 20 2936 20 16 "AD[02]" "115" 0x80)
+				Pad(2912 20 2912 220 16 "AD[02]" "115" 0x80)
+				Pad(2912 220 2924 270 16 "AD[02]" "115" 0x80)
+				Pad(2924 20 2924 270 16 "AD[02]" "115" 0x80)
+				Pad(2936 20 2936 220 16 "AD[02]" "115" 0x80)
+				Pad(2936 220 2924 270 16 "AD[02]" "115" 0x80)				
+	                        Pad(2962 20 2986 20 16 "AD[00]" "116" 0x80)
+				Pad(2962 20 2962 220 16 "AD[00]" "116" 0x80)
+				Pad(2962 220 2974 270 16 "AD[00]" "116" 0x80)
+				Pad(2974 20 2974 270 16 "AD[00]" "116" 0x80)
+				Pad(2986 20 2986 220 16 "AD[00]" "116" 0x80)
+				Pad(2986 220 2974 270 16 "AD[00]" "116" 0x80)				
+	                        Pad(3012 20 3036 20 16 "+5V" "117" 0x80)
+				Pad(3012 20 3012 220 16 "+5V" "117" 0x80)
+				Pad(3012 220 3024 270 16 "+5V" "117" 0x80)
+				Pad(3024 20 3024 270 16 "+5V" "117" 0x80)
+				Pad(3036 20 3036 220 16 "+5V" "117" 0x80)
+				Pad(3036 220 3024 270 16 "+5V" "117" 0x80)				
+	                        Pad(3062 20 3086 20 16 "REQ64*" "118" 0x80)
+				Pad(3062 20 3062 220 16 "REQ64*" "118" 0x80)
+				Pad(3062 220 3074 270 16 "REQ64*" "118" 0x80)
+				Pad(3074 20 3074 270 16 "REQ64*" "118" 0x80)
+				Pad(3086 20 3086 220 16 "REQ64*" "118" 0x80)
+				Pad(3086 220 3074 270 16 "REQ64*" "118" 0x80)				
+	                        Pad(3112 20 3136 20 16 "+5V" "119" 0x80)
+				Pad(3112 20 3112 220 16 "+5V" "119" 0x80)
+				Pad(3112 220 3124 270 16 "+5V" "119" 0x80)
+				Pad(3124 20 3124 270 16 "+5V" "119" 0x80)
+				Pad(3136 20 3136 220 16 "+5V" "119" 0x80)
+				Pad(3136 220 3124 270 16 "+5V" "119" 0x80)				
+	                        Pad(3162 20 3186 20 16 "+5V" "120" 0x80)
+				Pad(3162 20 3162 220 16 "+5V" "120" 0x80)
+				Pad(3162 220 3174 270 16 "+5V" "120" 0x80)
+				Pad(3174 20 3174 270 16 "+5V" "120" 0x80)
+				Pad(3186 20 3186 220 16 "+5V" "120" 0x80)
+				Pad(3186 220 3174 270 16 "+5V" "120" 0x80)				
+)
Index: oldlib/lib/pcblib-newlib/pci/PCI5V_MIN_HEIGHT.fp
===================================================================
--- oldlib/lib/pcblib-newlib/pci/PCI5V_MIN_HEIGHT.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/pci/PCI5V_MIN_HEIGHT.fp	(revision 296)
@@ -0,0 +1,746 @@
+Element(0x00  "PCI 5V Array Min Height" "" "PCI5V_MIN_HEIGHT" 1600 10 1 30 0x00)
+(
+	Mark(1600 135)
+	ElementArc(1 0 100 100 180 90 1)
+  	ElementLine(1 -100 -799 -100 1)
+	ElementArc(-799 0 100 100 270 90 1)
+	ElementLine(-899 0 -899 270 1)
+	ElementArc(-911 270 12 12 90 90 1)
+        ElementLine(-911 282 -1525 282 1)
+				ElementLine(113 282 2538 282 2)
+				ElementArc(113 270 12 12 0 90 2)
+				ElementArc(2538 270 12 12 90 90 2)
+		                ElementLine(101 0 101 270 1)
+                                ElementLine(2550 0 2550 270 1)
+					ElementArc(2600 0 50 50 180 180 1)
+	                        Pad(113 20 137 20 16 "-12V" "1" 0x0)
+				Pad(113 20 113 220 16 "-12V" "1" 0x0)
+				Pad(113 220 125 270 16 "-12V" "1" 0x0)
+				Pad(125 20 125 270 16 "-12V" "1" 0x0)
+				Pad(137 20 137 220 16 "-12V" "1" 0x0)
+				Pad(137 220 125 270 16 "-12V" "1" 0x0)				
+	                        Pad(163 20 187 20 16 "TCK" "2" 0x0)
+				Pad(163 20 163 220 16 "TCK" "2" 0x0)
+				Pad(163 220 175 270 16 "TCK" "2" 0x0)
+				Pad(175 20 175 270 16 "TCK" "2" 0x0)
+				Pad(187 20 187 220 16 "TCK" "2" 0x0)
+				Pad(187 220 175 270 16 "TCK" "2" 0x0)				
+	                        Pad(213 20 237 20 16 "Ground" "3" 0x0)
+				Pad(213 20 213 220 16 "Ground" "3" 0x0)
+				Pad(213 220 225 270 16 "Ground" "3" 0x0)
+				Pad(225 20 225 270 16 "Ground" "3" 0x0)
+				Pad(237 20 237 220 16 "Ground" "3" 0x0)
+				Pad(237 220 225 270 16 "Ground" "3" 0x0)				
+	                        Pad(263 20 287 20 16 "TD0" "4" 0x0)
+				Pad(263 20 263 220 16 "TD0" "4" 0x0)
+				Pad(263 220 275 270 16 "TD0" "4" 0x0)
+				Pad(275 20 275 270 16 "TD0" "4" 0x0)
+				Pad(287 20 287 220 16 "TD0" "4" 0x0)
+				Pad(287 220 275 270 16 "TD0" "4" 0x0)				
+	                        Pad(313 20 337 20 16 "+5V" "5" 0x0)
+				Pad(313 20 313 220 16 "+5V" "5" 0x0)
+				Pad(313 220 325 270 16 "+5V" "5" 0x0)
+				Pad(325 20 325 270 16 "+5V" "5" 0x0)
+				Pad(337 20 337 220 16 "+5V" "5" 0x0)
+				Pad(337 220 325 270 16 "+5V" "5" 0x0)				
+	                        Pad(363 20 387 20 16 "+5V" "6" 0x0)
+				Pad(363 20 363 220 16 "+5V" "6" 0x0)
+				Pad(363 220 375 270 16 "+5V" "6" 0x0)
+				Pad(375 20 375 270 16 "+5V" "6" 0x0)
+				Pad(387 20 387 220 16 "+5V" "6" 0x0)
+				Pad(387 220 375 270 16 "+5V" "6" 0x0)				
+	                        Pad(413 20 437 20 16 "INTB*" "7" 0x0)
+				Pad(413 20 413 220 16 "INTB*" "7" 0x0)
+				Pad(413 220 425 270 16 "INTB*" "7" 0x0)
+				Pad(425 20 425 270 16 "INTB*" "7" 0x0)
+				Pad(437 20 437 220 16 "INTB*" "7" 0x0)
+				Pad(437 220 425 270 16 "INTB*" "7" 0x0)				
+	                        Pad(463 20 487 20 16 "INTD*" "8" 0x0)
+				Pad(463 20 463 220 16 "INTD*" "8" 0x0)
+				Pad(463 220 475 270 16 "INTD*" "8" 0x0)
+				Pad(475 20 475 270 16 "INTD*" "8" 0x0)
+				Pad(487 20 487 220 16 "INTD*" "8" 0x0)
+				Pad(487 220 475 270 16 "INTD*" "8" 0x0)				
+	                        Pad(513 20 537 20 16 "PRSNT1*" "9" 0x0)
+				Pad(513 20 513 220 16 "PRSNT1*" "9" 0x0)
+				Pad(513 220 525 270 16 "PRSNT1*" "9" 0x0)
+				Pad(525 20 525 270 16 "PRSNT1*" "9" 0x0)
+				Pad(537 20 537 220 16 "PRSNT1*" "9" 0x0)
+				Pad(537 220 525 270 16 "PRSNT1*" "9" 0x0)				
+	                        Pad(563 20 587 20 16 "Reserved" "10" 0x0)
+				Pad(563 20 563 220 16 "Reserved" "10" 0x0)
+				Pad(563 220 575 270 16 "Reserved" "10" 0x0)
+				Pad(575 20 575 270 16 "Reserved" "10" 0x0)
+				Pad(587 20 587 220 16 "Reserved" "10" 0x0)
+				Pad(587 220 575 270 16 "Reserved" "10" 0x0)				
+	                        Pad(613 20 637 20 16 "PRSNT2*" "11" 0x0)
+				Pad(613 20 613 220 16 "PRSNT2*" "11" 0x0)
+				Pad(613 220 625 270 16 "PRSNT2*" "11" 0x0)
+				Pad(625 20 625 270 16 "PRSNT2*" "11" 0x0)
+				Pad(637 20 637 220 16 "PRSNT2*" "11" 0x0)
+				Pad(637 220 625 270 16 "PRSNT2*" "11" 0x0)				
+	                        Pad(663 20 687 20 16 "Ground" "12" 0x0)
+				Pad(663 20 663 220 16 "Ground" "12" 0x0)
+				Pad(663 220 675 270 16 "Ground" "12" 0x0)
+				Pad(675 20 675 270 16 "Ground" "12" 0x0)
+				Pad(687 20 687 220 16 "Ground" "12" 0x0)
+				Pad(687 220 675 270 16 "Ground" "12" 0x0)				
+	                        Pad(713 20 737 20 16 "Ground" "13" 0x0)
+				Pad(713 20 713 220 16 "Ground" "13" 0x0)
+				Pad(713 220 725 270 16 "Ground" "13" 0x0)
+				Pad(725 20 725 270 16 "Ground" "13" 0x0)
+				Pad(737 20 737 220 16 "Ground" "13" 0x0)
+				Pad(737 220 725 270 16 "Ground" "13" 0x0)				
+	                        Pad(763 20 787 20 16 "Reserved" "14" 0x0)
+				Pad(763 20 763 220 16 "Reserved" "14" 0x0)
+				Pad(763 220 775 270 16 "Reserved" "14" 0x0)
+				Pad(775 20 775 270 16 "Reserved" "14" 0x0)
+				Pad(787 20 787 220 16 "Reserved" "14" 0x0)
+				Pad(787 220 775 270 16 "Reserved" "14" 0x0)				
+	                        Pad(813 20 837 20 16 "Ground" "15" 0x0)
+				Pad(813 20 813 220 16 "Ground" "15" 0x0)
+				Pad(813 220 825 270 16 "Ground" "15" 0x0)
+				Pad(825 20 825 270 16 "Ground" "15" 0x0)
+				Pad(837 20 837 220 16 "Ground" "15" 0x0)
+				Pad(837 220 825 270 16 "Ground" "15" 0x0)				
+	                        Pad(863 20 887 20 16 "CLK" "16" 0x0)
+				Pad(863 20 863 220 16 "CLK" "16" 0x0)
+				Pad(863 220 875 270 16 "CLK" "16" 0x0)
+				Pad(875 20 875 270 16 "CLK" "16" 0x0)
+				Pad(887 20 887 220 16 "CLK" "16" 0x0)
+				Pad(887 220 875 270 16 "CLK" "16" 0x0)				
+	                        Pad(913 20 937 20 16 "Ground" "17" 0x0)
+				Pad(913 20 913 220 16 "Ground" "17" 0x0)
+				Pad(913 220 925 270 16 "Ground" "17" 0x0)
+				Pad(925 20 925 270 16 "Ground" "17" 0x0)
+				Pad(937 20 937 220 16 "Ground" "17" 0x0)
+				Pad(937 220 925 270 16 "Ground" "17" 0x0)				
+	                        Pad(963 20 987 20 16 "REQ*" "18" 0x0)
+				Pad(963 20 963 220 16 "REQ*" "18" 0x0)
+				Pad(963 220 975 270 16 "REQ*" "18" 0x0)
+				Pad(975 20 975 270 16 "REQ*" "18" 0x0)
+				Pad(987 20 987 220 16 "REQ*" "18" 0x0)
+				Pad(987 220 975 270 16 "REQ*" "18" 0x0)				
+	                        Pad(1013 20 1037 20 16 "+5V" "19" 0x0)
+				Pad(1013 20 1013 220 16 "+5V" "19" 0x0)
+				Pad(1013 220 1025 270 16 "+5V" "19" 0x0)
+				Pad(1025 20 1025 270 16 "+5V" "19" 0x0)
+				Pad(1037 20 1037 220 16 "+5V" "19" 0x0)
+				Pad(1037 220 1025 270 16 "+5V" "19" 0x0)				
+	                        Pad(1063 20 1087 20 16 "AD[31]" "20" 0x0)
+				Pad(1063 20 1063 220 16 "AD[31]" "20" 0x0)
+				Pad(1063 220 1075 270 16 "AD[31]" "20" 0x0)
+				Pad(1075 20 1075 270 16 "AD[31]" "20" 0x0)
+				Pad(1087 20 1087 220 16 "AD[31]" "20" 0x0)
+				Pad(1087 220 1075 270 16 "AD[31]" "20" 0x0)				
+	                        Pad(1113 20 1137 20 16 "AD[29]" "21" 0x0)
+				Pad(1113 20 1113 220 16 "AD[29]" "21" 0x0)
+				Pad(1113 220 1125 270 16 "AD[29]" "21" 0x0)
+				Pad(1125 20 1125 270 16 "AD[29]" "21" 0x0)
+				Pad(1137 20 1137 220 16 "AD[29]" "21" 0x0)
+				Pad(1137 220 1125 270 16 "AD[29]" "21" 0x0)				
+	                        Pad(1163 20 1187 20 16 "Ground" "22" 0x0)
+				Pad(1163 20 1163 220 16 "Ground" "22" 0x0)
+				Pad(1163 220 1175 270 16 "Ground" "22" 0x0)
+				Pad(1175 20 1175 270 16 "Ground" "22" 0x0)
+				Pad(1187 20 1187 220 16 "Ground" "22" 0x0)
+				Pad(1187 220 1175 270 16 "Ground" "22" 0x0)				
+	                        Pad(1213 20 1237 20 16 "AD[27]" "23" 0x0)
+				Pad(1213 20 1213 220 16 "AD[27]" "23" 0x0)
+				Pad(1213 220 1225 270 16 "AD[27]" "23" 0x0)
+				Pad(1225 20 1225 270 16 "AD[27]" "23" 0x0)
+				Pad(1237 20 1237 220 16 "AD[27]" "23" 0x0)
+				Pad(1237 220 1225 270 16 "AD[27]" "23" 0x0)				
+	                        Pad(1263 20 1287 20 16 "AD[25]" "24" 0x0)
+				Pad(1263 20 1263 220 16 "AD[25]" "24" 0x0)
+				Pad(1263 220 1275 270 16 "AD[25]" "24" 0x0)
+				Pad(1275 20 1275 270 16 "AD[25]" "24" 0x0)
+				Pad(1287 20 1287 220 16 "AD[25]" "24" 0x0)
+				Pad(1287 220 1275 270 16 "AD[25]" "24" 0x0)				
+	                        Pad(1313 20 1337 20 16 "+3.3V" "25" 0x0)
+				Pad(1313 20 1313 220 16 "+3.3V" "25" 0x0)
+				Pad(1313 220 1325 270 16 "+3.3V" "25" 0x0)
+				Pad(1325 20 1325 270 16 "+3.3V" "25" 0x0)
+				Pad(1337 20 1337 220 16 "+3.3V" "25" 0x0)
+				Pad(1337 220 1325 270 16 "+3.3V" "25" 0x0)				
+	                        Pad(1363 20 1387 20 16 "C/BE[3]*" "26" 0x0)
+				Pad(1363 20 1363 220 16 "C/BE[3]*" "26" 0x0)
+				Pad(1363 220 1375 270 16 "C/BE[3]*" "26" 0x0)
+				Pad(1375 20 1375 270 16 "C/BE[3]*" "26" 0x0)
+				Pad(1387 20 1387 220 16 "C/BE[3]*" "26" 0x0)
+				Pad(1387 220 1375 270 16 "C/BE[3]*" "26" 0x0)				
+	                        Pad(1413 20 1437 20 16 "AD[23]" "27" 0x0)
+				Pad(1413 20 1413 220 16 "AD[23]" "27" 0x0)
+				Pad(1413 220 1425 270 16 "AD[23]" "27" 0x0)
+				Pad(1425 20 1425 270 16 "AD[23]" "27" 0x0)
+				Pad(1437 20 1437 220 16 "AD[23]" "27" 0x0)
+				Pad(1437 220 1425 270 16 "AD[23]" "27" 0x0)				
+	                        Pad(1463 20 1487 20 16 "Ground" "28" 0x0)
+				Pad(1463 20 1463 220 16 "Ground" "28" 0x0)
+				Pad(1463 220 1475 270 16 "Ground" "28" 0x0)
+				Pad(1475 20 1475 270 16 "Ground" "28" 0x0)
+				Pad(1487 20 1487 220 16 "Ground" "28" 0x0)
+				Pad(1487 220 1475 270 16 "Ground" "28" 0x0)				
+	                        Pad(1513 20 1537 20 16 "AD[21]" "29" 0x0)
+				Pad(1513 20 1513 220 16 "AD[21]" "29" 0x0)
+				Pad(1513 220 1525 270 16 "AD[21]" "29" 0x0)
+				Pad(1525 20 1525 270 16 "AD[21]" "29" 0x0)
+				Pad(1537 20 1537 220 16 "AD[21]" "29" 0x0)
+				Pad(1537 220 1525 270 16 "AD[21]" "29" 0x0)				
+	                        Pad(1563 20 1587 20 16 "AD[19]" "30" 0x0)
+				Pad(1563 20 1563 220 16 "AD[19]" "30" 0x0)
+				Pad(1563 220 1575 270 16 "AD[19]" "30" 0x0)
+				Pad(1575 20 1575 270 16 "AD[19]" "30" 0x0)
+				Pad(1587 20 1587 220 16 "AD[19]" "30" 0x0)
+				Pad(1587 220 1575 270 16 "AD[19]" "30" 0x0)				
+	                        Pad(1613 20 1637 20 16 "+3.3V" "31" 0x0)
+				Pad(1613 20 1613 220 16 "+3.3V" "31" 0x0)
+				Pad(1613 220 1625 270 16 "+3.3V" "31" 0x0)
+				Pad(1625 20 1625 270 16 "+3.3V" "31" 0x0)
+				Pad(1637 20 1637 220 16 "+3.3V" "31" 0x0)
+				Pad(1637 220 1625 270 16 "+3.3V" "31" 0x0)				
+	                        Pad(1663 20 1687 20 16 "AD[17]" "32" 0x0)
+				Pad(1663 20 1663 220 16 "AD[17]" "32" 0x0)
+				Pad(1663 220 1675 270 16 "AD[17]" "32" 0x0)
+				Pad(1675 20 1675 270 16 "AD[17]" "32" 0x0)
+				Pad(1687 20 1687 220 16 "AD[17]" "32" 0x0)
+				Pad(1687 220 1675 270 16 "AD[17]" "32" 0x0)				
+	                        Pad(1713 20 1737 20 16 "C/BE[2]*" "33" 0x0)
+				Pad(1713 20 1713 220 16 "C/BE[2]*" "33" 0x0)
+				Pad(1713 220 1725 270 16 "C/BE[2]*" "33" 0x0)
+				Pad(1725 20 1725 270 16 "C/BE[2]*" "33" 0x0)
+				Pad(1737 20 1737 220 16 "C/BE[2]*" "33" 0x0)
+				Pad(1737 220 1725 270 16 "C/BE[2]*" "33" 0x0)				
+	                        Pad(1763 20 1787 20 16 "Ground" "34" 0x0)
+				Pad(1763 20 1763 220 16 "Ground" "34" 0x0)
+				Pad(1763 220 1775 270 16 "Ground" "34" 0x0)
+				Pad(1775 20 1775 270 16 "Ground" "34" 0x0)
+				Pad(1787 20 1787 220 16 "Ground" "34" 0x0)
+				Pad(1787 220 1775 270 16 "Ground" "34" 0x0)				
+	                        Pad(1813 20 1837 20 16 "IRDY*" "35" 0x0)
+				Pad(1813 20 1813 220 16 "IRDY*" "35" 0x0)
+				Pad(1813 220 1825 270 16 "IRDY*" "35" 0x0)
+				Pad(1825 20 1825 270 16 "IRDY*" "35" 0x0)
+				Pad(1837 20 1837 220 16 "IRDY*" "35" 0x0)
+				Pad(1837 220 1825 270 16 "IRDY*" "35" 0x0)				
+	                        Pad(1863 20 1887 20 16 "+3.3V" "36" 0x0)
+				Pad(1863 20 1863 220 16 "+3.3V" "36" 0x0)
+				Pad(1863 220 1875 270 16 "+3.3V" "36" 0x0)
+				Pad(1875 20 1875 270 16 "+3.3V" "36" 0x0)
+				Pad(1887 20 1887 220 16 "+3.3V" "36" 0x0)
+				Pad(1887 220 1875 270 16 "+3.3V" "36" 0x0)				
+	                        Pad(1913 20 1937 20 16 "DEVSEL*" "37" 0x0)
+				Pad(1913 20 1913 220 16 "DEVSEL*" "37" 0x0)
+				Pad(1913 220 1925 270 16 "DEVSEL*" "37" 0x0)
+				Pad(1925 20 1925 270 16 "DEVSEL*" "37" 0x0)
+				Pad(1937 20 1937 220 16 "DEVSEL*" "37" 0x0)
+				Pad(1937 220 1925 270 16 "DEVSEL*" "37" 0x0)				
+	                        Pad(1963 20 1987 20 16 "Ground" "38" 0x0)
+				Pad(1963 20 1963 220 16 "Ground" "38" 0x0)
+				Pad(1963 220 1975 270 16 "Ground" "38" 0x0)
+				Pad(1975 20 1975 270 16 "Ground" "38" 0x0)
+				Pad(1987 20 1987 220 16 "Ground" "38" 0x0)
+				Pad(1987 220 1975 270 16 "Ground" "38" 0x0)				
+	                        Pad(2013 20 2037 20 16 "LOCK*" "39" 0x0)
+				Pad(2013 20 2013 220 16 "LOCK*" "39" 0x0)
+				Pad(2013 220 2025 270 16 "LOCK*" "39" 0x0)
+				Pad(2025 20 2025 270 16 "LOCK*" "39" 0x0)
+				Pad(2037 20 2037 220 16 "LOCK*" "39" 0x0)
+				Pad(2037 220 2025 270 16 "LOCK*" "39" 0x0)				
+	                        Pad(2063 20 2087 20 16 "PERR*" "40" 0x0)
+				Pad(2063 20 2063 220 16 "PERR*" "40" 0x0)
+				Pad(2063 220 2075 270 16 "PERR*" "40" 0x0)
+				Pad(2075 20 2075 270 16 "PERR*" "40" 0x0)
+				Pad(2087 20 2087 220 16 "PERR*" "40" 0x0)
+				Pad(2087 220 2075 270 16 "PERR*" "40" 0x0)				
+	                        Pad(2113 20 2137 20 16 "+3.3V" "41" 0x0)
+				Pad(2113 20 2113 220 16 "+3.3V" "41" 0x0)
+				Pad(2113 220 2125 270 16 "+3.3V" "41" 0x0)
+				Pad(2125 20 2125 270 16 "+3.3V" "41" 0x0)
+				Pad(2137 20 2137 220 16 "+3.3V" "41" 0x0)
+				Pad(2137 220 2125 270 16 "+3.3V" "41" 0x0)				
+	                        Pad(2163 20 2187 20 16 "SERR*" "42" 0x0)
+				Pad(2163 20 2163 220 16 "SERR*" "42" 0x0)
+				Pad(2163 220 2175 270 16 "SERR*" "42" 0x0)
+				Pad(2175 20 2175 270 16 "SERR*" "42" 0x0)
+				Pad(2187 20 2187 220 16 "SERR*" "42" 0x0)
+				Pad(2187 220 2175 270 16 "SERR*" "42" 0x0)				
+	                        Pad(2213 20 2237 20 16 "+3.3V" "43" 0x0)
+				Pad(2213 20 2213 220 16 "+3.3V" "43" 0x0)
+				Pad(2213 220 2225 270 16 "+3.3V" "43" 0x0)
+				Pad(2225 20 2225 270 16 "+3.3V" "43" 0x0)
+				Pad(2237 20 2237 220 16 "+3.3V" "43" 0x0)
+				Pad(2237 220 2225 270 16 "+3.3V" "43" 0x0)				
+	                        Pad(2263 20 2287 20 16 "C/BE[1]*" "44" 0x0)
+				Pad(2263 20 2263 220 16 "C/BE[1]*" "44" 0x0)
+				Pad(2263 220 2275 270 16 "C/BE[1]*" "44" 0x0)
+				Pad(2275 20 2275 270 16 "C/BE[1]*" "44" 0x0)
+				Pad(2287 20 2287 220 16 "C/BE[1]*" "44" 0x0)
+				Pad(2287 220 2275 270 16 "C/BE[1]*" "44" 0x0)				
+	                        Pad(2313 20 2337 20 16 "AD[14]" "45" 0x0)
+				Pad(2313 20 2313 220 16 "AD[14]" "45" 0x0)
+				Pad(2313 220 2325 270 16 "AD[14]" "45" 0x0)
+				Pad(2325 20 2325 270 16 "AD[14]" "45" 0x0)
+				Pad(2337 20 2337 220 16 "AD[14]" "45" 0x0)
+				Pad(2337 220 2325 270 16 "AD[14]" "45" 0x0)				
+	                        Pad(2363 20 2387 20 16 "Ground" "46" 0x0)
+				Pad(2363 20 2363 220 16 "Ground" "46" 0x0)
+				Pad(2363 220 2375 270 16 "Ground" "46" 0x0)
+				Pad(2375 20 2375 270 16 "Ground" "46" 0x0)
+				Pad(2387 20 2387 220 16 "Ground" "46" 0x0)
+				Pad(2387 220 2375 270 16 "Ground" "46" 0x0)				
+	                        Pad(2413 20 2437 20 16 "AD[12]" "47" 0x0)
+				Pad(2413 20 2413 220 16 "AD[12]" "47" 0x0)
+				Pad(2413 220 2425 270 16 "AD[12]" "47" 0x0)
+				Pad(2425 20 2425 270 16 "AD[12]" "47" 0x0)
+				Pad(2437 20 2437 220 16 "AD[12]" "47" 0x0)
+				Pad(2437 220 2425 270 16 "AD[12]" "47" 0x0)				
+	                        Pad(2463 20 2487 20 16 "AD[10]" "48" 0x0)
+				Pad(2463 20 2463 220 16 "AD[10]" "48" 0x0)
+				Pad(2463 220 2475 270 16 "AD[10]" "48" 0x0)
+				Pad(2475 20 2475 270 16 "AD[10]" "48" 0x0)
+				Pad(2487 20 2487 220 16 "AD[10]" "48" 0x0)
+				Pad(2487 220 2475 270 16 "AD[10]" "48" 0x0)				
+	                        Pad(2513 20 2537 20 16 "Ground" "49" 0x0)
+				Pad(2513 20 2513 220 16 "Ground" "49" 0x0)
+				Pad(2513 220 2525 270 16 "Ground" "49" 0x0)
+				Pad(2525 20 2525 270 16 "Ground" "49" 0x0)
+				Pad(2537 20 2537 220 16 "Ground" "49" 0x0)
+				Pad(2537 220 2525 270 16 "Ground" "49" 0x0)				
+				ElementLine(2662 282 3187 282 2)
+				ElementArc(2662 270 12 12 0 90 2)
+				ElementArc(3187 270 12 12 90 90 2)
+		                ElementLine(2650 0 2650 270 1)
+                                ElementLine(3199 0 3199 270 1)
+					ElementLine(-1525 282 -1525 -1138 1)
+					ElementLine(-1525 -1138 3199 -1138 1)
+					ElementLine(3199 -1138 3199 0 1)
+				        ElementArc(-1250 7 125 125 0 360 1)
+				        ElementArc(-1250 -863 125 125 0 360 1)
+	                        Pad(2662 20 2686 20 16 "AD[08]" "50" 0x0)
+				Pad(2662 20 2662 220 16 "AD[08]" "50" 0x0)
+				Pad(2662 220 2674 270 16 "AD[08]" "50" 0x0)
+				Pad(2674 20 2674 270 16 "AD[08]" "50" 0x0)
+				Pad(2686 20 2686 220 16 "AD[08]" "50" 0x0)
+				Pad(2686 220 2674 270 16 "AD[08]" "50" 0x0)				
+	                        Pad(2712 20 2736 20 16 "AD[07]" "51" 0x0)
+				Pad(2712 20 2712 220 16 "AD[07]" "51" 0x0)
+				Pad(2712 220 2724 270 16 "AD[07]" "51" 0x0)
+				Pad(2724 20 2724 270 16 "AD[07]" "51" 0x0)
+				Pad(2736 20 2736 220 16 "AD[07]" "51" 0x0)
+				Pad(2736 220 2724 270 16 "AD[07]" "51" 0x0)				
+	                        Pad(2762 20 2786 20 16 "+3.3V" "52" 0x0)
+				Pad(2762 20 2762 220 16 "+3.3V" "52" 0x0)
+				Pad(2762 220 2774 270 16 "+3.3V" "52" 0x0)
+				Pad(2774 20 2774 270 16 "+3.3V" "52" 0x0)
+				Pad(2786 20 2786 220 16 "+3.3V" "52" 0x0)
+				Pad(2786 220 2774 270 16 "+3.3V" "52" 0x0)				
+	                        Pad(2812 20 2836 20 16 "AD[05]" "53" 0x0)
+				Pad(2812 20 2812 220 16 "AD[05]" "53" 0x0)
+				Pad(2812 220 2824 270 16 "AD[05]" "53" 0x0)
+				Pad(2824 20 2824 270 16 "AD[05]" "53" 0x0)
+				Pad(2836 20 2836 220 16 "AD[05]" "53" 0x0)
+				Pad(2836 220 2824 270 16 "AD[05]" "53" 0x0)				
+	                        Pad(2862 20 2886 20 16 "AD[03]" "54" 0x0)
+				Pad(2862 20 2862 220 16 "AD[03]" "54" 0x0)
+				Pad(2862 220 2874 270 16 "AD[03]" "54" 0x0)
+				Pad(2874 20 2874 270 16 "AD[03]" "54" 0x0)
+				Pad(2886 20 2886 220 16 "AD[03]" "54" 0x0)
+				Pad(2886 220 2874 270 16 "AD[03]" "54" 0x0)				
+	                        Pad(2912 20 2936 20 16 "Ground" "55" 0x0)
+				Pad(2912 20 2912 220 16 "Ground" "55" 0x0)
+				Pad(2912 220 2924 270 16 "Ground" "55" 0x0)
+				Pad(2924 20 2924 270 16 "Ground" "55" 0x0)
+				Pad(2936 20 2936 220 16 "Ground" "55" 0x0)
+				Pad(2936 220 2924 270 16 "Ground" "55" 0x0)				
+	                        Pad(2962 20 2986 20 16 "AD[01]" "56" 0x0)
+				Pad(2962 20 2962 220 16 "AD[01]" "56" 0x0)
+				Pad(2962 220 2974 270 16 "AD[01]" "56" 0x0)
+				Pad(2974 20 2974 270 16 "AD[01]" "56" 0x0)
+				Pad(2986 20 2986 220 16 "AD[01]" "56" 0x0)
+				Pad(2986 220 2974 270 16 "AD[01]" "56" 0x0)				
+	                        Pad(3012 20 3036 20 16 "+5V" "57" 0x0)
+				Pad(3012 20 3012 220 16 "+5V" "57" 0x0)
+				Pad(3012 220 3024 270 16 "+5V" "57" 0x0)
+				Pad(3024 20 3024 270 16 "+5V" "57" 0x0)
+				Pad(3036 20 3036 220 16 "+5V" "57" 0x0)
+				Pad(3036 220 3024 270 16 "+5V" "57" 0x0)				
+	                        Pad(3062 20 3086 20 16 "ACK64*" "58" 0x0)
+				Pad(3062 20 3062 220 16 "ACK64*" "58" 0x0)
+				Pad(3062 220 3074 270 16 "ACK64*" "58" 0x0)
+				Pad(3074 20 3074 270 16 "ACK64*" "58" 0x0)
+				Pad(3086 20 3086 220 16 "ACK64*" "58" 0x0)
+				Pad(3086 220 3074 270 16 "ACK64*" "58" 0x0)				
+	                        Pad(3112 20 3136 20 16 "+5V" "59" 0x0)
+				Pad(3112 20 3112 220 16 "+5V" "59" 0x0)
+				Pad(3112 220 3124 270 16 "+5V" "59" 0x0)
+				Pad(3124 20 3124 270 16 "+5V" "59" 0x0)
+				Pad(3136 20 3136 220 16 "+5V" "59" 0x0)
+				Pad(3136 220 3124 270 16 "+5V" "59" 0x0)				
+	                        Pad(3162 20 3186 20 16 "+5V" "60" 0x0)
+				Pad(3162 20 3162 220 16 "+5V" "60" 0x0)
+				Pad(3162 220 3174 270 16 "+5V" "60" 0x0)
+				Pad(3174 20 3174 270 16 "+5V" "60" 0x0)
+				Pad(3186 20 3186 220 16 "+5V" "60" 0x0)
+				Pad(3186 220 3174 270 16 "+5V" "60" 0x0)				
+	                        Pad(113 20 137 20 16 "TRST*" "61" 0x80)
+				Pad(113 20 113 220 16 "TRST*" "61" 0x80)
+				Pad(113 220 125 270 16 "TRST*" "61" 0x80)
+				Pad(125 20 125 270 16 "TRST*" "61" 0x80)
+				Pad(137 20 137 220 16 "TRST*" "61" 0x80)
+				Pad(137 220 125 270 16 "TRST*" "61" 0x80)				
+	                        Pad(163 20 187 20 16 "+12V" "62" 0x80)
+				Pad(163 20 163 220 16 "+12V" "62" 0x80)
+				Pad(163 220 175 270 16 "+12V" "62" 0x80)
+				Pad(175 20 175 270 16 "+12V" "62" 0x80)
+				Pad(187 20 187 220 16 "+12V" "62" 0x80)
+				Pad(187 220 175 270 16 "+12V" "62" 0x80)				
+	                        Pad(213 20 237 20 16 "TMS" "63" 0x80)
+				Pad(213 20 213 220 16 "TMS" "63" 0x80)
+				Pad(213 220 225 270 16 "TMS" "63" 0x80)
+				Pad(225 20 225 270 16 "TMS" "63" 0x80)
+				Pad(237 20 237 220 16 "TMS" "63" 0x80)
+				Pad(237 220 225 270 16 "TMS" "63" 0x80)				
+	                        Pad(263 20 287 20 16 "TDI" "64" 0x80)
+				Pad(263 20 263 220 16 "TDI" "64" 0x80)
+				Pad(263 220 275 270 16 "TDI" "64" 0x80)
+				Pad(275 20 275 270 16 "TDI" "64" 0x80)
+				Pad(287 20 287 220 16 "TDI" "64" 0x80)
+				Pad(287 220 275 270 16 "TDI" "64" 0x80)				
+	                        Pad(313 20 337 20 16 "+5V" "65" 0x80)
+				Pad(313 20 313 220 16 "+5V" "65" 0x80)
+				Pad(313 220 325 270 16 "+5V" "65" 0x80)
+				Pad(325 20 325 270 16 "+5V" "65" 0x80)
+				Pad(337 20 337 220 16 "+5V" "65" 0x80)
+				Pad(337 220 325 270 16 "+5V" "65" 0x80)				
+	                        Pad(363 20 387 20 16 "INTA*" "66" 0x80)
+				Pad(363 20 363 220 16 "INTA*" "66" 0x80)
+				Pad(363 220 375 270 16 "INTA*" "66" 0x80)
+				Pad(375 20 375 270 16 "INTA*" "66" 0x80)
+				Pad(387 20 387 220 16 "INTA*" "66" 0x80)
+				Pad(387 220 375 270 16 "INTA*" "66" 0x80)				
+	                        Pad(413 20 437 20 16 "INTC*" "67" 0x80)
+				Pad(413 20 413 220 16 "INTC*" "67" 0x80)
+				Pad(413 220 425 270 16 "INTC*" "67" 0x80)
+				Pad(425 20 425 270 16 "INTC*" "67" 0x80)
+				Pad(437 20 437 220 16 "INTC*" "67" 0x80)
+				Pad(437 220 425 270 16 "INTC*" "67" 0x80)				
+	                        Pad(463 20 487 20 16 "+5V" "68" 0x80)
+				Pad(463 20 463 220 16 "+5V" "68" 0x80)
+				Pad(463 220 475 270 16 "+5V" "68" 0x80)
+				Pad(475 20 475 270 16 "+5V" "68" 0x80)
+				Pad(487 20 487 220 16 "+5V" "68" 0x80)
+				Pad(487 220 475 270 16 "+5V" "68" 0x80)				
+	                        Pad(513 20 537 20 16 "Reserved" "69" 0x80)
+				Pad(513 20 513 220 16 "Reserved" "69" 0x80)
+				Pad(513 220 525 270 16 "Reserved" "69" 0x80)
+				Pad(525 20 525 270 16 "Reserved" "69" 0x80)
+				Pad(537 20 537 220 16 "Reserved" "69" 0x80)
+				Pad(537 220 525 270 16 "Reserved" "69" 0x80)				
+	                        Pad(563 20 587 20 16 "+5V" "70" 0x80)
+				Pad(563 20 563 220 16 "+5V" "70" 0x80)
+				Pad(563 220 575 270 16 "+5V" "70" 0x80)
+				Pad(575 20 575 270 16 "+5V" "70" 0x80)
+				Pad(587 20 587 220 16 "+5V" "70" 0x80)
+				Pad(587 220 575 270 16 "+5V" "70" 0x80)				
+	                        Pad(613 20 637 20 16 "Reserved" "71" 0x80)
+				Pad(613 20 613 220 16 "Reserved" "71" 0x80)
+				Pad(613 220 625 270 16 "Reserved" "71" 0x80)
+				Pad(625 20 625 270 16 "Reserved" "71" 0x80)
+				Pad(637 20 637 220 16 "Reserved" "71" 0x80)
+				Pad(637 220 625 270 16 "Reserved" "71" 0x80)				
+	                        Pad(663 20 687 20 16 "Ground" "72" 0x80)
+				Pad(663 20 663 220 16 "Ground" "72" 0x80)
+				Pad(663 220 675 270 16 "Ground" "72" 0x80)
+				Pad(675 20 675 270 16 "Ground" "72" 0x80)
+				Pad(687 20 687 220 16 "Ground" "72" 0x80)
+				Pad(687 220 675 270 16 "Ground" "72" 0x80)				
+	                        Pad(713 20 737 20 16 "Ground" "73" 0x80)
+				Pad(713 20 713 220 16 "Ground" "73" 0x80)
+				Pad(713 220 725 270 16 "Ground" "73" 0x80)
+				Pad(725 20 725 270 16 "Ground" "73" 0x80)
+				Pad(737 20 737 220 16 "Ground" "73" 0x80)
+				Pad(737 220 725 270 16 "Ground" "73" 0x80)				
+	                        Pad(763 20 787 20 16 "3.3Vaux" "74" 0x80)
+				Pad(763 20 763 220 16 "3.3Vaux" "74" 0x80)
+				Pad(763 220 775 270 16 "3.3Vaux" "74" 0x80)
+				Pad(775 20 775 270 16 "3.3Vaux" "74" 0x80)
+				Pad(787 20 787 220 16 "3.3Vaux" "74" 0x80)
+				Pad(787 220 775 270 16 "3.3Vaux" "74" 0x80)				
+	                        Pad(813 20 837 20 16 "RST*" "75" 0x80)
+				Pad(813 20 813 220 16 "RST*" "75" 0x80)
+				Pad(813 220 825 270 16 "RST*" "75" 0x80)
+				Pad(825 20 825 270 16 "RST*" "75" 0x80)
+				Pad(837 20 837 220 16 "RST*" "75" 0x80)
+				Pad(837 220 825 270 16 "RST*" "75" 0x80)				
+	                        Pad(863 20 887 20 16 "+5V" "76" 0x80)
+				Pad(863 20 863 220 16 "+5V" "76" 0x80)
+				Pad(863 220 875 270 16 "+5V" "76" 0x80)
+				Pad(875 20 875 270 16 "+5V" "76" 0x80)
+				Pad(887 20 887 220 16 "+5V" "76" 0x80)
+				Pad(887 220 875 270 16 "+5V" "76" 0x80)				
+	                        Pad(913 20 937 20 16 "GNT*" "77" 0x80)
+				Pad(913 20 913 220 16 "GNT*" "77" 0x80)
+				Pad(913 220 925 270 16 "GNT*" "77" 0x80)
+				Pad(925 20 925 270 16 "GNT*" "77" 0x80)
+				Pad(937 20 937 220 16 "GNT*" "77" 0x80)
+				Pad(937 220 925 270 16 "GNT*" "77" 0x80)				
+	                        Pad(963 20 987 20 16 "Ground" "78" 0x80)
+				Pad(963 20 963 220 16 "Ground" "78" 0x80)
+				Pad(963 220 975 270 16 "Ground" "78" 0x80)
+				Pad(975 20 975 270 16 "Ground" "78" 0x80)
+				Pad(987 20 987 220 16 "Ground" "78" 0x80)
+				Pad(987 220 975 270 16 "Ground" "78" 0x80)				
+	                        Pad(1013 20 1037 20 16 "PME*" "79" 0x80)
+				Pad(1013 20 1013 220 16 "PME*" "79" 0x80)
+				Pad(1013 220 1025 270 16 "PME*" "79" 0x80)
+				Pad(1025 20 1025 270 16 "PME*" "79" 0x80)
+				Pad(1037 20 1037 220 16 "PME*" "79" 0x80)
+				Pad(1037 220 1025 270 16 "PME*" "79" 0x80)				
+	                        Pad(1063 20 1087 20 16 "AD[30]" "80" 0x80)
+				Pad(1063 20 1063 220 16 "AD[30]" "80" 0x80)
+				Pad(1063 220 1075 270 16 "AD[30]" "80" 0x80)
+				Pad(1075 20 1075 270 16 "AD[30]" "80" 0x80)
+				Pad(1087 20 1087 220 16 "AD[30]" "80" 0x80)
+				Pad(1087 220 1075 270 16 "AD[30]" "80" 0x80)				
+	                        Pad(1113 20 1137 20 16 "+3.3V" "81" 0x80)
+				Pad(1113 20 1113 220 16 "+3.3V" "81" 0x80)
+				Pad(1113 220 1125 270 16 "+3.3V" "81" 0x80)
+				Pad(1125 20 1125 270 16 "+3.3V" "81" 0x80)
+				Pad(1137 20 1137 220 16 "+3.3V" "81" 0x80)
+				Pad(1137 220 1125 270 16 "+3.3V" "81" 0x80)				
+	                        Pad(1163 20 1187 20 16 "AD[28]" "82" 0x80)
+				Pad(1163 20 1163 220 16 "AD[28]" "82" 0x80)
+				Pad(1163 220 1175 270 16 "AD[28]" "82" 0x80)
+				Pad(1175 20 1175 270 16 "AD[28]" "82" 0x80)
+				Pad(1187 20 1187 220 16 "AD[28]" "82" 0x80)
+				Pad(1187 220 1175 270 16 "AD[28]" "82" 0x80)				
+	                        Pad(1213 20 1237 20 16 "AD[26]" "83" 0x80)
+				Pad(1213 20 1213 220 16 "AD[26]" "83" 0x80)
+				Pad(1213 220 1225 270 16 "AD[26]" "83" 0x80)
+				Pad(1225 20 1225 270 16 "AD[26]" "83" 0x80)
+				Pad(1237 20 1237 220 16 "AD[26]" "83" 0x80)
+				Pad(1237 220 1225 270 16 "AD[26]" "83" 0x80)				
+	                        Pad(1263 20 1287 20 16 "Ground" "84" 0x80)
+				Pad(1263 20 1263 220 16 "Ground" "84" 0x80)
+				Pad(1263 220 1275 270 16 "Ground" "84" 0x80)
+				Pad(1275 20 1275 270 16 "Ground" "84" 0x80)
+				Pad(1287 20 1287 220 16 "Ground" "84" 0x80)
+				Pad(1287 220 1275 270 16 "Ground" "84" 0x80)				
+	                        Pad(1313 20 1337 20 16 "AD[24]" "85" 0x80)
+				Pad(1313 20 1313 220 16 "AD[24]" "85" 0x80)
+				Pad(1313 220 1325 270 16 "AD[24]" "85" 0x80)
+				Pad(1325 20 1325 270 16 "AD[24]" "85" 0x80)
+				Pad(1337 20 1337 220 16 "AD[24]" "85" 0x80)
+				Pad(1337 220 1325 270 16 "AD[24]" "85" 0x80)				
+	                        Pad(1363 20 1387 20 16 "IDSEL" "86" 0x80)
+				Pad(1363 20 1363 220 16 "IDSEL" "86" 0x80)
+				Pad(1363 220 1375 270 16 "IDSEL" "86" 0x80)
+				Pad(1375 20 1375 270 16 "IDSEL" "86" 0x80)
+				Pad(1387 20 1387 220 16 "IDSEL" "86" 0x80)
+				Pad(1387 220 1375 270 16 "IDSEL" "86" 0x80)				
+	                        Pad(1413 20 1437 20 16 "+3.3V" "87" 0x80)
+				Pad(1413 20 1413 220 16 "+3.3V" "87" 0x80)
+				Pad(1413 220 1425 270 16 "+3.3V" "87" 0x80)
+				Pad(1425 20 1425 270 16 "+3.3V" "87" 0x80)
+				Pad(1437 20 1437 220 16 "+3.3V" "87" 0x80)
+				Pad(1437 220 1425 270 16 "+3.3V" "87" 0x80)				
+	                        Pad(1463 20 1487 20 16 "AD[22]" "88" 0x80)
+				Pad(1463 20 1463 220 16 "AD[22]" "88" 0x80)
+				Pad(1463 220 1475 270 16 "AD[22]" "88" 0x80)
+				Pad(1475 20 1475 270 16 "AD[22]" "88" 0x80)
+				Pad(1487 20 1487 220 16 "AD[22]" "88" 0x80)
+				Pad(1487 220 1475 270 16 "AD[22]" "88" 0x80)				
+	                        Pad(1513 20 1537 20 16 "AD[20]" "89" 0x80)
+				Pad(1513 20 1513 220 16 "AD[20]" "89" 0x80)
+				Pad(1513 220 1525 270 16 "AD[20]" "89" 0x80)
+				Pad(1525 20 1525 270 16 "AD[20]" "89" 0x80)
+				Pad(1537 20 1537 220 16 "AD[20]" "89" 0x80)
+				Pad(1537 220 1525 270 16 "AD[20]" "89" 0x80)				
+	                        Pad(1563 20 1587 20 16 "Ground" "90" 0x80)
+				Pad(1563 20 1563 220 16 "Ground" "90" 0x80)
+				Pad(1563 220 1575 270 16 "Ground" "90" 0x80)
+				Pad(1575 20 1575 270 16 "Ground" "90" 0x80)
+				Pad(1587 20 1587 220 16 "Ground" "90" 0x80)
+				Pad(1587 220 1575 270 16 "Ground" "90" 0x80)				
+	                        Pad(1613 20 1637 20 16 "AD[18]" "91" 0x80)
+				Pad(1613 20 1613 220 16 "AD[18]" "91" 0x80)
+				Pad(1613 220 1625 270 16 "AD[18]" "91" 0x80)
+				Pad(1625 20 1625 270 16 "AD[18]" "91" 0x80)
+				Pad(1637 20 1637 220 16 "AD[18]" "91" 0x80)
+				Pad(1637 220 1625 270 16 "AD[18]" "91" 0x80)				
+	                        Pad(1663 20 1687 20 16 "AD[16]" "92" 0x80)
+				Pad(1663 20 1663 220 16 "AD[16]" "92" 0x80)
+				Pad(1663 220 1675 270 16 "AD[16]" "92" 0x80)
+				Pad(1675 20 1675 270 16 "AD[16]" "92" 0x80)
+				Pad(1687 20 1687 220 16 "AD[16]" "92" 0x80)
+				Pad(1687 220 1675 270 16 "AD[16]" "92" 0x80)				
+	                        Pad(1713 20 1737 20 16 "+3.3V" "93" 0x80)
+				Pad(1713 20 1713 220 16 "+3.3V" "93" 0x80)
+				Pad(1713 220 1725 270 16 "+3.3V" "93" 0x80)
+				Pad(1725 20 1725 270 16 "+3.3V" "93" 0x80)
+				Pad(1737 20 1737 220 16 "+3.3V" "93" 0x80)
+				Pad(1737 220 1725 270 16 "+3.3V" "93" 0x80)				
+	                        Pad(1763 20 1787 20 16 "FRAME*" "94" 0x80)
+				Pad(1763 20 1763 220 16 "FRAME*" "94" 0x80)
+				Pad(1763 220 1775 270 16 "FRAME*" "94" 0x80)
+				Pad(1775 20 1775 270 16 "FRAME*" "94" 0x80)
+				Pad(1787 20 1787 220 16 "FRAME*" "94" 0x80)
+				Pad(1787 220 1775 270 16 "FRAME*" "94" 0x80)				
+	                        Pad(1813 20 1837 20 16 "Ground" "95" 0x80)
+				Pad(1813 20 1813 220 16 "Ground" "95" 0x80)
+				Pad(1813 220 1825 270 16 "Ground" "95" 0x80)
+				Pad(1825 20 1825 270 16 "Ground" "95" 0x80)
+				Pad(1837 20 1837 220 16 "Ground" "95" 0x80)
+				Pad(1837 220 1825 270 16 "Ground" "95" 0x80)				
+	                        Pad(1863 20 1887 20 16 "TRDY*" "96" 0x80)
+				Pad(1863 20 1863 220 16 "TRDY*" "96" 0x80)
+				Pad(1863 220 1875 270 16 "TRDY*" "96" 0x80)
+				Pad(1875 20 1875 270 16 "TRDY*" "96" 0x80)
+				Pad(1887 20 1887 220 16 "TRDY*" "96" 0x80)
+				Pad(1887 220 1875 270 16 "TRDY*" "96" 0x80)				
+	                        Pad(1913 20 1937 20 16 "Ground" "97" 0x80)
+				Pad(1913 20 1913 220 16 "Ground" "97" 0x80)
+				Pad(1913 220 1925 270 16 "Ground" "97" 0x80)
+				Pad(1925 20 1925 270 16 "Ground" "97" 0x80)
+				Pad(1937 20 1937 220 16 "Ground" "97" 0x80)
+				Pad(1937 220 1925 270 16 "Ground" "97" 0x80)				
+	                        Pad(1963 20 1987 20 16 "STOP*" "98" 0x80)
+				Pad(1963 20 1963 220 16 "STOP*" "98" 0x80)
+				Pad(1963 220 1975 270 16 "STOP*" "98" 0x80)
+				Pad(1975 20 1975 270 16 "STOP*" "98" 0x80)
+				Pad(1987 20 1987 220 16 "STOP*" "98" 0x80)
+				Pad(1987 220 1975 270 16 "STOP*" "98" 0x80)				
+	                        Pad(2013 20 2037 20 16 "+3.3V" "99" 0x80)
+				Pad(2013 20 2013 220 16 "+3.3V" "99" 0x80)
+				Pad(2013 220 2025 270 16 "+3.3V" "99" 0x80)
+				Pad(2025 20 2025 270 16 "+3.3V" "99" 0x80)
+				Pad(2037 20 2037 220 16 "+3.3V" "99" 0x80)
+				Pad(2037 220 2025 270 16 "+3.3V" "99" 0x80)				
+	                        Pad(2063 20 2087 20 16 "Reserved" "100" 0x80)
+				Pad(2063 20 2063 220 16 "Reserved" "100" 0x80)
+				Pad(2063 220 2075 270 16 "Reserved" "100" 0x80)
+				Pad(2075 20 2075 270 16 "Reserved" "100" 0x80)
+				Pad(2087 20 2087 220 16 "Reserved" "100" 0x80)
+				Pad(2087 220 2075 270 16 "Reserved" "100" 0x80)				
+	                        Pad(2113 20 2137 20 16 "Reserved" "101" 0x80)
+				Pad(2113 20 2113 220 16 "Reserved" "101" 0x80)
+				Pad(2113 220 2125 270 16 "Reserved" "101" 0x80)
+				Pad(2125 20 2125 270 16 "Reserved" "101" 0x80)
+				Pad(2137 20 2137 220 16 "Reserved" "101" 0x80)
+				Pad(2137 220 2125 270 16 "Reserved" "101" 0x80)				
+	                        Pad(2163 20 2187 20 16 "Ground" "102" 0x80)
+				Pad(2163 20 2163 220 16 "Ground" "102" 0x80)
+				Pad(2163 220 2175 270 16 "Ground" "102" 0x80)
+				Pad(2175 20 2175 270 16 "Ground" "102" 0x80)
+				Pad(2187 20 2187 220 16 "Ground" "102" 0x80)
+				Pad(2187 220 2175 270 16 "Ground" "102" 0x80)				
+	                        Pad(2213 20 2237 20 16 "PAR" "103" 0x80)
+				Pad(2213 20 2213 220 16 "PAR" "103" 0x80)
+				Pad(2213 220 2225 270 16 "PAR" "103" 0x80)
+				Pad(2225 20 2225 270 16 "PAR" "103" 0x80)
+				Pad(2237 20 2237 220 16 "PAR" "103" 0x80)
+				Pad(2237 220 2225 270 16 "PAR" "103" 0x80)				
+	                        Pad(2263 20 2287 20 16 "AD[15]" "104" 0x80)
+				Pad(2263 20 2263 220 16 "AD[15]" "104" 0x80)
+				Pad(2263 220 2275 270 16 "AD[15]" "104" 0x80)
+				Pad(2275 20 2275 270 16 "AD[15]" "104" 0x80)
+				Pad(2287 20 2287 220 16 "AD[15]" "104" 0x80)
+				Pad(2287 220 2275 270 16 "AD[15]" "104" 0x80)				
+	                        Pad(2313 20 2337 20 16 "+3.3V" "105" 0x80)
+				Pad(2313 20 2313 220 16 "+3.3V" "105" 0x80)
+				Pad(2313 220 2325 270 16 "+3.3V" "105" 0x80)
+				Pad(2325 20 2325 270 16 "+3.3V" "105" 0x80)
+				Pad(2337 20 2337 220 16 "+3.3V" "105" 0x80)
+				Pad(2337 220 2325 270 16 "+3.3V" "105" 0x80)				
+	                        Pad(2363 20 2387 20 16 "AD[13]" "106" 0x80)
+				Pad(2363 20 2363 220 16 "AD[13]" "106" 0x80)
+				Pad(2363 220 2375 270 16 "AD[13]" "106" 0x80)
+				Pad(2375 20 2375 270 16 "AD[13]" "106" 0x80)
+				Pad(2387 20 2387 220 16 "AD[13]" "106" 0x80)
+				Pad(2387 220 2375 270 16 "AD[13]" "106" 0x80)				
+	                        Pad(2413 20 2437 20 16 "AD[11]" "107" 0x80)
+				Pad(2413 20 2413 220 16 "AD[11]" "107" 0x80)
+				Pad(2413 220 2425 270 16 "AD[11]" "107" 0x80)
+				Pad(2425 20 2425 270 16 "AD[11]" "107" 0x80)
+				Pad(2437 20 2437 220 16 "AD[11]" "107" 0x80)
+				Pad(2437 220 2425 270 16 "AD[11]" "107" 0x80)				
+	                        Pad(2463 20 2487 20 16 "Ground" "108" 0x80)
+				Pad(2463 20 2463 220 16 "Ground" "108" 0x80)
+				Pad(2463 220 2475 270 16 "Ground" "108" 0x80)
+				Pad(2475 20 2475 270 16 "Ground" "108" 0x80)
+				Pad(2487 20 2487 220 16 "Ground" "108" 0x80)
+				Pad(2487 220 2475 270 16 "Ground" "108" 0x80)				
+	                        Pad(2513 20 2537 20 16 "AD[09]" "109" 0x80)
+				Pad(2513 20 2513 220 16 "AD[09]" "109" 0x80)
+				Pad(2513 220 2525 270 16 "AD[09]" "109" 0x80)
+				Pad(2525 20 2525 270 16 "AD[09]" "109" 0x80)
+				Pad(2537 20 2537 220 16 "AD[09]" "109" 0x80)
+				Pad(2537 220 2525 270 16 "AD[09]" "109" 0x80)				
+	                        Pad(2662 20 2686 20 16 "C/BE[0]*" "110" 0x80)
+				Pad(2662 20 2662 220 16 "C/BE[0]*" "110" 0x80)
+				Pad(2662 220 2674 270 16 "C/BE[0]*" "110" 0x80)
+				Pad(2674 20 2674 270 16 "C/BE[0]*" "110" 0x80)
+				Pad(2686 20 2686 220 16 "C/BE[0]*" "110" 0x80)
+				Pad(2686 220 2674 270 16 "C/BE[0]*" "110" 0x80)				
+	                        Pad(2712 20 2736 20 16 "+3.3V" "111" 0x80)
+				Pad(2712 20 2712 220 16 "+3.3V" "111" 0x80)
+				Pad(2712 220 2724 270 16 "+3.3V" "111" 0x80)
+				Pad(2724 20 2724 270 16 "+3.3V" "111" 0x80)
+				Pad(2736 20 2736 220 16 "+3.3V" "111" 0x80)
+				Pad(2736 220 2724 270 16 "+3.3V" "111" 0x80)				
+	                        Pad(2762 20 2786 20 16 "AD[06]" "112" 0x80)
+				Pad(2762 20 2762 220 16 "AD[06]" "112" 0x80)
+				Pad(2762 220 2774 270 16 "AD[06]" "112" 0x80)
+				Pad(2774 20 2774 270 16 "AD[06]" "112" 0x80)
+				Pad(2786 20 2786 220 16 "AD[06]" "112" 0x80)
+				Pad(2786 220 2774 270 16 "AD[06]" "112" 0x80)				
+	                        Pad(2812 20 2836 20 16 "AD[04]" "113" 0x80)
+				Pad(2812 20 2812 220 16 "AD[04]" "113" 0x80)
+				Pad(2812 220 2824 270 16 "AD[04]" "113" 0x80)
+				Pad(2824 20 2824 270 16 "AD[04]" "113" 0x80)
+				Pad(2836 20 2836 220 16 "AD[04]" "113" 0x80)
+				Pad(2836 220 2824 270 16 "AD[04]" "113" 0x80)				
+	                        Pad(2862 20 2886 20 16 "Ground" "114" 0x80)
+				Pad(2862 20 2862 220 16 "Ground" "114" 0x80)
+				Pad(2862 220 2874 270 16 "Ground" "114" 0x80)
+				Pad(2874 20 2874 270 16 "Ground" "114" 0x80)
+				Pad(2886 20 2886 220 16 "Ground" "114" 0x80)
+				Pad(2886 220 2874 270 16 "Ground" "114" 0x80)				
+	                        Pad(2912 20 2936 20 16 "AD[02]" "115" 0x80)
+				Pad(2912 20 2912 220 16 "AD[02]" "115" 0x80)
+				Pad(2912 220 2924 270 16 "AD[02]" "115" 0x80)
+				Pad(2924 20 2924 270 16 "AD[02]" "115" 0x80)
+				Pad(2936 20 2936 220 16 "AD[02]" "115" 0x80)
+				Pad(2936 220 2924 270 16 "AD[02]" "115" 0x80)				
+	                        Pad(2962 20 2986 20 16 "AD[00]" "116" 0x80)
+				Pad(2962 20 2962 220 16 "AD[00]" "116" 0x80)
+				Pad(2962 220 2974 270 16 "AD[00]" "116" 0x80)
+				Pad(2974 20 2974 270 16 "AD[00]" "116" 0x80)
+				Pad(2986 20 2986 220 16 "AD[00]" "116" 0x80)
+				Pad(2986 220 2974 270 16 "AD[00]" "116" 0x80)				
+	                        Pad(3012 20 3036 20 16 "+5V" "117" 0x80)
+				Pad(3012 20 3012 220 16 "+5V" "117" 0x80)
+				Pad(3012 220 3024 270 16 "+5V" "117" 0x80)
+				Pad(3024 20 3024 270 16 "+5V" "117" 0x80)
+				Pad(3036 20 3036 220 16 "+5V" "117" 0x80)
+				Pad(3036 220 3024 270 16 "+5V" "117" 0x80)				
+	                        Pad(3062 20 3086 20 16 "REQ64*" "118" 0x80)
+				Pad(3062 20 3062 220 16 "REQ64*" "118" 0x80)
+				Pad(3062 220 3074 270 16 "REQ64*" "118" 0x80)
+				Pad(3074 20 3074 270 16 "REQ64*" "118" 0x80)
+				Pad(3086 20 3086 220 16 "REQ64*" "118" 0x80)
+				Pad(3086 220 3074 270 16 "REQ64*" "118" 0x80)				
+	                        Pad(3112 20 3136 20 16 "+5V" "119" 0x80)
+				Pad(3112 20 3112 220 16 "+5V" "119" 0x80)
+				Pad(3112 220 3124 270 16 "+5V" "119" 0x80)
+				Pad(3124 20 3124 270 16 "+5V" "119" 0x80)
+				Pad(3136 20 3136 220 16 "+5V" "119" 0x80)
+				Pad(3136 220 3124 270 16 "+5V" "119" 0x80)				
+	                        Pad(3162 20 3186 20 16 "+5V" "120" 0x80)
+				Pad(3162 20 3162 220 16 "+5V" "120" 0x80)
+				Pad(3162 220 3174 270 16 "+5V" "120" 0x80)
+				Pad(3174 20 3174 270 16 "+5V" "120" 0x80)
+				Pad(3186 20 3186 220 16 "+5V" "120" 0x80)
+				Pad(3186 220 3174 270 16 "+5V" "120" 0x80)				
+)
Index: oldlib/lib/pcblib-newlib/pci/PCI5V_SMALL_HEIGHT.fp
===================================================================
--- oldlib/lib/pcblib-newlib/pci/PCI5V_SMALL_HEIGHT.fp	(nonexistent)
+++ oldlib/lib/pcblib-newlib/pci/PCI5V_SMALL_HEIGHT.fp	(revision 296)
@@ -0,0 +1,746 @@
+Element(0x00  "PCI 5V Array Small Height" "" "PCI5V_SMALL_HEIGHT" 1600 10 1 30 0x00)
+(
+	Mark(1600 135)
+	ElementArc(1 0 100 100 180 90 1)
+  	ElementLine(1 -100 -799 -100 1)
+	ElementArc(-799 0 100 100 270 90 1)
+	ElementLine(-899 0 -899 270 1)
+	ElementArc(-911 270 12 12 90 90 1)
+        ElementLine(-911 282 -1525 282 1)
+				ElementLine(113 282 2538 282 2)
+				ElementArc(113 270 12 12 0 90 2)
+				ElementArc(2538 270 12 12 90 90 2)
+		                ElementLine(101 0 101 270 1)
+                                ElementLine(2550 0 2550 270 1)
+					ElementArc(2600 0 50 50 180 180 1)
+	                        Pad(113 20 137 20 16 "-12V" "1" 0x0)
+				Pad(113 20 113 220 16 "-12V" "1" 0x0)
+				Pad(113 220 125 270 16 "-12V" "1" 0x0)
+				Pad(125 20 125 270 16 "-12V" "1" 0x0)
+				Pad(137 20 137 220 16 "-12V" "1" 0x0)
+				Pad(137 220 125 270 16 "-12V" "1" 0x0)				
+	                        Pad(163 20 187 20 16 "TCK" "2" 0x0)
+				Pad(163 20 163 220 16 "TCK" "2" 0x0)
+				Pad(163 220 175 270 16 "TCK" "2" 0x0)
+				Pad(175 20 175 270 16 "TCK" "2" 0x0)
+				Pad(187 20 187 220 16 "TCK" "2" 0x0)
+				Pad(187 220 175 270 16 "TCK" "2" 0x0)				
+	                        Pad(213 20 237 20 16 "Ground" "3" 0x0)
+				Pad(213 20 213 220 16 "Ground" "3" 0x0)
+				Pad(213 220 225 270 16 "Ground" "3" 0x0)
+				Pad(225 20 225 270 16 "Ground" "3" 0x0)
+				Pad(237 20 237 220 16 "Ground" "3" 0x0)
+				Pad(237 220 225 270 16 "Ground" "3" 0x0)				
+	                        Pad(263 20 287 20 16 "TD0" "4" 0x0)
+				Pad(263 20 263 220 16 "TD0" "4" 0x0)
+				Pad(263 220 275 270 16 "TD0" "4" 0x0)
+				Pad(275 20 275 270 16 "TD0" "4" 0x0)
+				Pad(287 20 287 220 16 "TD0" "4" 0x0)
+				Pad(287 220 275 270 16 "TD0" "4" 0x0)				
+	                        Pad(313 20 337 20 16 "+5V" "5" 0x0)
+				Pad(313 20 313 220 16 "+5V" "5" 0x0)
+				Pad(313 220 325 270 16 "+5V" "5" 0x0)
+				Pad(325 20 325 270 16 "+5V" "5" 0x0)
+				Pad(337 20 337 220 16 "+5V" "5" 0x0)
+				Pad(337 220 325 270 16 "+5V" "5" 0x0)				
+	                        Pad(363 20 387 20 16 "+5V" "6" 0x0)
+				Pad(363 20 363 220 16 "+5V" "6" 0x0)
+				Pad(363 220 375 270 16 "+5V" "6" 0x0)
+				Pad(375 20 375 270 16 "+5V" "6" 0x0)
+				Pad(387 20 387 220 16 "+5V" "6" 0x0)
+				Pad(387 220 375 270 16 "+5V" "6" 0x0)				
+	                        Pad(413 20 437 20 16 "INTB*" "7" 0x0)
+				Pad(413 20 413 220 16 "INTB*" "7" 0x0)
+				Pad(413 220 425 270 16 "INTB*" "7" 0x0)
+				Pad(425 20 425 270 16 "INTB*" "7" 0x0)
+				Pad(437 20 437 220 16 "INTB*" "7" 0x0)
+				Pad(437 220 425 270 16 "INTB*" "7" 0x0)				
+	                        Pad(463 20 487 20 16 "INTD*" "8" 0x0)
+				Pad(463 20 463 220 16 "INTD*" "8" 0x0)
+				Pad(463 220 475 270 16 "INTD*" "8" 0x0)
+				Pad(475 20 475 270 16 "INTD*" "8" 0x0)
+				Pad(487 20 487 220 16 "INTD*" "8" 0x0)
+				Pad(487 220 475 270 16 "INTD*" "8" 0x0)				
+	                        Pad(513 20 537 20 16 "PRSNT1*" "9" 0x0)
+				Pad(513 20 513 220 16 "PRSNT1*" "9" 0x0)
+				Pad(513 220 525 270 16 "PRSNT1*" "9" 0x0)
+				Pad(525 20 525 270 16 "PRSNT1*" "9" 0x0)
+				Pad(537 20 537 220 16 "PRSNT1*" "9" 0x0)
+				Pad(537 220 525 270 16 "PRSNT1*" "9" 0x0)				
+	                        Pad(563 20 587 20 16 "Reserved" "10" 0x0)
+				Pad(563 20 563 220 16 "Reserved" "10" 0x0)
+				Pad(563 220 575 270 16 "Reserved" "10" 0x0)
+				Pad(575 20 575 270 16 "Reserved" "10" 0x0)
+				Pad(587 20 587 220 16 "Reserved" "10" 0x0)
+				Pad(587 220 575 270 16 "Reserved" "10" 0x0)				
+	                        Pad(613 20 637 20 16 "PRSNT2*" "11" 0x0)
+				Pad(613 20 613 220 16 "PRSNT2*" "11" 0x0)
+				Pad(613 220 625 270 16 "PRSNT2*" "11" 0x0)
+				Pad(625 20 625 270 16 "PRSNT2*" "11" 0x0)
+				Pad(637 20 637 220 16 "PRSNT2*" "11" 0x0)
+				Pad(637 220 625 270 16 "PRSNT2*" "11" 0x0)				
+	                        Pad(663 20 687 20 16 "Ground" "12" 0x0)
+				Pad(663 20 663 220 16 "Ground" "12" 0x0)
+				Pad(663 220 675 270 16 "Ground" "12" 0x0)
+				Pad(675 20 675 270 16 "Ground" "12" 0x0)
+				Pad(687 20 687 220 16 "Ground" "12" 0x0)
+				Pad(687 220 675 270 16 "Ground" "12" 0x0)				
+	                        Pad(713 20 737 20 16 "Ground" "13" 0x0)
+				Pad(713 20 713 220 16 "Ground" "13" 0x0)
+				Pad(713 220 725 270 16 "Ground" "13" 0x0)
+				Pad(725 20 725 270 16 "Ground" "13" 0x0)
+				Pad(737 20 737 220 16 "Ground" "13" 0x0)
+				Pad(737 220 725 270 16 "Ground" "13" 0x0)				
+	                        Pad(763 20 787 20 16 "Reserved" "14" 0x0)
+				Pad(763 20 763 220 16 "Reserved" "14" 0x0)
+				Pad(763 220 775 270 16 "Reserved" "14" 0x0)
+				Pad(775 20 775 270 16 "Reserved" "14" 0x0)
+				Pad(787 20 787 220 16 "Reserved" "14" 0x0)
+				Pad(787 220 775 270 16 "Reserved" "14" 0x0)				
+	                        Pad(813 20 837 20 16 "Ground" "15" 0x0)
+				Pad(813 20 813 220 16 "Ground" "15" 0x0)
+				Pad(813 220 825 270 16 "Ground" "15" 0x0)
+				Pad(825 20 825 270 16 "Ground" "15" 0x0)
+				Pad(837 20 837 220 16 "Ground" "15" 0x0)
+				Pad(837 220 825 270 16 "Ground" "15" 0x0)				
+	                        Pad(863 20 887 20 16 "CLK" "16" 0x0)
+				Pad(863 20 863 220 16 "CLK" "16" 0x0)
+				Pad(863 220 875 270 16 "CLK" "16" 0x0)
+				Pad(875 20 875 270 16 "CLK" "16" 0x0)
+				Pad(887 20 887 220 16 "CLK" "16" 0x0)
+				Pad(887 220 875 270 16 "CLK" "16" 0x0)				
+	                        Pad(913 20 937 20 16 "Ground" "17" 0x0)
+				Pad(913 20 913 220 16 "Ground" "17" 0x0)
+				Pad(913 220 925 270 16 "Ground" "17" 0x0)
+				Pad(925 20 925 270 16 "Ground" "17" 0x0)
+				Pad(937 20 937 220 16 "Ground" "17" 0x0)
+				Pad(937 220 925 270 16 "Ground" "17" 0x0)				
+	                        Pad(963 20 987 20 16 "REQ*" "18" 0x0)
+				Pad(963 20 963 220 16 "REQ*" "18" 0x0)
+				Pad(963 220 975 270 16 "REQ*" "18" 0x0)
+				Pad(975 20 975 270 16 "REQ*" "18" 0x0)
+				Pad(987 20 987 220 16 "REQ*" "18" 0x0)
+				Pad(987 220 975 270 16 "REQ*" "18" 0x0)				
+	                        Pad(1013 20 1037 20 16 "+5V" "19" 0x0)
+				Pad(1013 20 1013 220 16 "+5V" "19" 0x0)
+				Pad(1013 220 1025 270 16 "+5V" "19" 0x0)
+				Pad(1025 20 1025 270 16 "+5V" "19" 0x0)
+				Pad(1037 20 1037 220 16 "+5V" "19" 0x0)
+				Pad(1037 220 1025 270 16 "+5V" "19" 0x0)				
+	                        Pad(1063 20 1087 20 16 "AD[31]" "20" 0x0)
+				Pad(1063 20 1063 220 16 "AD[31]" "20" 0x0)
+				Pad(1063 220 1075 270 16 "AD[31]" "20" 0x0)
+				Pad(1075 20 1075 270 16 "AD[31]" "20" 0x0)
+				Pad(1087 20 1087 220 16 "AD[31]" "20" 0x0)
+				Pad(1087 220 1075 270 16 "AD[31]" "20" 0x0)				
+	                        Pad(1113 20 1137 20 16 "AD[29]" "21" 0x0)
+				Pad(1113 20 1113 220 16 "AD[29]" "21" 0x0)
+				Pad(1113 220 1125 270 16 "AD[29]" "21" 0x0)
+				Pad(1125 20 1125 270 16 "AD[29]" "21" 0x0)
+				Pad(1137 20 1137 220 16 "AD[29]" "21" 0x0)
+				Pad(1137 220 1125 270 16 "AD[29]" "21" 0x0)				
+	                        Pad(1163 20 1187 20 16 "Ground" "22" 0x0)
+				Pad(1163 20 1163 220 16 "Ground" "22" 0x0)
+				Pad(1163 220 1175 270 16 "Ground" "22" 0x0)
+				Pad(1175 20 1175 270 16 "Ground" "22" 0x0)
+				Pad(1187 20 1187 220 16 "Ground" "22" 0x0)
+				Pad(1187 220 1175 270 16 "Ground" "22" 0x0)				
+	                        Pad(1213 20 1237 20 16 "AD[27]" "23" 0x0)
+				Pad(1213 20 1213 220 16 "AD[27]" "23" 0x0)
+				Pad(1213 220 1225 270 16 "AD[27]" "23" 0x0)
+				Pad(1225 20 1225 270 16 "AD[27]" "23" 0x0)
+				Pad(1237 20 1237 220 16 "AD[27]" "23" 0x0)
+				Pad(1237 220 1225 270 16 "AD[27]" "23" 0x0)				
+	                        Pad(1263 20 1287 20 16 "AD[25]" "24" 0x0)
+				Pad(1263 20 1263 220 16 "AD[25]" "24" 0x0)
+				Pad(1263 220 1275 270 16 "AD[25]" "24" 0x0)
+				Pad(1275 20 1275 270 16 "AD[25]" "24" 0x0)
+				Pad(1287 20 1287 220 16 "AD[25]" "24" 0x0)
+				Pad(1287 220 1275 270 16 "AD[25]" "24" 0x0)				
+	                        Pad(1313 20 1337 20 16 "+3.3V" "25" 0x0)
+				Pad(1313 20 1313 220 16 "+3.3V" "25" 0x0)
+				Pad(1313 220 1325 270 16 "+3.3V" "25" 0x0)
+				Pad(1325 20 1325 270 16 "+3.3V" "25" 0x0)
+				Pad(1337 20 1337 220 16 "+3.3V" "25" 0x0)
+				Pad(1337 220 1325 270 16 "+3.3V" "25" 0x0)				
+	                        Pad(1363 20 1387 20 16 "C/BE[3]*" "26" 0x0)
+				Pad(1363 20 1363 220 16 "C/BE[3]*" "26" 0x0)
+				Pad(1363 220 1375 270 16 "C/BE[3]*" "26" 0x0)
+				Pad(1375 20 1375 270 16 "C/BE[3]*" "26" 0x0)
+				Pad(1387 20 1387 220 16 "C/BE[3]*" "26" 0x0)
+				Pad(1387 220 1375 270 16 "C/BE[3]*" "26" 0x0)				
+	                        Pad(1413 20 1437 20 16 "AD[23]" "27" 0x0)
+				Pad(1413 20 1413 220 16 "AD[23]" "27" 0x0)
+				Pad(1413 220 1425 270 16 "AD[23]" "27" 0x0)
+				Pad(1425 20 1425 270 16 "AD[23]" "27" 0x0)
+				Pad(1437 20 1437 220 16 "AD[23]" "27" 0x0)
+				Pad(1437 220 1425 270 16 "AD[23]" "27" 0x0)				
+	                        Pad(1463 20 1487 20 16 "Ground" "28" 0x0)
+				Pad(1463 20 1463 220 16 "Ground" "28" 0x0)
+				Pad(1463 220 1475 270 16 "Ground" "28" 0x0)
+				Pad(1475 20 1475 270 16 "Ground" "28" 0x0)
+				Pad(1487 20 1487 220 16 "Ground" "28" 0x0)
+				Pad(1487 220 1475 270 16 "Ground" "28" 0x0)				
+	                        Pad(1513 20 1537 20 16 "AD[21]" "29" 0x0)
+				Pad(1513 20 1513 220 16 "AD[21]" "29" 0x0)
+				Pad(1513 220 1525 270 16 "AD[21]" "29" 0x0)
+				Pad(1525 20 1525 270 16 "AD[21]" "29" 0x0)
+				Pad(1537 20 1537 220 16 "AD[21]" "29" 0x0)
+				Pad(1537 220 1525 270 16 "AD[21]" "29" 0x0)				
+	                        Pad(1563 20 1587 20 16 "AD[19]" "30" 0x0)
+				Pad(1563 20 1563 220 16 "AD[19]" "30" 0x0)
+				Pad(1563 220 1575 270 16 "AD[19]" "30" 0x0)
+				Pad(1575 20 1575 270 16 "AD[19]" "30" 0x0)
+				Pad(1587 20 1587 220 16 "AD[19]" "30" 0x0)
+				Pad(1587 220 1575 270 16 "AD[19]" "30" 0x0)				
+	                        Pad(1613 20 1637 20 16 "+3.3V" "31" 0x0)
+				Pad(1613 20 1613 220 16 "+3.3V" "31" 0x0)
+				Pad(1613 220 1625 270 16 "+3.3V" "31" 0x0)
+				Pad(1625 20 1625 270 16 "+3.3V" "31" 0x0)
+				Pad(1637 20 1637 220 16 "+3.3V" "31" 0x0)
+				Pad(1637 220 1625 270 16 "+3.3V" "31" 0x0)				
+	                        Pad(1663 20 1687 20 16 "AD[17]" "32" 0x0)
+				Pad(1663 20 1663 220 16 "AD[17]" "32" 0x0)
+				Pad(1663 220 1675 270 16 "AD[17]" "32" 0x0)
+				Pad(1675 20 1675 270 16 "AD[17]" "32" 0x0)
+				Pad(1687 20 1687 220 16 "AD[17]" "32" 0x0)
+				Pad(1687 220 1675 270 16 "AD[17]" "32" 0x0)				
+	                        Pad(1713 20 1737 20 16 "C/BE[2]*" "33" 0x0)
+				Pad(1713 20 1713 220 16 "C/BE[2]*" "33" 0x0)
+				Pad(1713 220 1725 270 16 "C/BE[2]*" "33" 0x0)
+				Pad(1725 20 1725 270 16 "C/BE[2]*" "33" 0x0)
+				Pad(1737 20 1737 220 16 "C/BE[2]*" "33" 0x0)
+				Pad(1737 220 1725 270 16 "C/BE[2]*" "33" 0x0)				
+	                        Pad(1763 20 1787 20 16 "Ground" "34" 0x0)
+				Pad(1763 20 1763 220 16 "Ground" "34" 0x0)
+				Pad(1763 220 1775 270 16 "Ground" "34" 0x0)
+				Pad(1775 20 1775 270 16 "Ground" "34" 0x0)
+				Pad(1787 20 1787 220 16 "Ground" "34" 0x0)
+				Pad(1787 220 1775 270 16 "Ground" "34" 0x0)				
+	                        Pad(1813 20 1837 20 16 "IRDY*" "35" 0x0)
+				Pad(1813 20 1813 220 16 "IRDY*" "35" 0x0)
+				Pad(1813 220 1825 270 16 "IRDY*" "35" 0x0)
+				Pad(1825 20 1825 270 16 "IRDY*" "35" 0x0)
+				Pad(1837 20 1837 220 16 "IRDY*" "35" 0x0)
+				Pad(1837 220 1825 270 16 "IRDY*" "35" 0x0)				
+	                        Pad(1863 20 1887 20 16 "+3.3V" "36" 0x0)
+				Pad(1863 20 1863 220 16 "+3.3V" "36" 0x0)
+				Pad(1863 220 1875 270 16 "+3.3V" "36" 0x0)
+				Pad(1875 20 1875 270 16 "+3.3V" "36" 0x0)
+				Pad(1887 20 1887 220 16 "+3.3V" "36" 0x0)
+				Pad(1887 220 1875 270 16 "+3.3V" "36" 0x0)				
+	                        Pad(1913 20 1937 20 16 "DEVSEL*" "37" 0x0)
+				Pad(1913 20 1913 220 16 "DEVSEL*" "37" 0x0)
+				Pad(1913 220 1925 270 16 "DEVSEL*" "37" 0x0)
+				Pad(1925 20 1925 270 16 "DEVSEL*" "37" 0x0)
+				Pad(1937 20 1937 220 16 "DEVSEL*" "37" 0x0)
+				Pad(1937 220 1925 270 16 "DEVSEL*" "37" 0x0)				
+	                        Pad(1963 20 1987 20 16 "Ground" "38" 0x0)
+				Pad(1963 20 1963 220 16 "Ground" "38" 0x0)
+				Pad(1963 220 1975 270 16 "Ground" "38" 0x0)
+				Pad(1975 20 1975 270 16 "Ground" "38" 0x0)
+				Pad(1987 20 1987 220 16 "Ground" "38" 0x0)
+				Pad(1987 220 1975 270 16 "Ground" "38" 0x0)				
+	                        Pad(2013 20 2037 20 16 "LOCK*" "39" 0x0)
+				Pad(2013 20 2013 220 16 "LOCK*" "39" 0x0)
+				Pad(2013 220 2025 270 16 "LOCK*" "39" 0x0)
+				Pad(2025 20 2025 270 16 "LOCK*" "39" 0x0)
+				Pad(2037 20 2037 220 16 "LOCK*" "39" 0x0)
+				Pad(2037 220 2025 270 16 "LOCK*" "39" 0x0)				
+	                        Pad(2063 20 2087 20 16 "PERR*" "40" 0x0)
+				Pad(2063 20 2063 220 16 "PERR*" "40" 0x0)
+				Pad(2063 220 2075 270 16 "PERR*" "40" 0x0)
+				Pad(2075 20 2075 270 16 "PERR*" "40" 0x0)
+				Pad(2087 20 2087 220 16 "PERR*" "40" 0x0)
+				Pad(2087 220 2075 270 16 "PERR*" "40" 0x0)				
+	                        Pad(2113 20 2137 20 16 "+3.3V" "41" 0x0)
+				Pad(2113 20 2113 220 16 "+3.3V" "41" 0x0)
+				Pad(2113 220 2125 270 16 "+3.3V" "41" 0x0)
+				Pad(2125 20 2125 270 16 "+3.3V" "41" 0x0)
+				Pad(2137 20 2137 220 16 "+3.3V" "41" 0x0)
+				Pad(2137 220 2125 270 16 "+3.3V" "41" 0x0)				
+	                        Pad(2163 20 2187 20 16 "SERR*" "42" 0x0)
+				Pad(2163 20 2163 220 16 "SERR*" "42" 0x0)
+				Pad(2163 220 2175 270 16 "SERR*" "42" 0x0)
+				Pad(2175 20 2175 270 16 "SERR*" "42" 0x0)
+				Pad(2187 20 2187 220 16 "SERR*" "42" 0x0)
+				Pad(2187 220 2175 270 16 "SERR*" "42" 0x0)				
+	                        Pad(2213 20 2237 20 16 "+3.3V" "43" 0x0)
+				Pad(2213 20 2213 220 16 "+3.3V" "43" 0x0)
+				Pad(2213 220 2225 270 16 "+3.3V" "43" 0x0)
+				Pad(2225 20 2225 270 16 "+3.3V" "43" 0x0)
+				Pad(2237 20 2237 220 16 "+3.3V" "43" 0x0)
+				Pad(2237 220 2225 270 16 "+3.3V" "43" 0x0)				
+	                        Pad(2263 20 2287 20 16 "C/BE[1]*" "44" 0x0)
+				Pad(2263 20 2263 220 16 "C/BE[1]*" "44" 0x0)
+				Pad(2263 220 2275 270 16 "C/BE[1]*" "44" 0x0)
+				Pad(2275 20 2275 270 16 "C/BE[1]*" "44" 0x0)
+				Pad(2287 20 2287 220 16 "C/BE[1]*" "44" 0x0)
+				Pad(2287 220 2275 270 16 "C/BE[1]*" "44" 0x0)				
+	                        Pad(2313 20 2337 20 16 "AD[14]" "45" 0x0)
+				Pad(2313 20 2313 220 16 "AD[14]" "45" 0x0)
+				Pad(2313 220 2325 270 16 "AD[14]" "45" 0x0)
+				Pad(2325 20 2325 270 16 "AD[14]" "45" 0x0)
+				Pad(2337 20 2337 220 16 "AD[14]" "45" 0x0)
+				Pad(2337 220 2325 270 16 "AD[14]" "45" 0x0)				
+	                        Pad(2363 20 2387 20 16 "Ground" "46" 0x0)
+				Pad(2363 20 2363 220 16 "Ground" "46" 0x0)
+				Pad(2363 220 2375 270 16 "Ground" "46" 0x0)
+				Pad(2375 20 2375 270 16 "Ground" "46" 0x0)
+				Pad(2387 20 2387 220 16 "Ground" "46" 0x0)
+				Pad(2387 220 2375 270 16 "Ground" "46" 0x0)				
+	                        Pad(2413 20 2437 20 16 "AD[12]" "47" 0x0)
+				Pad(2413 20 2413 220 16 "AD[12]" "47" 0x0)
+				Pad(2413 220 2425 270 16 "AD[12]" "47" 0x0)
+				Pad(2425 20 2425 270 16 "AD[12]" "47" 0x0)
+				Pad(2437 20 2437 220 16 "AD[12]" "47" 0x0)
+				Pad(2437 220 2425 270 16 "AD[12]" "47" 0x0)				
+	                        Pad(2463 20 2487 20 16 "AD[10]" "48" 0x0)
+				Pad(2463 20 2463 220 16 "AD[10]" "48" 0x0)
+				Pad(2463 220 2475 270 16 "AD[10]" "48" 0x0)
+				Pad(2475 20 2475 270 16 "AD[10]" "48" 0x0)
+				Pad(2487 20 2487 220 16 "AD[10]" "48" 0x0)
+				Pad(2487 220 2475 270 16 "AD[10]" "48" 0x0)				
+	                        Pad(2513 20 2537 20 16 "Ground" "49" 0x0)
+				Pad(2513 20 2513 220 16 "Ground" "49" 0x0)
+				Pad(2513 220 2525 270 16 "Ground" "49" 0x0)
+				Pad(2525 20 2525 270 16 "Ground" "49" 0x0)
+				Pad(2537 20 2537 220 16 "Ground" "49" 0x0)
+				Pad(2537 220 2525 270 16 "Ground" "49" 0x0)				
+				ElementLine(2662 282 3187 282 2)
+				ElementArc(2662 270 12 12 0 90 2)
+				ElementArc(3187 270 12 12 90 90 2)
+		                ElementLine(2650 0 2650 270 1)
+                                ElementLine(3199 0 3199 270 1)
+					ElementLine(-1525 282 -1525 -1781 1)
+					ElementLine(-1525 -1781 3199 -1781 1)
+					ElementLine(3199 -1781 3199 0 1)
+				        ElementArc(-1250 7 125 125 0 360 1)
+				        ElementArc(-1250 -1506 125 125 0 360 1)
+	                        Pad(2662 20 2686 20 16 "AD[08]" "50" 0x0)
+				Pad(2662 20 2662 220 16 "AD[08]" "50" 0x0)
+				Pad(2662 220 2674 270 16 "AD[08]" "50" 0x0)
+				Pad(2674 20 2674 270 16 "AD[08]" "50" 0x0)
+				Pad(2686 20 2686 220 16 "AD[08]" "50" 0x0)
+				Pad(2686 220 2674 270 16 "AD[08]" "50" 0x0)				
+	                        Pad(2712 20 2736 20 16 "AD[07]" "51" 0x0)
+				Pad(2712 20 2712 220 16 "AD[07]" "51" 0x0)
+				Pad(2712 220 2724 270 16 "AD[07]" "51" 0x0)
+				Pad(2724 20 2724 270 16 "AD[07]" "51" 0x0)
+				Pad(2736 20 2736 220 16 "AD[07]" "51" 0x0)
+				Pad(2736 220 2724 270 16 "AD[07]" "51" 0x0)				
+	                        Pad(2762 20 2786 20 16 "+3.3V" "52" 0x0)
+				Pad(2762 20 2762 220 16 "+3.3V" "52" 0x0)
+				Pad(2762 220 2774 270 16 "+3.3V" "52" 0x0)
+				Pad(2774 20 2774 270 16 "+3.3V" "52" 0x0)
+				Pad(2786 20 2786 220 16 "+3.3V" "52" 0x0)
+				Pad(2786 220 2774 270 16 "+3.3V" "52" 0x0)				
+	                        Pad(2812 20 2836 20 16 "AD[05]" "53" 0x0)
+				Pad(2812 20 2812 220 16 "AD[05]" "53" 0x0)
+				Pad(2812 220 2824 270 16 "AD[05]" "53" 0x0)
+				Pad(2824 20 2824 270 16 "AD[05]" "53" 0x0)
+				Pad(2836 20 2836 220 16 "AD[05]" "53" 0x0)
+				Pad(2836 220 2824 270 16 "AD[05]" "53" 0x0)				
+	                        Pad(2862 20 2886 20 16 "AD[03]" "54" 0x0)
+				Pad(2862 20 2862 220 16 "AD[03]" "54" 0x0)
+				Pad(2862 220 2874 270 16 "AD[03]" "54" 0x0)
+				Pad(2874 20 2874 270 16 "AD[03]" "54" 0x0)
+				Pad(2886 20 2886 220 16 "AD[03]" "54" 0x0)
+				Pad(2886 220 2874 270 16 "AD[03]" "54" 0x0)				
+	                        Pad(2912 20 2936 20 16 "Ground" "55" 0x0)
+				Pad(2912 20 2912 220 16 "Ground" "55" 0x0)
+				Pad(2912 220 2924 270 16 "Ground" "55" 0x0)
+				Pad(2924 20 2924 270 16 "Ground" "55" 0x0)
+				Pad(2936 20 2936 220 16 "Ground" "55" 0x0)
+				Pad(2936 220 2924 270 16 "Ground" "55" 0x0)				
+	                        Pad(2962 20 2986 20 16 "AD[01]" "56" 0x0)
+				Pad(2962 20 2962 220 16 "AD[01]" "56" 0x0)
+				Pad(2962 220 2974 270 16 "AD[01]" "56" 0x0)
+				Pad(2974 20 2974 270 16 "AD[01]" "56" 0x0)
+				Pad(2986 20 2986 220 16 "AD[01]" "56" 0x0)
+				Pad(2986 220 2974 270 16 "AD[01]" "56" 0x0)				
+	                        Pad(3012 20 3036 20 16 "+5V" "57" 0x0)
+				Pad(3012 20 3012 220 16 "+5V" "57" 0x0)
+				Pad(3012 220 3024 270 16 "+5V" "57" 0x0)
+				Pad(3024 20 3024 270 16 "+5V" "57" 0x0)
+				Pad(3036 20 3036 220 16 "+5V" "57" 0x0)
+				Pad(3036 220 3024 270 16 "+5V" "57" 0x0)				
+	                        Pad(3062 20 3086 20 16 "ACK64*" "58" 0x0)
+				Pad(3062 20 3062 220 16 "ACK64*" "58" 0x0)
+				Pad(3062 220 3074 270 16 "ACK64*" "58" 0x0)
+				Pad(3074 20 3074 270 16 "ACK64*" "58" 0x0)
+				Pad(3086 20 3086 220 16 "ACK64*" "58" 0x0)
+				Pad(3086 220 3074 270 16 "ACK64*" "58" 0x0)				
+	                        Pad(3112 20 3136 20 16 "+5V" "59" 0x0)
+				Pad(3112 20 3112 220 16 "+5V" "59" 0x0)
+				Pad(3112 220 3124 270 16 "+5V" "59" 0x0)
+				Pad(3124 20 3124 270 16 "+5V" "59" 0x0)
+				Pad(3136 20 3136 220 16 "+5V" "59" 0x0)
+				Pad(3136 220 3124 270 16 "+5V" "59" 0x0)				
+	                        Pad(3162 20 3186 20 16 "+5V" "60" 0x0)
+				Pad(3162 20 3162 220 16 "+5V" "60" 0x0)
+				Pad(3162 220 3174 270 16 "+5V" "60" 0x0)
+				Pad(3174 20 3174 270 16 "+5V" "60" 0x0)
+				Pad(3186 20 3186 220 16 "+5V" "60" 0x0)
+				Pad(3186 220 3174 270 16 "+5V" "60" 0x0)				
+	                        Pad(113 20 137 20 16 "TRST*" "61" 0x80)
+				Pad(113 20 113 220 16 "TRST*" "61" 0x80)
+				Pad(113 220 125 270 16 "TRST*" "61" 0x80)
+				Pad(125 20 125 270 16 "TRST*" "61" 0x80)
+				Pad(137 20 137 220 16 "TRST*" "61" 0x80)
+				Pad(137 220 125 270 16 "TRST*" "61" 0x80)				
+	                        Pad(163 20 187 20 16 "+12V" "62" 0x80)
+				Pad(163 20 163 220 16 "+12V" "62" 0x80)
+				Pad(163 220 175 270 16 "+12V" "62" 0x80)
+				Pad(175 20 175 270 16 "+12V" "62" 0x80)
+				Pad(187 20 187 220 16 "+12V" "62" 0x80)
+				Pad(187 220 175 270 16 "+12V" "62" 0x80)				
+	                        Pad(213 20 237 20 16 "TMS" "63" 0x80)
+				Pad(213 20 213 220 16 "TMS" "63" 0x80)
+				Pad(213 220 225 270 16 "TMS" "63" 0x80)
+				Pad(225 20 225 270 16 "TMS" "63" 0x80)
+				Pad(237 20 237 220 16 "TMS" "63" 0x80)
+				Pad(237 220 225 270 16 "TMS" "63" 0x80)				
+	                        Pad(263 20 287 20 16 "TDI" "64" 0x80)
+				Pad(263 20 263 220 16 "TDI" "64" 0x80)
+				Pad(263 220 275 270 16 "TDI" "64" 0x80)
+				Pad(275 20 275 270 16 "TDI" "64" 0x80)
+				Pad(287 20 287 220 16 "TDI" "64" 0x80)
+				Pad(287 220 275 270 16 "TDI" "64" 0x80)				
+	                        Pad(313 20 337 20 16 "+5V" "65" 0x80)
+				Pad(313 20 313 220 16 "+5V" "65" 0x80)
+				Pad(313 220 325 270 16 "+5V" "65" 0x80)
+				Pad(325 20 325 270 16 "+5V" "65" 0x80)
+				Pad(337 20 337 220 16 "+5V" "65" 0x80)
+				Pad(337 220 325 270 16 "+5V" "65" 0x80)				
+	                        Pad(363 20 387 20 16 "INTA*" "66" 0x80)
+				Pad(363 20 363 220 16 "INTA*" "66" 0x80)
+				Pad(363 220 375 270 16 "INTA*" "66" 0x80)
+				Pad(375 20 375 270 16 "INTA*" "66" 0x80)
+				Pad(387 20 387 220 16 "INTA*" "66" 0x80)
+				Pad(387 220 375 270 16 "INTA*" "66" 0x80)				
+	                        Pad(413 20 437 20 16 "INTC*" "67" 0x80)
+				Pad(413 20 413 220 16 "INTC*" "67" 0x80)
+				Pad(413 220 425 270 16 "INTC*" "67" 0x80)
+				Pad(425 20 425 270 16 "INTC*" "67" 0x80)
+				Pad(437 20 437 220 16 "INTC*" "67" 0x80)
+				Pad(437 220 425 270 16 "INTC*" "67" 0x80)				
+	                        Pad(463 20 487 20 16 "+5V" "68" 0x80)
+				Pad(463 20 463 220 16 "+5V" "68" 0x80)
+				Pad(463 220 475 270 16 "+5V" "68" 0x80)
+				Pad(475 20 475 270 16 "+5V" "68" 0x80)
+				Pad(487 20 487 220 16 "+5V" "68" 0x80)
+				Pad(487 220 475 270 16 "+5V" "68" 0x80)				
+	                        Pad(513 20 537 20 16 "Reserved" "69" 0x80)
+				Pad(513 20 513 220 16 "Reserved" "69" 0x80)
+				Pad(513 220 525 270 16 "Reserved" "69" 0x80)
+				Pad(525 20 525 270 16 "Reserved" "69" 0x80)
+				Pad(537 20 537 220 16 "Reserved" "69" 0x80)
+				Pad(537 220 525 270 16 "Reserved" "69" 0x80)				
+	                        Pad(563 20 587 20 16 "+5V" "70" 0x80)
+				Pad(563 20 563 220 16 "+5V" "70" 0x80)
+				Pad(563 220 575 270 16 "+5V" "70" 0x80)
+				Pad(575 20 575 270 16 "+5V" "70" 0x80)
+				Pad(587 20 587 220 16 "+5V" "70" 0x80)
+				Pad(587 220 575 270 16 "+5V" "70" 0x80)				
+	                        Pad(613 20 637 20 16 "Reserved" "71" 0x80)
+				Pad(613 20 613 220 16 "Reserved" "71" 0x80)
+				Pad(613 220 625 270 16 "Reserved" "71" 0x80)
+				Pad(625 20 625 270 16 "Reserved" "71" 0x80)
+				Pad(637 20 637 220 16 "Reserved" "71" 0x80)
+				Pad(637 220 625 270 16 "Reserved" "71" 0x80)				
+	                        Pad(663 20 687 20 16 "Ground" "72" 0x80)
+				Pad(663 20 663 220 16 "Ground" "72" 0x80)
+				Pad(663 220 675 270 16 "Ground" "72" 0x80)
+				Pad(675 20 675 270 16 "Ground" "72" 0x80)
+				Pad(687 20 687 220 16 "Ground" "72" 0x80)
+				Pad(687 220 675 270 16 "Ground" "72" 0x80)				
+	                        Pad(713 20 737 20 16 "Ground" "73" 0x80)
+				Pad(713 20 713 220 16 "Ground" "73" 0x80)
+				Pad(713 220 725 270 16 "Ground" "73" 0x80)
+				Pad(725 20 725 270 16 "Ground" "73" 0x80)
+				Pad(737 20 737 220 16 "Ground" "73" 0x80)
+				Pad(737 220 725 270 16 "Ground" "73" 0x80)				
+	                        Pad(763 20 787 20 16 "3.3Vaux" "74" 0x80)
+				Pad(763 20 763 220 16 "3.3Vaux" "74" 0x80)
+				Pad(763 220 775 270 16 "3.3Vaux" "74" 0x80)
+				Pad(775 20 775 270 16 "3.3Vaux" "74" 0x80)
+				Pad(787 20 787 220 16 "3.3Vaux" "74" 0x80)
+				Pad(787 220 775 270 16 "3.3Vaux" "74" 0x80)				
+	                        Pad(813 20 837 20 16 "RST*" "75" 0x80)
+				Pad(813 20 813 220 16 "RST*" "75" 0x80)
+				Pad(813 220 825 270 16 "RST*" "75" 0x80)
+				Pad(825 20 825 270 16 "RST*" "75" 0x80)
+				Pad(837 20 837 220 16 "RST*" "75" 0x80)
+				Pad(837 220 825 270 16 "RST*" "75" 0x80)				
+	                        Pad(863 20 887 20 16 "+5V" "76" 0x80)
+				Pad(863 20 863 220 16 "+5V" "76" 0x80)
+				Pad(863 220 875 270 16 "+5V" "76" 0x80)
+				Pad(875 20 875 270 16 "+5V" "76" 0x80)
+				Pad(887 20 887 220 16 "+5V" "76" 0x80)
+				Pad(887 220 875 270 16 "+5V" "76" 0x80)				
+	                        Pad(913 20 937 20 16 "GNT*" "77" 0x80)
+				Pad(913 20 913 220 16 "GNT*" "77" 0x80)
+				Pad(913 220 925 270 16 "GNT*" "77" 0x80)
+				Pad(925 20 925 270 16 "GNT*" "77" 0x80)
+				Pad(937 20 937 220 16 "GNT*" "77" 0x80)
+				Pad(937 220 925 270 16 "GNT*" "77" 0x80)				
+	                        Pad(963 20 987 20 16 "Ground" "78" 0x80)
+				Pad(963 20 963 220 16 "Ground" "78" 0x80)
+				Pad(963 220 975 270 16 "Ground" "78" 0x80)
+				Pad(975 20 975 270 16 "Ground" "78" 0x80)
+				Pad(987 20 987 220 16 "Ground" "78" 0x80)
+				Pad(987 220 975 270 16 "Ground" "78" 0x80)				
+	                        Pad(1013 20 1037 20 16 "PME*" "79" 0x80)
+				Pad(1013 20 1013 220 16 "PME*" "79" 0x80)
+				Pad(1013 220 1025 270 16 "PME*" "79" 0x80)
+				Pad(1025 20 1025 270 16 "PME*" "79" 0x80)
+				Pad(1037 20 1037 220 16 "PME*" "79" 0x80)
+				Pad(1037 220 1025 270 16 "PME*" "79" 0x80)				
+	                        Pad(1063 20 1087 20 16 "AD[30]" "80" 0x80)
+				Pad(1063 20 1063 220 16 "AD[30]" "80" 0x80)
+				Pad(1063 220 1075 270 16 "AD[30]" "80" 0x80)
+				Pad(1075 20 1075 270 16 "AD[30]" "80" 0x80)
+				Pad(1087 20 1087 220 16 "AD[30]" "80" 0x80)
+				Pad(1087 220 1075 270 16 "AD[30]" "80" 0x80)				
+	                        Pad(1113 20 1137 20 16 "+3.3V" "81" 0x80)
+				Pad(1113 20 1113 220 16 "+3.3V" "81" 0x80)
+				Pad(1113 220 1125 270 16 "+3.3V" "81" 0x80)
+				Pad(1125 20 1125 270 16 "+3.3V" "81" 0x80)
+				Pad(1137 20 1137 220 16 "+3.3V" "81" 0x80)
+				Pad(1137 220 1125 270 16 "+3.3V" "81" 0x80)				
+	                        Pad(1163 20 1187 20 16 "AD[28]" "82" 0x80)
+				Pad(1163 20 1163 220 16 "AD[28]" "82" 0x80)
+				Pad(1163 220 1175 270 16 "AD[28]" "82" 0x80)
+				Pad(1175 20 1175 270 16 "AD[28]" "82" 0x80)
+				Pad(1187 20 1187 220 16 "AD[28]" "82" 0x80)
+				Pad(1187 220 1175 270 16 "AD[28]" "82" 0x80)				
+	                        Pad(1213 20 1237 20 16 "AD[26]" "83" 0x80)
+				Pad(1213 20 1213 220 16 "AD[26]" "83" 0x80)
+				Pad(1213 220 1225 270 16 "AD[26]" "83" 0x80)
+				Pad(1225 20 1225 270 16 "AD[26]" "83" 0x80)
+				Pad(1237 20 1237 220 16 "AD[26]" "83" 0x80)
+				Pad(1237 220 1225 270 16 "AD[26]" "83" 0x80)				
+	                        Pad(1263 20 1287 20 16 "Ground" "84" 0x80)
+				Pad(1263 20 1263 220 16 "Ground" "84" 0x80)
+				Pad(1263 220 1275 270 16 "Ground" "84" 0x80)
+				Pad(1275 20 1275 270 16 "Ground" "84" 0x80)
+				Pad(1287 20 1287 220 16 "Ground" "84" 0x80)
+				Pad(1287 220 1275 270 16 "Ground" "84" 0x80)				
+	                        Pad(1313 20 1337 20 16 "AD[24]" "85" 0x80)
+				Pad(1313 20 1313 220 16 "AD[24]" "85" 0x80)
+				Pad(1313 220 1325 270 16 "AD[24]" "85" 0x80)
+				Pad(1325 20 1325 270 16 "AD[24]" "85" 0x80)
+				Pad(1337 20 1337 220 16 "AD[24]" "85" 0x80)
+				Pad(1337 220 1325 270 16 "AD[24]" "85" 0x80)				
+	                        Pad(1363 20 1387 20 16 "IDSEL" "86" 0x80)
+				Pad(1363 20 1363 220 16 "IDSEL" "86" 0x80)
+				Pad(1363 220 1375 270 16 "IDSEL" "86" 0x80)
+				Pad(1375 20 1375 270 16 "IDSEL" "86" 0x80)
+				Pad(1387 20 1387 220 16 "IDSEL" "86" 0x80)
+				Pad(1387 220 1375 270 16 "IDSEL" "86" 0x80)				
+	                        Pad(1413 20 1437 20 16 "+3.3V" "87" 0x80)
+				Pad(1413 20 1413 220 16 "+3.3V" "87" 0x80)
+				Pad(1413 220 1425 270 16 "+3.3V" "87" 0x80)
+				Pad(1425 20 1425 270 16 "+3.3V" "87" 0x80)
+				Pad(1437 20 1437 220 16 "+3.3V" "87" 0x80)
+				Pad(1437 220 1425 270 16 "+3.3V" "87" 0x80)				
+	                        Pad(1463 20 1487 20 16 "AD[22]" "88" 0x80)
+				Pad(1463 20 1463 220 16 "AD[22]" "88" 0x80)
+				Pad(1463 220 1475 270 16 "AD[22]" "88" 0x80)
+				Pad(1475 20 1475 270 16 "AD[22]" "88" 0x80)
+				Pad(1487 20 1487 220 16 "AD[22]" "88" 0x80)
+				Pad(1487 220 1475 270 16 "AD[22]" "88" 0x80)				
+	                        Pad(1513 20 1537 20 16 "AD[20]" "89" 0x80)
+				Pad(1513 20 1513 220 16 "AD[20]" "89" 0x80)
+				Pad(1513 220 1525 270 16 "AD[20]" "89" 0x80)
+				Pad(1525 20 1525 270 16 "AD[20]" "89" 0x80)
+				Pad(1537 20 1537 220 16 "AD[20]" "89" 0x80)
+				Pad(1537 220 1525 270 16 "AD[20]" "89" 0x80)				
+	                        Pad(1563 20 1587 20 16 "Ground" "90" 0x80)
+				Pad(1563 20 1563 220 16 "Ground" "90" 0x80)
+				Pad(1563 220 1575 270 16 "Ground" "90" 0x80)
+				Pad(1575 20 1575 270 16 "Ground" "90" 0x80)
+				Pad(1587 20 1587 220 16 "Ground" "90" 0x80)
+				Pad(1587 220 1575 270 16 "Ground" "90" 0x80)				
+	                        Pad(1613 20 1637 20 16 "AD[18]" "91" 0x80)
+				Pad(1613 20 1613 220 16 "AD[18]" "91" 0x80)
+				Pad(1613 220 1625 270 16 "AD[18]" "91" 0x80)
+				Pad(1625 20 1625 270 16 "AD[18]" "91" 0x80)
+				Pad(1637 20 1637 220 16 "AD[18]" "91" 0x80)
+				Pad(1637 220 1625 270 16 "AD[18]" "91" 0x80)				
+	                        Pad(1663 20 1687 20 16 "AD[16]" "92" 0x80)
+				Pad(1663 20 1663 220 16 "AD[16]" "92" 0x80)
+				Pad(1663 220 1675 270 16 "AD[16]" "92" 0x80)
+				Pad(1675 20 1675 270 16 "AD[16]" "92" 0x80)
+				Pad(1687 20 1687 220 16 "AD[16]" "92" 0x80)
+				Pad(1687 220 1675 270 16 "AD[16]" "92" 0x80)				
+	                        Pad(1713 20 1737 20 16 "+3.3V" "93" 0x80)
+				Pad(1713 20 1713 220 16 "+3.3V" "93" 0x80)
+				Pad(1713 220 1725 270 16 "+3.3V" "93" 0x80)
+				Pad(1725 20 1725 270 16 "+3.3V" "93" 0x80)
+				Pad(1737 20 1737 220 16 "+3.3V" "93" 0x80)
+				Pad(1737 220 1725 270 16 "+3.3V" "93" 0x80)				
+	                        Pad(1763 20 1787 20 16 "FRAME*" "94" 0x80)
+				Pad(1763 20 1763 220 16 "FRAME*" "94" 0x80)
+				Pad(1763 220 1775 270 16 "FRAME*" "94" 0x80)
+				Pad(1775 20 1775 270 16 "FRAME*" "94" 0x80)
+				Pad(1787 20 1787 220 16 "FRAME*" "94" 0x80)
+				Pad(1787 220 1775 270 16 "FRAME*" "94" 0x80)				
+	                        Pad(1813 20 1837 20 16 "Ground" "95" 0x80)
+				Pad(1813 20 1813 220 16 "Ground" "95" 0x80)
+				Pad(1813 220 1825 270 16 "Ground" "95" 0x80)
+				Pad(1825 20 1825 270 16 "Ground" "95" 0x80)
+				Pad(1837 20 1837 220 16 "Ground" "95" 0x80)
+				Pad(1837 220 1825 270 16 "Ground" "95" 0x80)				
+	                        Pad(1863 20 1887 20 16 "TRDY*" "96" 0x80)
+				Pad(1863 20 1863 220 16 "TRDY*" "96" 0x80)
+				Pad(1863 220 1875 270 16 "TRDY*" "96" 0x80)
+				Pad(1875 20 1875 270 16 "TRDY*" "96" 0x80)
+				Pad(1887 20 1887 220 16 "TRDY*" "96" 0x80)
+				Pad(1887 220 1875 270 16 "TRDY*" "96" 0x80)				
+	                        Pad(1913 20 1937 20 16 "Ground" "97" 0x80)
+				Pad(1913 20 1913 220 16 "Ground" "97" 0x80)
+				Pad(1913 220 1925 270 16 "Ground" "97" 0x80)
+				Pad(1925 20 1925 270 16 "Ground" "97" 0x80)
+				Pad(1937 20 1937 220 16 "Ground" "97" 0x80)
+				Pad(1937 220 1925 270 16 "Ground" "97" 0x80)				
+	                        Pad(1963 20 1987 20 16 "STOP*" "98" 0x80)
+				Pad(1963 20 1963 220 16 "STOP*" "98" 0x80)
+				Pad(1963 220 1975 270 16 "STOP*" "98" 0x80)
+				Pad(1975 20 1975 270 16 "STOP*" "98" 0x80)
+				Pad(1987 20 1987 220 16 "STOP*" "98" 0x80)
+				Pad(1987 220 1975 270 16 "STOP*" "98" 0x80)				
+	                        Pad(2013 20 2037 20 16 "+3.3V" "99" 0x80)
+				Pad(2013 20 2013 220 16 "+3.3V" "99" 0x80)
+				Pad(2013 220 2025 270 16 "+3.3V" "99" 0x80)
+				Pad(2025 20 2025 270 16 "+3.3V" "99" 0x80)
+				Pad(2037 20 2037 220 16 "+3.3V" "99" 0x80)
+				Pad(2037 220 2025 270 16 "+3.3V" "99" 0x80)				
+	                        Pad(2063 20 2087 20 16 "Reserved" "100" 0x80)
+				Pad(2063 20 2063 220 16 "Reserved" "100" 0x80)
+				Pad(2063 220 2075 270 16 "Reserved" "100" 0x80)
+				Pad(2075 20 2075 270 16 "Reserved" "100" 0x80)
+				Pad(2087 20 2087 220 16 "Reserved" "100" 0x80)
+				Pad(2087 220 2075 270 16 "Reserved" "100" 0x80)				
+	                        Pad(2113 20 2137 20 16 "Reserved" "101" 0x80)
+				Pad(2113 20 2113 220 16 "Reserved" "101" 0x80)
+				Pad(2113 220 2125 270 16 "Reserved" "101" 0x80)
+				Pad(2125 20 2125 270 16 "Reserved" "101" 0x80)
+				Pad(2137 20 2137 220 16 "Reserved" "101" 0x80)
+				Pad(2137 220 2125 270 16 "Reserved" "101" 0x80)				
+	                        Pad(2163 20 2187 20 16 "Ground" "102" 0x80)
+				Pad(2163 20 2163 220 16 "Ground" "102" 0x80)
+				Pad(2163 220 2175 270 16 "Ground" "102" 0x80)
+				Pad(2175 20 2175 270 16 "Ground" "102" 0x80)
+				Pad(2187 20 2187 220 16 "Ground" "102" 0x80)
+				Pad(2187 220 2175 270 16 "Ground" "102" 0x80)				
+	                        Pad(2213 20 2237 20 16 "PAR" "103" 0x80)
+				Pad(2213 20 2213 220 16 "PAR" "103" 0x80)
+				Pad(2213 220 2225 270 16 "PAR" "103" 0x80)
+				Pad(2225 20 2225 270 16 "PAR" "103" 0x80)
+				Pad(2237 20 2237 220 16 "PAR" "103" 0x80)
+				Pad(2237 220 2225 270 16 "PAR" "103" 0x80)				
+	                        Pad(2263 20 2287 20 16 "AD[15]" "104" 0x80)
+				Pad(2263 20 2263 220 16 "AD[15]" "104" 0x80)
+				Pad(2263 220 2275 270 16 "AD[15]" "104" 0x80)
+				Pad(2275 20 2275 270 16 "AD[15]" "104" 0x80)
+				Pad(2287 20 2287 220 16 "AD[15]" "104" 0x80)
+				Pad(2287 220 2275 270 16 "AD[15]" "104" 0x80)				
+	                        Pad(2313 20 2337 20 16 "+3.3V" "105" 0x80)
+				Pad(2313 20 2313 220 16 "+3.3V" "105" 0x80)
+				Pad(2313 220 2325 270 16 "+3.3V" "105" 0x80)
+				Pad(2325 20 2325 270 16 "+3.3V" "105" 0x80)
+				Pad(2337 20 2337 220 16 "+3.3V" "105" 0x80)
+				Pad(2337 220 2325 270 16 "+3.3V" "105" 0x80)				
+	                        Pad(2363 20 2387 20 16 "AD[13]" "106" 0x80)
+				Pad(2363 20 2363 220 16 "AD[13]" "106" 0x80)
+				Pad(2363 220 2375 270 16 "AD[13]" "106" 0x80)
+				Pad(2375 20 2375 270 16 "AD[13]" "106" 0x80)
+				Pad(2387 20 2387 220 16 "AD[13]" "106" 0x80)
+				Pad(2387 220 2375 270 16 "AD[13]" "106" 0x80)				
+	                        Pad(2413 20 2437 20 16 "AD[11]" "107" 0x80)
+				Pad(2413 20 2413 220 16 "AD[11]" "107" 0x80)
+				Pad(2413 220 2425 270 16 "AD[11]" "107" 0x80)
+				Pad(2425 20 2425 270 16 "AD[11]" "107" 0x80)
+				Pad(2437 20 2437 220 16 "AD[11]" "107" 0x80)
+				Pad(2437 220 2425 270 16 "AD[11]" "107" 0x80)				
+	                        Pad(2463 20 2487 20 16 "Ground" "108" 0x80)
+				Pad(2463 20 2463 220 16 "Ground" "108" 0x80)
+				Pad(2463 220 2475 270 16 "Ground" "108" 0x80)
+				Pad(2475 20 2475 270 16 "Ground" "108" 0x80)
+				Pad(2487 20 2487 220 16 "Ground" "108" 0x80)
+				Pad(2487 220 2475 270 16 "Ground" "108" 0x80)				
+	                        Pad(2513 20 2537 20 16 "AD[09]" "109" 0x80)
+				Pad(2513 20 2513 220 16 "AD[09]" "109" 0x80)
+				Pad(2513 220 2525 270 16 "AD[09]" "109" 0x80)
+				Pad(2525 20 2525 270 16 "AD[09]" "109" 0x80)
+				Pad(2537 20 2537 220 16 "AD[09]" "109" 0x80)
+				Pad(2537 220 2525 270 16 "AD[09]" "109" 0x80)				
+	                        Pad(2662 20 2686 20 16 "C/BE[0]*" "110" 0x80)
+				Pad(2662 20 2662 220 16 "C/BE[0]*" "110" 0x80)
+				Pad(2662 220 2674 270 16 "C/BE[0]*" "110" 0x80)
+				Pad(2674 20 2674 270 16 "C/BE[0]*" "110" 0x80)
+				Pad(2686 20 2686 220 16 "C/BE[0]*" "110" 0x80)
+				Pad(2686 220 2674 270 16 "C/BE[0]*" "110" 0x80)				
+	                        Pad(2712 20 2736 20 16 "+3.3V" "111" 0x80)
+				Pad(2712 20 2712 220 16 "+3.3V" "111" 0x80)
+				Pad(2712 220 2724 270 16 "+3.3V" "111" 0x80)
+				Pad(2724 20 2724 270 16 "+3.3V" "111" 0x80)
+				Pad(2736 20 2736 220 16 "+3.3V" "111" 0x80)
+				Pad(2736 220 2724 270 16 "+3.3V" "111" 0x80)				
+	                        Pad(2762 20 2786 20 16 "AD[06]" "112" 0x80)
+				Pad(2762 20 2762 220 16 "AD[06]" "112" 0x80)
+				Pad(2762 220 2774 270 16 "AD[06]" "112" 0x80)
+				Pad(2774 20 2774 270 16 "AD[06]" "112" 0x80)
+				Pad(2786 20 2786 220 16 "AD[06]" "112" 0x80)
+				Pad(2786 220 2774 270 16 "AD[06]" "112" 0x80)				
+	                        Pad(2812 20 2836 20 16 "AD[04]" "113" 0x80)
+				Pad(2812 20 2812 220 16 "AD[04]" "113" 0x80)
+				Pad(2812 220 2824 270 16 "AD[04]" "113" 0x80)
+				Pad(2824 20 2824 270 16 "AD[04]" "113" 0x80)
+				Pad(2836 20 2836 220 16 "AD[04]" "113" 0x80)
+				Pad(2836 220 2824 270 16 "AD[04]" "113" 0x80)				
+	                        Pad(2862 20 2886 20 16 "Ground" "114" 0x80)
+				Pad(2862 20 2862 220 16 "Ground" "114" 0x80)
+				Pad(2862 220 2874 270 16 "Ground" "114" 0x80)
+				Pad(2874 20 2874 270 16 "Ground" "114" 0x80)
+				Pad(2886 20 2886 220 16 "Ground" "114" 0x80)
+				Pad(2886 220 2874 270 16 "Ground" "114" 0x80)				
+	                        Pad(2912 20 2936 20 16 "AD[02]" "115" 0x80)
+				Pad(2912 20 2912 220 16 "AD[02]" "115" 0x80)
+				Pad(2912 220 2924 270 16 "AD[02]" "115" 0x80)
+				Pad(2924 20 2924 270 16 "AD[02]" "115" 0x80)
+				Pad(2936 20 2936 220 16 "AD[02]" "115" 0x80)
+				Pad(2936 220 2924 270 16 "AD[02]" "115" 0x80)				
+	                        Pad(2962 20 2986 20 16 "AD[00]" "116" 0x80)
+				Pad(2962 20 2962 220 16 "AD[00]" "116" 0x80)
+				Pad(2962 220 2974 270 16 "AD[00]" "116" 0x80)
+				Pad(2974 20 2974 270 16 "AD[00]" "116" 0x80)
+				Pad(2986 20 2986 220 16 "AD[00]" "116" 0x80)
+				Pad(2986 220 2974 270 16 "AD[00]" "116" 0x80)				
+	                        Pad(3012 20 3036 20 16 "+5V" "117" 0x80)
+				Pad(3012 20 3012 220 16 "+5V" "117" 0x80)
+				Pad(3012 220 3024 270 16 "+5V" "117" 0x80)
+				Pad(3024 20 3024 270 16 "+5V" "117" 0x80)
+				Pad(3036 20 3036 220 16 "+5V" "117" 0x80)
+				Pad(3036 220 3024 270 16 "+5V" "117" 0x80)				
+	                        Pad(3062 20 3086 20 16 "REQ64*" "118" 0x80)
+				Pad(3062 20 3062 220 16 "REQ64*" "118" 0x80)
+				Pad(3062 220 3074 270 16 "REQ64*" "118" 0x80)
+				Pad(3074 20 3074 270 16 "REQ64*" "118" 0x80)
+				Pad(3086 20 3086 220 16 "REQ64*" "118" 0x80)
+				Pad(3086 220 3074 270 16 "REQ64*" "118" 0x80)				
+	                        Pad(3112 20 3136 20 16 "+5V" "119" 0x80)
+				Pad(3112 20 3112 220 16 "+5V" "119" 0x80)
+				Pad(3112 220 3124 270 16 "+5V" "119" 0x80)
+				Pad(3124 20 3124 270 16 "+5V" "119" 0x80)
+				Pad(3136 20 3136 220 16 "+5V" "119" 0x80)
+				Pad(3136 220 3124 270 16 "+5V" "119" 0x80)				
+	                        Pad(3162 20 3186 20 16 "+5V" "120" 0x80)
+				Pad(3162 20 3162 220 16 "+5V" "120" 0x80)
+				Pad(3162 220 3174 270 16 "+5V" "120" 0x80)
+				Pad(3174 20 3174 270 16 "+5V" "120" 0x80)
+				Pad(3186 20 3186 220 16 "+5V" "120" 0x80)
+				Pad(3186 220 3174 270 16 "+5V" "120" 0x80)				
+)
Index: oldlib/lib/pcblib-newlib/pci/index.html
===================================================================
--- oldlib/lib/pcblib-newlib/pci/index.html	(nonexistent)
+++ oldlib/lib/pcblib-newlib/pci/index.html	(revision 296)
@@ -0,0 +1,30 @@
+<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
+<HTML><HEAD><TITLE>PCB pci Footprint Library</TITLE></HEAD>
+<BODY bgcolor="#FFFFFF" text="#000000">
+<H1>PCB pci Footprint Library</H1>
+<TABLE BORDER=2>
+<TR>
+    <TD><EM>Comment</EM></TD>
+    <TD><EM>Footprint Name</EM></TD>
+</TR>
+
+  <TR>
+    <TD>PCI5V_AVE_HEIGHT, PCI 5V Array Average Height </TD>
+    <TD><A HREF="PCI5V_AVE_HEIGHT.fp">PCI5V_AVE_HEIGHT.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PCI5V_MIN_HEIGHT, PCI 5V Array Min Height </TD>
+    <TD><A HREF="PCI5V_MIN_HEIGHT.fp">PCI5V_MIN_HEIGHT.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PCI5V_MAX_HEIGHT, PCI 5V Array Max Height </TD>
+    <TD><A HREF="PCI5V_MAX_HEIGHT.fp">PCI5V_MAX_HEIGHT.fp</A></TD>
+  </TR>
+  <TR>
+    <TD>PCI5V_SMALL_HEIGHT, PCI 5V Array Small Height </TD>
+    <TD><A HREF="PCI5V_SMALL_HEIGHT.fp">PCI5V_SMALL_HEIGHT.fp</A></TD>
+  </TR>
+
+</TABLE>
+
+</BODY></HTML>
Index: oldlib/lib/pcblib-newlib.stamp
===================================================================
--- oldlib/lib/pcblib-newlib.stamp	(nonexistent)
+++ oldlib/lib/pcblib-newlib.stamp	(revision 296)
@@ -0,0 +1 @@
+png-preview=no
Index: oldlib/lib/pcblib.contents
===================================================================
--- oldlib/lib/pcblib.contents	(nonexistent)
+++ oldlib/lib/pcblib.contents	(revision 296)
@@ -0,0 +1,998 @@
+TYPE=~amphenol
+amphenol_ARFX1229:AMPHENOL_ARFX1229:AMPHENOL_ARFX1229:Amphenol ARFX1229 Vertical SMA Connector (M) [AMPHENOL_ARFX1229]
+amphenol_ARFX1230:AMPHENOL_ARFX1230:AMPHENOL_ARFX1230:Amphenol ARFX1230 Right Angle SMA Connector (M) [AMPHENOL_ARFX1230]
+amphenol_ARFX1231:AMPHENOL_ARFX1231:AMPHENOL_ARFX1231:Amphenol ARFX1231 Vertical SMA Connector (F) [AMPHENOL_ARFX1231]
+amphenol_ARFX1232:AMPHENOL_ARFX1232:AMPHENOL_ARFX1232:Amphenol ARFX1232 Right Angle SMA Connector (F) [AMPHENOL_ARFX1232]
+TYPE=~connector
+connector2:CONNECTOR:2:connector 2x1 pins [CONNECTOR 1 2]
+connector4:CONNECTOR:4:connector 2x2 pins [CONNECTOR 2 2]
+connector6:CONNECTOR:6:connector 2x3 pins [CONNECTOR 3 2]
+connector8:CONNECTOR:8:connector 2x4 pins [CONNECTOR 4 2]
+connector10:CONNECTOR:10:connector 2x5 pins [CONNECTOR 5 2]
+connector12:CONNECTOR:12:connector 3x4 pins [CONNECTOR 4 3]
+connector14:CONNECTOR:14:connector 2x7 pins [CONNECTOR 7 2]
+connector15:CONNECTOR:15:connector 3x5 pins [CONNECTOR 5 3]
+connector16:CONNECTOR:16:connector 2x8 pins [CONNECTOR 8 2]
+connector18:CONNECTOR:18:connector 3x6 pins [CONNECTOR 6 3]
+connector20:CONNECTOR:20:connector 2x10 pins [CONNECTOR 10 2]
+connector50:CONNECTOR:50:connector 2x25 pins [CONNECTOR 25 2]
+DIN41_612_abc48female_s:DIN41_612FEMALE_SMALL:abc48f:DIN41.612 row a+b+c female [DIN41_612FEMALE_SMALL]
+DIN41_612_abc48male_s:DIN41_612MALE_SMALL:abc48m:DIN41.612 row a+b+c male [DIN41_612MALE_SMALL]
+DIN41_612_ab64female:DIN41_612FEMALE:ab64f:DIN41.612 row a+b female [DIN41_612FEMALE ab]
+DIN41_612_ab64male:DIN41_612MALE:ab64m:DIN41.612 row a+b male [DIN41_612MALE ab]
+DIN41_612_ac64female:DIN41_612FEMALE:ac64f:DIN41.612 row a+c female [DIN41_612FEMALE ac]
+DIN41_612_ac64male:DIN41_612MALE:ac64m:DIN41.612 row a+c male [DIN41_612MALE ac]
+DIN41_612_abc96female:DIN41_612FEMALE:abc96f:DIN41.612 row a+b+c female [DIN41_612FEMALE abc]
+DIN41_612_abc96male:DIN41_612MALE:abc96m:DIN41.612 row a+b+c male [DIN41_612MALE abc]
+DIN41_651_10lay:DIN41_651LAY:10l:DIN41.651 laying 10 pins [DIN41_651LAY 10]
+DIN41_651_10stand:DIN41_651STAND:10s:DIN41.651 standing 10 pins [DIN41_651STAND 10]
+DIN41_651_14lay:DIN41_651LAY:14l:DIN41.651 laying 14 pins [DIN41_651LAY 14]
+DIN41_651_14stand:DIN41_651STAND:14s:DIN41.651 standing 14 pins [DIN41_651STAND 14]
+DIN41_651_16lay:DIN41_651LAY:16l:DIN41.651 laying 16 pins [DIN41_651LAY 16]
+DIN41_651_16stand:DIN41_651STAND:16s:DIN41.651 standing 16 pins [DIN41_651STAND 16]
+DIN41_651_18lay:DIN41_651LAY:18l:DIN41.651 laying 18 pins [DIN41_651LAY 18]
+DIN41_651_18stand:DIN41_651STAND:18s:DIN41.651 standing 18 pins [DIN41_651STAND 18]
+DIN41_651_20lay:DIN41_651LAY:20l:DIN41.651 laying 20 pins [DIN41_651LAY 20]
+DIN41_651_20stand:DIN41_651STAND:20s:DIN41.651 standing 20 pins [DIN41_651STAND 20]
+DIN41_651_22lay:DIN41_651LAY:22l:DIN41.651 laying 22 pins [DIN41_651LAY 22]
+DIN41_651_22stand:DIN41_651STAND:22s:DIN41.651 standing 22 pins [DIN41_651STAND 22]
+DIN41_651_24lay:DIN41_651LAY:24l:DIN41.651 laying 24 pins [DIN41_651LAY 24]
+DIN41_651_24stand:DIN41_651STAND:24s:DIN41.651 standing 24 pins [DIN41_651STAND 24]
+DIN41_651_26lay:DIN41_651LAY:26l:DIN41.651 laying 26 pins [DIN41_651LAY 26]
+DIN41_651_26stand:DIN41_651STAND:26s:DIN41.651 standing 26 pins [DIN41_651STAND 26]
+DIN41_651_34lay:DIN41_651LAY:34l:DIN41.651 laying 34 pins [DIN41_651LAY 34]
+DIN41_651_34stand:DIN41_651STAND:34s:DIN41.651 standing 34 pins [DIN41_651STAND 34]
+DIN41_651_40lay:DIN41_651LAY:40l:DIN41.651 laying 40 pins [DIN41_651LAY 40]
+DIN41_651_40stand:DIN41_651STAND:40s:DIN41.651 standing 40 pins [DIN41_651STAND 40]
+DIN41_651_50lay:DIN41_651LAY:50l:DIN41.651 laying 50 pins [DIN41_651LAY 50]
+DIN41_651_50stand:DIN41_651STAND:50s:DIN41.651 standing 50 pins [DIN41_651STAND 50]
+DIN41_651_64lay:DIN41_651LAY:64l:DIN41.651 laying 64 pins [DIN41_651LAY 64]
+DIN41_651_64stand:DIN41_651STAND:64s:DIN41.651 standing 64 pins [DIN41_651STAND 64]
+PC_Centronics:SUBD_FEMALE_LAY:PC-centronics:PC Centronics Connector [SUBD_FEMALE_LAY 25]
+PC_V24_9P:SUBD_MALE_LAY:PC-RS232:PC V24 9-pins [SUBD_MALE_LAY 9]
+PC_V24_25P:SUBD_MALE_LAY:PC-RS232:PC V24 25-pins [SUBD_MALE_LAY 25]
+SCSI_SE:CONNECTOR:single-ended SCSI:single-ended SCSI 2x25 pins [CONNECTOR 25 2]
+SUBD_9F:SUBD_FEMALE_LAY:9f:SUB-D female 9 pins [SUBD_FEMALE_LAY 9]
+SUBD_9M:SUBD_MALE_LAY:9m:SUB-D male 9 pins [SUBD_MALE_LAY 9]
+SUBD_15F:SUBD_FEMALE_LAY:15f:SUB-D female 15 pins [SUBD_FEMALE_LAY 15]
+SUBD_15M:SUBD_MALE_LAY:15m:SUB-D male 15 pins [SUBD_MALE_LAY 15]
+SUBD_25F:SUBD_FEMALE_LAY:25f:SUB-D female 25 pins [SUBD_FEMALE_LAY 25]
+SUBD_25M:SUBD_MALE_LAY:25m:SUB-D male 25 pins [SUBD_MALE_LAY 25]
+BNC_rightangle:BNC_LAY:1:right angle BNC [BNC_LAY]
+MTA_156_2:MTA_156:2:MTA-156 header [MTA_156 2]
+SMA_vertical:SMA_VERT:1:vertical SMA [SMA_VERT]
+MOLEX_025_20:MOLEX_025:20:Molex .025 pitch 20 pin plug [MOLEX_025 20]
+MOLEX_025_30:MOLEX_025:30:Molex .025 pitch 30 pin plug [MOLEX_025 30]
+MOLEX_025_40:MOLEX_025:40:Molex .025 pitch 40 pin plug [MOLEX_025 40]
+MOLEX_025_50:MOLEX_025:50:Molex .025 pitch 50 pin plug [MOLEX_025 50]
+MOLEX_025_60:MOLEX_025:60:Molex .025 pitch 60 pin plug [MOLEX_025 60]
+MOLEX_025_68:MOLEX_025:68:Molex .025 pitch 68 pin plug [MOLEX_025 68]
+MOLEX_025_70:MOLEX_025:70:Molex .025 pitch 70 pin plug [MOLEX_025 70]
+MOLEX_025_80:MOLEX_025:80:Molex .025 pitch 80 pin plug [MOLEX_025 80]
+MOLEX_025_90:MOLEX_025:90:Molex .025 pitch 90 pin plug [MOLEX_025 90]
+MOLEX_025_100:MOLEX_025:100:Molex .025 pitch 100 pin plug [MOLEX_025 100]
+MOLEX_025_120:MOLEX_025:120:Molex .025 pitch 120 pin plug [MOLEX_025 120]
+MOLEX_025_140:MOLEX_025:140:Molex .025 pitch 140 pin plug [MOLEX_025 140]
+MOLEX_025_160:MOLEX_025:160:Molex .025 pitch 160 pin plug [MOLEX_025 160]
+MOLEX_025_180:MOLEX_025:180:Molex .025 pitch 180 pin plug [MOLEX_025 180]
+MOLEX_025_200:MOLEX_025:200:Molex .025 pitch 200 pin plug [MOLEX_025 200]
+MOLEX_025_240:MOLEX_025:240:Molex .025 pitch 240 pin plug [MOLEX_025 240]
+NANOENGINE:NANOENGINE:160:Bright Star nanoEngine SBC [NANOENGINE]
+TYPE=~crystal
+crystal_300:CRYSTAL:1MHz:crystal 300mil [CRYSTAL 300]
+crystal_300:CRYSTAL:8MHZ:crystal 300mil [CRYSTAL 300]
+crystal_300:CRYSTAL:crystal:crystal 300mil [CRYSTAL 300]
+TYPE=~generic
+generic8_dil:DIL:DIL 8:generic [DIL 8 300]
+generic8_dil:N:DIL 8:generic [N 8 300]
+generic8smd_dil:D:SMD 8:generic [D 8]
+generic14_dil:DIL:DIL 14:generic [DIL 14 300]
+generic14_dil:N:DIL 14:generic [N 14 300]
+generic14smd_dil:D:SMD 14:generic [D 14]
+generic16_dil:DIL:DIL 16:generic [DIL 16 300]
+generic16_dil:N:DIL 16:generic [N 16 300]
+generic16smd_dil:D:SMD 16:generic [D 16]
+generic18_dil:DIL:DIL 18:generic [DIL 18 300]
+generic18_dil:N:DIL 18:generic [N 18 300]
+generic18smd_dil:D:SMD 18:generic [D 18]
+generic20_dil:DIL:DIL 20:generic [DIL 20 300]
+generic20_dil:N:DIL 20:generic [N 20 300]
+generic20smd_dil:D:SMD 20:generic [D 20]
+generic24_dil:DIL:DIL 24:generic [DIL 24 300]
+generic24_dil:N:DIL 24:generic [N 24 300]
+generic24smd_dil:D:SMD 24:generic [D 24]
+generic24w_dil:DIL:W-DIL 24:generic [DIL 24 600]
+generic24w_dil:N:W-DIL 24:generic [N 24 600]
+generic24smdw_dil:DW:SMD-W 24:generic [DW 24]
+generic28_dil:DIL:DIL 28:generic [DIL 28 300]
+generic28_dil:N:DIL 28:generic [N 28 300]
+generic28smd_dil:D:SMD 28:generic [D 28]
+generic28w_dil:DIL:W-DIL 28:generic [DIL 28 600]
+generic28w_dil:N:W-DIL 28:generic [N 28 600]
+generic28smdw_dil:DW:SMD-W 28:generic [DW 28]
+generic32_dil:DIL:DIL 32:generic [DIL 32 600]
+generic32_dil:N:DIL 32:generic [N 32 600]
+generic40_dil:DIL:DIL 40:generic [DIL 40 600]
+generic40_dil:N:DIL 40:generic [N 40 600]
+generic64_dil:DIL:DIL 64:generic [DIL 64 900]
+generic64_dil:N:DIL 64:generic [N 64 900]
+generic44_plcc:PLCC:PLCC 44:generic [PLCC 44 150]
+generic44_plcc:PLCC_SOCKET:PLCC 44 socket:generic [PLCC_SOCKET 44 150]
+generic52_plcc:PLCC:PLCC 52:generic [PLCC 52 150]
+generic52_plcc:PLCC_SOCKET:PLCC 52 socket:generic [PLCC_SOCKET 52 150]
+generic68_plcc:PLCC:PLCC 68:generic [PLCC 68 150]
+generic68_plcc:PLCC_SOCKET:PLCC 68 socket:generic [PLCC_SOCKET 68 150]
+generic84_plcc:PLCC:PLCC 84:generic [PLCC 84 150]
+generic84_plcc:PLCC_SOCKET:PLCC 84 socket:generic [PLCC_SOCKET 84 150]
+generic44_qfp:QFP:QFP 44:generic [QFP 44 150]
+generic44_qfp:OLD_QFP:QFP 44 OLD:generic [OLD_QFP 44 150]
+generic208_lqfp:208_LQFP:QFP 208:generic [208_LQFP]
+menu_qfp:MENU_QFP:QFP menu:generic [MENU_QFP]
+generic80_qfp:QFP2:QFP 80:generic [QFP2 80 150]
+generic16_zif:ZIF:ZIF 16:generic [ZIF 16]
+generic20_zif:ZIF:ZIF 20:generic [ZIF 20]
+generic20_zip:SD:ZIP 20:generic [SD 20]
+generic24_zip:SD:ZIP 24:generic [SD 24]
+generic28_zip:SD:ZIP 28:generic [SD 28]
+generic40_zip:SD:ZIP 40:generic [SD 40]
+generic_diode_300:DIODE_LAY:300:diode [DIODE_LAY 300]
+generic_diode_400:DIODE_LAY:400:diode [DIODE_LAY 400]
+generic_diode_500:DIODE_LAY:500:diode [DIODE_LAY 500]
+generic_diode_600:DIODE_LAY:600:diode [DIODE_LAY 600]
+generic_diode_800:DIODE_LAY:800:diode [DIODE_LAY 800]
+oscillator_1:OSC:1 MHz OSC:oscillator [OSC 1]
+oscillator_2:OSC:2 MHz OSC:oscillator [OSC 2]
+oscillator_4:OSC:4 MHz OSC:oscillator [OSC 4]
+oscillator_5:OSC:5 MHz OSC:oscillator [OSC 5]
+oscillator_8:OSC:8 MHz OSC:oscillator [OSC 8]
+oscillator_10:OSC:10 MHz OSC:oscillator [OSC 10]
+oscillator_12:OSC:12 MHz OSC:oscillator [OSC 12]
+oscillator_16:OSC:16 MHz OSC:oscillator [OSC 16]
+oscillator_20:OSC:20 MHz OSC:oscillator [OSC 20]
+oscillator_24:OSC:24 MHz OSC:oscillator [OSC 24]
+oscillator_32:OSC:32 MHz OSC:oscillator [OSC 32]
+ovenized_oscillator_5:OVEN_OSC:5 MHz OSC:ovenized [OVEN_OSC 5]
+r_025:R025:0.25W Resistor (300 mil):Description_r_025 [R025]
+generic_resistor_axial_300:AXIAL_LAY:300:resistor_axial [AXIAL_LAY 300]
+generic_resistor_axial_400:AXIAL_LAY:400:resistor_axial [AXIAL_LAY 400]
+generic_resistor_axial_500:AXIAL_LAY:500:resistor_axial [AXIAL_LAY 500]
+generic_resistor_axial_600:AXIAL_LAY:600:resistor_axial [AXIAL_LAY 600]
+generic_resistor_axial_800:AXIAL_LAY:800:resistor_axial [AXIAL_LAY 800]
+generic_capacitor_axial_300:AXIAL_LAY:300:capacitor_axial [AXIAL_LAY 300]
+generic_capacitor_axial_400:AXIAL_LAY:400:capacitor_axial [AXIAL_LAY 400]
+generic_capacitor_axial_500:AXIAL_LAY:500:capacitor_axial [AXIAL_LAY 500]
+generic_capacitor_axial_600:AXIAL_LAY:600:capacitor_axial [AXIAL_LAY 600]
+generic_capacitor_axial_800:AXIAL_LAY:800:capacitor_axial [AXIAL_LAY 800]
+generic_capacitor_radial_200:RADIAL_CAN:200:capacitor_radial [RADIAL_CAN 200]
+generic_capacitor_radial_300:RADIAL_CAN:300:capacitor_radial [RADIAL_CAN 300]
+generic_capacitor_radial_400:RADIAL_CAN:400:capacitor_radial [RADIAL_CAN 400]
+generic_capacitor_radial_500:RADIAL_CAN:500:capacitor_radial [RADIAL_CAN 500]
+generic_capacitor_radial_600:RADIAL_CAN:600:capacitor_radial [RADIAL_CAN 600]
+generic_smd_chip_402:SMD_CHIP:Resistor:smd chip 402 [SMD_CHIP 402]
+generic_smd_chip_402:SMD_CHIP:Capacitor:smd chip 402 [SMD_CHIP 402]
+generic_smd_chip_603:SMD_CHIP:Resistor:smd chip 603 [SMD_CHIP 603]
+generic_smd_chip_603:SMD_CHIP:Capacitor:smd chip 603 [SMD_CHIP 603]
+generic_smd_chip_805:SMD_CHIP:Resistor:smd chip 805 [SMD_CHIP 805]
+generic_smd_chip_805:SMD_CHIP:Capacitor:smd chip 805 [SMD_CHIP 805]
+generic_smd_chip_1206:SMD_CHIP:Resistor:smd chip 1206 [SMD_CHIP 1206]
+generic_smd_chip_1206:SMD_CHIP:Capacitor:smd chip 1206 [SMD_CHIP 1206]
+generic_smd_chip_1210:SMD_CHIP:Resistor:smd chip 1210 [SMD_CHIP 1210]
+generic_smd_chip_1210:SMD_CHIP:Capacitor:smd chip 1210 [SMD_CHIP 1210]
+smd_resistor_603:SMD_SIMPLE:603:chip_resistor [SMD_SIMPLE 60 30]
+smd_resistor_805:SMD_SIMPLE:805:chip_resistor [SMD_SIMPLE 80 50]
+smd_resistor_1206:SMD_SIMPLE:1206:chip_resistor [SMD_SIMPLE 120 60]
+smd_capacitor_603:SMD_SIMPLE:603:chip_capacitor [SMD_SIMPLE 60 30]
+smd_capacitor_805:SMD_SIMPLE:805:chip_capacitor [SMD_SIMPLE 80 50]
+smd_capacitor_1206:SMD_SIMPLE:1206:chip_capacitor [SMD_SIMPLE 120 60]
+smd_capacitor_polarized_603:SMD_POLAR:603:chip_capacitor_polarized [SMD_POLAR 60 30]
+smd_capacitor_polarized_805:SMD_POLAR:805:chip_capacitor_polarized [SMD_POLAR 80 50]
+smd_capacitor_polarized_1206:SMD_POLAR:1206:chip_capacitor_polarized [SMD_POLAR 120 60]
+smd_EIA_A_capacitor:SMD_POLAR:EIA A:chip_capacitor_polarized [SMD_POLAR 120 50]
+smd_EIA_B_capacitor:SMD_POLAR:EIA B:chip_capacitor_polarized [SMD_POLAR 140 90]
+smd_EIA_C_capacitor:SMD_POLAR:EIA C:chip_capacitor_polarized [SMD_POLAR 240 90]
+smd_EIA_D_capacitor:SMD_POLAR:EIA D:chip_capacitor_polarized [SMD_POLAR 280 100]
+smd_diode_603:SMD_DIODE:603:chip_diode [SMD_DIODE 60 30]
+smd_diode_805:SMD_DIODE:805:chip_diode [SMD_DIODE 80 50]
+smd_diode_1206:SMD_DIODE:1206:chip_diode [SMD_DIODE 120 60]
+isa_eight_bit:ISA8:XT8BIT:isa_eight_bit [ISA8]
+sot_23:SOT23:SOT-23:SOT-23 package [SOT23]
+sot_323:SOT323:SOT-323:SOT-323 package [SOT323]
+sot_nec19:NEC19:SOT-NE19:NEC SOT-NE19 package [NEC19]
+TYPE=~gtag
+cy7c64603_qfp:PQFP52_10X10:cy7c64603:USB Microcontroller [PQFP52_10X10 52]
+conn_usb:CONN_USB:conn_usb:USB Male Connector [CONN_USB]
+conn_jtag:CONN_JTAG:conn_jtag:JTAG Connector [CONN_JTAG]
+sm0805:SM0805:sm0805:SMT 0805 [SM0805]
+sm1206:SM1206:sm1206:SMT 1206 [SM1206]
+TYPE=~optical
+LED_3MM:LED:green:LED 3mm [LED 60]
+LED_3MM:LED:red:LED 3mm [LED 60]
+LED_3MM:LED:blue:LED 3mm [LED 60]
+LED_5MM:LED:green:LED 5mm [LED 100]
+LED_5MM:LED:red:LED 5mm [LED 100]
+LED_5MM:LED:blue:LED 5mm [LED 100]
+OPTO_6N136:N:6N136:optical coupling device [N 8 300]
+OPTO_6N137:N:6N137:optical coupling device [N 8 300]
+TYPE=~pci
+PCI5V_AVE_HEIGHT:PCI5V_AVE_HEIGHT:PCI5V_AVE_HEIGHT:PCI 5V Array Average Height [PCI5V_AVE_HEIGHT]
+PCI5V_MIN_HEIGHT:PCI5V_MIN_HEIGHT:PCI5V_MIN_HEIGHT:PCI 5V Array Min Height [PCI5V_MIN_HEIGHT]
+PCI5V_MAX_HEIGHT:PCI5V_MAX_HEIGHT:PCI5V_MAX_HEIGHT:PCI 5V Array Max Height [PCI5V_MAX_HEIGHT]
+PCI5V_SMALL_HEIGHT:PCI5V_SMALL_HEIGHT:PCI5V_SMALL_HEIGHT:PCI 5V Array Small Height [PCI5V_SMALL_HEIGHT]
+TYPE=~amp
+amp_AMP_MICTOR_767054_1:AMP_MICTOR_767054_1:AMP_MICTOR_767054_1:Amp Mictor Connectors [AMP_MICTOR_767054_1]
+amp_AMP_MICTOR_767054_2:AMP_MICTOR_767054_2:AMP_MICTOR_767054_2:Amp Mictor Connectors [AMP_MICTOR_767054_2]
+amp_AMP_MICTOR_767054_3:AMP_MICTOR_767054_3:AMP_MICTOR_767054_3:Amp Mictor Connectors [AMP_MICTOR_767054_3]
+amp_AMP_MICTOR_767054_4:AMP_MICTOR_767054_4:AMP_MICTOR_767054_4:Amp Mictor Connectors [AMP_MICTOR_767054_4]
+amp_AMP_MICTOR_767054_5:AMP_MICTOR_767054_5:AMP_MICTOR_767054_5:Amp Mictor Connectors [AMP_MICTOR_767054_5]
+amp_AMP_MICTOR_767054_6:AMP_MICTOR_767054_6:AMP_MICTOR_767054_6:Amp Mictor Connectors [AMP_MICTOR_767054_6]
+amp_AMP_MICTOR_767054_7:AMP_MICTOR_767054_7:AMP_MICTOR_767054_7:Amp Mictor Connectors [AMP_MICTOR_767054_7]
+TYPE=~bourns
+bourns_BOURNS_3224G:BOURNS_3224G:BOURNS_3224G:Bourns 3224 Series SMT Trim Pot [BOURNS_3224G]
+bourns_BOURNS_3224J:BOURNS_3224J:BOURNS_3224J:Bourns 3224 Series SMT Trim Pot [BOURNS_3224J]
+bourns_BOURNS_3224W:BOURNS_3224W:BOURNS_3224W:Bourns 3224 Series SMT Trim Pot [BOURNS_3224W]
+bourns_BOURNS_3224X:BOURNS_3224X:BOURNS_3224X:Bourns 3224 Series SMT Trim Pot [BOURNS_3224X]
+TYPE=~candk
+candk_CANDK_ES01MSABE:CANDK_ES01MSABE:CANDK_ES01MSABE:C&K ES Series Switches [CANDK_ES01MSABE]
+candk_CANDK_ES02MSABE:CANDK_ES02MSABE:CANDK_ES02MSABE:C&K ES Series Switches [CANDK_ES02MSABE]
+candk_CANDK_ES03MSABE:CANDK_ES03MSABE:CANDK_ES03MSABE:C&K ES Series Switches [CANDK_ES03MSABE]
+TYPE=~cts
+cts_CTS_742C_04:CTS_742C_04:CTS_742C_04:CTS 742C Series Chip Resistor Array [CTS_742C_04]
+cts_CTS_742C_08:CTS_742C_08:CTS_742C_08:CTS 742C Series Chip Resistor Array [CTS_742C_08]
+cts_CTS_742C_16:CTS_742C_16:CTS_742C_16:CTS 742C Series Chip Resistor Array [CTS_742C_16]
+cts_CTS_742X_08:CTS_742X_08:CTS_742X_08:CTS 742C Series Chip Resistor Array [CTS_742X_08]
+cts_CTS_743C_04:CTS_743C_04:CTS_743C_04:CTS 743C Series Chip Resistor Array [CTS_743C_04]
+cts_CTS_743C_08:CTS_743C_08:CTS_743C_08:CTS 743C Series Chip Resistor Array [CTS_743C_08]
+cts_CTS_744C_04:CTS_744C_04:CTS_744C_04:CTS 744C Series Chip Resistor Array [CTS_744C_04]
+cts_CTS_744C_08:CTS_744C_08:CTS_744C_08:CTS 744C Series Chip Resistor Array [CTS_744C_08]
+cts_CTS_745C_10:CTS_745C_10:CTS_745C_10:CTS 745C Series Chip Resistor Array [CTS_745C_10]
+cts_CTS_745X_10:CTS_745X_10:CTS_745X_10:CTS 745X Series Chip Resistor Array [CTS_745X_10]
+cts_CTS_746X_10:CTS_746X_10:CTS_746X_10:CTS 746X Series Chip Resistor Array [CTS_746X_10]
+TYPE=~geda
+geda_DIP6:DIP6:DIP6:Dual in-line package, narrow (300 mil) [DIP6]
+geda_DIP8:DIP8:DIP8:Dual in-line package, narrow (300 mil) [DIP8]
+geda_DIP14:DIP14:DIP14:Dual in-line package, narrow (300 mil) [DIP14]
+geda_DIP16:DIP16:DIP16:Dual in-line package, narrow (300 mil) [DIP16]
+geda_DIP18:DIP18:DIP18:Dual in-line package, narrow (300 mil) [DIP18]
+geda_DIP20:DIP20:DIP20:Dual in-line package, narrow (300 mil) [DIP20]
+geda_DIP22:DIP22:DIP22:Dual in-line package, narrow (300 mil) [DIP22]
+geda_DIP24N:DIP24N:DIP24N:Dual in-line package, narrow (300 mil) [DIP24N]
+geda_DIP28N:DIP28N:DIP28N:Dual in-line package, narrow (300 mil) [DIP28N]
+geda_DIP8M:DIP8M:DIP8M:Dual in-line package, medium wide (400 mil) [DIP8M]
+geda_DIP14M:DIP14M:DIP14M:Dual in-line package, medium wide (400 mil) [DIP14M]
+geda_DIP16M:DIP16M:DIP16M:Dual in-line package, medium wide (400 mil) [DIP16M]
+geda_DIP18M:DIP18M:DIP18M:Dual in-line package, medium wide (400 mil) [DIP18M]
+geda_DIP20M:DIP20M:DIP20M:Dual in-line package, medium wide (400 mil) [DIP20M]
+geda_DIP22M:DIP22M:DIP22M:Dual in-line package, medium wide (400 mil) [DIP22M]
+geda_DIP24M:DIP24M:DIP24M:Dual in-line package, medium wide (400 mil) [DIP24M]
+geda_DIP28M:DIP28M:DIP28M:Dual in-line package, medium wide (400 mil) [DIP28M]
+geda_DIP24:DIP24:DIP24:Dual in-line package, wide (600 mil) [DIP24]
+geda_DIP28:DIP28:DIP28:Dual in-line package, wide (600 mil) [DIP28]
+geda_DIP32:DIP32:DIP32:Dual in-line package, wide (600 mil) [DIP32]
+geda_DIP36:DIP36:DIP36:Dual in-line package, wide (600 mil) [DIP36]
+geda_DIP40:DIP40:DIP40:Dual in-line package, wide (600 mil) [DIP40]
+geda_DIP42:DIP42:DIP42:Dual in-line package, wide (600 mil) [DIP42]
+geda_DIP44:DIP44:DIP44:Dual in-line package, wide (600 mil) [DIP44]
+geda_DIP48:DIP48:DIP48:Dual in-line package, wide (600 mil) [DIP48]
+geda_DIP64:DIP64:DIP64:Dual in-line package, wide (900 mil) [DIP64]
+geda_SDIP18:SDIP18:SDIP18:Shrink dual in-line package, wide (300 mil) [SDIP18]
+geda_SDIP20:SDIP20:SDIP20:Shrink dual in-line package, wide (300 mil) [SDIP20]
+geda_SDIP22:SDIP22:SDIP22:Shrink dual in-line package, wide (300 mil) [SDIP22]
+geda_SDIP24:SDIP24:SDIP24:Shrink dual in-line package, wide (300 mil) [SDIP24]
+geda_SDIP30:SDIP30:SDIP30:Shrink dual in-line package, wide (400 mil) [SDIP30]
+geda_SDIP32:SDIP32:SDIP32:Shrink dual in-line package, wide (400 mil) [SDIP32]
+geda_SDIP42:SDIP42:SDIP42:Shrink dual in-line package, wide (600 mil) [SDIP42]
+geda_SIP1:SIP1:SIP1:Single in line package [SIP1]
+geda_SIP2:SIP2:SIP2:Single in line package [SIP2]
+geda_SIP3:SIP3:SIP3:Single in line package [SIP3]
+geda_SIP4:SIP4:SIP4:Single in line package [SIP4]
+geda_SIP5:SIP5:SIP5:Single in line package [SIP5]
+geda_SIP6:SIP6:SIP6:Single in line package [SIP6]
+geda_SIP7:SIP7:SIP7:Single in line package [SIP7]
+geda_SIP8:SIP8:SIP8:Single in line package [SIP8]
+geda_SIP9:SIP9:SIP9:Single in line package [SIP9]
+geda_SIP10:SIP10:SIP10:Single in line package [SIP10]
+geda_SIP11:SIP11:SIP11:Single in line package [SIP11]
+geda_SIP12:SIP12:SIP12:Single in line package [SIP12]
+geda_SIP13:SIP13:SIP13:Single in line package [SIP13]
+geda_US8:US8:US8:Ultra (Micro?) Small outline package [US8]
+geda_US14:US14:US14:Ultra (Micro?) Small outline package [US14]
+geda_US16:US16:US16:Ultra (Micro?) Small outline package [US16]
+geda_SO8:SO8:SO8:Small outline package, narrow (150mil) [SO8]
+geda_SO14:SO14:SO14:Small outline package, narrow (150mil) [SO14]
+geda_SO16:SO16:SO16:Small outline package, narrow (150mil) [SO16]
+geda_SO18N:SO18N:SO18N:Small outline package, narrow (150mil) [SO18N]
+geda_SO20N:SO20N:SO20N:Small outline package, narrow (150mil) [SO20N]
+geda_SO8M:SO8M:SO8M:Small outline package, medium (200mil) [SO8M]
+geda_SO18M:SO18M:SO18M:Small outline package, medium (200mil) [SO18M]
+geda_SO20M:SO20M:SO20M:Small outline package, medium (200mil) [SO20M]
+geda_SO22M:SO22M:SO22M:Small outline package, medium (200mil) [SO22M]
+geda_SO24M:SO24M:SO24M:Small outline package, medium (200mil) [SO24M]
+geda_SO8W:SO8W:SO8W:Small outline package, wide (300mil) [SO8W]
+geda_SO14W:SO14W:SO14W:Small outline package, wide (300mil) [SO14W]
+geda_SO16W:SO16W:SO16W:Small outline package, wide (300mil) [SO16W]
+geda_SO18W:SO18W:SO18W:Small outline package, wide (300mil) [SO18W]
+geda_SO20W:SO20W:SO20W:Small outline package, wide (300mil) [SO20W]
+geda_SO24W:SO24W:SO24W:Small outline package, wide (300mil) [SO24W]
+geda_SO28:SO28:SO28:Small outline package, wide (300mil) [SO28]
+geda_SO32:SO32:SO32:Small outline package, wide (300mil) [SO32]
+geda_SO28W:SO28W:SO28W:Small outline package, wider (325mil) [SO28W]
+geda_SO32W:SO32W:SO32W:Small outline package, wider (450mil) [SO32W]
+geda_SO44:SO44:SO44:Small outline package, wide (525mil) [SO44]
+geda_SOJ14_300:SOJ14_300:SOJ14_300:Small outline J-leaded package (300 mil) [SOJ14_300]
+geda_SOJ16_300:SOJ16_300:SOJ16_300:Small outline J-leaded package (300 mil) [SOJ16_300]
+geda_SOJ18_300:SOJ18_300:SOJ18_300:Small outline J-leaded package (300 mil) [SOJ18_300]
+geda_SOJ20_300:SOJ20_300:SOJ20_300:Small outline J-leaded package (300 mil) [SOJ20_300]
+geda_SOJ22_300:SOJ22_300:SOJ22_300:Small outline J-leaded package (300 mil) [SOJ22_300]
+geda_SOJ24_300:SOJ24_300:SOJ24_300:Small outline J-leaded package (300 mil) [SOJ24_300]
+geda_SOJ26_300:SOJ26_300:SOJ26_300:Small outline J-leaded package (300 mil) [SOJ26_300]
+geda_SOJ28_300:SOJ28_300:SOJ28_300:Small outline J-leaded package (300 mil) [SOJ28_300]
+geda_SOJ30_300:SOJ30_300:SOJ30_300:Small outline J-leaded package (300 mil) [SOJ30_300]
+geda_SOJ32_300:SOJ32_300:SOJ32_300:Small outline J-leaded package (300 mil) [SOJ32_300]
+geda_SOJ34_300:SOJ34_300:SOJ34_300:Small outline J-leaded package (300 mil) [SOJ34_300]
+geda_SOJ36_300:SOJ36_300:SOJ36_300:Small outline J-leaded package (300 mil) [SOJ36_300]
+geda_SOJ38_300:SOJ38_300:SOJ38_300:Small outline J-leaded package (300 mil) [SOJ38_300]
+geda_SOJ40_300:SOJ40_300:SOJ40_300:Small outline J-leaded package (300 mil) [SOJ40_300]
+geda_SOJ42_300:SOJ42_300:SOJ42_300:Small outline J-leaded package (300 mil) [SOJ42_300]
+geda_SOJ44_300:SOJ44_300:SOJ44_300:Small outline J-leaded package (300 mil) [SOJ44_300]
+geda_SOJ14_350:SOJ14_350:SOJ14_350:Small outline J-leaded package (350 mil) [SOJ14_350]
+geda_SOJ16_350:SOJ16_350:SOJ16_350:Small outline J-leaded package (350 mil) [SOJ16_350]
+geda_SOJ18_350:SOJ18_350:SOJ18_350:Small outline J-leaded package (350 mil) [SOJ18_350]
+geda_SOJ20_350:SOJ20_350:SOJ20_350:Small outline J-leaded package (350 mil) [SOJ20_350]
+geda_SOJ22_350:SOJ22_350:SOJ22_350:Small outline J-leaded package (350 mil) [SOJ22_350]
+geda_SOJ24_350:SOJ24_350:SOJ24_350:Small outline J-leaded package (350 mil) [SOJ24_350]
+geda_SOJ26_350:SOJ26_350:SOJ26_350:Small outline J-leaded package (350 mil) [SOJ26_350]
+geda_SOJ28_350:SOJ28_350:SOJ28_350:Small outline J-leaded package (350 mil) [SOJ28_350]
+geda_SOJ30_350:SOJ30_350:SOJ30_350:Small outline J-leaded package (350 mil) [SOJ30_350]
+geda_SOJ32_350:SOJ32_350:SOJ32_350:Small outline J-leaded package (350 mil) [SOJ32_350]
+geda_SOJ34_350:SOJ34_350:SOJ34_350:Small outline J-leaded package (350 mil) [SOJ34_350]
+geda_SOJ36_350:SOJ36_350:SOJ36_350:Small outline J-leaded package (350 mil) [SOJ36_350]
+geda_SOJ38_350:SOJ38_350:SOJ38_350:Small outline J-leaded package (350 mil) [SOJ38_350]
+geda_SOJ40_350:SOJ40_350:SOJ40_350:Small outline J-leaded package (350 mil) [SOJ40_350]
+geda_SOJ42_350:SOJ42_350:SOJ42_350:Small outline J-leaded package (350 mil) [SOJ42_350]
+geda_SOJ44_350:SOJ44_350:SOJ44_350:Small outline J-leaded package (350 mil) [SOJ44_350]
+geda_SOJ14_400:SOJ14_400:SOJ14_400:Small outline J-leaded package (400 mil) [SOJ14_400]
+geda_SOJ16_400:SOJ16_400:SOJ16_400:Small outline J-leaded package (400 mil) [SOJ16_400]
+geda_SOJ18_400:SOJ18_400:SOJ18_400:Small outline J-leaded package (400 mil) [SOJ18_400]
+geda_SOJ20_400:SOJ20_400:SOJ20_400:Small outline J-leaded package (400 mil) [SOJ20_400]
+geda_SOJ22_400:SOJ22_400:SOJ22_400:Small outline J-leaded package (400 mil) [SOJ22_400]
+geda_SOJ24_400:SOJ24_400:SOJ24_400:Small outline J-leaded package (400 mil) [SOJ24_400]
+geda_SOJ26_400:SOJ26_400:SOJ26_400:Small outline J-leaded package (400 mil) [SOJ26_400]
+geda_SOJ28_400:SOJ28_400:SOJ28_400:Small outline J-leaded package (400 mil) [SOJ28_400]
+geda_SOJ30_400:SOJ30_400:SOJ30_400:Small outline J-leaded package (400 mil) [SOJ30_400]
+geda_SOJ32_400:SOJ32_400:SOJ32_400:Small outline J-leaded package (400 mil) [SOJ32_400]
+geda_SOJ34_400:SOJ34_400:SOJ34_400:Small outline J-leaded package (400 mil) [SOJ34_400]
+geda_SOJ36_400:SOJ36_400:SOJ36_400:Small outline J-leaded package (400 mil) [SOJ36_400]
+geda_SOJ38_400:SOJ38_400:SOJ38_400:Small outline J-leaded package (400 mil) [SOJ38_400]
+geda_SOJ40_400:SOJ40_400:SOJ40_400:Small outline J-leaded package (400 mil) [SOJ40_400]
+geda_SOJ42_400:SOJ42_400:SOJ42_400:Small outline J-leaded package (400 mil) [SOJ42_400]
+geda_SOJ44_400:SOJ44_400:SOJ44_400:Small outline J-leaded package (400 mil) [SOJ44_400]
+geda_SOJ14_450:SOJ14_450:SOJ14_450:Small outline J-leaded package (450 mil) [SOJ14_450]
+geda_SOJ16_450:SOJ16_450:SOJ16_450:Small outline J-leaded package (450 mil) [SOJ16_450]
+geda_SOJ18_450:SOJ18_450:SOJ18_450:Small outline J-leaded package (450 mil) [SOJ18_450]
+geda_SOJ20_450:SOJ20_450:SOJ20_450:Small outline J-leaded package (450 mil) [SOJ20_450]
+geda_SOJ22_450:SOJ22_450:SOJ22_450:Small outline J-leaded package (450 mil) [SOJ22_450]
+geda_SOJ24_450:SOJ24_450:SOJ24_450:Small outline J-leaded package (450 mil) [SOJ24_450]
+geda_SOJ26_450:SOJ26_450:SOJ26_450:Small outline J-leaded package (450 mil) [SOJ26_450]
+geda_SOJ28_450:SOJ28_450:SOJ28_450:Small outline J-leaded package (450 mil) [SOJ28_450]
+geda_SOJ30_450:SOJ30_450:SOJ30_450:Small outline J-leaded package (450 mil) [SOJ30_450]
+geda_SOJ32_450:SOJ32_450:SOJ32_450:Small outline J-leaded package (450 mil) [SOJ32_450]
+geda_SOJ34_450:SOJ34_450:SOJ34_450:Small outline J-leaded package (450 mil) [SOJ34_450]
+geda_SOJ36_450:SOJ36_450:SOJ36_450:Small outline J-leaded package (450 mil) [SOJ36_450]
+geda_SOJ38_450:SOJ38_450:SOJ38_450:Small outline J-leaded package (450 mil) [SOJ38_450]
+geda_SOJ40_450:SOJ40_450:SOJ40_450:Small outline J-leaded package (450 mil) [SOJ40_450]
+geda_SOJ42_450:SOJ42_450:SOJ42_450:Small outline J-leaded package (450 mil) [SOJ42_450]
+geda_SOJ44_450:SOJ44_450:SOJ44_450:Small outline J-leaded package (450 mil) [SOJ44_450]
+geda_SSOP8:SSOP8:SSOP8:Shrink small outline package, .65mm, narrow [SSOP8]
+geda_SSOP14:SSOP14:SSOP14:Shrink small outline package, .65mm, narrow [SSOP14]
+geda_SSOP16:SSOP16:SSOP16:Shrink small outline package, .65mm, narrow [SSOP16]
+geda_SSOP20:SSOP20:SSOP20:Shrink small outline package, .65mm, narrow [SSOP20]
+geda_SSOP24:SSOP24:SSOP24:Shrink small outline package, .65mm, narrow [SSOP24]
+geda_SSOP28:SSOP28:SSOP28:Shrink small outline package, .65mm, narrow [SSOP28]
+geda_SSOP48W:SSOP48W:SSOP48W:Shrink small outline package, 25mil, wide [SSOP48W]
+geda_SSOP56W:SSOP56W:SSOP56W:Shrink small outline package, 25mil, wide [SSOP56W]
+geda_SSOP64W:SSOP64W:SSOP64W:Shrink small outline package, .80mm, wider [SSOP64W]
+geda_MSOP8:MSOP8:MSOP8:Mini small outline package, .65mm [MSOP8]
+geda_MSOP10:MSOP10:MSOP10:Mini small outline package, .5mm [MSOP10]
+geda_QSOP16:QSOP16:QSOP16:Quarter size small outline package [QSOP16]
+geda_QSOP20:QSOP20:QSOP20:Quarter size small outline package [QSOP20]
+geda_QSOP24:QSOP24:QSOP24:Quarter size small outline package [QSOP24]
+geda_QSOP28:QSOP28:QSOP28:Quarter size small outline package [QSOP28]
+geda_TSOP28:TSOP28:TSOP28:Thin small outline package [TSOP28]
+geda_TSOP32A:TSOP32A:TSOP32A:Thin small outline package [TSOP32A]
+geda_TSOP32B:TSOP32B:TSOP32B:Thin small outline package [TSOP32B]
+geda_TSSOP8:TSSOP8:TSSOP8:Thin shrink small outline package, narrow (3mm) [TSSOP8]
+geda_TSSOP10:TSSOP10:TSSOP10:Thin shrink small outline package, narrow (3mm) [TSSOP10]
+geda_TSSOP8W:TSSOP8W:TSSOP8W:Thin shrink small outline package, standard (4.4mm) [TSSOP8W]
+geda_TSSOP14:TSSOP14:TSSOP14:Thin shrink small outline package, standard (4.4mm) [TSSOP14]
+geda_TSSOP16:TSSOP16:TSSOP16:Thin shrink small outline package, standard (4.4mm) [TSSOP16]
+geda_TSSOP20:TSSOP20:TSSOP20:Thin shrink small outline package, standard (4.4mm) [TSSOP20]
+geda_TSSOP24:TSSOP24:TSSOP24:Thin shrink small outline package, standard (4.4mm) [TSSOP24]
+geda_TSSOP28:TSSOP28:TSSOP28:Thin shrink small outline package, standard (4.4mm) [TSSOP28]
+geda_TSSOP38N:TSSOP38N:TSSOP38N:Thin shrink small outline package, standard (4.4mm) [TSSOP38N]
+geda_TSSOP48N:TSSOP48N:TSSOP48N:Thin shrink small outline package, standard (4.4mm) [TSSOP48N]
+geda_TSSOP56N:TSSOP56N:TSSOP56N:Thin shrink small outline package, standard (4.4mm) [TSSOP56N]
+geda_TSSOP32:TSSOP32:TSSOP32:Thin shrink small outline package, wide (6.1mm) [TSSOP32]
+geda_TSSOP48:TSSOP48:TSSOP48:Thin shrink small outline package, wide (6.1mm) [TSSOP48]
+geda_TSSOP56:TSSOP56:TSSOP56:Thin shrink small outline package, wide (6.1mm) [TSSOP56]
+geda_TSSOP64:TSSOP64:TSSOP64:Thin shrink small outline package, wide (6.1mm) [TSSOP64]
+geda_TSSOP80:TSSOP80:TSSOP80:Thin shrink small outline package, wide (6.1mm) [TSSOP80]
+geda_PLCC20:PLCC20:PLCC20:Plastic leadless chip carrier [PLCC20]
+geda_PLCC28:PLCC28:PLCC28:Plastic leadless chip carrier [PLCC28]
+geda_PLCC32:PLCC32:PLCC32:Plastic leadless chip carrier [PLCC32]
+geda_PLCC44:PLCC44:PLCC44:Plastic leadless chip carrier [PLCC44]
+geda_PLCC52:PLCC52:PLCC52:Plastic leadless chip carrier [PLCC52]
+geda_PLCC68:PLCC68:PLCC68:Plastic leadless chip carrier [PLCC68]
+geda_PLCC84:PLCC84:PLCC84:Plastic leadless chip carrier [PLCC84]
+geda_PLCC20X:PLCC20X:PLCC20X:Plastic leadless chip carrier with pin socket [PLCC20X]
+geda_PLCC28X:PLCC28X:PLCC28X:Plastic leadless chip carrier with pin socket [PLCC28X]
+geda_PLCC32X:PLCC32X:PLCC32X:Plastic leadless chip carrier with pin socket [PLCC32X]
+geda_PLCC44X:PLCC44X:PLCC44X:Plastic leadless chip carrier with pin socket [PLCC44X]
+geda_PLCC52X:PLCC52X:PLCC52X:Plastic leadless chip carrier with pin socket [PLCC52X]
+geda_PLCC68X:PLCC68X:PLCC68X:Plastic leadless chip carrier with pin socket [PLCC68X]
+geda_PLCC84X:PLCC84X:PLCC84X:Plastic leadless chip carrier with pin socket [PLCC84X]
+geda_QFN16_3:QFN16_3:QFN16_3:Square Quad Flat Nolead (QFN) package [QFN16_3]
+geda_TQFN16_3:TQFN16_3:TQFN16_3:Square Quad Flat Nolead (QFN) package [TQFN16_3]
+geda_QFN16_3_EP:QFN16_3_EP:QFN16_3_EP:Square Quad Flat Nolead (QFN) package [QFN16_3_EP]
+geda_TQFN16_3_EP:TQFN16_3_EP:TQFN16_3_EP:Square Quad Flat Nolead (QFN) package [TQFN16_3_EP]
+geda_QFN12_4:QFN12_4:QFN12_4:Square Quad Flat Nolead (QFN) package [QFN12_4]
+geda_TQFN12_4:TQFN12_4:TQFN12_4:Square Quad Flat Nolead (QFN) package [TQFN12_4]
+geda_QFN12_4_EP:QFN12_4_EP:QFN12_4_EP:Square Quad Flat Nolead (QFN) package [QFN12_4_EP]
+geda_TQFN12_4_EP:TQFN12_4_EP:TQFN12_4_EP:Square Quad Flat Nolead (QFN) package [TQFN12_4_EP]
+geda_QFN16_4:QFN16_4:QFN16_4:Square Quad Flat Nolead (QFN) package [QFN16_4]
+geda_TQFN16_4:TQFN16_4:TQFN16_4:Square Quad Flat Nolead (QFN) package [TQFN16_4]
+geda_QFN16_4_EP:QFN16_4_EP:QFN16_4_EP:Square Quad Flat Nolead (QFN) package [QFN16_4_EP]
+geda_TQFN16_4_EP:TQFN16_4_EP:TQFN16_4_EP:Square Quad Flat Nolead (QFN) package [TQFN16_4_EP]
+geda_QFN20_4:QFN20_4:QFN20_4:Square Quad Flat Nolead (QFN) package [QFN20_4]
+geda_TQFN20_4:TQFN20_4:TQFN20_4:Square Quad Flat Nolead (QFN) package [TQFN20_4]
+geda_QFN20_4_EP:QFN20_4_EP:QFN20_4_EP:Square Quad Flat Nolead (QFN) package [QFN20_4_EP]
+geda_TQFN20_4_EP:TQFN20_4_EP:TQFN20_4_EP:Square Quad Flat Nolead (QFN) package [TQFN20_4_EP]
+geda_QFN24_4:QFN24_4:QFN24_4:Square Quad Flat Nolead (QFN) package [QFN24_4]
+geda_TQFN24_4:TQFN24_4:TQFN24_4:Square Quad Flat Nolead (QFN) package [TQFN24_4]
+geda_QFN24_4_EP:QFN24_4_EP:QFN24_4_EP:Square Quad Flat Nolead (QFN) package [QFN24_4_EP]
+geda_TQFN24_4_EP:TQFN24_4_EP:TQFN24_4_EP:Square Quad Flat Nolead (QFN) package [TQFN24_4_EP]
+geda_QFN16_5:QFN16_5:QFN16_5:Square Quad Flat Nolead (QFN) package [QFN16_5]
+geda_TQFN16_5:TQFN16_5:TQFN16_5:Square Quad Flat Nolead (QFN) package [TQFN16_5]
+geda_QFN16_5_EP:QFN16_5_EP:QFN16_5_EP:Square Quad Flat Nolead (QFN) package [QFN16_5_EP]
+geda_TQFN16_5_EP:TQFN16_5_EP:TQFN16_5_EP:Square Quad Flat Nolead (QFN) package [TQFN16_5_EP]
+geda_QFN20_5:QFN20_5:QFN20_5:Square Quad Flat Nolead (QFN) package [QFN20_5]
+geda_TQFN20_5:TQFN20_5:TQFN20_5:Square Quad Flat Nolead (QFN) package [TQFN20_5]
+geda_QFN20_5_EP:QFN20_5_EP:QFN20_5_EP:Square Quad Flat Nolead (QFN) package [QFN20_5_EP]
+geda_TQFN20_5_EP:TQFN20_5_EP:TQFN20_5_EP:Square Quad Flat Nolead (QFN) package [TQFN20_5_EP]
+geda_QFN28_5:QFN28_5:QFN28_5:Square Quad Flat Nolead (QFN) package [QFN28_5]
+geda_TQFN28_5:TQFN28_5:TQFN28_5:Square Quad Flat Nolead (QFN) package [TQFN28_5]
+geda_QFN28_5_EP:QFN28_5_EP:QFN28_5_EP:Square Quad Flat Nolead (QFN) package [QFN28_5_EP]
+geda_TQFN28_5_EP:TQFN28_5_EP:TQFN28_5_EP:Square Quad Flat Nolead (QFN) package [TQFN28_5_EP]
+geda_QFN32_5:QFN32_5:QFN32_5:Square Quad Flat Nolead (QFN) package [QFN32_5]
+geda_TQFN32_5:TQFN32_5:TQFN32_5:Square Quad Flat Nolead (QFN) package [TQFN32_5]
+geda_QFN32_5_EP:QFN32_5_EP:QFN32_5_EP:Square Quad Flat Nolead (QFN) package [QFN32_5_EP]
+geda_TQFN32_5_EP:TQFN32_5_EP:TQFN32_5_EP:Square Quad Flat Nolead (QFN) package [TQFN32_5_EP]
+geda_QFN36_6:QFN36_6:QFN36_6:Square Quad Flat Nolead (QFN) package [QFN36_6]
+geda_TQFN36_6:TQFN36_6:TQFN36_6:Square Quad Flat Nolead (QFN) package [TQFN36_6]
+geda_QFN36_6_EP:QFN36_6_EP:QFN36_6_EP:Square Quad Flat Nolead (QFN) package [QFN36_6_EP]
+geda_TQFN36_6_EP:TQFN36_6_EP:TQFN36_6_EP:Square Quad Flat Nolead (QFN) package [TQFN36_6_EP]
+geda_QFN40_6:QFN40_6:QFN40_6:Square Quad Flat Nolead (QFN) package [QFN40_6]
+geda_TQFN40_6:TQFN40_6:TQFN40_6:Square Quad Flat Nolead (QFN) package [TQFN40_6]
+geda_QFN40_6_EP:QFN40_6_EP:QFN40_6_EP:Square Quad Flat Nolead (QFN) package [QFN40_6_EP]
+geda_TQFN40_6_EP:TQFN40_6_EP:TQFN40_6_EP:Square Quad Flat Nolead (QFN) package [TQFN40_6_EP]
+geda_QFN32_7:QFN32_7:QFN32_7:Square Quad Flat Nolead (QFN) package [QFN32_7]
+geda_TQFN32_7:TQFN32_7:TQFN32_7:Square Quad Flat Nolead (QFN) package [TQFN32_7]
+geda_QFN32_7_EP:QFN32_7_EP:QFN32_7_EP:Square Quad Flat Nolead (QFN) package [QFN32_7_EP]
+geda_TQFN32_7_EP:TQFN32_7_EP:TQFN32_7_EP:Square Quad Flat Nolead (QFN) package [TQFN32_7_EP]
+geda_QFN44_7:QFN44_7:QFN44_7:Square Quad Flat Nolead (QFN) package [QFN44_7]
+geda_TQFN44_7:TQFN44_7:TQFN44_7:Square Quad Flat Nolead (QFN) package [TQFN44_7]
+geda_QFN44_7_EP:QFN44_7_EP:QFN44_7_EP:Square Quad Flat Nolead (QFN) package [QFN44_7_EP]
+geda_TQFN44_7_EP:TQFN44_7_EP:TQFN44_7_EP:Square Quad Flat Nolead (QFN) package [TQFN44_7_EP]
+geda_QFN48_7:QFN48_7:QFN48_7:Square Quad Flat Nolead (QFN) package [QFN48_7]
+geda_TQFN48_7:TQFN48_7:TQFN48_7:Square Quad Flat Nolead (QFN) package [TQFN48_7]
+geda_QFN48_7_EP:QFN48_7_EP:QFN48_7_EP:Square Quad Flat Nolead (QFN) package [QFN48_7_EP]
+geda_TQFN48_7_EP:TQFN48_7_EP:TQFN48_7_EP:Square Quad Flat Nolead (QFN) package [TQFN48_7_EP]
+geda_QFN56_8:QFN56_8:QFN56_8:Square Quad Flat Nolead (QFN) package [QFN56_8]
+geda_TQFN56_8:TQFN56_8:TQFN56_8:Square Quad Flat Nolead (QFN) package [TQFN56_8]
+geda_QFN56_8_EP:QFN56_8_EP:QFN56_8_EP:Square Quad Flat Nolead (QFN) package [QFN56_8_EP]
+geda_TQFN56_8_EP:TQFN56_8_EP:TQFN56_8_EP:Square Quad Flat Nolead (QFN) package [TQFN56_8_EP]
+geda_QFN68_10:QFN68_10:QFN68_10:Square Quad Flat Nolead (QFN) package [QFN68_10]
+geda_TQFN68_10:TQFN68_10:TQFN68_10:Square Quad Flat Nolead (QFN) package [TQFN68_10]
+geda_QFN68_10_EP:QFN68_10_EP:QFN68_10_EP:Square Quad Flat Nolead (QFN) package [QFN68_10_EP]
+geda_TQFN68_10_EP:TQFN68_10_EP:TQFN68_10_EP:Square Quad Flat Nolead (QFN) package [TQFN68_10_EP]
+geda_LQFP24_4:LQFP24_4:LQFP24_4:Square Quad-side flat pack [LQFP24_4]
+geda_LQFP32_5:LQFP32_5:LQFP32_5:Square Quad-side flat pack [LQFP32_5]
+geda_LQFP32_7:LQFP32_7:LQFP32_7:Square Quad-side flat pack [LQFP32_7]
+geda_LQFP44_10:LQFP44_10:LQFP44_10:Square Quad-side flat pack [LQFP44_10]
+geda_LQFP48_7:LQFP48_7:LQFP48_7:Square Quad-side flat pack [LQFP48_7]
+geda_LQFP48_12:LQFP48_12:LQFP48_12:Square Quad-side flat pack [LQFP48_12]
+geda_LQFP52_10:LQFP52_10:LQFP52_10:Square Quad-side flat pack [LQFP52_10]
+geda_LQFP64_7:LQFP64_7:LQFP64_7:Square Quad-side flat pack [LQFP64_7]
+geda_LQFP64_10:LQFP64_10:LQFP64_10:Square Quad-side flat pack [LQFP64_10]
+geda_LQFP64_14:LQFP64_14:LQFP64_14:Square Quad-side flat pack [LQFP64_14]
+geda_LQFP72_10:LQFP72_10:LQFP72_10:Square Quad-side flat pack [LQFP72_10]
+geda_LQFP80_12:LQFP80_12:LQFP80_12:Square Quad-side flat pack [LQFP80_12]
+geda_LQFP80_14:LQFP80_14:LQFP80_14:Square Quad-side flat pack [LQFP80_14]
+geda_LQFP100_10:LQFP100_10:LQFP100_10:Square Quad-side flat pack [LQFP100_10]
+geda_LQFP100_14:LQFP100_14:LQFP100_14:Square Quad-side flat pack [LQFP100_14]
+geda_LQFP112_20:LQFP112_20:LQFP112_20:Square Quad-side flat pack [LQFP112_20]
+geda_LQFP120_16:LQFP120_16:LQFP120_16:Square Quad-side flat pack [LQFP120_16]
+geda_LQFP128_14:LQFP128_14:LQFP128_14:Square Quad-side flat pack [LQFP128_14]
+geda_LQFP128_14_EP:LQFP128_14_EP:LQFP128_14_EP:Square Quad-side flat pack [LQFP128_14_EP]
+geda_LQFP144_20:LQFP144_20:LQFP144_20:Square Quad-side flat pack [LQFP144_20]
+geda_LQFP160_24:LQFP160_24:LQFP160_24:Square Quad-side flat pack [LQFP160_24]
+geda_LQFP176_24:LQFP176_24:LQFP176_24:Square Quad-side flat pack [LQFP176_24]
+geda_QFP32_7:QFP32_7:QFP32_7:Square Quad-side flat pack [QFP32_7]
+geda_QFP44_10:QFP44_10:QFP44_10:Square Quad-side flat pack [QFP44_10]
+geda_QFP52_10:QFP52_10:QFP52_10:Square Quad-side flat pack [QFP52_10]
+geda_QFP64_14:QFP64_14:QFP64_14:Square Quad-side flat pack [QFP64_14]
+geda_QFP80_14:QFP80_14:QFP80_14:Square Quad-side flat pack [QFP80_14]
+geda_QFP100_14:QFP100_14:QFP100_14:Square Quad-side flat pack [QFP100_14]
+geda_QFP120_28:QFP120_28:QFP120_28:Square Quad-side flat pack [QFP120_28]
+geda_QFP128_28:QFP128_28:QFP128_28:Square Quad-side flat pack [QFP128_28]
+geda_QFP144_28:QFP144_28:QFP144_28:Square Quad-side flat pack [QFP144_28]
+geda_QFP160_28:QFP160_28:QFP160_28:Square Quad-side flat pack [QFP160_28]
+geda_QFP208_28:QFP208_28:QFP208_28:Square Quad-side flat pack [QFP208_28]
+geda_QFP160_28:QFP160_28:QFP160_28:Square Quad-side flat pack [QFP160_28]
+geda_QFP240_32:QFP240_32:QFP240_32:Square Quad-side flat pack [QFP240_32]
+geda_QFP304_40:QFP304_40:QFP304_40:Square Quad-side flat pack [QFP304_40]
+geda_TQFP32_7:TQFP32_7:TQFP32_7:Square Quad-side flat pack [TQFP32_7]
+geda_TQFP44_10:TQFP44_10:TQFP44_10:Square Quad-side flat pack [TQFP44_10]
+geda_TQFP52_10:TQFP52_10:TQFP52_10:Square Quad-side flat pack [TQFP52_10]
+geda_TQFP64_10:TQFP64_10:TQFP64_10:Square Quad-side flat pack [TQFP64_10]
+geda_TQFP64_14:TQFP64_14:TQFP64_14:Square Quad-side flat pack [TQFP64_14]
+geda_TQFP80_12:TQFP80_12:TQFP80_12:Square Quad-side flat pack [TQFP80_12]
+geda_TQFP80_14:TQFP80_14:TQFP80_14:Square Quad-side flat pack [TQFP80_14]
+geda_TQFP100_12:TQFP100_12:TQFP100_12:Square Quad-side flat pack [TQFP100_12]
+geda_TQFP100_14:TQFP100_14:TQFP100_14:Square Quad-side flat pack [TQFP100_14]
+geda_TQFP120_28:TQFP120_28:TQFP120_28:Square Quad-side flat pack [TQFP120_28]
+geda_TQFP128_14:TQFP128_14:TQFP128_14:Square Quad-side flat pack [TQFP128_14]
+geda_TQFP128_14_EP:TQFP128_14_EP:TQFP128_14_EP:Square Quad-side flat pack [TQFP128_14_EP]
+geda_TQFP128_28:TQFP128_28:TQFP128_28:Square Quad-side flat pack [TQFP128_28]
+geda_TQFP144_28:TQFP144_28:TQFP144_28:Square Quad-side flat pack [TQFP144_28]
+geda_TQFP160_28:TQFP160_28:TQFP160_28:Square Quad-side flat pack [TQFP160_28]
+geda_TQFP208_28:TQFP208_28:TQFP208_28:Square Quad-side flat pack [TQFP208_28]
+geda_TQFP160_28:TQFP160_28:TQFP160_28:Square Quad-side flat pack [TQFP160_28]
+geda_TQFP240_32:TQFP240_32:TQFP240_32:Square Quad-side flat pack [TQFP240_32]
+geda_TQFP304_40:TQFP304_40:TQFP304_40:Square Quad-side flat pack [TQFP304_40]
+geda_QFP64_R:QFP64_R:QFP64_R:Rectangular Quad-side flat pack [QFP64_R]
+geda_QFP80_R:QFP80_R:QFP80_R:Rectangular Quad-side flat pack [QFP80_R]
+geda_QFP100_R:QFP100_R:QFP100_R:Rectangular Quad-side flat pack [QFP100_R]
+geda_QFP128_R:QFP128_R:QFP128_R:Rectangular Quad-side flat pack [QFP128_R]
+geda_LQFP128_R:LQFP128_R:LQFP128_R:Rectangular Quad-side flat pack [LQFP128_R]
+geda_ZIP9:ZIP9:ZIP9:Zig-zag in-line package [ZIP9]
+geda_ZIP12:ZIP12:ZIP12:Zig-zag in-line package [ZIP12]
+geda_ZIP16:ZIP16:ZIP16:Zig-zag in-line package [ZIP16]
+geda_ZIP18:ZIP18:ZIP18:Zig-zag in-line package [ZIP18]
+geda_ZIP20:ZIP20:ZIP20:Zig-zag in-line package [ZIP20]
+geda_ZIP24:ZIP24:ZIP24:Zig-zag in-line package [ZIP24]
+geda_ZIP28:ZIP28:ZIP28:Zig-zag in-line package [ZIP28]
+geda_ZIP40:ZIP40:ZIP40:Zig-zag in-line package [ZIP40]
+geda_ACY100:ACY100:ACY100:Axial non-polar component (typically resistor or capacitor), [ACY100]
+geda_ACY150:ACY150:ACY150:Axial non-polar component (typically resistor or capacitor), [ACY150]
+geda_ACY200:ACY200:ACY200:Axial non-polar component (typically resistor or capacitor), [ACY200]
+geda_ACY300:ACY300:ACY300:Axial non-polar component (typically resistor or capacitor), [ACY300]
+geda_ACY400:ACY400:ACY400:Axial non-polar component (typically resistor or capacitor), [ACY400]
+geda_ACY500:ACY500:ACY500:Axial non-polar component (typically resistor or capacitor), [ACY500]
+geda_ACY600:ACY600:ACY600:Axial non-polar component (typically resistor or capacitor), [ACY600]
+geda_ACY700:ACY700:ACY700:Axial non-polar component (typically resistor or capacitor), [ACY700]
+geda_ACY800:ACY800:ACY800:Axial non-polar component (typically resistor or capacitor), [ACY800]
+geda_ACY900:ACY900:ACY900:Axial non-polar component (typically resistor or capacitor), [ACY900]
+geda_ACY1000:ACY1000:ACY1000:Axial non-polar component (typically resistor or capacitor), [ACY1000]
+geda_ACY1100:ACY1100:ACY1100:Axial non-polar component (typically resistor or capacitor), [ACY1100]
+geda_ACY1200:ACY1200:ACY1200:Axial non-polar component (typically resistor or capacitor), [ACY1200]
+geda_ACY1300:ACY1300:ACY1300:Axial non-polar component (typically resistor or capacitor), [ACY1300]
+geda_ACY1400:ACY1400:ACY1400:Axial non-polar component (typically resistor or capacitor), [ACY1400]
+geda_ACY1500:ACY1500:ACY1500:Axial non-polar component (typically resistor or capacitor), [ACY1500]
+geda_ACY1600:ACY1600:ACY1600:Axial non-polar component (typically resistor or capacitor), [ACY1600]
+geda_ACY100P:ACY100P:ACY100P:Axial polar component (typically capacitor), [ACY100P]
+geda_ACY150P:ACY150P:ACY150P:Axial polar component (typically capacitor), [ACY150P]
+geda_ACY200P:ACY200P:ACY200P:Axial polar component (typically capacitor), [ACY200P]
+geda_ACY300P:ACY300P:ACY300P:Axial polar component (typically capacitor), [ACY300P]
+geda_ACY400P:ACY400P:ACY400P:Axial polar component (typically capacitor), [ACY400P]
+geda_ACY500P:ACY500P:ACY500P:Axial polar component (typically capacitor), [ACY500P]
+geda_ACY600P:ACY600P:ACY600P:Axial polar component (typically capacitor), [ACY600P]
+geda_ACY700P:ACY700P:ACY700P:Axial polar component (typically capacitor), [ACY700P]
+geda_ACY800P:ACY800P:ACY800P:Axial polar component (typically capacitor), [ACY800P]
+geda_ACY900P:ACY900P:ACY900P:Axial polar component (typically capacitor), [ACY900P]
+geda_ACY1000P:ACY1000P:ACY1000P:Axial polar component (typically capacitor), [ACY1000P]
+geda_ACY1100P:ACY1100P:ACY1100P:Axial polar component (typically capacitor), [ACY1100P]
+geda_ACY1200P:ACY1200P:ACY1200P:Axial polar component (typically capacitor), [ACY1200P]
+geda_ACY1300P:ACY1300P:ACY1300P:Axial polar component (typically capacitor), [ACY1300P]
+geda_ACY1400P:ACY1400P:ACY1400P:Axial polar component (typically capacitor), [ACY1400P]
+geda_ACY1500P:ACY1500P:ACY1500P:Axial polar component (typically capacitor), [ACY1500P]
+geda_ACY1600P:ACY1600P:ACY1600P:Axial polar component (typically capacitor), [ACY1600P]
+geda_ALF300:ALF300:ALF300:Axial diode (pin 1 is cathode) [ALF300]
+geda_ALF400:ALF400:ALF400:Axial diode (pin 1 is cathode) [ALF400]
+geda_ALF500:ALF500:ALF500:Axial diode (pin 1 is cathode) [ALF500]
+geda_ALF600:ALF600:ALF600:Axial diode (pin 1 is cathode) [ALF600]
+geda_ALF700:ALF700:ALF700:Axial diode (pin 1 is cathode) [ALF700]
+geda_ALF800:ALF800:ALF800:Axial diode (pin 1 is cathode) [ALF800]
+geda_ALF900:ALF900:ALF900:Axial diode (pin 1 is cathode) [ALF900]
+geda_ALF1000:ALF1000:ALF1000:Axial diode (pin 1 is cathode) [ALF1000]
+geda_RCY100:RCY100:RCY100:Bottom lead non-polar circular component (typically capacitor) [RCY100]
+geda_RCY150:RCY150:RCY150:Bottom lead non-polar circular component (typically capacitor) [RCY150]
+geda_RCY200:RCY200:RCY200:Bottom lead non-polar circular component (typically capacitor) [RCY200]
+geda_RCY250:RCY250:RCY250:Bottom lead non-polar circular component (typically capacitor) [RCY250]
+geda_RCY300:RCY300:RCY300:Bottom lead non-polar circular component (typically capacitor) [RCY300]
+geda_RCY350:RCY350:RCY350:Bottom lead non-polar circular component (typically capacitor) [RCY350]
+geda_RCY400:RCY400:RCY400:Bottom lead non-polar circular component (typically capacitor) [RCY400]
+geda_RCY500:RCY500:RCY500:Bottom lead non-polar circular component (typically capacitor) [RCY500]
+geda_RCY600:RCY600:RCY600:Bottom lead non-polar circular component (typically capacitor) [RCY600]
+geda_RCY700:RCY700:RCY700:Bottom lead non-polar circular component (typically capacitor) [RCY700]
+geda_RCY800:RCY800:RCY800:Bottom lead non-polar circular component (typically capacitor) [RCY800]
+geda_RCY900:RCY900:RCY900:Bottom lead non-polar circular component (typically capacitor) [RCY900]
+geda_RCY1000:RCY1000:RCY1000:Bottom lead non-polar circular component (typically capacitor) [RCY1000]
+geda_RCY1100:RCY1100:RCY1100:Bottom lead non-polar circular component (typically capacitor) [RCY1100]
+geda_RCY1200:RCY1200:RCY1200:Bottom lead non-polar circular component (typically capacitor) [RCY1200]
+geda_RCY100P:RCY100P:RCY100P:Bottom lead polar circular component (typically capacitor) [RCY100P]
+geda_RCY150P:RCY150P:RCY150P:Bottom lead polar circular component (typically capacitor) [RCY150P]
+geda_RCY200P:RCY200P:RCY200P:Bottom lead polar circular component (typically capacitor) [RCY200P]
+geda_RCY250P:RCY250P:RCY250P:Bottom lead polar circular component (typically capacitor) [RCY250P]
+geda_RCY300P:RCY300P:RCY300P:Bottom lead polar circular component (typically capacitor) [RCY300P]
+geda_RCY350P:RCY350P:RCY350P:Bottom lead polar circular component (typically capacitor) [RCY350P]
+geda_RCY400P:RCY400P:RCY400P:Bottom lead polar circular component (typically capacitor) [RCY400P]
+geda_RCY500P:RCY500P:RCY500P:Bottom lead polar circular component (typically capacitor) [RCY500P]
+geda_RCY600P:RCY600P:RCY600P:Bottom lead polar circular component (typically capacitor) [RCY600P]
+geda_RCY700P:RCY700P:RCY700P:Bottom lead polar circular component (typically capacitor) [RCY700P]
+geda_RCY800P:RCY800P:RCY800P:Bottom lead polar circular component (typically capacitor) [RCY800P]
+geda_RCY900P:RCY900P:RCY900P:Bottom lead polar circular component (typically capacitor) [RCY900P]
+geda_RCY1000P:RCY1000P:RCY1000P:Bottom lead polar circular component (typically capacitor) [RCY1000P]
+geda_RCY1100P:RCY1100P:RCY1100P:Bottom lead polar circular component (typically capacitor) [RCY1100P]
+geda_RCY1200P:RCY1200P:RCY1200P:Bottom lead polar circular component (typically capacitor) [RCY1200P]
+geda_HC49U:HC49U:HC49U:Crystals [HC49U]
+geda_HC49UH:HC49UH:HC49UH:Crystals [HC49UH]
+geda_HC49U_3:HC49U_3:HC49U_3:Crystals [HC49U_3]
+geda_HC49U_3H:HC49U_3H:HC49U_3H:Crystals [HC49U_3H]
+geda_HC51U:HC51U:HC51U:Crystals [HC51U]
+geda_HC51UH:HC51UH:HC51UH:Crystals [HC51UH]
+geda_UM1:UM1:UM1:Crystals [UM1]
+geda_UM1H:UM1H:UM1H:Crystals [UM1H]
+geda_UM1_3:UM1_3:UM1_3:Crystals [UM1_3]
+geda_UM1_3H:UM1_3H:UM1_3H:Crystals [UM1_3H]
+geda_HC49:HC49:HC49:Crystals [HC49]
+geda_OSC14:OSC14:OSC14:Crystal oscillator [OSC14]
+geda_LED3:LED3:LED3:LED, size in mm (pin 1 is +, 2 is -) [LED3]
+geda_LED5:LED5:LED5:LED, size in mm (pin 1 is +, 2 is -) [LED5]
+geda_TO126:TO126:TO126:Transistor [TO126]
+geda_TO126S:TO126S:TO126S:Transistor [TO126S]
+geda_TO126W:TO126W:TO126W:Transistor [TO126W]
+geda_TO126SW:TO126SW:TO126SW:Transistor [TO126SW]
+geda_TO220:TO220:TO220:Transistor [TO220]
+geda_TO220S:TO220S:TO220S:Transistor [TO220S]
+geda_TO220W:TO220W:TO220W:Transistor [TO220W]
+geda_TO220SW:TO220SW:TO220SW:Transistor [TO220SW]
+geda_TO18:TO18:TO18:Transistor [TO18]
+geda_TO39:TO39:TO39:Transistor [TO39]
+geda_TO92:TO92:TO92:Transistor [TO92]
+geda_TO220ACS:TO220ACS:TO220ACS:diode in TO220 [TO220ACS]
+geda_TO218:TO218:TO218:diode in TO220 [TO218]
+geda_TO247:TO247:TO247:diode in TO220 [TO247]
+geda_TO247_2:TO247_2:TO247_2:diode in TO220 [TO247_2]
+geda_TO264:TO264:TO264:diode in TO220 [TO264]
+geda_TO251:TO251:TO251:diode in TO220 [TO251]
+geda_TO220ACSTAND:TO220ACSTAND:TO220ACSTAND:diode in TO220 [TO220ACSTAND]
+geda_PENTAWATT:PENTAWATT:PENTAWATT:Power IC, as in MULTIWATT15 [PENTAWATT]
+geda_HEPTAWATT:HEPTAWATT:HEPTAWATT:Power IC, as in MULTIWATT15 [HEPTAWATT]
+geda_MULTIWATT8:MULTIWATT8:MULTIWATT8:Power IC, as in MULTIWATT15 [MULTIWATT8]
+geda_MULTIWATT11:MULTIWATT11:MULTIWATT11:Power IC, as in MULTIWATT15 [MULTIWATT11]
+geda_MULTIWATT15:MULTIWATT15:MULTIWATT15:Power IC, as in MULTIWATT15 [MULTIWATT15]
+geda_JUMPER1:JUMPER1:JUMPER1:Jumper, i.e. single row headers [JUMPER1]
+geda_JUMPER2:JUMPER2:JUMPER2:Jumper, i.e. single row headers [JUMPER2]
+geda_JUMPER3:JUMPER3:JUMPER3:Jumper, i.e. single row headers [JUMPER3]
+geda_JUMPER4:JUMPER4:JUMPER4:Jumper, i.e. single row headers [JUMPER4]
+geda_JUMPER5:JUMPER5:JUMPER5:Jumper, i.e. single row headers [JUMPER5]
+geda_JUMPER6:JUMPER6:JUMPER6:Jumper, i.e. single row headers [JUMPER6]
+geda_JUMPER7:JUMPER7:JUMPER7:Jumper, i.e. single row headers [JUMPER7]
+geda_JUMPER8:JUMPER8:JUMPER8:Jumper, i.e. single row headers [JUMPER8]
+geda_JUMPER9:JUMPER9:JUMPER9:Jumper, i.e. single row headers [JUMPER9]
+geda_JUMPER10:JUMPER10:JUMPER10:Jumper, i.e. single row headers [JUMPER10]
+geda_JUMPER11:JUMPER11:JUMPER11:Jumper, i.e. single row headers [JUMPER11]
+geda_JUMPER12:JUMPER12:JUMPER12:Jumper, i.e. single row headers [JUMPER12]
+geda_JUMPER13:JUMPER13:JUMPER13:Jumper, i.e. single row headers [JUMPER13]
+geda_JUMPER14:JUMPER14:JUMPER14:Jumper, i.e. single row headers [JUMPER14]
+geda_JUMPER15:JUMPER15:JUMPER15:Jumper, i.e. single row headers [JUMPER15]
+geda_JUMPER16:JUMPER16:JUMPER16:Jumper, i.e. single row headers [JUMPER16]
+geda_JUMPER17:JUMPER17:JUMPER17:Jumper, i.e. single row headers [JUMPER17]
+geda_JUMPER18:JUMPER18:JUMPER18:Jumper, i.e. single row headers [JUMPER18]
+geda_JUMPER19:JUMPER19:JUMPER19:Jumper, i.e. single row headers [JUMPER19]
+geda_JUMPER20:JUMPER20:JUMPER20:Jumper, i.e. single row headers [JUMPER20]
+geda_JUMPER21:JUMPER21:JUMPER21:Jumper, i.e. single row headers [JUMPER21]
+geda_JUMPER22:JUMPER22:JUMPER22:Jumper, i.e. single row headers [JUMPER22]
+geda_JUMPER23:JUMPER23:JUMPER23:Jumper, i.e. single row headers [JUMPER23]
+geda_JUMPER24:JUMPER24:JUMPER24:Jumper, i.e. single row headers [JUMPER24]
+geda_JUMPER25:JUMPER25:JUMPER25:Jumper, i.e. single row headers [JUMPER25]
+geda_JUMPER26:JUMPER26:JUMPER26:Jumper, i.e. single row headers [JUMPER26]
+geda_MTA100_2:MTA100_2:MTA100_2:MTA Connector, (0.100 inch pitch) [MTA100_2]
+geda_MTA100_3:MTA100_3:MTA100_3:MTA Connector, (0.100 inch pitch) [MTA100_3]
+geda_MTA100_4:MTA100_4:MTA100_4:MTA Connector, (0.100 inch pitch) [MTA100_4]
+geda_MTA100_5:MTA100_5:MTA100_5:MTA Connector, (0.100 inch pitch) [MTA100_5]
+geda_MTA100_6:MTA100_6:MTA100_6:MTA Connector, (0.100 inch pitch) [MTA100_6]
+geda_MTA100_7:MTA100_7:MTA100_7:MTA Connector, (0.100 inch pitch) [MTA100_7]
+geda_MTA100_8:MTA100_8:MTA100_8:MTA Connector, (0.100 inch pitch) [MTA100_8]
+geda_MTA100_9:MTA100_9:MTA100_9:MTA Connector, (0.100 inch pitch) [MTA100_9]
+geda_MTA100_10:MTA100_10:MTA100_10:MTA Connector, (0.100 inch pitch) [MTA100_10]
+geda_MTA100_11:MTA100_11:MTA100_11:MTA Connector, (0.100 inch pitch) [MTA100_11]
+geda_MTA100_12:MTA100_12:MTA100_12:MTA Connector, (0.100 inch pitch) [MTA100_12]
+geda_MTA100_13:MTA100_13:MTA100_13:MTA Connector, (0.100 inch pitch) [MTA100_13]
+geda_MTA100_14:MTA100_14:MTA100_14:MTA Connector, (0.100 inch pitch) [MTA100_14]
+geda_MTA100_15:MTA100_15:MTA100_15:MTA Connector, (0.100 inch pitch) [MTA100_15]
+geda_HEADER2_1:HEADER2_1:HEADER2_1:Header connector, DIP pin numbering [HEADER2_1]
+geda_HEADER4_1:HEADER4_1:HEADER4_1:Header connector, DIP pin numbering [HEADER4_1]
+geda_HEADER6_1:HEADER6_1:HEADER6_1:Header connector, DIP pin numbering [HEADER6_1]
+geda_HEADER8_1:HEADER8_1:HEADER8_1:Header connector, DIP pin numbering [HEADER8_1]
+geda_HEADER10_1:HEADER10_1:HEADER10_1:Header connector, DIP pin numbering [HEADER10_1]
+geda_HEADER12_1:HEADER12_1:HEADER12_1:Header connector, DIP pin numbering [HEADER12_1]
+geda_HEADER14_1:HEADER14_1:HEADER14_1:Header connector, DIP pin numbering [HEADER14_1]
+geda_HEADER16_1:HEADER16_1:HEADER16_1:Header connector, DIP pin numbering [HEADER16_1]
+geda_HEADER18_1:HEADER18_1:HEADER18_1:Header connector, DIP pin numbering [HEADER18_1]
+geda_HEADER20_1:HEADER20_1:HEADER20_1:Header connector, DIP pin numbering [HEADER20_1]
+geda_HEADER22_1:HEADER22_1:HEADER22_1:Header connector, DIP pin numbering [HEADER22_1]
+geda_HEADER24_1:HEADER24_1:HEADER24_1:Header connector, DIP pin numbering [HEADER24_1]
+geda_HEADER26_1:HEADER26_1:HEADER26_1:Header connector, DIP pin numbering [HEADER26_1]
+geda_HEADER28_1:HEADER28_1:HEADER28_1:Header connector, DIP pin numbering [HEADER28_1]
+geda_HEADER30_1:HEADER30_1:HEADER30_1:Header connector, DIP pin numbering [HEADER30_1]
+geda_HEADER32_1:HEADER32_1:HEADER32_1:Header connector, DIP pin numbering [HEADER32_1]
+geda_HEADER34_1:HEADER34_1:HEADER34_1:Header connector, DIP pin numbering [HEADER34_1]
+geda_HEADER36_1:HEADER36_1:HEADER36_1:Header connector, DIP pin numbering [HEADER36_1]
+geda_HEADER38_1:HEADER38_1:HEADER38_1:Header connector, DIP pin numbering [HEADER38_1]
+geda_HEADER40_1:HEADER40_1:HEADER40_1:Header connector, DIP pin numbering [HEADER40_1]
+geda_HEADER42_1:HEADER42_1:HEADER42_1:Header connector, DIP pin numbering [HEADER42_1]
+geda_HEADER44_1:HEADER44_1:HEADER44_1:Header connector, DIP pin numbering [HEADER44_1]
+geda_HEADER46_1:HEADER46_1:HEADER46_1:Header connector, DIP pin numbering [HEADER46_1]
+geda_HEADER48_1:HEADER48_1:HEADER48_1:Header connector, DIP pin numbering [HEADER48_1]
+geda_HEADER50_1:HEADER50_1:HEADER50_1:Header connector, DIP pin numbering [HEADER50_1]
+geda_HEADER52_1:HEADER52_1:HEADER52_1:Header connector, DIP pin numbering [HEADER52_1]
+geda_HEADER54_1:HEADER54_1:HEADER54_1:Header connector, DIP pin numbering [HEADER54_1]
+geda_HEADER56_1:HEADER56_1:HEADER56_1:Header connector, DIP pin numbering [HEADER56_1]
+geda_HEADER58_1:HEADER58_1:HEADER58_1:Header connector, DIP pin numbering [HEADER58_1]
+geda_HEADER60_1:HEADER60_1:HEADER60_1:Header connector, DIP pin numbering [HEADER60_1]
+geda_HEADER62_1:HEADER62_1:HEADER62_1:Header connector, DIP pin numbering [HEADER62_1]
+geda_HEADER64_1:HEADER64_1:HEADER64_1:Header connector, DIP pin numbering [HEADER64_1]
+geda_HEADER80_1:HEADER80_1:HEADER80_1:Header connector, DIP pin numbering [HEADER80_1]
+geda_HEADER2_2:HEADER2_2:HEADER2_2:Header connector, ribbon cable numbering [HEADER2_2]
+geda_HEADER4_2:HEADER4_2:HEADER4_2:Header connector, ribbon cable numbering [HEADER4_2]
+geda_HEADER6_2:HEADER6_2:HEADER6_2:Header connector, ribbon cable numbering [HEADER6_2]
+geda_HEADER8_2:HEADER8_2:HEADER8_2:Header connector, ribbon cable numbering [HEADER8_2]
+geda_HEADER10_2:HEADER10_2:HEADER10_2:Header connector, ribbon cable numbering [HEADER10_2]
+geda_HEADER12_2:HEADER12_2:HEADER12_2:Header connector, ribbon cable numbering [HEADER12_2]
+geda_HEADER14_2:HEADER14_2:HEADER14_2:Header connector, ribbon cable numbering [HEADER14_2]
+geda_HEADER16_2:HEADER16_2:HEADER16_2:Header connector, ribbon cable numbering [HEADER16_2]
+geda_HEADER18_2:HEADER18_2:HEADER18_2:Header connector, ribbon cable numbering [HEADER18_2]
+geda_HEADER20_2:HEADER20_2:HEADER20_2:Header connector, ribbon cable numbering [HEADER20_2]
+geda_HEADER22_2:HEADER22_2:HEADER22_2:Header connector, ribbon cable numbering [HEADER22_2]
+geda_HEADER24_2:HEADER24_2:HEADER24_2:Header connector, ribbon cable numbering [HEADER24_2]
+geda_HEADER26_2:HEADER26_2:HEADER26_2:Header connector, ribbon cable numbering [HEADER26_2]
+geda_HEADER28_2:HEADER28_2:HEADER28_2:Header connector, ribbon cable numbering [HEADER28_2]
+geda_HEADER30_2:HEADER30_2:HEADER30_2:Header connector, ribbon cable numbering [HEADER30_2]
+geda_HEADER32_2:HEADER32_2:HEADER32_2:Header connector, ribbon cable numbering [HEADER32_2]
+geda_HEADER34_2:HEADER34_2:HEADER34_2:Header connector, ribbon cable numbering [HEADER34_2]
+geda_HEADER36_2:HEADER36_2:HEADER36_2:Header connector, ribbon cable numbering [HEADER36_2]
+geda_HEADER38_2:HEADER38_2:HEADER38_2:Header connector, ribbon cable numbering [HEADER38_2]
+geda_HEADER40_2:HEADER40_2:HEADER40_2:Header connector, ribbon cable numbering [HEADER40_2]
+geda_HEADER42_2:HEADER42_2:HEADER42_2:Header connector, ribbon cable numbering [HEADER42_2]
+geda_HEADER44_2:HEADER44_2:HEADER44_2:Header connector, ribbon cable numbering [HEADER44_2]
+geda_HEADER46_2:HEADER46_2:HEADER46_2:Header connector, ribbon cable numbering [HEADER46_2]
+geda_HEADER48_2:HEADER48_2:HEADER48_2:Header connector, ribbon cable numbering [HEADER48_2]
+geda_HEADER50_2:HEADER50_2:HEADER50_2:Header connector, ribbon cable numbering [HEADER50_2]
+geda_HEADER52_2:HEADER52_2:HEADER52_2:Header connector, ribbon cable numbering [HEADER52_2]
+geda_HEADER54_2:HEADER54_2:HEADER54_2:Header connector, ribbon cable numbering [HEADER54_2]
+geda_HEADER56_2:HEADER56_2:HEADER56_2:Header connector, ribbon cable numbering [HEADER56_2]
+geda_HEADER58_2:HEADER58_2:HEADER58_2:Header connector, ribbon cable numbering [HEADER58_2]
+geda_HEADER60_2:HEADER60_2:HEADER60_2:Header connector, ribbon cable numbering [HEADER60_2]
+geda_HEADER62_2:HEADER62_2:HEADER62_2:Header connector, ribbon cable numbering [HEADER62_2]
+geda_HEADER64_2:HEADER64_2:HEADER64_2:Header connector, ribbon cable numbering [HEADER64_2]
+geda_HEADER80_2:HEADER80_2:HEADER80_2:Header connector, ribbon cable numbering [HEADER80_2]
+geda_DIN41651_10:DIN41651_10:DIN41651_10:Header connector with latches [DIN41651_10]
+geda_DIN41651_14:DIN41651_14:DIN41651_14:Header connector with latches [DIN41651_14]
+geda_DIN41651_16:DIN41651_16:DIN41651_16:Header connector with latches [DIN41651_16]
+geda_DIN41651_20:DIN41651_20:DIN41651_20:Header connector with latches [DIN41651_20]
+geda_DIN41651_26:DIN41651_26:DIN41651_26:Header connector with latches [DIN41651_26]
+geda_DIN41651_34:DIN41651_34:DIN41651_34:Header connector with latches [DIN41651_34]
+geda_DIN41651_40:DIN41651_40:DIN41651_40:Header connector with latches [DIN41651_40]
+geda_DIN41651_50:DIN41651_50:DIN41651_50:Header connector with latches [DIN41651_50]
+geda_DIN41651_60:DIN41651_60:DIN41651_60:Header connector with latches [DIN41651_60]
+geda_DIN41651_64:DIN41651_64:DIN41651_64:Header connector with latches [DIN41651_64]
+geda_DIN41651_10S:DIN41651_10S:DIN41651_10S:Header connector with latches [DIN41651_10S]
+geda_DIN41651_14S:DIN41651_14S:DIN41651_14S:Header connector with latches [DIN41651_14S]
+geda_DIN41651_16S:DIN41651_16S:DIN41651_16S:Header connector with latches [DIN41651_16S]
+geda_DIN41651_20S:DIN41651_20S:DIN41651_20S:Header connector with latches [DIN41651_20S]
+geda_DIN41651_26S:DIN41651_26S:DIN41651_26S:Header connector with latches [DIN41651_26S]
+geda_DIN41651_34S:DIN41651_34S:DIN41651_34S:Header connector with latches [DIN41651_34S]
+geda_DIN41651_40S:DIN41651_40S:DIN41651_40S:Header connector with latches [DIN41651_40S]
+geda_DIN41651_50S:DIN41651_50S:DIN41651_50S:Header connector with latches [DIN41651_50S]
+geda_DIN41651_60S:DIN41651_60S:DIN41651_60S:Header connector with latches [DIN41651_60S]
+geda_DIN41651_64S:DIN41651_64S:DIN41651_64S:Header connector with latches [DIN41651_64S]
+geda_DB9F:DB9F:DB9F:DSUB connector, female/male [DB9F]
+geda_DB15F:DB15F:DB15F:DSUB connector, female/male [DB15F]
+geda_DB25F:DB25F:DB25F:DSUB connector, female/male [DB25F]
+geda_DB37F:DB37F:DB37F:DSUB connector, female/male [DB37F]
+geda_DB9M:DB9M:DB9M:DSUB connector, female/male [DB9M]
+geda_DB15M:DB15M:DB15M:DSUB connector, female/male [DB15M]
+geda_DB25M:DB25M:DB25M:DSUB connector, female/male [DB25M]
+geda_DB37M:DB37M:DB37M:DSUB connector, female/male [DB37M]
+geda_DIN41612C96F:DIN41612C96F:DIN41612C96F:DIN connector, 96 pin housing [DIN41612C96F]
+geda_DIN41612C96M:DIN41612C96M:DIN41612C96M:DIN connector, 96 pin housing [DIN41612C96M]
+geda_DIN41612C64F:DIN41612C64F:DIN41612C64F:DIN connector, 96 pin housing [DIN41612C64F]
+geda_DIN41612C64M:DIN41612C64M:DIN41612C64M:DIN connector, 96 pin housing [DIN41612C64M]
+geda_DIN41612C96FS:DIN41612C96FS:DIN41612C96FS:DIN connector, 96 pin housing [DIN41612C96FS]
+geda_DIN41612C96MS:DIN41612C96MS:DIN41612C96MS:DIN connector, 96 pin housing [DIN41612C96MS]
+geda_DIN41612C64FS:DIN41612C64FS:DIN41612C64FS:DIN connector, 96 pin housing [DIN41612C64FS]
+geda_DIN41612C64MS:DIN41612C64MS:DIN41612C64MS:DIN connector, 96 pin housing [DIN41612C64MS]
+geda_2706:2706:2706:Standard SMT resistor, capacitor etc [2706]
+geda_CAPC0402L:CAPC0402L:CAPC0402L:Standard SMT resistor, capacitor etc [CAPC0402L]
+geda_CAPC0402N:CAPC0402N:CAPC0402N:Standard SMT resistor, capacitor etc [CAPC0402N]
+geda_CAPC0402M:CAPC0402M:CAPC0402M:Standard SMT resistor, capacitor etc [CAPC0402M]
+geda_INDC0402L:INDC0402L:INDC0402L:Standard SMT resistor, capacitor etc [INDC0402L]
+geda_INDC0402N:INDC0402N:INDC0402N:Standard SMT resistor, capacitor etc [INDC0402N]
+geda_INDC0402M:INDC0402M:INDC0402M:Standard SMT resistor, capacitor etc [INDC0402M]
+geda_RESC0402L:RESC0402L:RESC0402L:Standard SMT resistor, capacitor etc [RESC0402L]
+geda_RESC0402N:RESC0402N:RESC0402N:Standard SMT resistor, capacitor etc [RESC0402N]
+geda_RESC0402M:RESC0402M:RESC0402M:Standard SMT resistor, capacitor etc [RESC0402M]
+geda_01005:01005:01005:Standard SMT resistor, capacitor etc [01005]
+geda_CAPC0603L:CAPC0603L:CAPC0603L:Standard SMT resistor, capacitor etc [CAPC0603L]
+geda_CAPC0603N:CAPC0603N:CAPC0603N:Standard SMT resistor, capacitor etc [CAPC0603N]
+geda_CAPC0603M:CAPC0603M:CAPC0603M:Standard SMT resistor, capacitor etc [CAPC0603M]
+geda_RESC0603L:RESC0603L:RESC0603L:Standard SMT resistor, capacitor etc [RESC0603L]
+geda_RESC0603N:RESC0603N:RESC0603N:Standard SMT resistor, capacitor etc [RESC0603N]
+geda_RESC0603M:RESC0603M:RESC0603M:Standard SMT resistor, capacitor etc [RESC0603M]
+geda_0201:0201:0201:Standard SMT resistor, capacitor etc [0201]
+geda_CAPC1005L:CAPC1005L:CAPC1005L:Standard SMT resistor, capacitor etc [CAPC1005L]
+geda_CAPC1005N:CAPC1005N:CAPC1005N:Standard SMT resistor, capacitor etc [CAPC1005N]
+geda_CAPC1005M:CAPC1005M:CAPC1005M:Standard SMT resistor, capacitor etc [CAPC1005M]
+geda_INDC1005L:INDC1005L:INDC1005L:Standard SMT resistor, capacitor etc [INDC1005L]
+geda_INDC1005N:INDC1005N:INDC1005N:Standard SMT resistor, capacitor etc [INDC1005N]
+geda_INDC1005M:INDC1005M:INDC1005M:Standard SMT resistor, capacitor etc [INDC1005M]
+geda_RESC1005L:RESC1005L:RESC1005L:Standard SMT resistor, capacitor etc [RESC1005L]
+geda_RESC1005N:RESC1005N:RESC1005N:Standard SMT resistor, capacitor etc [RESC1005N]
+geda_RESC1005M:RESC1005M:RESC1005M:Standard SMT resistor, capacitor etc [RESC1005M]
+geda_0402:0402:0402:Standard SMT resistor, capacitor etc [0402]
+geda_CAPC1608L:CAPC1608L:CAPC1608L:Standard SMT resistor, capacitor etc [CAPC1608L]
+geda_CAPC1608N:CAPC1608N:CAPC1608N:Standard SMT resistor, capacitor etc [CAPC1608N]
+geda_CAPC1608M:CAPC1608M:CAPC1608M:Standard SMT resistor, capacitor etc [CAPC1608M]
+geda_INDC1608L:INDC1608L:INDC1608L:Standard SMT resistor, capacitor etc [INDC1608L]
+geda_INDC1608N:INDC1608N:INDC1608N:Standard SMT resistor, capacitor etc [INDC1608N]
+geda_INDC1608M:INDC1608M:INDC1608M:Standard SMT resistor, capacitor etc [INDC1608M]
+geda_RESC1608L:RESC1608L:RESC1608L:Standard SMT resistor, capacitor etc [RESC1608L]
+geda_RESC1608N:RESC1608N:RESC1608N:Standard SMT resistor, capacitor etc [RESC1608N]
+geda_RESC1608M:RESC1608M:RESC1608M:Standard SMT resistor, capacitor etc [RESC1608M]
+geda_0603:0603:0603:Standard SMT resistor, capacitor etc [0603]
+geda_CAPC2012L:CAPC2012L:CAPC2012L:Standard SMT resistor, capacitor etc [CAPC2012L]
+geda_CAPC2012N:CAPC2012N:CAPC2012N:Standard SMT resistor, capacitor etc [CAPC2012N]
+geda_CAPC2012M:CAPC2012M:CAPC2012M:Standard SMT resistor, capacitor etc [CAPC2012M]
+geda_INDC2012L:INDC2012L:INDC2012L:Standard SMT resistor, capacitor etc [INDC2012L]
+geda_INDC2012N:INDC2012N:INDC2012N:Standard SMT resistor, capacitor etc [INDC2012N]
+geda_INDC2012M:INDC2012M:INDC2012M:Standard SMT resistor, capacitor etc [INDC2012M]
+geda_RESC2012L:RESC2012L:RESC2012L:Standard SMT resistor, capacitor etc [RESC2012L]
+geda_RESC2012N:RESC2012N:RESC2012N:Standard SMT resistor, capacitor etc [RESC2012N]
+geda_RESC2012M:RESC2012M:RESC2012M:Standard SMT resistor, capacitor etc [RESC2012M]
+geda_0805:0805:0805:Standard SMT resistor, capacitor etc [0805]
+geda_INDC2520L:INDC2520L:INDC2520L:Standard SMT resistor, capacitor etc [INDC2520L]
+geda_INDC2520N:INDC2520N:INDC2520N:Standard SMT resistor, capacitor etc [INDC2520N]
+geda_INDC2520M:INDC2520M:INDC2520M:Standard SMT resistor, capacitor etc [INDC2520M]
+geda_1008:1008:1008:Standard SMT resistor, capacitor etc [1008]
+geda_CAPC3216L:CAPC3216L:CAPC3216L:Standard SMT resistor, capacitor etc [CAPC3216L]
+geda_CAPC3216N:CAPC3216N:CAPC3216N:Standard SMT resistor, capacitor etc [CAPC3216N]
+geda_CAPC3216M:CAPC3216M:CAPC3216M:Standard SMT resistor, capacitor etc [CAPC3216M]
+geda_INDC3216L:INDC3216L:INDC3216L:Standard SMT resistor, capacitor etc [INDC3216L]
+geda_INDC3216N:INDC3216N:INDC3216N:Standard SMT resistor, capacitor etc [INDC3216N]
+geda_INDC3216M:INDC3216M:INDC3216M:Standard SMT resistor, capacitor etc [INDC3216M]
+geda_RESC3216L:RESC3216L:RESC3216L:Standard SMT resistor, capacitor etc [RESC3216L]
+geda_RESC3216N:RESC3216N:RESC3216N:Standard SMT resistor, capacitor etc [RESC3216N]
+geda_RESC3216M:RESC3216M:RESC3216M:Standard SMT resistor, capacitor etc [RESC3216M]
+geda_1206:1206:1206:Standard SMT resistor, capacitor etc [1206]
+geda_CAPC3225L:CAPC3225L:CAPC3225L:Standard SMT resistor, capacitor etc [CAPC3225L]
+geda_CAPC3225N:CAPC3225N:CAPC3225N:Standard SMT resistor, capacitor etc [CAPC3225N]
+geda_CAPC3225M:CAPC3225M:CAPC3225M:Standard SMT resistor, capacitor etc [CAPC3225M]
+geda_INDC3225L:INDC3225L:INDC3225L:Standard SMT resistor, capacitor etc [INDC3225L]
+geda_INDC3225N:INDC3225N:INDC3225N:Standard SMT resistor, capacitor etc [INDC3225N]
+geda_INDC3225M:INDC3225M:INDC3225M:Standard SMT resistor, capacitor etc [INDC3225M]
+geda_RESC3225L:RESC3225L:RESC3225L:Standard SMT resistor, capacitor etc [RESC3225L]
+geda_RESC3225N:RESC3225N:RESC3225N:Standard SMT resistor, capacitor etc [RESC3225N]
+geda_RESC3225M:RESC3225M:RESC3225M:Standard SMT resistor, capacitor etc [RESC3225M]
+geda_1210:1210:1210:Standard SMT resistor, capacitor etc [1210]
+geda_INDC4509L:INDC4509L:INDC4509L:Standard SMT resistor, capacitor etc [INDC4509L]
+geda_INDC4509N:INDC4509N:INDC4509N:Standard SMT resistor, capacitor etc [INDC4509N]
+geda_INDC4509M:INDC4509M:INDC4509M:Standard SMT resistor, capacitor etc [INDC4509M]
+geda_1806:1806:1806:Standard SMT resistor, capacitor etc [1806]
+geda_CAPC4532L:CAPC4532L:CAPC4532L:Standard SMT resistor, capacitor etc [CAPC4532L]
+geda_CAPC4532N:CAPC4532N:CAPC4532N:Standard SMT resistor, capacitor etc [CAPC4532N]
+geda_CAPC4532M:CAPC4532M:CAPC4532M:Standard SMT resistor, capacitor etc [CAPC4532M]
+geda_INDC4532L:INDC4532L:INDC4532L:Standard SMT resistor, capacitor etc [INDC4532L]
+geda_INDC4532N:INDC4532N:INDC4532N:Standard SMT resistor, capacitor etc [INDC4532N]
+geda_INDC4532M:INDC4532M:INDC4532M:Standard SMT resistor, capacitor etc [INDC4532M]
+geda_RESC4532L:RESC4532L:RESC4532L:Standard SMT resistor, capacitor etc [RESC4532L]
+geda_RESC4532N:RESC4532N:RESC4532N:Standard SMT resistor, capacitor etc [RESC4532N]
+geda_RESC4532M:RESC4532M:RESC4532M:Standard SMT resistor, capacitor etc [RESC4532M]
+geda_1806:1806:1806:Standard SMT resistor, capacitor etc [1806]
+geda_CAPC4564L:CAPC4564L:CAPC4564L:Standard SMT resistor, capacitor etc [CAPC4564L]
+geda_CAPC4564N:CAPC4564N:CAPC4564N:Standard SMT resistor, capacitor etc [CAPC4564N]
+geda_CAPC4564M:CAPC4564M:CAPC4564M:Standard SMT resistor, capacitor etc [CAPC4564M]
+geda_RESC4564L:RESC4564L:RESC4564L:Standard SMT resistor, capacitor etc [RESC4564L]
+geda_RESC4564N:RESC4564N:RESC4564N:Standard SMT resistor, capacitor etc [RESC4564N]
+geda_RESC4564M:RESC4564M:RESC4564M:Standard SMT resistor, capacitor etc [RESC4564M]
+geda_1825:1825:1825:Standard SMT resistor, capacitor etc [1825]
+geda_EMI0603:EMI0603:EMI0603:3-Pin SMT EMI Filter based on standard SMT sizes [EMI0603]
+geda_EMI0805:EMI0805:EMI0805:3-Pin SMT EMI Filter based on standard SMT sizes [EMI0805]
+geda_EMI1206:EMI1206:EMI1206:3-Pin SMT EMI Filter based on standard SMT sizes [EMI1206]
+geda_EMI1806:EMI1806:EMI1806:3-Pin SMT EMI Filter based on standard SMT sizes [EMI1806]
+geda_EIA3216:EIA3216:EIA3216:Tantalum SMT capacitor (pin 1 is +) [EIA3216]
+geda_EIA3528:EIA3528:EIA3528:Tantalum SMT capacitor (pin 1 is +) [EIA3528]
+geda_EIA6032:EIA6032:EIA6032:Tantalum SMT capacitor (pin 1 is +) [EIA6032]
+geda_EIA7343:EIA7343:EIA7343:Tantalum SMT capacitor (pin 1 is +) [EIA7343]
+geda_TANT_A:TANT_A:TANT_A:Tantalum SMT capacitor (pin 1 is +) [TANT_A]
+geda_TANT_B:TANT_B:TANT_B:Tantalum SMT capacitor (pin 1 is +) [TANT_B]
+geda_TANT_C:TANT_C:TANT_C:Tantalum SMT capacitor (pin 1 is +) [TANT_C]
+geda_TANT_D:TANT_D:TANT_D:Tantalum SMT capacitor (pin 1 is +) [TANT_D]
+geda_SME3:SME3:SME3:Surface mount electrolytic capacitor, number is dia in mm [SME3]
+geda_SME4:SME4:SME4:Surface mount electrolytic capacitor, number is dia in mm [SME4]
+geda_SME5:SME5:SME5:Surface mount electrolytic capacitor, number is dia in mm [SME5]
+geda_SME6:SME6:SME6:Surface mount electrolytic capacitor, number is dia in mm [SME6]
+geda_SME8:SME8:SME8:Surface mount electrolytic capacitor, number is dia in mm [SME8]
+geda_SME10:SME10:SME10:Surface mount electrolytic capacitor, number is dia in mm [SME10]
+geda_SOD80:SOD80:SOD80:SMT diode (pin 1 is cathode) [SOD80]
+geda_SOD87:SOD87:SOD87:SMT diode (pin 1 is cathode) [SOD87]
+geda_SOD106A:SOD106A:SOD106A:SMT diode (pin 1 is cathode) [SOD106A]
+geda_SOD110:SOD110:SOD110:SMT diode (pin 1 is cathode) [SOD110]
+geda_SOD123:SOD123:SOD123:SMT diode (pin 1 is cathode) [SOD123]
+geda_SOD323:SOD323:SOD323:SMT diode (pin 1 is cathode) [SOD323]
+geda_DO214:DO214:DO214:SMT diode (pin 1 is cathode) [DO214]
+geda_DO214AB:DO214AB:DO214AB:SMT diode (pin 1 is cathode) [DO214AB]
+geda_SOT23D:SOT23D:SOT23D:SMT diode (pin 1 is cathode) [SOT23D]
+geda_SOT323D:SOT323D:SOT323D:SMT diode (pin 1 is cathode) [SOT323D]
+geda_SOT23:SOT23:SOT23:SMT transistor, 3 pins [SOT23]
+geda_SOT323:SOT323:SOT323:SMT transistor, 3 pins [SOT323]
+geda_SC90:SC90:SC90:SMT transistor, 3 pins [SC90]
+geda_SC70_3:SC70_3:SC70_3:SMT transistor, 3 pins [SC70_3]
+geda_SOT89:SOT89:SOT89:SMT transistor, 4 pins [SOT89]
+geda_SOT143:SOT143:SOT143:SMT transistor, 4 pins [SOT143]
+geda_SOT223:SOT223:SOT223:SMT transistor, 4 pins [SOT223]
+geda_SC70_4:SC70_4:SC70_4:SMT transistor, 4 pins [SC70_4]
+geda_SOT25:SOT25:SOT25:SMT transistor, 5 pins [SOT25]
+geda_SOT325:SOT325:SOT325:SMT transistor, 5 pins [SOT325]
+geda_SC70_5:SC70_5:SC70_5:SMT transistor, 5 pins [SC70_5]
+geda_SOT26:SOT26:SOT26:SMT transistor, 6 pins [SOT26]
+geda_SOT326:SOT326:SOT326:SMT transistor, 6 pins [SOT326]
+geda_SC70_6:SC70_6:SC70_6:SMT transistor, 6 pins [SC70_6]
+geda_MPAK:MPAK:MPAK:Pressure transducer [MPAK]
+TYPE=~johnstech
+johnstech_JOHNSTECH_QFN12_4:JOHNSTECH_QFN12_4:JOHNSTECH_QFN12_4:Johnstech QFN Socket, Series 1MM (724812-724839) [JOHNSTECH_QFN12_4]
+johnstech_JOHNSTECH_QFN16_4:JOHNSTECH_QFN16_4:JOHNSTECH_QFN16_4:Johnstech QFN Socket, Series 1MM (724812-724839) [JOHNSTECH_QFN16_4]
+johnstech_JOHNSTECH_QFN20_4:JOHNSTECH_QFN20_4:JOHNSTECH_QFN20_4:Johnstech QFN Socket, Series 1MM (724812-724839) [JOHNSTECH_QFN20_4]
+johnstech_JOHNSTECH_QFN24_4:JOHNSTECH_QFN24_4:JOHNSTECH_QFN24_4:Johnstech QFN Socket, Series 1MM (724812-724839) [JOHNSTECH_QFN24_4]
+johnstech_JOHNSTECH_QFN16_5:JOHNSTECH_QFN16_5:JOHNSTECH_QFN16_5:Johnstech QFN Socket, Series 1MM (724812-724839) [JOHNSTECH_QFN16_5]
+johnstech_JOHNSTECH_QFN20_5:JOHNSTECH_QFN20_5:JOHNSTECH_QFN20_5:Johnstech QFN Socket, Series 1MM (724812-724839) [JOHNSTECH_QFN20_5]
+johnstech_JOHNSTECH_QFN28_5:JOHNSTECH_QFN28_5:JOHNSTECH_QFN28_5:Johnstech QFN Socket, Series 1MM (724812-724839) [JOHNSTECH_QFN28_5]
+johnstech_JOHNSTECH_QFN32_5:JOHNSTECH_QFN32_5:JOHNSTECH_QFN32_5:Johnstech QFN Socket, Series 1MM (724812-724839) [JOHNSTECH_QFN32_5]
+johnstech_JOHNSTECH_QFN36_6:JOHNSTECH_QFN36_6:JOHNSTECH_QFN36_6:Johnstech QFN Socket, Series 1MM (724812-724839) [JOHNSTECH_QFN36_6]
+johnstech_JOHNSTECH_QFN40_6:JOHNSTECH_QFN40_6:JOHNSTECH_QFN40_6:Johnstech QFN Socket, Series 1MM (724812-724839) [JOHNSTECH_QFN40_6]
+johnstech_JOHNSTECH_QFN32_7:JOHNSTECH_QFN32_7:JOHNSTECH_QFN32_7:Johnstech QFN Socket, Series 1MM (724812-724839) [JOHNSTECH_QFN32_7]
+johnstech_JOHNSTECH_QFN44_7:JOHNSTECH_QFN44_7:JOHNSTECH_QFN44_7:Johnstech QFN Socket, Series 1MM (724812-724839) [JOHNSTECH_QFN44_7]
+johnstech_JOHNSTECH_QFN48_7:JOHNSTECH_QFN48_7:JOHNSTECH_QFN48_7:Johnstech QFN Socket, Series 1MM (724812-724839) [JOHNSTECH_QFN48_7]
+johnstech_JOHNSTECH_QFN56_8:JOHNSTECH_QFN56_8:JOHNSTECH_QFN56_8:Johnstech QFN Socket, Series 1MM (724812-724839) [JOHNSTECH_QFN56_8]
+johnstech_JOHNSTECH_QFN68_10:JOHNSTECH_QFN68_10:JOHNSTECH_QFN68_10:Johnstech QFN Socket, Series 1MM (724812-724839) [JOHNSTECH_QFN68_10]
+TYPE=~minicircuits
+minicircuits_MINICIRCUITS_CA531:MINICIRCUITS_CA531:MINICIRCUITS_CA531:Mini-Circuits CA Style Package [MINICIRCUITS_CA531]
+minicircuits_MINICIRCUITS_CB518:MINICIRCUITS_CB518:MINICIRCUITS_CB518:Mini-Circuits CB Style Package [MINICIRCUITS_CB518]
+minicircuits_MINICIRCUITS_CB539:MINICIRCUITS_CB539:MINICIRCUITS_CB539:Mini-Circuits CB Style Package [MINICIRCUITS_CB539]
+minicircuits_MINICIRCUITS_CD541:MINICIRCUITS_CD541:MINICIRCUITS_CD541:Mini-Circuits CD Style Package [MINICIRCUITS_CD541]
+minicircuits_MINICIRCUITS_CD542:MINICIRCUITS_CD542:MINICIRCUITS_CD542:Mini-Circuits CD Style Package [MINICIRCUITS_CD542]
+minicircuits_MINICIRCUITS_CD636:MINICIRCUITS_CD636:MINICIRCUITS_CD636:Mini-Circuits CD Style Package [MINICIRCUITS_CD636]
+minicircuits_MINICIRCUITS_CD637:MINICIRCUITS_CD637:MINICIRCUITS_CD637:Mini-Circuits CD Style Package [MINICIRCUITS_CD637]
+minicircuits_MINICIRCUITS_KK81:MINICIRCUITS_KK81:MINICIRCUITS_KK81:Mini-Circuits KK Style Package [MINICIRCUITS_KK81]
+TYPE=~nichicon
+nichicon_NICHICON_WT_CAP_3_5p4:NICHICON_WT_CAP_3_5p4:NICHICON_WT_CAP_3_5p4:Nichicon WT series SMT Aluminum Electrolytic Capacitor [NICHICON_WT_CAP_3_5p4]
+nichicon_NICHICON_WT_CAP_4_5p4:NICHICON_WT_CAP_4_5p4:NICHICON_WT_CAP_4_5p4:Nichicon WT series SMT Aluminum Electrolytic Capacitor [NICHICON_WT_CAP_4_5p4]
+nichicon_NICHICON_WT_CAP_5_5p4:NICHICON_WT_CAP_5_5p4:NICHICON_WT_CAP_5_5p4:Nichicon WT series SMT Aluminum Electrolytic Capacitor [NICHICON_WT_CAP_5_5p4]
+nichicon_NICHICON_WT_CAP_6p3_5p4:NICHICON_WT_CAP_6p3_5p4:NICHICON_WT_CAP_6p3_5p4:Nichicon WT series SMT Aluminum Electrolytic Capacitor [NICHICON_WT_CAP_6p3_5p4]
+nichicon_NICHICON_WT_CAP_6p3_5p8:NICHICON_WT_CAP_6p3_5p8:NICHICON_WT_CAP_6p3_5p8:Nichicon WT series SMT Aluminum Electrolytic Capacitor [NICHICON_WT_CAP_6p3_5p8]
+nichicon_NICHICON_WT_CAP_6p3_7p7:NICHICON_WT_CAP_6p3_7p7:NICHICON_WT_CAP_6p3_7p7:Nichicon WT series SMT Aluminum Electrolytic Capacitor [NICHICON_WT_CAP_6p3_7p7]
+nichicon_NICHICON_WT_CAP_8_5p4:NICHICON_WT_CAP_8_5p4:NICHICON_WT_CAP_8_5p4:Nichicon WT series SMT Aluminum Electrolytic Capacitor [NICHICON_WT_CAP_8_5p4]
+nichicon_NICHICON_WT_CAP_8_10:NICHICON_WT_CAP_8_10:NICHICON_WT_CAP_8_10:Nichicon WT series SMT Aluminum Electrolytic Capacitor [NICHICON_WT_CAP_8_10]
+nichicon_NICHICON_WT_CAP_10_10:NICHICON_WT_CAP_10_10:NICHICON_WT_CAP_10_10:Nichicon WT series SMT Aluminum Electrolytic Capacitor [NICHICON_WT_CAP_10_10]
+TYPE=~optek
+optek_OPTEK_OVSRWACR6:OPTEK_OVSRWACR6:OPTEK_OVSRWACR6:OPTEK Surface Mount LEDs' [OPTEK_OVSRWACR6]
+TYPE=~panasonic
+panasonic_PANASONIC_EXB14V:PANASONIC_EXB14V:PANASONIC_EXB14V:Panasonic EXB Series Chip Resistor Array [PANASONIC_EXB14V]
+panasonic_PANASONIC_EXB24V:PANASONIC_EXB24V:PANASONIC_EXB24V:Panasonic EXB Series Chip Resistor Array [PANASONIC_EXB24V]
+panasonic_PANASONIC_EXB28V:PANASONIC_EXB28V:PANASONIC_EXB28V:Panasonic EXB Series Chip Resistor Array [PANASONIC_EXB28V]
+panasonic_PANASONIC_EXBV4V:PANASONIC_EXBV4V:PANASONIC_EXBV4V:Panasonic EXB Series Chip Resistor Array [PANASONIC_EXBV4V]
+panasonic_PANASONIC_EXBV8V:PANASONIC_EXBV8V:PANASONIC_EXBV8V:Panasonic EXB Series Chip Resistor Array [PANASONIC_EXBV8V]
+panasonic_PANASONIC_EXB34V:PANASONIC_EXB34V:PANASONIC_EXB34V:Panasonic EXB Series Chip Resistor Array [PANASONIC_EXB34V]
+panasonic_PANASONIC_EXB38V:PANASONIC_EXB38V:PANASONIC_EXB38V:Panasonic EXB Series Chip Resistor Array [PANASONIC_EXB38V]
+panasonic_PANASONIC_EXBS8V:PANASONIC_EXBS8V:PANASONIC_EXBS8V:Panasonic EXB Series Chip Resistor Array [PANASONIC_EXBS8V]
+panasonic_PANASONIC_EXB2HV:PANASONIC_EXB2HV:PANASONIC_EXB2HV:Panasonic EXB Series Chip Resistor Array [PANASONIC_EXB2HV]
Index: oldlib/lib/pci.inc
===================================================================
--- oldlib/lib/pci.inc	(nonexistent)
+++ oldlib/lib/pci.inc	(revision 296)
@@ -0,0 +1,139 @@
+# $Id$
+#
+# Definitions for PCI boards
+# by D.J. Barrow dj_barrow@ariasoft.ie
+#
+# please note that you will need to edit the saved pcb file
+# by hand to move the board outline onto a seperate layer
+# I suggest one of the unused layers.
+
+define(`GETNUMARRAYS',`eval(($#)/2)')
+# $1: canonical name
+# $2: name on PCB
+# $3: boardheight,number of pins,arcradius,..., number of pins
+define(`PKG_PCIPINARRAY',
+	`
+        define(`cnt',`1')
+        define(`ARGS',`$4, $5, $6, $7')
+	args(ARGS)
+	define(`LEFTOFFSET',`100')
+	define(`EDGEGAP',`12')
+	define(`PINDIST',`50')
+    	define(`PINWIDTH',`25')
+	define(`NUMARRAYS',`GETNUMARRAYS(ARGS)')
+        define(`TOTALPINS1',forloop(`IDX',0,eval(NUMARRAYS-1),
+		``arg'eval((IDX*2)+2) + ')0)
+	define(`TOTALPINS',eval(TOTALPINS1))
+	ifelse(1,eval(NUMARRAYS>1),`
+		define(`TOTALDIAMETER1',forloop(`IDX',0,eval(NUMARRAYS-2),
+			``arg'eval((IDX*2)+3) + ')0)
+		define(`TOTALDIAMETER',eval(TOTALDIAMETER1))
+	')
+    	define(`PINCENTER',`eval(LEFTOFFSET+(PINDIST/2))')
+    	define(`PINRADIUS',`eval(PINWIDTH/2)')
+    	define(`PINLEFT',`eval(PINCENTER-PINRADIUS)')
+    	define(`PINRIGHT',`eval(PINCENTER+PINRADIUS)')
+    	define(`PENWIDTH',`eval(PINRADIUS+4)')
+    	define(`PENRADIUS',`eval(PENWIDTH/2)')
+    	define(`MAXIDX',`eval(TOTALPINS - 1)')
+    	define(`ARRAYWIDTH', `eval((TOTALPINS*PINDIST)+TOTALDIAMETER)')
+    	define(`CENTERX', `eval(((ARRAYWIDTH+LEFTOFFSET)/2))')
+    	define(`MINY',`20')
+    	define(`MIDY',`220')
+    	define(`MAXY',`270')
+    	define(`ARCRADIUS',`12')
+	define(`ARCDIAMETER',`eval(ARCRADIUS*2)')
+    	define(`LMAXY',`eval(MAXY+ARCRADIUS)')
+	define(`BOARDTOP',`eval(LMAXY-arg1)')
+	define(`SCREWBORDER',275)
+Element(0x00  "$1" "`$2'" "$3" CENTERX 10 1 30 0x00)
+(
+	Mark(CENTERX 135)
+	define(`ADDSIDE',0)
+	define(`FLAG',0x0)
+	define(`LOOPIDX1',eval(NUMARRAYS-1))
+	define(`LEFT1',`eval(PINLEFT-ARCRADIUS)')
+	define(`ARCRADIUS2',`100')
+	define(`SLOTWIDTH',`1000')
+	define(`BRACKETLEFT',`-1525')
+	define(`LEFT2',`eval(LEFT1-ARCRADIUS2)')
+	define(`LEFT3',`eval(LEFT1+ARCRADIUS2-SLOTWIDTH)')
+	define(`LEFT4',`eval(LEFT1-SLOTWIDTH)')
+	ElementArc(LEFT2 0 ARCRADIUS2 ARCRADIUS2 180 90 1)
+  	ElementLine(LEFT2 -ARCRADIUS2 LEFT3 -ARCRADIUS2 1)
+	ElementArc(LEFT3 0 ARCRADIUS2 ARCRADIUS2 270 90 1)
+	ElementLine(LEFT4 0 LEFT4 MAXY 1)
+        define(`LEFT5',`eval(LEFT4-ARCRADIUS)')
+	ElementArc(LEFT5 MAXY ARCRADIUS ARCRADIUS 90 90 1)
+        ElementLine(LEFT5 LMAXY BRACKETLEFT LMAXY 1)
+   	forloop(`SIDE',0,1,
+   	`
+		define(`IDX',`0')
+		define(`ADDDIAMETER',`0')
+		forloop(`IDX1',0,LOOPIDX1,
+		`
+			define(`CURRNUMPINS',`arg'eval((IDX1*2)+2))
+			ifelse(SIDE,`0',`
+				define(`CURRLEFT',`eval((PINDIST*IDX)+(ADDDIAMETER)+PINLEFT)')
+				define(`CURRRIGHT',`eval(CURRLEFT+((CURRNUMPINS-1)*PINDIST)+PINWIDTH)')
+				ElementLine(CURRLEFT LMAXY CURRRIGHT LMAXY 2)
+				ElementArc(CURRLEFT MAXY ARCRADIUS ARCRADIUS 0 90 2)
+				ElementArc(CURRRIGHT MAXY ARCRADIUS ARCRADIUS 90 90 2)
+				define(`CURRLEFT1',`eval(CURRLEFT-ARCRADIUS)')
+				define(`CURRRIGHT1',`eval(CURRRIGHT+ARCRADIUS)')
+		                ElementLine(CURRLEFT1 0 CURRLEFT1 MAXY 1)
+                                ElementLine(CURRRIGHT1 0 CURRRIGHT1 MAXY 1)
+		                ifelse(1,eval((NUMARRAYS>1)&&(IDX1<LOOPIDX1)),`
+					define(`CURRDIAMETER',`arg'eval((IDX1*2)+3))
+					define(`CURRRADIUS',`eval(CURRDIAMETER/2)')
+					ElementArc(eval(CURRRIGHT+EDGEGAP+(CURRDIAMETER/2)) 0 CURRRADIUS CURRRADIUS 180 180 1)
+				')
+	   			ifelse(1,eval(IDX1==LOOPIDX1),`
+					ElementLine(BRACKETLEFT LMAXY BRACKETLEFT BOARDTOP 1)
+					ElementLine(BRACKETLEFT BOARDTOP CURRRIGHT1 BOARDTOP 1)
+					ElementLine(CURRRIGHT1 BOARDTOP CURRRIGHT1 0 1)
+				        
+				        ElementArc(eval(BRACKETLEFT+SCREWBORDER) eval(LMAXY-SCREWBORDER) 125 125 0 360 1)
+				        ElementArc(eval(BRACKETLEFT+SCREWBORDER) eval(BOARDTOP+SCREWBORDER) 125 125 0 360 1)
+				')
+			')
+   			forloop(`IDX2',0,eval(CURRNUMPINS-1),
+   			`
+				define(`CURRX',`eval((PINDIST*IDX)+(ADDDIAMETER))')
+				define(`MINX',`eval(PINLEFT+CURRX)')
+				define(`MIDX',`eval(PINCENTER+CURRX)')
+				define(`MAXX',`eval(PINRIGHT+CURRX)')
+				define(`PINIDX',`eval(IDX+1+ADDSIDE)')
+	                        EDGECONN(MINX,MINY,MAXX,MINY,PENWIDTH,PINIDX,FLAG)
+				EDGECONN(MINX,MINY,MINX,MIDY,PENWIDTH,PINIDX,FLAG)
+				EDGECONN(MINX,MIDY,MIDX,MAXY,PENWIDTH,PINIDX,FLAG)
+				EDGECONN(MIDX,MINY,MIDX,MAXY,PENWIDTH,PINIDX,FLAG)
+				EDGECONN(MAXX,MINY,MAXX,MIDY,PENWIDTH,PINIDX,FLAG)
+				EDGECONN(MAXX,MIDY,MIDX,MAXY,PENWIDTH,PINIDX,FLAG)				
+				define(`IDX',incr(IDX))
+			')
+			
+			ifelse(1,eval((NUMARRAYS>1)&&(IDX1<LOOPIDX1)),`
+				define(`ADDDIAMETER1',forloop(`IDX2',0,eval(IDX1),
+				``arg'eval((IDX2*2)+3)+')0)
+				define(`ADDDIAMETER',eval(ADDDIAMETER1+(EDGEGAP*2)-PINDIST+PINWIDTH))
+			')
+		')
+		define(`ADDSIDE',`TOTALPINS')
+		define(`FLAG',0x80)
+  	')
+	 
+)')
+
+
+
+define(`PKG_PCI5V_AVE_HEIGHT',   `PKG_PCIPINARRAY(`$1', `$2', `$3', 2810,49,100,11)');
+define(`PKG_PCI5V_MIN_HEIGHT',   `PKG_PCIPINARRAY(`$1', `$2', `$3', 1420,49,100,11)');
+define(`PKG_PCI5V_MAX_HEIGHT',   `PKG_PCIPINARRAY(`$1', `$2', `$3', 4200,49,100,11)');
+define(`PKG_PCI5V_SMALL_HEIGHT', `PKG_PCIPINARRAY(`$1', `$2', `$3', 2063,49,100,11)');
+
+
+
+
+
+
Index: oldlib/lib/pci.list
===================================================================
--- oldlib/lib/pci.list	(nonexistent)
+++ oldlib/lib/pci.list	(revision 296)
@@ -0,0 +1,10 @@
+# $Id$
+#
+
+PCI5V_AVE_HEIGHT:PCI5V_AVE_HEIGHT:PCI5V_AVE_HEIGHT
+PCI5V_MIN_HEIGHT:PCI5V_MIN_HEIGHT:PCI5V_MIN_HEIGHT
+PCI5V_MAX_HEIGHT:PCI5V_MAX_HEIGHT:PCI5V_MAX_HEIGHT
+PCI5V_SMALL_HEIGHT:PCI5V_SMALL_HEIGHT:PCI5V_SMALL_HEIGHT
+
+
+
Index: oldlib/lib/pci.m4
===================================================================
--- oldlib/lib/pci.m4	(nonexistent)
+++ oldlib/lib/pci.m4	(revision 296)
@@ -0,0 +1,47 @@
+divert(-1)
+# $Id$
+#
+# Definitions for PCI boards
+# by D.J. Barrow dj_barrow@ariasoft.ie
+#
+define(`PL_PCISideB1',``-12V',`TCK',`Ground',`TD0',`+5V',`+5V',`INTB*',`INTD*',`PRSNT1*',`Reserved',`PRSNT2*'')
+
+define(`PL_PCISideB2',``Ground',`Ground'')
+
+define(`PL_PCISideB3',``Reserved',`Ground',`CLK',`Ground',`REQ*',`+5V',`AD[31]',`AD[29]',`Ground',`AD[27]',`AD[25]',`+3.3V',`C/BE[3]*',`AD[23]',`Ground',`AD[21]',`AD[19]',`+3.3V',`AD[17]',`C/BE[2]*',`Ground',`IRDY*',`+3.3V',`DEVSEL*',`Ground',`LOCK*',`PERR*',`+3.3V',`SERR*',`+3.3V',`C/BE[1]*',`AD[14]',`Ground',`AD[12]',`AD[10]',`Ground'')
+
+define(`PL_PCISideB4',``Ground',`Ground'')
+define(`PL_PCISideB5',``AD[08]',`AD[07]',`+3.3V',`AD[05]',`AD[03]',`Ground',`AD[01]',`+5V',`ACK64*',`+5V',`+5V'')
+
+
+define(`PL_PCISideB6',``Reserved',`Ground',`C/BE[6]*',`C/BE[4]*',`Ground',`AD[63]',`AD[61]',`+5V',`AD[59]',`AD[57]',`Ground',`AD[55]',`AD[53]',`Ground',`AD[51]',`AD[49]',`+5V',`AD[47]',`AD[45]',`Ground',`AD[43]',`AD[41]',`Ground',`AD[39]',`AD[37]',`+5V',`AD[35]',`AD[33]',`Ground',`Reserved',`Reserved',`Ground'')
+
+define(`PL_PCISideA1',``TRST*',`+12V',`TMS',`TDI',`+5V',`INTA*',`INTC*',`+5V',`Reserved',`+5V',`Reserved'')
+
+define(`PL_PCISideA2',``Ground',`Ground'')
+define(`PL_PCISideA3',``3.3Vaux',`RST*',`+5V',`GNT*',`Ground',`PME*',`AD[30]',`+3.3V',`AD[28]',`AD[26]',`Ground',`AD[24]',`IDSEL',`+3.3V',`AD[22]',`AD[20]',`Ground',`AD[18]',`AD[16]',`+3.3V',`FRAME*',`Ground',`TRDY*',`Ground',`STOP*',`+3.3V',`Reserved',`Reserved',`Ground',`PAR',`AD[15]',`+3.3V',`AD[13]',`AD[11]',`Ground',`AD[09]'')
+
+
+define(`PL_PCISideA4',``Ground',`Ground'')
+define(`PL_PCISideA5',``C/BE[0]*',`+3.3V',`AD[06]',`AD[04]',`Ground',`AD[02]',`AD[00]',`+5V',`REQ64*',`+5V',`+5V'')
+
+define(`PL_PCISideA6',``Ground',`C/BE[7]*',`C/BE[5]*',`+5V',`PAR64',`AD[62]',`Ground',`AD[60]',`AD[58]',`Ground',`AD[56]',`AD[54]',`+5V',`AD[52]',`AD[50]',`Ground',`AD[48]',`AD[46]',`Ground',`AD[44]',`AD[42]',`+5V',`AD[40]',`AD[38]',`Ground',`AD[36]',`AD[34]',`Ground',`AD[32]',`Reserved',`Ground',`Reserved'')
+define(`Description_PCI5V_AVE_HEIGHT',`PCI 5V Array Average Height')
+define(`Description_PCI5V_MIN_HEIGHT',`PCI 5V Array Min Height')
+define(`Description_PCI5V_MAX_HEIGHT',`PCI 5V Array Max Height')
+define(`Description_PCI5V_SMALL_HEIGHT',`PCI 5V Array Small Height')
+define(`PinList_PCI5V',`PL_PCISideB1,PL_PCISideB2,PL_PCISideB3,PL_PCISideB5,PL_PCISideA1,PL_PCISideA2,PL_PCISideA3,PL_PCISideA5')
+define(`PinList_PCI5V_AVE_HEIGHT', `PinList_PCI5V')
+define(`PinList_PCI5V_MIN_HEIGHT', `PinList_PCI5V')
+define(`PinList_PCI5V_MAX_HEIGHT', `PinList_PCI5V')
+define(`PinList_PCI5V_SMALL_HEIGHT', `PinList_PCI5V')
+
+divert(0)dnl
+
+
+
+
+
+
+
+
Index: oldlib/lib/plcc.inc
===================================================================
--- oldlib/lib/plcc.inc	(nonexistent)
+++ oldlib/lib/plcc.inc	(revision 296)
@@ -0,0 +1,326 @@
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# PLCC packages
+#
+
+# -------------------------------------------------------------------
+# ThanX to Johan Andersson (johan@homemail.com), modified by Thomas Nau
+# the definition of a plcc package
+# modified for correct pad numbering by Holm Tiffe
+#
+# modified 11-Dec-1999 Larry Doolittle <LRDoolittle@lbl.gov>
+# to shorten the pads by 10 mils; PUSHOUT=5 PUSHIN=40
+#
+# modified 22-Dec-1999 Larry Doolittle <LRDoolittle@lbl.gov>
+# put back the 10 mils on the outside; PUSHOUT=5, PUSHIN=50
+#
+# One last tweak 12-Jan-2000 LRD, now that the shop complained I
+# didn't leave them any room to solder (looks like the 22-Dec
+# change was backwards);  PUSHOUT=20, PUSHIN=40
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+# $5: additional border (will be ignored)
+#
+define(`PKG_PLCC',
+	`define(`NUMPINS', `$4')
+	ifelse(eval(NUMPINS == 32),1,`define(`QUARTER',7)',`define(`QUARTER', `eval($4 /4)')')
+	define(`OFFSET', `eval((QUARTER +1) /2)')
+	define(`WIDTH', `eval((QUARTER-1) *50 +2*75)')
+	ifelse(eval(NUMPINS == 32),1,`define(`SIDE',`eval((NUMPINS-2*QUARTER)/2)')', `define(`SIDE',QUARTER)')
+	define(`HEIGHT', `eval((SIDE-1)* 50 + 2*75)')
+	define(`CENTER', `eval(WIDTH / 2)')
+	define(`PUSHOUT', 20)    # was 15
+	define(`PUSHIN', 40)     # was 50
+Element(0x00 "$1" "`$2'" "$3" 100 CENTER 0 100 0x00)
+(
+	# top left half
+define(`X', CENTER)
+define(`Y', 0)
+define(`count', 1)
+forloop(`i', 1, OFFSET,
+	`PAD(X, eval(Y-PUSHOUT), X, eval(Y+PUSHIN), 20, count)' `define(`count', incr(count))'
+	`define(`X', eval(X-50))'
+	)
+
+
+	# left row
+define(`X', 0)
+define(`Y', 75)
+define(`count', `eval(OFFSET+1)')
+forloop(`i', 1, SIDE,
+	`PAD(eval(X-PUSHOUT), Y, eval(X+PUSHIN), Y, 20, count)' `define(`count', incr(count))'
+	`define(`Y', eval(Y+50))'
+	)
+
+	# bottom row
+define(`X', 75)
+define(`Y', HEIGHT)
+forloop(`i', 1, QUARTER,
+	`PAD(X, eval(Y+PUSHOUT), X, eval(Y-PUSHIN), 20, count)' `define(`count', incr(count))'
+	`define(`X', eval(X+50))'
+)
+
+	# right row
+define(`X', WIDTH)
+define(`Y', eval(HEIGHT-75))
+forloop(`i', 1, SIDE,
+	`PAD(eval(X+PUSHOUT), Y, eval(X-PUSHIN), Y, 20, count)' `define(`count', incr(count))'
+	`define(`Y', eval(Y-50))'
+)
+
+	# top right row
+define(`X', eval(WIDTH-75))
+define(`Y', 0)
+forloop(`i', 1, eval(OFFSET-1),
+	`PAD(X, eval(Y-PUSHOUT), X, eval(Y+PUSHIN), 20, count)' `define(`count', incr(count))'
+	`ifelse(eval(count > NUMPINS), 1, `define(`count', 1)')'
+	`define(`X', eval(X-50))'
+)
+
+#	ElementLine(50 0 WIDTH 0 20)
+#	ElementLine(WIDTH 0 WIDTH WIDTH 20)
+#	ElementLine(WIDTH WIDTH 0 WIDTH 20)
+#	ElementLine(0 WIDTH 0 50 20)
+#	ElementLine(0 50 50 0 20)
+
+# Modified by Thomas Olson to eliminate silkscreen blobbing over pads.
+# Approach one: eliminate ElementLine transgression over pads. leave corners
+# only.
+
+define(`OLWIDTH', eval(WIDTH-50))
+define(`OLHEIGHT', eval(HEIGHT-50))
+	
+	ElementLine(OLWIDTH 0 WIDTH 0 10)
+	ElementLine(WIDTH 0 WIDTH 50 10)
+	ElementLine(WIDTH OLHEIGHT WIDTH HEIGHT 10)
+	ElementLine(WIDTH HEIGHT OLWIDTH HEIGHT 10)
+	ElementLine(50 HEIGHT 0 HEIGHT 10)
+	ElementLine(0 HEIGHT 0 OLHEIGHT 10)
+	ElementLine(0 50 50 0 10)
+
+# Approach two: move outline to edge of pads.
+# The outline should be 15 off. But since the pad algorithm
+# is not making the square pads correctly I give it a total of 30
+# to clear the pads.
+
+# Try 40 mils, and parameterize it.  1/12/00 LRD
+define(`NOSMUDGE', 40)
+define(`OLWIDTH', eval(WIDTH+NOSMUDGE))
+define(`OLHEIGHT', eval(HEIGHT+NOSMUDGE))
+
+	ElementLine(50 -NOSMUDGE OLWIDTH -NOSMUDGE 10)
+	ElementLine(OLWIDTH -NOSMUDGE OLWIDTH OLHEIGHT 10)
+	ElementLine(OLWIDTH OLHEIGHT -NOSMUDGE OLHEIGHT 10)
+	ElementLine(-NOSMUDGE OLHEIGHT -NOSMUDGE 50 10)
+	ElementLine(-NOSMUDGE 50 50 -NOSMUDGE 10)
+
+	ElementArc(CENTER 100 20 20 0 360 10)
+
+	Mark(0 0)
+)')
+
+# -------------------------------------------------------------------
+# the definition of a plcc package with through-hole socket
+#
+# for example, Assmann A-CCS##-{Z,G} series
+# or mil-max 940-XX-XXX-24-000000 series.
+#
+# mil-max specifies 0.035" drill hole and 0.062" pad.
+# Assman says 0.0315" hole.  Also the mil-max outside
+# dimensions are ever so slightly larger than Assmann so
+# use those.  See for example
+# http://www.milmax.com/images/products/pdf/092.PDF
+#
+# modified for correct pin numbering by Holm Tiffe
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+# $5: additional border
+#
+define(`PKG_PLCC_SOCKET',
+	`define(`QUARTER', `eval($4 /4)')
+	define(`OFFSET', eval((QUARTER +1) / 2))
+	define(`BORDER', `$5')
+	define(`WIDTH', `eval((OFFSET+1) *100 +2*BORDER)')
+	define(`CENTER', `eval(WIDTH / 2)')
+	define(`NUMPINS', `$4')
+	define(`PADSIZE', `62')
+	define(`DRILL', `35')
+Element(0x00 "$1" "`$2'" "$3" eval(BORDER+200) CENTER 0 100 0x00)
+
+# PLCC - 44 is a  special case, pad 1 in inner row
+
+ifelse(eval(NUMPINS == 44 || NUMPINS == 28 || NUMPINS == 32), 1, `(
+
+define(`X',eval(CENTER+50))
+define(`Y',eval(BORDER+100))
+define(`count',1)
+
+ifelse(eval(NUMPINS == 44),1,`define(`ltr',3)',`define(`ltr',2)')
+ifelse(eval(NUMPINS == 32),1,`define(`QUARTER',9)')
+
+# top left row
+forloop(`i', 1, ltr,
+	`PIN(X, Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`PIN(eval(X-100), eval(Y-100), PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`define(`X', eval(X-100))'
+)
+
+#left row
+define(`X',eval(X-100))
+forloop(`i', 1, eval((QUARTER-1)/2),
+	`PIN(X, Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`PIN(eval(X+100), Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`define(`Y', eval(Y+100))'
+)
+PIN(X, Y, PADSIZE, DRILL, count)
+define(`count', incr(count))
+
+# bottom row
+define(`X',eval(X+100))
+define(`Y',eval(Y+100))
+forloop(`i', 1, eval(ltr*2-1),
+	`PIN(X, Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`PIN(X, eval(Y-100), PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`define(`X', eval(X+100))'
+)
+PIN(X, Y, PADSIZE, DRILL, count)
+define(`count', incr(count))
+
+# right row
+define(`X',eval(X+100))
+define(`Y',eval(Y-100))
+forloop(`i', 1, eval((QUARTER-1)/2),
+	`PIN(X, Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`PIN(eval(X-100), Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`define(`Y', eval(Y-100))'
+)
+PIN(X, Y, PADSIZE, DRILL, count)
+define(`count', incr(count))
+
+# top rigth row
+define(`X',eval(X-100))
+define(`Y',eval(Y-100))
+forloop(`i', 1, eval(ltr-1),
+	`PIN(X, Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`PIN(X, eval(Y+100), PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`define(`X', eval(X-100))'
+)
+PIN(X, Y, PADSIZE, DRILL, count)
+
+ifelse(eval(NUMPINS == 32),1,`define(`HEIGHT',eval(WIDTH+100))',`define(`HEIGHT',WIDTH)')
+	ElementLine(0 0 WIDTH 0 20)
+	ElementLine(WIDTH 0 WIDTH HEIGHT 20)
+	ElementLine(WIDTH HEIGHT 0 HEIGHT 20)
+	ElementLine(0 HEIGHT 0 0 20)
+	ElementLine(0 100 100 0 10)
+	ElementLine(eval(CENTER-50) 0 CENTER 50 10)
+	ElementLine(CENTER 50 eval(CENTER+50) 0 10)
+
+	Mark(CENTER BORDER)
+
+
+#------------------------------------------------------------------------
+# all other sockets, currently 20,52,68 and 84 pins
+
+)', `(
+
+# the default case, Pad 1 is on outer top row, in the middle
+
+
+#top left row
+
+define(`X',CENTER)
+define(`Y',BORDER)
+define(`count',1)
+forloop(`i', 1, eval((QUARTER-1)/4),
+	`PIN(X, Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`PIN(X, eval(Y+100), PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`define(`X',eval(X-100))'
+)
+PIN(X, Y, PADSIZE, DRILL, count)
+define(`count', incr(count))
+
+# left row
+define(`Y',eval(BORDER+100))
+define(`X',BORDER)
+forloop(`i', 1, eval((QUARTER-1)/2),
+	`PIN(X, Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`PIN(eval(X+100), Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`define(`Y',eval(Y+100))'
+)
+PIN(X, Y, PADSIZE, DRILL, count)
+define(`count', incr(count))
+
+# bottom row
+define(`X',eval(BORDER+100))
+define(`Y',eval(WIDTH-BORDER))
+forloop(`i', 1, eval((QUARTER-1)/2),
+	`PIN(X, Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`PIN(X, eval(Y-100), PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`define(`X',eval(X+100))'
+)
+PIN(X, Y, PADSIZE, DRILL, count)
+define(`count', incr(count))
+
+# right row
+define(`X',eval(WIDTH-BORDER))
+define(`Y',eval(WIDTH-BORDER-100))
+forloop(`i', 1, eval((QUARTER-1)/2),
+	`PIN(X, Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`PIN(eval(X-100), Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`define(`Y',eval(Y-100))'
+)
+PIN(X, Y, PADSIZE, DRILL, count)
+define(`count', incr(count))
+
+#top right row
+
+define(`X',eval(WIDTH-BORDER-100))
+define(`Y',BORDER)
+forloop(`i', 1, eval((QUARTER-1)/4),
+	`PIN(X, Y, PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`PIN(X, eval(Y+100), PADSIZE, DRILL, count)' `define(`count', incr(count))'
+	`define(`X',eval(X-100))'
+)
+
+	ElementLine(0 0 WIDTH 0 20)
+	ElementLine(WIDTH 0 WIDTH WIDTH 20)
+	ElementLine(WIDTH WIDTH 0 WIDTH 20)
+	ElementLine(0 WIDTH 0 0 20)
+	ElementLine(0 100 100 0 10)
+	ElementLine(eval(CENTER-50) 0 CENTER 50 10)
+	ElementLine(CENTER 50 eval(CENTER+50) 0 10)
+
+	Mark(CENTER BORDER)
+
+)')')
+

Property changes on: oldlib/lib/plcc.inc
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/png_diff.sh
===================================================================
--- oldlib/lib/png_diff.sh	(nonexistent)
+++ oldlib/lib/png_diff.sh	(revision 296)
@@ -0,0 +1,214 @@
+#!/bin/sh
+#
+# $Id$
+#
+# Copyright (c) 2003, 2004, 2005, 2006, 2007 Dan McMahill
+
+#  This program is free software; you can redistribute it and/or modify
+#  it under the terms of version 2 of the GNU General Public License as
+#  published by the Free Software Foundation
+#
+#  This program is distributed in the hope that it will be useful,
+#  but WITHOUT ANY WARRANTY; without even the implied warranty of
+#  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#  GNU General Public License for more details.
+#
+#  You should have received a copy of the GNU General Public License
+#  along with this program; if not, write to the Free Software
+#  Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111 USA
+# All rights reserved.
+#
+# This code was derived from code written by Dan McMahill as part of the
+# latex-mk testsuite.  The original code was covered by a BSD license
+# but the copyright holder is releasing the version for gerbv under the GPL.
+
+usage() {
+cat <<EOF
+
+$0 -- Recursively compare all .png files between two directories.
+
+$0 -h|--help
+$0 [-o | --out <outdir>] dir1 dir2
+
+OVERVIEW
+
+The $0 script is used to compare all png files which exist in both 
+<dir1> and <dir2>.  The comparison indicates if the files differ
+graphically as well as providing a visual difference output.
+This script is used to help verify changes made to the m4 libraries
+since a simple change in a macro may have far reaching and unintended
+results.
+
+The results are placed in <outdir> which defaults to "mismatch".
+
+EXAMPLES
+
+$0 pcblib-newlib.orig pcblib-newlib.new
+
+
+EOF
+}
+
+show_sep() {
+	echo "----------------------------------------------------------------------"
+}
+
+all_tests=""
+while test -n "$1"
+	do
+	case "$1" in
+		
+		-h|--help)
+			usage
+			exit 0
+			;;
+		
+		-o|--out)
+			ERRDIR="$2"
+			shift 2
+			;;
+		
+		-*)
+			echo "unknown option: $1"
+			exit 1
+			;;
+		
+		*)
+			break
+			;;
+		
+  esac
+done
+
+if test $# -ne 2 ; then
+	usage
+	exit 1
+fi
+
+dir1="$1"
+dir2="$2"
+
+if test ! -d $dir1 ; then
+	echo "$dir1 does not exist or is not a directory"
+	usage
+	exit 1
+fi
+
+if test ! -d $dir2 ; then
+	echo "$dir2 does not exist or is not a directory"
+	usage
+	exit 1
+fi
+	
+# Source directory
+srcdir=${srcdir:-.}
+
+# various ImageMagick tools
+ANIMATE=${ANIMATE:-animate}
+COMPARE=${COMPARE:-compare}
+COMPOSITE=${COMPOSITE:-composite}
+CONVERT=${CONVERT:-convert}
+DISPLAY=${DISPLAY:-display}
+MONTAGE=${MONTAGE:-montage}
+
+# golden directories
+ERRDIR=${ERRDIR:-mismatch}
+
+# some system tools
+AWK=${AWK:-awk}
+
+# create output directory
+if test ! -d $ERRDIR ; then
+	mkdir -p $ERRDIR
+	if test $? -ne 0 ; then
+	echo "Failed to create output directory ${ERRDIR}"
+	exit 1
+	fi
+fi
+
+
+# fail/pass/total counts
+fail=0
+pass=0
+skip=0
+tot=0
+
+cat << EOF
+
+srcdir				${srcdir}
+top_srcdir			${top_srcdir}
+
+AWK					${AWK}
+ERRDIR				${ERRDIR}
+
+ImageMagick Tools:
+
+ANIMATE				${ANIMATE}
+COMPARE				${COMPARE}
+COMPOSITE			 ${COMPOSITE}
+CONVERT				${CONVERT}
+DISPLAY				${DISPLAY}
+MONTAGE				${MONTAGE}
+
+EOF
+
+find $dir1 -name \*.png -print | while read -r t ; do
+	show_sep
+
+	f1="$t"
+	f2=`echo "$t" | sed "s;^${dir1}/;${dir2}/;g"`
+	
+	tnm=`echo "$t" | sed -e "s;^${dir1}/;;g" -e 's;/;_;g' -e 's;.png$;;g' -e 's; ;_;g'`
+	echo "Test:  $tnm"
+	echo "t:     $t"
+	echo "File1: $f1"	
+	echo "File2: $f2"	
+
+	errdir=${ERRDIR}/${tnm}
+
+	tot=`expr $tot + 1`
+
+
+	######################################################################
+	#
+	# compare the png files
+	#
+
+	if test -f "${f2}" ; then
+		same=`${COMPARE} -metric MAE "$f1" "$f2"  null: 2>&1 | \
+				${AWK} '{if($1 == 0){print "yes"} else {print "no"}}'`
+		if test "$same" = yes ; then
+		echo "PASS"
+		pass=`expr $pass + 1`
+		else
+		echo "FAILED:  See ${errdir}"
+		mkdir -p ${errdir}
+		${COMPARE} "${f1}" "${f2}" ${errdir}/compare.png
+		${COMPOSITE} "${f1}" "${f2}" -compose difference ${errdir}/composite.png
+		${CONVERT} "${f1}" "${f2}" -compose difference -composite  -colorspace gray	${errdir}/gray.png
+cat > ${errdir}/animate.sh << EOF
+#!/bin/sh
+${CONVERT} -label "%f" "${f1}" "${f2}" miff:- | \
+${MONTAGE} - -geometry +0+0 -tile 1x1 miff:- | \
+${ANIMATE} -delay 0.5 -loop 0 -
+EOF
+		chmod a+x ${errdir}/animate.sh
+		fail=`expr $fail + 1`
+		fi
+	else
+		echo "Missing file ${f2}.  Skipping test"
+		skip=`expr $skip + 1`
+	fi
+
+done
+
+show_sep
+echo "Passed $pass, failed $fail, skipped $skip out of $tot tests."
+
+rc=0
+if test $pass -ne $tot ; then
+	rc=1
+fi
+
+exit $rc
+

Property changes on: oldlib/lib/png_diff.sh
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/qfn.inc
===================================================================
--- oldlib/lib/qfn.inc	(nonexistent)
+++ oldlib/lib/qfn.inc	(revision 296)
@@ -0,0 +1,196 @@
+# -*- m4 -*-
+# $Id$
+#                            COPYRIGHT
+#
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 2003 Dan McMahill
+#
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+# 
+#
+#  QFN packages
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+# $5: body size (mm)
+# $6: pad pitch (1/100 mm)
+# $7: PCB pad width (1/100 mm)
+# $8: Package pad length (1/100 mm)
+# $9: Exposed paddle size, 0 for no exposed paddle (1/100 mm)
+
+define(`PKG_GENERIC_QFN',
+       `
+	# number of pins on left/right sides (pin1 is upper pin on left side)
+	define(`LRPINS',  `eval($4 / 4)')
+	# number of pins on top/bottom sides
+        define(`TBPINS', `eval(`$4' / 2 - LRPINS)')
+	# pin pitch (1/1000 mil)
+	define(`PITCH',`eval(`$6'*100000/254)')
+	# y-coordinate for upper pin on left/right sides  (1/1000 mil)
+	define(`LRYMAX', `eval((LRPINS-1)*PITCH/2)')
+	# x-coordinate for right pin on top/bottom sides  (1/1000 mil)
+	define(`TBXMAX', `eval((TBPINS-1)*PITCH/2)')
+	# total horizontal package width (1/1000 mil)
+	define(`LRWIDTHMM', `ifelse(0,`$5',`787',`eval($5)')')
+	define(`LRWIDTH', `ifelse(0,`$5',`787',`eval(`$5'*10000000/254)')')
+	# total vertical package width (1/1000 mil)
+	define(`TBWIDTH',`ifelse(0,`$5',`551',`eval(`$5'*10000000/254)')')
+	# how much pads extend beyond the package edge (1/1000 mil) (the 25 is 0.25 mm)
+	define(`EXTOUT', eval(25*100000/254))
+	# how much pads extend inward from the package pad edge (1/1000 mil)
+	define(`EXTIN', eval(5*100000/254))
+	# pad length/width (1/1000 mil)
+	define(`PADLENGTH', `eval(`$8'*100000/254)')
+	define(`PADWIDTH', `eval(`$7'*100000/254)')
+	# pad width (mil/100)
+	define(`PADWIDTHMIL100', `eval(PADWIDTH/10)')
+	# min/max x coordinates for the pads on the left/right sides of the package (mil/100)
+	define(`LRXMAX',`eval((LRWIDTH/2 + EXTOUT - PADWIDTH/2)/10)')
+	define(`LRXMIN',`eval((LRWIDTH/2 -PADLENGTH - EXTIN + PADWIDTH/2)/10)')
+	# min/max y coordinates for the pads on the top/bottom sides of the package (mil/100)
+	define(`TBYMAX',`eval((TBWIDTH/2 + EXTOUT - PADWIDTH/2)/10)')
+	define(`TBYMIN',`eval((TBWIDTH/2 -PADLENGTH - EXTIN + PADWIDTH/2)/10)')
+
+	# silkscreen width (mils/100)
+	define(`SILKW', 1000)
+	# how much the silk screen is moved away from the package (1/1000 mil)
+	define(`SILKEXT', `eval(EXTOUT + SILKW*10/2 + 5*1000)')
+	# upper right corner for silk screen (mil/100)
+	define(`SILKX', `eval((LRWIDTH/2 + SILKEXT )/10)')
+	define(`SILKY', `eval((TBWIDTH/2 + SILKEXT )/10)')
+	# refdes text size (mil/100)
+	define(`TEXTSIZE', 100)
+	# x,y coordinates for refdes label (mil/100)
+	define(`TEXTX', -SILKX)
+	define(`TEXTY', `eval(-SILKY - 1000 - TEXTSIZE/2)')
+	# square exposed paddle size (mil/100)
+	define(`EPSIZE', `eval(`$9'*10000/254)')
+
+   # pad clearance to polygons (1/100 mil)
+   define(`PADCLEAR', `2000')
+
+   # width of the pad solder mask relief (1/100 mil). 
+   # grow by 1.5 mils on each side
+   define(`PADMASK', `eval(2*150 + PADWIDTHMIL100)')
+
+   # width of the paddle soldermask relief (1/100 mil)
+   # grow by 200 mils on each side
+   define(`EPMASK', `eval(2*200 + EPSIZE)')
+
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "$1" "`$2'" "$3" 0 0 TEXTX TEXTY 0 TEXTSIZE 0x00000000]
+(
+
+
+# Pad[X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags]
+
+# left row
+define(`CURPIN', 1)
+define(`idx',0)
+forloop(`i', 1, LRPINS,
+	`define(`Y', `eval((-LRYMAX + PITCH*idx)/10)')'
+	`Pad[-LRXMAX  Y  -LRXMIN  Y  PADWIDTHMIL100  PADCLEAR PADMASK "CURPIN" "CURPIN"  0x00000100]'
+	`define(`CURPIN', incr(CURPIN))'
+	`define(`idx',incr(idx))'
+)
+
+# bottom row
+define(`idx',0)
+forloop(`i', 1, TBPINS,
+	`define(`X', `eval((-TBXMAX + PITCH*idx)/10)')'
+	`Pad[X  TBYMAX  X  TBYMIN  PADWIDTHMIL100 PADCLEAR PADMASK "CURPIN" "CURPIN"  0x00000900]'
+	`define(`CURPIN', incr(CURPIN))'
+	`define(`idx',incr(idx))'
+)
+
+# right row
+define(`idx',0)
+forloop(`i', 1, LRPINS,
+	`define(`Y', `eval(( LRYMAX - PITCH*idx)/10)')'
+	`Pad[LRXMAX  Y  LRXMIN  Y  PADWIDTHMIL100  PADCLEAR PADMASK "CURPIN" "CURPIN"  0x00000100]'
+	`define(`CURPIN', incr(CURPIN))'
+	`define(`idx',incr(idx))'
+)
+
+# top row
+define(`idx',0)
+forloop(`i', 1, TBPINS,
+	`define(`X', `eval((TBXMAX - PITCH*idx)/10)')'
+	`Pad[X  -TBYMAX  X  -TBYMIN  PADWIDTHMIL100 PADCLEAR PADMASK "CURPIN" "CURPIN" 0x00000900]'
+	`define(`CURPIN', incr(CURPIN))'
+	`define(`idx',incr(idx))'
+)
+
+# Exposed paddle (if this is an exposed paddle part)
+ifelse(1, eval(EPSIZE>0), 
+# Pad(X1, Y1, X2, Y3, width, clearance,
+#     soldermask, "pin name", "pin number", flags)
+	Pad[0 0 0 0 EPSIZE 0 EPMASK "CURPIN" "CURPIN" 0x00000100]
+	define(`CURPIN', incr(CURPIN))
+)
+
+# Silk screen around package
+ElementLine[ SILKX  SILKY  SILKX -SILKY SILKW]
+ElementLine[ SILKX -SILKY -SILKX -SILKY SILKW]
+ElementLine[-SILKX -SILKY -SILKX  SILKY SILKW]
+ElementLine[-SILKX  SILKY  SILKX  SILKY SILKW]
+
+# Pin 1 indicator
+ElementLine[-SILKX -SILKY eval(-SILKX - 1500) eval(-SILKY - 1500) SILKW]
+
+)')
+
+# -------------------------------------------------------------------
+
+# The following macros take:
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+# $5: body size (mm)
+# $6: exposed paddle size (1/100 mm).  0 for no exposed paddle
+
+
+# For an exposed paddle package, the paddle for an 'n' pin package is pin 'n+1'
+
+# 0.8 mm pitch
+define(`PKG_QFN_80', `PKG_GENERIC_QFN(`$1',`$2',`$3',`$4',`$5', `80',`42',`60', `$6')')
+# 0.65 mm pitch
+define(`PKG_QFN_65', `PKG_GENERIC_QFN(`$1',`$2',`$3',`$4',`$5', `65',`37',`60', `$6')')
+# 0.50 mm pitch, 0.6 mm pad length
+define(`PKG_QFN_50', `PKG_GENERIC_QFN(`$1',`$2',`$3',`$4',`$5', `50',`28',`60', `$6')')
+# 0.50 mm pitch, 0.4 mm pad length
+define(`PKG_QFN_50S',`PKG_GENERIC_QFN(`$1',`$2',`$3',`$4',`$5', `50',`28',`40', `$6')')
+# 0.40 mm pitch
+define(`PKG_QFN_40', `PKG_GENERIC_QFN(`$1',`$2',`$3',`$4',`$5', `40',`25',`60', `$6')')
+
+
+# PKG_GENERIC_QFN
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+# $5: body size (mm)
+# $6: pad pitch (1/100 mm)
+# $7: PCB pad width (1/100 mm)
+# $8: Package pad length (1/100 mm)
+# $9: Exposed paddle size, 0 for no exposed paddle (1/100 mm)
+# -------------------------------------------------------------------
+
Index: oldlib/lib/qfp-ui.in
===================================================================
--- oldlib/lib/qfp-ui.in	(nonexistent)
+++ oldlib/lib/qfp-ui.in	(revision 296)
@@ -0,0 +1,399 @@
+#!@WISH@ -f
+
+# $Id$
+#
+# User Interface that generates custom QFP and SOIC packages for pcb-1.6.3
+# Invoked from a line like
+#   esyscmd(qfp-ui $1 $2 $3)
+# within an m4 macro triggered by pcb-1.6.3
+# depends on having the Right [TM] m4 macro PKG_QFP in qfp.inc
+# Copyright 1999 Larry Doolittle  <LRDoolittle@lbl.gov>
+#
+# SOIC support added Jan 2000 Larry Doolittle
+# Use nX==0 for that mode.
+# 
+# Parts library added Feb 2000 Larry Doolittle
+# That feature is still rough, but it is useful, and you get the idea
+#
+# Refinement of library file usage Mar 2000 Larry Doolittle
+# Peeks at the X resource Pcb.libraryPath, uses that for a search path
+# for qfp.dat.  Appends .:$HOME to that path, and writes any updates
+# (via the "Save" button) to $HOME/qfp.dat only.
+#
+# Wish list:
+#   have someone else test it enough to know what needs fixing
+#   proper support for changing pin 1 location
+#   more choices of outline (at least inboard vs. outboard)
+#   more packages in default qfp.dat, double checked and tested
+
+global description boardname partnum
+set description [ lindex $argv 0 ]
+set boardname   [ lindex $argv 1 ]
+set partnum     [ lindex $argv 2 ]
+
+# scaling and centering for canvas;
+# I use max_pix=380 for big screens, and trim it down to 266 for
+# use on my 640x480 laptop.
+# I've never seen any QFP exceed 36 mm, so max_mm=38 should be safe.
+set max_mm 38
+set max_pix 266
+global s c
+set s [ expr $max_pix/$max_mm*.0254 ]
+set c [ expr 0.5*$max_pix ]
+
+# fixme ... maybe put in a search path?  Get from environment?
+set libwritedir "$env(HOME)"
+global libpath
+set libpath ".:$libwritedir"
+global libwritefile
+set libwritefile "$libwritedir/qfp.dat"
+
+# default values of the actual parameters that describe the QFP
+global istart nX nY pitch pwidth plength lX lY
+set istart  1
+set nX      32
+set nY      32
+set pitch   8000
+set pwidth  10
+set plength 50
+set lX      1290
+set lY      1290
+
+# Define the native units for each dimension
+# dm is "decimicrons" :-) allows exact conversion from microns or mils
+foreach v {pwidth plength lX lY} {
+	global ${v}_native
+	set ${v}_native mil
+}
+global pitch_native
+set pitch_native dm
+
+set factor(inch)  254000
+set factor(mm)    10000
+set factor(mil)   254
+set factor(dm)    1
+
+proc m4define { name val } {
+	puts "define(`$name', $val)"
+}
+
+proc spit_output { } {
+	global description boardname partnum
+	global pkgname istart nX nY pitch pwidth plength lX lY
+	m4define PITCH      $pitch
+	m4define PAD_LENGTH $plength
+	m4define PAD_WIDTH  $pwidth
+	m4define ISTART     $istart
+	m4define XPADS      $nX
+	m4define YPADS      $nY
+	m4define X_LENGTH   $lX
+	m4define Y_LENGTH   $lY
+	puts "PKG_GEN_QFP($description, $boardname, $partnum)"
+	exit
+}
+
+proc state_encode { } {
+	global description boardname partnum
+	global pkgname istart nX nY pitch pwidth plength lX lY
+	return "$pitch $plength $pwidth $istart $nX $nY $lX $lY $partnum $description"
+}
+
+proc state_decode { s } {
+	global description boardname partnum
+	global pkgname istart nX nY pitch pwidth plength lX lY
+        regexp {([0-9]+) ([0-9]+) ([0-9]+) ([0-9]+) ([0-9]+) ([0-9]+) ([0-9]+) ([0-9]+) ([^ ]+) (.*)} $s dummy\
+		pitch plength pwidth istart nX nY lX lY partnum description
+}
+
+proc woohoo { x y } {
+	global library
+	catch { .p.txt tag delete mine }
+	set loc [ .p.txt index "@$x,$y" ]
+	regexp {([0-9]*)\.} $loc dummy l
+	# puts "woo-hoo $x $y $loc $l"
+	regexp {([^ ]+)} [ .p.txt get $l.0 "$l.0 lineend" ] dummy k
+	if { [ catch { state_decode $library($k) } ] } return
+	.p.txt tag add mine $l.0 "$l.0 lineend"
+	.p.txt tag configure mine -background red
+	push_state_to_screen
+	draw_outline
+}
+
+proc libfiles_read { } {
+	global libpath home
+	if { [ catch { set fd [ open "| appres Pcb" ] } ] } return
+	while { [ gets $fd line ] != -1 } {
+		regexp {([a-zA-Z.]+):[ 	] *([^ 	]*)} $line dummy res_name res_value
+		if { $res_name == "Pcb.libraryPath" } {
+			set libpath "$res_value:$libpath"
+		}
+	}
+	close $fd
+	foreach f [ split $libpath ":" ] { libfile_read "$f/qfp.dat" }
+}
+
+proc libfile_read { filename } {
+	global library
+	if { [ catch { set fd [ open $filename ] } ] } return
+	while { [ gets $fd line ] != -1 } {
+		regexp {[0-9]+ [0-9]+ [0-9]+ [0-9]+ [0-9]+ [0-9]+ [0-9]+ [0-9]+ ([^ ]+) .*} $line dummy pn
+		set library($pn) $line
+	}
+	close $fd
+}
+
+proc load_library { } {
+	global library libline
+	if { [ catch { toplevel .p } ] } return
+	wm title .p "qfp-ui-library"
+	frame .p.b
+	button .p.b.dismiss -text "Dismiss" -command "destroy .p"
+	pack .p.b.dismiss -side left
+	pack .p.b -side bottom
+	text .p.txt -width 40 -height 15 -font fixed \
+	            -yscrollcommand ".p.sbar set"
+	scrollbar .p.sbar -command ".p.txt yview"
+	pack .p.txt  -side left  -fill both -expand 1
+	pack .p.sbar -side right -fill y
+	catch { unset libline }
+	libfiles_read
+	set keys [ lsort [ array names library ] ]
+	foreach d $keys {
+		regexp {[0-9]+ [0-9]+ [0-9]+ [0-9]+ [0-9]+ [0-9]+ [0-9]+ [0-9]+ ([^ ]+) (.*)} $library($d) dummy pn desc
+		paint_lib_entry $pn $desc
+	}
+	.p.txt configure -state disabled
+	bind .p.txt <Button> "woohoo %x %y"
+}
+
+proc save_library { } {
+	global library partnum description libwritefile
+	catch {
+		.p.txt configure -state normal
+		paint_lib_entry $partnum $description
+		.p.txt configure -state disabled
+	}
+	set library($partnum) [ state_encode ]
+	catch {
+		set fd [ open $libwritefile "a+" ]
+		puts $fd [ state_encode ]
+		close $fd
+	}
+}
+
+proc paint_lib_entry { p desc } {
+	global libline
+	if { [ catch { set l $libline($p) } ] } {
+		set loc [ .p.txt index "end -1 lines" ]
+		regexp {([0-9]*)\.} $loc dummy libline($p)
+		.p.txt insert end "$p $desc\n"
+	} else {
+		.p.txt delete $l.0 "$l.0 lineend"
+		.p.txt insert $l.0 "$p $desc"
+	}
+}
+
+proc uconvert { v in out } {
+	# puts "$v $in converted to $out"
+	global factor
+	set answer [ expr ($v*$factor($in))/$factor($out) ]
+	# puts "   = $answer"
+	return $answer
+}
+
+proc qupdate { v unit } {
+	global $v ${v}_inch ${v}_mm ${v}_native
+	set screen "${v}_${unit}"
+	set newuser [ expr \$$screen ]
+	# compute the exact result in mils
+	set native [ expr \$${v}_native ]
+	# puts "$v $unit $newuser $native"
+	if { ! [catch { set new [ uconvert $newuser $unit $native ] } ] } {
+		line_update $v $new
+		draw_outline
+	}
+}
+
+proc line_update { v new } {
+	global $v ${v}_inch ${v}_mm ${v}_native
+	set native [ expr \$${v}_native ]
+	# puts "$v $new $native"
+	set new [ expr round($new) ]
+	set $v $new
+	set inch [ uconvert $new.0 $native inch ]
+	set mm   [ uconvert $new.0 $native mm   ]
+	set ${v}_inch [ format "%.3f" $inch]
+	set ${v}_mm   [ format "%.2f" $mm]
+}
+
+proc nupdate { v } {
+	global $v
+
+	if { ! [ catch { set new [ expr round(\$$v) ] } ] } {
+		set $v $new
+		draw_outline
+		part_update
+	}
+}
+
+proc push_state_to_screen { } {
+	global pitch pwidth plength lX lY
+	foreach v {pitch pwidth plength lX lY} {
+		line_update $v [ expr \$$v ]
+	}
+}
+
+# Trickery with the part number, make it follow the live pin count,
+# until and unless the user makes the name not include QFP-xxx.
+# The magic value "menu" matches the third column of our entry in generic.list
+proc part_update { } {
+	global partnum nX nY
+	set pincount [ expr 2*($nX+$nY) ]
+	set newstring "QFP-$pincount"
+	if { $partnum == "menu" } {
+		set partnum $newstring
+	} else {
+		regsub -all {QFP-[0-9]+} $partnum $newstring partnum
+	}
+}
+
+proc adjustment { w number title varname } {
+	set f "$w.$varname"
+	frame $f
+	if {$number == ""} {
+		frame $f.number
+	} else {
+		entry $f.number -textvariable $number -width 4
+		bind $f.number <FocusOut> "nupdate $varname"
+		bind $f.number <Return>   "nupdate $varname"
+	}
+	label $f.label -text $title
+	global ${varname}_mm ${varname}_inch
+	entry $f.mm   -textvariable "${varname}_mm"   -width 8
+	entry $f.inch -textvariable "${varname}_inch" -width 8
+	pack  $f.inch $f.mm $f.label $f.number -side right
+	pack $f -side top -anchor e
+	bind $f.inch <FocusOut> "qupdate $varname inch"
+	bind $f.inch <Return>   "qupdate $varname inch"
+	bind $f.mm   <FocusOut> "qupdate $varname mm"
+	bind $f.mm   <Return>   "qupdate $varname mm"
+}
+
+proc draw_pad { x y wx wy } {
+	global s c
+	set x1 [ expr round($c+$s*($x-0.5*$wx)) ]
+	set y1 [ expr round($c+$s*($y-0.5*$wy)) ]
+	set x2 [ expr round($x1+$s*$wx) ]
+	set y2 [ expr round($y1+$s*$wy) ]
+	# puts "rectangle $x1 $x2 $y1 $y2"
+	.c create rectangle $x1 $y1 $x2 $y2 \
+		-fill black -outline ""
+}
+
+proc draw_line { x1 y1 x2 y2 } {
+	global s c
+	.c create line [ expr $c+$s*$x1 ] [ expr $c+$s*$y1 ] \
+	               [ expr $c+$s*$x2 ] [ expr $c+$s*$y2 ] \
+			-fill white -width 2.0
+}
+
+proc draw_dot { x y } {
+	global s c
+	set r 5
+	.c create oval [ expr $c+$s*$x-$r ] [ expr $c+$s*$y-$r ] \
+	               [ expr $c+$s*$x+$r ] [ expr $c+$s*$y+$r ] \
+		-fill white  -outline ""
+}
+
+proc draw_pad_line { n x y dx dy wx wy } {
+	# puts "$n $x $y $dx $dy $wx $wy"
+	for { set i 0} {$i<$n} {incr i} {
+		draw_pad [ expr $x+$i*$dx ]  [ expr $y+$i*$dy ] $wx $wy
+	}
+}
+
+proc draw_outline { } {
+	.c delete all
+	# use floating point mils for these calculations
+	global pitch nX nY lX lY plength pwidth
+	set p [expr $pitch.0/254 ]
+	set xmin [expr -0.5*($lX-$plength) ]
+	set xmax [expr  0.5*($lX-$plength) ]
+	set ymin [expr -0.5*($lY-$plength) ]
+	set ymax [expr  0.5*($lY-$plength) ]
+	set xstart [ expr -0.5*$p*($nX-1) ]
+	set ystart [ expr -0.5*$p*($nY-1) ]
+	draw_pad_line $nX $xstart $ymin $p 0 $pwidth $plength
+	draw_pad_line $nY $xmin $ystart 0 $p $plength $pwidth
+	draw_pad_line $nX $xstart $ymax $p 0 $pwidth $plength
+	draw_pad_line $nY $xmax $ystart 0 $p $plength $pwidth
+
+	# crude pin 1 marker
+	draw_dot [ expr $xmin+1.5*$plength ] $ystart
+
+	# package outline: handle SOIC cases, too
+	set adj [ expr (($nY>0)-.5)*$plength+15 ]
+	set xmin [expr $xmin+$adj ]
+	set xmax [expr $xmax-$adj ]
+
+	set adj [ expr (($nX>0)-.5)*$plength+15 ]
+	set ymin [expr $ymin+$adj ]
+	set ymax [expr $ymax-$adj ]
+
+	draw_line $xmin $ymin $xmin $ymax
+	draw_line $xmax $ymin $xmax $ymax
+	draw_line $xmin $ymin $xmax $ymin
+	draw_line $xmin $ymax $xmax $ymax
+}
+
+push_state_to_screen
+
+proc infoline { w text var } {
+	set win $w.$var
+	global $var
+	frame $win
+	entry $win.var -textvariable $var
+	label $win.id  -text $text
+	pack $win.var $win.id -side right
+	pack $win -side top -anchor e
+}
+        
+
+# label .debug1 -text "$argv"
+# label .debug2 -text "$env(PATH)"
+# pack .debug1 .debug2
+
+frame .a
+frame .a.header
+label .a.header.inch -text "inch"  -width 8
+label .a.header.mm   -text "mm"    -width 8
+pack  .a.header.inch .a.header.mm -side right
+pack  .a.header -side top -anchor e
+adjustment .a ""   "Pitch"       pitch
+adjustment .a ""   "Pad Width"   pwidth
+adjustment .a ""   "Pad Length"  plength
+adjustment .a nX   "X length"    lX
+adjustment .a nY   "Y length"    lY
+pack .a -pady 5
+
+infoline "" "Description: "   description
+infoline "" "Name on board: " boardname
+infoline "" "Part Number: "   partnum
+
+frame .b
+button .b.done   -text "Done"     -command spit_output
+button .b.load   -text "Library"  -command load_library
+button .b.save   -text "Save"     -command save_library
+# pcb-1.6.3 gronks with no input from library, so we can't
+# give the user this option.
+# button .b.cancel -text "Cancel" -command exit
+pack .b.done .b.load .b.save -side right
+pack .b -pady 5
+
+canvas .c -width $max_pix -height $max_pix
+pack .c
+label .whoami1 -text "Experimental QFP UI for pcb-1.6.3"
+label .whoami2 -text "by Larry Doolittle <LRDoolittle@lbl.gov>"
+pack .whoami1 .whoami2
+draw_outline
+part_update

Property changes on: oldlib/lib/qfp-ui.in
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/qfp.dat
===================================================================
--- oldlib/lib/qfp.dat	(nonexistent)
+++ oldlib/lib/qfp.dat	(revision 296)
@@ -0,0 +1,47 @@
+6500 56 15 1 20 30 668 904 LQFP-100-14x20x1.4 checkme
+5000 60 11 1 25 25 660 660 QFP-100-14x14x1.4-Motorola checkme
+8000 71 18 1 11 11 550 550 PQ44-10x10x2.0-Xilinx checkme
+6500 71 15 1 40 40 1258 1258 PQ160-28x28x3.4-Xilinx checkme
+5000 60 11 1 52 52 1235 1235 PQ208-28x28x3.4-Xilinx checkme
+5000 60 11 1 60 60 1392 1392 PQ240-32x32x3.4-Xilinx checkme
+8000 60 18 1 11 11 512 512 LQFP-44-10x10x1.4-Cirrus checkme
+5000 60 11 1 16 16 502 502 TQFP-64-10x10x1.0-Cirrus checkme
+5000 60 11 1 20 20 581 581 TQFP-80-12x12x1.0-Cirrus checkme
+6500 67 15 1 20 30 717 953 MQFP-100-14x20x2.7-Cirrus checkme
+5000 58 11 1 25 25 680 680 LQFP-100-14x14x1.4-Cirrus checkme
+4000 58 9 1 30 30 680 680 LQFP-120-14x14x1.4-Cirrus checkme
+8000 67 18 1 32 32 1296 1296 MQFP-128-28x28x3.5-Cirrus checkme
+5000 67 11 1 26 38 745 981 MQFP-128-14x20x2.7-Cirrus checkme
+4000 60 9 1 32 32 660 660 LQFP-128-14x14x1.4-Cirrus checkme
+5000 60 11 1 26 38 660 896 LQFP-128-14x20x1.4-Cirrus checkme
+6500 67 15 1 36 36 1268 1268 MQFP-144-28x28x3.5-Cirrus checkme
+5000 60 11 1 36 36 896 896 LQFP-144-20x20x1.4-Cirrus checkme
+6500 67 15 1 40 40 1268 1268 MQFP-160-28x28x3.5-Cirrus checkme
+4000 60 9 1 44 44 900 900 LQFP-176-20x20x1.4-Cirrus checkme
+5000 60 11 1 44 44 1054 1054 LQFP-176-24x24x1.4-Cirrus checkme
+4000 60 9 1 46 46 904 904 LQFP-184-20x20x1.4-Cirrus checkme
+5000 60 11 1 52 52 1245 1245 MQFP-208-28x28x3.5-Cirrus checkme
+5000 60 11 1 52 52 1227 1227 LQFP-208-28x28x1.4-Cirrus checkme
+5000 54 11 1 60 60 1402 1402 MQFP-240-32x32x3.5-Cirrus checkme
+4000 56 9 1 64 64 1235 1235 MQFP-256-28x28x3.5-Cirrus checkme
+4000 58 9 1 64 64 1223 1223 LQFP-256-28x28x2.0-Cirrus checkme
+6500 50 15 1 0 14 310 405 RS-28 AD922x
+12700 50 20 1 0 14 400 710 R-28 AD922x
+8000 54 18 1 0 25 497 826 TSOP-50-RAM 4M x 16 EDO RAM
+5000 51 11 1 0 20 823 398 TSOP-40-Flash 8-bit Flash
+6500 53 16 1 20 30 730 967 QFP-100-Ethernet SMC LAN91C96
+5080 46 11 1 0 5 220 124 uMAX-10 MAX1692 regulator
+12700 45 20 1 0 8 395 500 SOIC-16-xformer HALO TG04-1006
+5000 60 10 1 52 52 1220 1220 LQFP-208 Cirrus EP7211
+5000 41 11 1 0 43 470 880 TSOP-84-RAM 2M x 32 SDRAM
+5000 60 11 1 20 20 590 590 TSB41LV03A IEEE-1394 PHY
+5000 60 11 1 25 25 660 660 TQFP-100 Xilinx XC9500
+36000 161 83 1 0 2 600 230 CM309 Citizen Crystal series
+8000 42 20 1 0 4 93 126 EXB-38V Panasonic resistor array
+25400 100 65 1 0 3 300 310 BH292 MiniCircuits mixer
+6500 30 15 1 13 13 472 472 AD6644 LQFP-52-12x12x1.6-AD
+8000 35 20 1 0 8 106 252 CTS-742-8 resistor pack
+12700 51 31 1 0 4 169 251 CTS-744-4 resistor pack
+5000 60 11 1 12 12 384 384 ADS808 Burr Brown ADC
+5000 60 11 1 12 12 384 384 AD9765 ST-48 thin QFP
+5000 64 11 1 36 36 906 906 TQFP-144 Xilinx XCV50
Index: oldlib/lib/qfp.inc
===================================================================
--- oldlib/lib/qfp.inc	(nonexistent)
+++ oldlib/lib/qfp.inc	(revision 296)
@@ -0,0 +1,257 @@
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+#  QFP packages
+#
+
+# -------------------------------------------------------------------
+# ThanX to Johan Andersson (johan@homemail.com), modified by Thomas Nau
+# the definition of a plcc package for base code to make qfp package.
+# modified for correct pad numbering by Holm Tiffe
+#
+# Code from plcc.inc modified by Thomas Olson to make this qfp.inc definition.
+# Although in retrospec quad flat packs are more diverse than this algorithm will do.
+# Many qfp are the same physical size but have more thus narrower pads. 
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+# $5: additional border (will be ignored)
+#
+define(`PKG_OLD_QFP',
+	`define(`QUARTER', `eval($4 /4)')
+	define(`OFFSET', `eval((QUARTER +1) /2)')
+	define(`WIDTH', `eval((QUARTER-1) *31 +2*42)')
+	define(`CENTER', `eval(WIDTH / 2)')
+	define(`NUMPINS', `$4')
+Element(0x00 "$1" "`$2'" "$3" 100 CENTER 0 100 0x00)
+(
+
+	# left row
+define(`X', 0)
+define(`Y', 42)
+#define(`count', `eval(OFFSET+1)')
+define(`count', 1)
+forloop(`i', 1, QUARTER,
+	`PAD(eval(X-65), Y, eval(X+5), Y, 20, count)' `define(`count', incr(count))'
+	`define(`Y', eval(Y+31))'
+	)
+
+	# bottom row
+define(`X', 42)
+define(`Y', WIDTH)
+forloop(`i', 1, QUARTER,
+	`PAD(X, eval(Y+65), X, eval(Y-5), 20, count)' `define(`count', incr(count))'
+	`define(`X', eval(X+31))'
+)
+
+	# right row
+define(`X', WIDTH)
+define(`Y', eval(WIDTH-42))
+forloop(`i', 1, QUARTER,
+	`PAD(eval(X+65), Y, eval(X-5), Y, 20, count)' `define(`count', incr(count))'
+	`define(`Y', eval(Y-31))'
+)
+
+	# top row
+define(`X', eval(WIDTH-42))
+define(`Y', 0)
+forloop(`i', 1, QUARTER,
+	`PAD(X, eval(Y-65), X, eval(Y+5), 20, count)' `define(`count', incr(count))'
+	`ifelse(eval(count > NUMPINS), 1, `define(`count', 1)')'
+	`define(`X', eval(X-31))'
+)
+
+	ElementLine(28 0 WIDTH 0 10)
+	ElementLine(WIDTH 0 WIDTH WIDTH 10)
+	ElementLine(WIDTH WIDTH 0 WIDTH 10)
+	ElementLine(0 WIDTH 0 28 10)
+	ElementLine(0 28 28 0 10)
+
+	ElementArc(80 80 20 20 0 360 10)
+
+	Mark(0 0)
+)')
+
+# -------------------------------------------------------------------
+
+
+# Yet another QFP Package family -- untested (but looks pretty)
+# Concepts stolen from PLCC and older QFP macros above.
+# December 1999, Larry Doolittle <LRDoolittle@lbl.gov>
+# This is intended to be fully general, and replace all other QFP code.
+# It can handle square or rectangular packages of variable pitch.
+# It sings, it dances, it might even be made to handle PLCCs and
+# the Motorola package outlines with those cool-looking tabs on the
+# plastic.
+#
+# PKG_GEN_QFP is the general case, PKG_LQFP and PKG_QFP call it
+# with different setup.
+#   PITCH      pad center-to-center distance ***IN UNITS OF 0.1 MICROMETER***
+#             (weird, I know, but this sets 1 mil=254 units exactly, so
+#              pitches defined in either Imperial or Metric may be used)
+#   PAD_WIDTH  width of pad (mils)
+#   XPADS      Number of pads in X direction
+#   YPADS      Number of pads in Y direction
+#             (total number of pads is 2*(XPADS+YPADS) )
+#   X_LENGTH   X length in mils from end-to-end of the pads
+#   Y_LENGTH   Y length in mils from end-to-end of the pads
+#   ISTART    Where along the left row (YPADS long) to find pin 1.
+#             (generally ISTART=1 for pin 1 in the corner, but ISTART
+#              is 11 for some 84-pin square packages and 17 for some
+#              132-pin square packages)
+#
+# Feb 3, 2000 LRD: allow XPADS == 0 to represent SOIC packages
+
+define(`PKG_GEN_QFP',
+	`
+	define(`PX', `eval((PITCH*(XPADS-1)+127)/254)')
+	define(`PY', `eval((PITCH*(YPADS-1)+127)/254)')
+	define(`PHW', `eval(PAD_WIDTH/2)')
+Element(0x00 "$1" "`$2'" "$3" 100 0 0 100 0x00)
+(
+	define(`count', 1)
+
+	# left row, going down
+	define(`X_OUTER', PHW)
+	define(`X_INNER', eval(PAD_LENGTH-PHW))
+	define(`Y0', `eval((Y_LENGTH-PY)/2)')
+	forloop(`i', ISTART, YPADS,
+		`define(`Y', eval(Y0+(PITCH*(i-1)+127)/254) )'
+		`PAD(X_OUTER, Y, X_INNER, Y, PAD_WIDTH, count)'
+		`define(`count',incr(count))'
+	)
+
+	# bottom row, going right
+	ifelse(XPADS,0,,`
+	define(`Y_OUTER', eval(Y_LENGTH-PHW))
+	define(`Y_INNER', eval(Y_LENGTH+PHW-PAD_LENGTH))
+	define(`X0', `eval((X_LENGTH-PX)/2)')
+	forloop(`i', 1, XPADS,
+		`define(`X', eval(X0+(PITCH*(i-1)+127)/254) )'
+		`PAD(X, Y_OUTER, X, Y_INNER, PAD_WIDTH, count)'
+		`define(`count',incr(count))'
+	)')
+
+	# right row, going up
+	define(`X_OUTER', eval(X_LENGTH-PHW))
+	define(`X_INNER', eval(X_LENGTH+PHW-PAD_LENGTH))
+	define(`Y0', `eval((Y_LENGTH+PY)/2)')
+	forloop(`i', 1, YPADS,
+		`define(`Y', eval(Y0-(PITCH*(i-1)+127)/254) )'
+		`PAD(X_OUTER, Y, X_INNER, Y, PAD_WIDTH, count)'
+		`define(`count',incr(count))'
+	)
+
+	# top row, going left
+	ifelse(XPADS,0,,`
+	define(`Y_OUTER', PHW)
+	define(`Y_INNER', eval(PAD_LENGTH+PHW-PAD_WIDTH))
+	define(`X0', `eval((X_LENGTH+PX)/2)')
+	forloop(`i', 1, XPADS,
+		`define(`X', eval(X0-(PITCH*(i-1)+127)/254) )'
+		`PAD(X, Y_OUTER, X, Y_INNER, PAD_WIDTH, count)'
+		`define(`count',incr(count))'
+	)')
+
+	# left row, going down again, maybe
+	define(`X_OUTER', PHW)
+	define(`X_INNER', eval(PAD_LENGTH-PHW))
+	define(`Y0', `eval((Y_LENGTH-PY)/2)')
+	ifelse(ISTART,1,,`forloop(`i', 1, eval(ISTART-1),
+		`define(`Y', eval(Y0+(PITCH*(i-1)+127)/254) )'
+		`PAD(X_OUTER, Y, X_INNER, Y, PAD_WIDTH, count)'
+		`define(`count',incr(count))'
+	)')
+
+	define(`NOSMUDGE', 10)
+	define(`SSOX', eval(NOSMUDGE+PAD_LENGTH))
+	define(`SSOY', ifelse(XPADS,0,0,eval(NOSMUDGE+PAD_LENGTH)))
+	define(`PPX', eval(X_LENGTH-SSOX))
+	define(`PPY', eval(Y_LENGTH-SSOY))
+	ElementLine(SSOX SSOY PPX  SSOY 8)
+	ElementLine(PPX  SSOY PPX  PPY  8)
+	ElementLine(PPX  PPY  SSOX PPY  8)
+	ElementLine(SSOX PPY  SSOX SSOY 8)
+
+	# Pin 1 Indicator
+	define(`Y1', ifelse(ISTART,1,`eval(SSOY+40)',
+	                             `eval(Y0+(PITCH*(ISTART-1)+127)/254)'))
+	ElementArc(eval(SSOX+40) Y1 20 20 0 360 10)
+
+	# Moderately useful place for the Mark.  This way,
+	# if the pins can line up with the grid, they do.
+	Mark(eval((X_LENGTH-PX)/2) eval((Y_LENGTH-PY)/2))
+)')
+
+# PKG_QFP: square quad flat pack, 0.8 mm pitch, based on PKG_GEN_QFP above
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: total number of pins (package is assumed square)
+# This configuration should correspond to the old PKG_QFP, renamed
+# PKG_OLD_QFP above for comparison.  The two implementations have,
+# among other things, different coordinate zeros.
+
+define(`PKG_QFP',
+	`define(`PITCH', 8000)
+	define(`PAD_WIDTH', 20)
+	define(`PAD_LENGTH', 90)
+	define(`XPADS', `eval($4 /4)')
+	define(`YPADS', `eval($4 /4)')
+	define(`X_LENGTH', `eval((PITCH*(XPADS-1)+127)/254+232)')
+	define(`Y_LENGTH', X_LENGTH)
+	define(`ISTART', 1)
+	PKG_GEN_QFP($1, $2, $3)'
+)
+
+# PKG_208_LQFP: leaded quad flat pack, 0.5 mm pitch, based on PKG_GEN_QFP above
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# This configuration based on a mechanical drawing of a
+# Cirrus Logic EP7211 in a 208-Pin LQFP
+
+define(`PKG_208_LQFP',
+	`define(`PITCH', 5000)
+	define(`PAD_LENGTH', 60)
+	define(`PAD_WIDTH', 10)
+	define(`XPADS', 52)
+	define(`YPADS', 52)
+	define(`X_LENGTH', 1220)
+	define(`Y_LENGTH', 1220)
+	define(`ISTART', 1)
+	PKG_GEN_QFP($1, $2, $3)'
+)
+
+# Interesting hack, this.  pcb -> sh -> m4 -> tcl
+# Refer to qfp-ui, a tcl program that should accompany this file.
+# Search path for this puppy comes from QueryLibrary.sh, which
+# I (LRD) patched to merge M4PATH into PATH
+define(`PKG_MENU_QFP',
+	`esyscmd(qfp-ui "$1" "`$2'" "$3")'
+)
+
Index: oldlib/lib/qfp2.inc
===================================================================
--- oldlib/lib/qfp2.inc	(nonexistent)
+++ oldlib/lib/qfp2.inc	(revision 296)
@@ -0,0 +1,99 @@
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+#  QFP packages
+#
+
+# -------------------------------------------------------------------
+# ThanX to Johan Andersson (johan@homemail.com), modified by Thomas Nau
+# the definition of a plcc package for base code to make qfp package.
+# modified for correct pad numbering by Holm Tiffe
+#
+# Code from plcc.inc modified by Thomas Olson to make this qfp.inc definition.
+# Although in retrospec quad flat packs are more diverse than this algorithm will do.
+# Many qfp are the same physical size but have more thus narrower pads. 
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+# $5: additional border (will be ignored)
+#
+define(`PKG_QFP2',
+	`define(`QUARTER', `eval($4 /4)')
+	define(`OFFSET', `eval((QUARTER +1) /2)')
+	define(`WIDTH', `eval((QUARTER-1) *25 +2*50)')
+	define(`CENTER', `eval(WIDTH / 2)')
+	define(`NUMPINS', `$4')
+Element(0x00 "$1" "`$2'" "$3" 100 CENTER 0 100 0x00)
+(
+
+	# left row
+define(`X', 0)
+define(`Y', 50)
+#define(`count', `eval(OFFSET+1)')
+define(`count', 1)
+forloop(`i', 1, QUARTER,
+	`PAD(eval(X-65), Y, eval(X+5), Y, 15, count)' `define(`count', incr(count))'
+	`define(`Y', eval(Y+25))'
+	)
+
+	# bottom row
+define(`X', 50)
+define(`Y', WIDTH)
+forloop(`i', 1, QUARTER,
+	`PAD(X, eval(Y+65), X, eval(Y-5), 15, count)' `define(`count', incr(count))'
+	`define(`X', eval(X+25))'
+)
+
+	# right row
+define(`X', WIDTH)
+define(`Y', eval(WIDTH-50))
+forloop(`i', 1, QUARTER,
+	`PAD(eval(X+65), Y, eval(X-5), Y, 15, count)' `define(`count', incr(count))'
+	`define(`Y', eval(Y-25))'
+)
+
+	# top row
+define(`X', eval(WIDTH-50))
+define(`Y', 0)
+forloop(`i', 1, QUARTER,
+	`PAD(X, eval(Y-65), X, eval(Y+5), 15, count)' `define(`count', incr(count))'
+	`ifelse(eval(count > NUMPINS), 1, `define(`count', 1)')'
+	`define(`X', eval(X-25))'
+)
+
+	ElementLine(28 0 WIDTH 0 10)
+	ElementLine(WIDTH 0 WIDTH WIDTH 10)
+	ElementLine(WIDTH WIDTH 0 WIDTH 10)
+	ElementLine(0 WIDTH 0 28 10)
+	ElementLine(0 28 28 0 10)
+
+	ElementArc(80 80 20 20 0 360 10)
+
+	Mark(0 0)
+)')
+
+# -------------------------------------------------------------------
Index: oldlib/lib/qfpdj.inc
===================================================================
--- oldlib/lib/qfpdj.inc	(nonexistent)
+++ oldlib/lib/qfpdj.inc	(revision 296)
@@ -0,0 +1,186 @@
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+#   Improvments by D.J. Barrow dj_barrow@ariasoft.ie
+#   Further improved by W. Kazubski <wk@ire.pw.edu.pl>
+# 
+#   RCS: $Id$
+#
+#  QFP packages
+#
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+# $5: body size in mm (0 if rectangular 20x14 mm)
+# $6: pad pitch in 1/100 mmm
+# $7: pad thickness in 1/100 mmm
+# $8: pad min offset ( edge nearest package )
+# $9: pad max offset ( edge furthest away from package )
+# $10: pin 1 in middle
+# $11: Exposed paddle size, 0 for no exposed paddle (1/100 mm)
+#
+define(`PKG_GENERIC_QFP',
+       `define(`QUARTER',  `ifelse(0,`$5',`eval($4 * 3 / 10)',`eval($4 / 4)')')
+        define(`QUARTER2', `eval(`$4' / 2 - QUARTER)')
+	define(`OFFSET', `eval((QUARTER +1) /2)')
+	define(`WIDTH', `ifelse(0,`$5',`78740',`eval(`$5'*1000000/254)')')
+	define(`WIDTH2',`ifelse(0,`$5',`55118',`eval(`$5'*1000000/254)')')
+	define(`PITCH',`eval(`$6'*100000/254)')
+	define(`PINREACH',  `eval(((QUARTER-1)*PITCH/10)/2)')
+	define(`PINREACH2', `eval(((QUARTER2-1)*PITCH/10)/2)')
+	define(`HALFWIDTH', `eval(WIDTH / 2)')
+	define(`HALFWIDTH2', `eval(WIDTH2 / 2)')
+	define(`NUMPINS', `$4')
+	define(`PADTHICKNESS',`eval(`$7'*10000/254)')
+	define(`PADMINOFFSET',`eval(`$8'*100+PADTHICKNESS/2)')
+	define(`PADMAXOFFSET',`eval(`$9'*100-PADTHICKNESS/2)')
+	define(`PIN1INMIDDLE',`$10')
+	define(`CUTSIZE',`3300')
+	define(`EDGECUT',`ifelse(1,eval(PIN1INMIDDLE),`HALFWIDTH',`eval(HALFWIDTH-CUTSIZE)')')
+	define(`EDGECUT2',`ifelse(1,eval(PIN1INMIDDLE),`HALFWIDTH2',`eval(HALFWIDTH2-CUTSIZE)')')
+	define(`STARTPIN',`ifelse(1,eval(PIN1INMIDDLE),`eval(((QUARTER+1)/2)+1)',`1')')
+	define(`CIRCLECENTRE',`eval(-EDGECUT)')
+	define(`CIRCLECENTRE2',`ifelse(1,eval(PIN1INMIDDLE),`0',`eval(-EDGECUT2)')')
+	define(`PADMASK', `eval(2*150 + PADTHICKNESS)')
+	define(`PADCLEAR', `3000')
+	define(`EPCLEAR', `500')
+	define(`EPSIZE', `eval(`$11'*10000/254)')
+	define(`EPMASK', `eval(2*200 + EPSIZE)')
+	define(`SILKW', `800')
+	define(`SLX', `eval(-HALFWIDTH2 + SILKW/2)')
+	define(`SRX', `eval( HALFWIDTH2 - SILKW/2)')
+	define(`SUY', `eval(-HALFWIDTH  + SILKW/2)')
+	define(`SLY', `eval( HALFWIDTH  - SILKW/2)')
+
+
+Element[0x00000000 "$1" "`$2'" "$3" 0 0 -2000 -6000 0 100 0x00000000]
+(
+
+	# left row
+define(`QFPPIN',`STARTPIN')
+define(`idx',0)
+define(`PADIN',`eval(-HALFWIDTH2-PADMINOFFSET)')
+define(`PADOUT',`eval(-HALFWIDTH2-PADMAXOFFSET)')
+forloop(`i', 1, QUARTER,
+	`define(`Y', `eval(-PINREACH+((PITCH*idx)/10))')'
+	`Pad[PADOUT  Y  PADIN  Y  PADTHICKNESS  PADCLEAR PADMASK "QFPPIN" "QFPPIN"  0x00000100]'
+	`define(`QFPPIN', incr(QFPPIN))'
+	`define(`idx',incr(idx))'
+)
+
+	# bottom row
+define(`idx',0)
+define(`PADIN',`eval(HALFWIDTH+PADMINOFFSET)')
+define(`PADOUT',`eval(HALFWIDTH+PADMAXOFFSET)')
+forloop(`i', 1, QUARTER2,
+	`define(`X', `eval(-PINREACH2+((PITCH*idx)/10))')'
+	`Pad[X PADOUT  X  PADIN  PADTHICKNESS  PADCLEAR PADMASK "QFPPIN" "QFPPIN"  0x00000900]'
+	`define(`QFPPIN', incr(QFPPIN))'
+	`define(`idx',incr(idx))'
+)
+
+	# right row
+define(`idx',0)
+define(`PADIN',`eval(HALFWIDTH2+PADMINOFFSET)')
+define(`PADOUT',`eval(HALFWIDTH2+PADMAXOFFSET)')
+forloop(`i', 1, QUARTER,
+	`define(`Y', `eval(PINREACH-((PITCH*idx)/10))')'
+	`Pad[PADOUT  Y  PADIN  Y  PADTHICKNESS  PADCLEAR PADMASK "QFPPIN" "QFPPIN"  0x00000100]'
+	`define(`QFPPIN', incr(QFPPIN))'
+	`define(`idx',incr(idx))'
+)
+
+	# top row
+define(`idx',0)
+define(`PADIN',`eval(-HALFWIDTH-PADMINOFFSET)')
+define(`PADOUT',`eval(-HALFWIDTH-PADMAXOFFSET)')
+forloop(`i', 1, QUARTER2,
+	`define(`X',`eval(PINREACH2-((PITCH*idx)/10))')'
+	`Pad[X PADOUT  X  PADIN  PADTHICKNESS  PADCLEAR PADMASK "QFPPIN" "QFPPIN"  0x00000900]'
+	`define(`QFPPIN', incr(QFPPIN))'
+	`ifelse(eval(QFPPIN > NUMPINS), 1, `define(`QFPPIN', 1)')'
+	`define(`idx',incr(idx))'
+)
+
+	# exposed paddle (if this is an exposed paddle part) 
+ifelse(1, eval(EPSIZE>0), 
+	`Pad[0 0 0 0 EPSIZE EPCLEAR EPMASK "QFPPIN" "QFPPIN" 0x00000100]'
+	`define(`QFPPIN', incr(QFPPIN))'
+)
+
+	# top
+	ElementLine[-EDGECUT2 SUY SRX SUY SILKW]
+	# right
+	ElementLine[SRX SUY SRX SLY SILKW]
+	# bottom
+	ElementLine[SRX SLY SLX SLY SILKW]
+	# left
+	ElementLine[SLX SLY SLX -EDGECUT SILKW]
+	# angled corner
+	ElementLine[SLX -EDGECUT -EDGECUT2 SUY SILKW]
+
+	ElementArc[CIRCLECENTRE2 CIRCLECENTRE 1000 1000 0 360 SILKW]
+
+)')
+
+# -------------------------------------------------------------------
+# ThanX to Johan Andersson (johan@homemail.com), modified by Thomas Nau
+# the definition of a plcc package for base code to make qfp package.
+# modified for correct pad numbering by Holm Tiffe
+#
+# Code from plcc.inc modified by Thomas Olson to make this qfp.inc definition.
+# Although in retrospec quad flat packs are more diverse than this algorithm will do.
+# Many qfp are the same physical size but have more thus narrower pads.
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+# $5: body size in mm
+# $6: pad pitch in 1/100 mmm
+# $7: pad thickness
+# $8: pad min offset ( edge nearest package )
+# $9: pad max offset ( edge furthest away from package )
+# $10: pin 1 in middle
+#
+
+# pins 1.9-2.1mm long
+define(`PKG_QFP_100',`PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5',`100',`50',`20',`100',`0',`$6')')
+define(`PKG_QFP_80L',`PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `80',`50',`20',`100',`0',`$6')')
+define(`PKG_QFP_65L',`PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `65',`40',`20',`100',`0',`$6')')
+define(`PKG_QFP_50L',`PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `50',`28',`20',`100',`0',`$6')')
+
+# pins 1.6mm long
+define(`PKG_QFP_80', `PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `80',`40',`20', `80',`0',`$6')')
+define(`PKG_QFP_65', `PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `65',`40',`20', `80',`0',`$6')')
+define(`PKG_QFP_50', `PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `50',`28',`20', `80',`0',`$6')')
+define(`PKG_QFP_40', `PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `40',`25',`20', `80',`0',`$6')')
+
+# pins 1mm long
+define(`PKG_LQFP_80',`PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `80',`40', `5', `50',`0',`$6')')
+define(`PKG_LQFP_65',`PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `65',`40', `5', `50',`0',`$6')')
+define(`PKG_LQFP_50',`PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `50',`28', `5', `50',`0',`$6')')
+define(`PKG_LQFP_40',`PKG_GENERIC_QFP(`$1',`$2',`$3',`$4',`$5', `40',`25', `5', `50',`0',`$6')')
+
+# -------------------------------------------------------------------
+
Index: oldlib/lib/resistor_0.25W.list
===================================================================
--- oldlib/lib/resistor_0.25W.list	(nonexistent)
+++ oldlib/lib/resistor_0.25W.list	(revision 296)
@@ -0,0 +1,37 @@
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# mask package values...
+#
+r_025:R025:resistor 0.25W
+#
+r_025:R025:10:12:15:18:22:27:33:39:47:56:68:82
+r_025:R025:100:120:150:180:220:270:330:390:470:560:680:820
+r_025:R025:1k:1.2k:1.5k:1.8k:2.2k:2.7k:3.3k:3.9k:4.7k:5.6k:6.8k:8.2k
+r_025:R025:10k:12k:15k:18k:22k:27k:33k:39k:47k:56k:68k:82k
+r_025:R025:100k:120k:150k:180k:220k:270k:330k:390k:470k:560k:680k:820k
+r_025:R025:1m:1.2m:1.5m:1.8m:2.2m:2.7m:3.3m:3.9m:4.7m:5.6m:6.8m:8.2m
+r_025:R025:10m

Property changes on: oldlib/lib/resistor_0.25W.list
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/resistor_0.25W.m4
===================================================================
--- oldlib/lib/resistor_0.25W.m4	(nonexistent)
+++ oldlib/lib/resistor_0.25W.m4	(revision 296)
@@ -0,0 +1,30 @@
+divert(-1)
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+define(`Description_r_025', ``R 0.25W'')
+
+divert(0)

Property changes on: oldlib/lib/resistor_0.25W.m4
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/resistor_adjust.inc
===================================================================
--- oldlib/lib/resistor_adjust.inc	(nonexistent)
+++ oldlib/lib/resistor_adjust.inc	(revision 296)
@@ -0,0 +1,83 @@
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+
+#-----------------------------------------------------------------
+# ma librairie --- C. PETER 14 11 99
+#
+# l'origine 0 0 est en haut a gauche (x vers la droite, y vers le bas)
+# Element(0x00 "$1" "`$2'" "$3" pos_x_text pos_y_text ? taille_text 0x00)
+# PIN(pos_x, pos_y, diametre, percage, type?) type : 1 carre, 2 ronde
+# ElementLine(debut_x debut_y fin_x fin_y epaisseur-trait)
+# ElementArc(centre_x centre_y rayon_x rayon_y debut_arc fin_arc ep-trait)
+# Mark fixe la position du curseur lors de la creation des composants
+
+# -------------------------------------------------------------------
+# R_AJ_H
+# Pin 1 is 1, 2 is c, 3 is 2
+# 
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+#
+define(`PKG_R_AJ_H',
+`Element(0x00 "$1" "`$2'" "$3" 100 325 0 100 0x00)
+(
+        PIN(50, 450, 80, 30, 1)
+        PIN(250, 450, 80, 30, 3)
+        PIN(150, 50, 80, 30, 2)
+	ElementLine(0 150 0 500 20)
+	ElementLine(0 500 300 500 20)
+	ElementLine(300 500 300 150 20)
+	ElementArc(150 150 100 100 0 360 10)
+	ElementArc(150 150 150 150 0 -180 20)
+        Mark(50 450)
+)')
+
+
+# -------------------------------------------------------------------
+# R_AJ_V
+# Pin 1 is 1, 2 is c, 3 is 2
+# 
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+#
+define(`PKG_R_AJ_V',
+`Element(0x00 "$1" "`$2'" "$3" 100 45 0 100 0x00)
+(
+        PIN(50, 50, 80, 30, 1)
+        PIN(250, 50, 80, 30, 3)
+        PIN(150, 0, 80, 30, 2)
+	ElementLine(0 0 0 100 20)
+	ElementLine(0 0 300 0 20)
+	ElementLine(300 0 300 100 20)
+	ElementLine(0 100 300 100 20)
+        Mark(50 50)
+)')
+
+
+# -------------------------------------------------------------------
+
+
Index: oldlib/lib/resistor_adjust.list
===================================================================
--- oldlib/lib/resistor_adjust.list	(nonexistent)
+++ oldlib/lib/resistor_adjust.list	(revision 296)
@@ -0,0 +1,50 @@
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# mask package values...
+#
+
+#-----------------------------------------------------------------
+# ma librairie --- C. PETER 3 12 99
+#
+#ref de description dans *.m4:ref de package dans *.inc:nom_pcb_1:nom_pcb_2
+
+R_adjust_H:R_AJ_H:10:22:47
+R_adjust_H:R_AJ_H:100:220:470
+R_adjust_H:R_AJ_H:1k:2.2k:4.7k
+R_adjust_H:R_AJ_H:10k:22k:47k
+R_adjust_H:R_AJ_H:100k:220k:470k
+R_adjust_H:R_AJ_H:1M:2.2M:4.7M
+
+
+R_adjust_V:R_AJ_V:10:22:47
+R_adjust_V:R_AJ_V:100:220:470
+R_adjust_V:R_AJ_V:1k:2.2k:4.7k
+R_adjust_V:R_AJ_V:10k:22k:47k
+R_adjust_V:R_AJ_V:100k:220k:470k
+R_adjust_V:R_AJ_V:1M:2.2M:4.7M
+
+
Index: oldlib/lib/resistor_adjust.m4
===================================================================
--- oldlib/lib/resistor_adjust.m4	(nonexistent)
+++ oldlib/lib/resistor_adjust.m4	(revision 296)
@@ -0,0 +1,46 @@
+divert(-1)
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# most (all at the beginning) of the data was provided by
+# Volker Bosch (bosch@iema.e-technik.uni-stuttgart.de)
+#
+
+#-----------------------------------------------------------------
+# ma librairie --- C. PETER 3 12 99 --- resistance ajustables
+
+define(`Description_R_adjust_H', `trimmer H')
+define(`PinList_R_adjust_H', ``1', `c', `2'')
+
+define(`Description_R_adjust_V', `trimmer V')
+define(`PinList_R_adjust_V', ``1', `c', `2'')
+
+
+divert(0)dnl
+
+
+
+
Index: oldlib/lib/resistor_array.list
===================================================================
--- oldlib/lib/resistor_array.list	(nonexistent)
+++ oldlib/lib/resistor_array.list	(revision 296)
@@ -0,0 +1,90 @@
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# mask package values...
+#
+r_025_csil_4:CSIL:4xR-array-common 0.25W
+r_025_csil_4:CSIL:10:12:15:18:22:27:33:39:47:56:68:82
+r_025_csil_4:CSIL:100:120:150:180:220:270:330:390:470:560:680:820
+r_025_csil_4:CSIL:1k:1.2k:1.5k:1.8k:2.2k:2.7k:3.3k:3.9k:4.7k:5.6k:6.8k:8.2k
+r_025_csil_4:CSIL:10k:12k:15k:18k:22k:27k:33k:39k:47k:56k:68k:82k
+r_025_csil_4:CSIL:100k:120k:150k:180k:220k:270k:330k:390k:470k:560k:680k:820k
+r_025_csil_4:CSIL:1m:1.2m:1.5m:1.8m:2.2m:2.7m:3.3m:3.9m:4.7m:5.6m:6.8m:8.2m
+r_025_csil_4:CSIL:10m
+#
+r_025_csil_6:CSIL:6xR-array-common 0.25W
+r_025_csil_6:CSIL:10:12:15:18:22:27:33:39:47:56:68:82
+r_025_csil_6:CSIL:100:120:150:180:220:270:330:390:470:560:680:820
+r_025_csil_6:CSIL:1k:1.2k:1.5k:1.8k:2.2k:2.7k:3.3k:3.9k:4.7k:5.6k:6.8k:8.2k
+r_025_csil_6:CSIL:10k:12k:15k:18k:22k:27k:33k:39k:47k:56k:68k:82k
+r_025_csil_6:CSIL:100k:120k:150k:180k:220k:270k:330k:390k:470k:560k:680k:820k
+r_025_csil_6:CSIL:1m:1.2m:1.5m:1.8m:2.2m:2.7m:3.3m:3.9m:4.7m:5.6m:6.8m:8.2m
+r_025_csil_6:CSIL:10m
+#
+r_025_csil_7:CSIL:7xR-array-common 0.25W
+r_025_csil_7:CSIL:10:12:15:18:22:27:33:39:47:56:68:82
+r_025_csil_7:CSIL:100:120:150:180:220:270:330:390:470:560:680:820
+r_025_csil_7:CSIL:1k:1.2k:1.5k:1.8k:2.2k:2.7k:3.3k:3.9k:4.7k:5.6k:6.8k:8.2k
+r_025_csil_7:CSIL:10k:12k:15k:18k:22k:27k:33k:39k:47k:56k:68k:82k
+r_025_csil_7:CSIL:100k:120k:150k:180k:220k:270k:330k:390k:470k:560k:680k:820k
+r_025_csil_7:CSIL:1m:1.2m:1.5m:1.8m:2.2m:2.7m:3.3m:3.9m:4.7m:5.6m:6.8m:8.2m
+r_025_csil_7:CSIL:10m
+#
+r_025_csil_8:CSIL:8xR-array-common 0.25W
+r_025_csil_8:CSIL:10:12:15:18:22:27:33:39:47:56:68:82
+r_025_csil_8:CSIL:100:120:150:180:220:270:330:390:470:560:680:820
+r_025_csil_8:CSIL:1k:1.2k:1.5k:1.8k:2.2k:2.7k:3.3k:3.9k:4.7k:5.6k:6.8k:8.2k
+r_025_csil_8:CSIL:10k:12k:15k:18k:22k:27k:33k:39k:47k:56k:68k:82k
+r_025_csil_8:CSIL:100k:120k:150k:180k:220k:270k:330k:390k:470k:560k:680k:820k
+r_025_csil_8:CSIL:1m:1.2m:1.5m:1.8m:2.2m:2.7m:3.3m:3.9m:4.7m:5.6m:6.8m:8.2m
+r_025_csil_8:CSIL:10m
+#
+r_025_sil_4:SIL:2xR-array 0.25W
+r_025_sil_4:SIL:10:12:15:18:22:27:33:39:47:56:68:82
+r_025_sil_4:SIL:100:120:150:180:220:270:330:390:470:560:680:820
+r_025_sil_4:SIL:1k:1.2k:1.5k:1.8k:2.2k:2.7k:3.3k:3.9k:4.7k:5.6k:6.8k:8.2k
+r_025_sil_4:SIL:10k:12k:15k:18k:22k:27k:33k:39k:47k:56k:68k:82k
+r_025_sil_4:SIL:100k:120k:150k:180k:220k:270k:330k:390k:470k:560k:680k:820k
+r_025_sil_4:SIL:1m:1.2m:1.5m:1.8m:2.2m:2.7m:3.3m:3.9m:4.7m:5.6m:6.8m:8.2m
+r_025_sil_4:SIL:10m
+#
+r_025_sil_6:SIL:3xR-array 0.25W
+r_025_sil_6:SIL:10:12:15:18:22:27:33:39:47:56:68:82
+r_025_sil_6:SIL:100:120:150:180:220:270:330:390:470:560:680:820
+r_025_sil_6:SIL:1k:1.2k:1.5k:1.8k:2.2k:2.7k:3.3k:3.9k:4.7k:5.6k:6.8k:8.2k
+r_025_sil_6:SIL:10k:12k:15k:18k:22k:27k:33k:39k:47k:56k:68k:82k
+r_025_sil_6:SIL:100k:120k:150k:180k:220k:270k:330k:390k:470k:560k:680k:820k
+r_025_sil_6:SIL:1m:1.2m:1.5m:1.8m:2.2m:2.7m:3.3m:3.9m:4.7m:5.6m:6.8m:8.2m
+r_025_sil_6:SIL:10m
+#
+r_025_sil_8:SIL:4xR-array 0.25W
+r_025_sil_8:SIL:10:12:15:18:22:27:33:39:47:56:68:82
+r_025_sil_8:SIL:100:120:150:180:220:270:330:390:470:560:680:820
+r_025_sil_8:SIL:1k:1.2k:1.5k:1.8k:2.2k:2.7k:3.3k:3.9k:4.7k:5.6k:6.8k:8.2k
+r_025_sil_8:SIL:10k:12k:15k:18k:22k:27k:33k:39k:47k:56k:68k:82k
+r_025_sil_8:SIL:100k:120k:150k:180k:220k:270k:330k:390k:470k:560k:680k:820k
+r_025_sil_8:SIL:1m:1.2m:1.5m:1.8m:2.2m:2.7m:3.3m:3.9m:4.7m:5.6m:6.8m:8.2m
+r_025_sil_8:SIL:10m

Property changes on: oldlib/lib/resistor_array.list
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/resistor_array.m4
===================================================================
--- oldlib/lib/resistor_array.m4	(nonexistent)
+++ oldlib/lib/resistor_array.m4	(revision 296)
@@ -0,0 +1,62 @@
+divert(-1)
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+
+# ----------------------------------------------------------------------
+# resistor array without common pin
+#
+define(`Description_r_025_sil_4', ``2xR-array 0.25W'')
+define(`Param1_r_025_sil_4', 4)
+define(`PinList_r_025_sil_4', ``1a', `1b', `2a', `2b'')
+
+define(`Description_r_025_sil_6', ``3xR-array 0.25W'')
+define(`Param1_r_025_sil_6', 6)
+define(`PinList_r_025_sil_6', ``1a', `1b', `2a', `2b', `3a', `3b'')
+
+define(`Description_r_025_sil_8', ``4xR-array 0.25W'')
+define(`Param1_r_025_sil_8', 8)
+define(`PinList_r_025_sil_8', ``1a', `1b', `2a', `2b', `3a', `3b', `4a', `4b'')
+
+# ----------------------------------------------------------------------
+# resistor array with common pin 1
+#
+define(`Description_r_025_csil_4', ``4xR-array 0.25W, common pin'')
+define(`Param1_r_025_csil_4', 5)
+define(`PinList_r_025_csil_4', ``common', `1', `2', `3', `4'')
+
+define(`Description_r_025_csil_6', ``6xR-array 0.25W, common pin'')
+define(`Param1_r_025_csil_6', 7)
+define(`PinList_r_025_csil_6', ``common', `1', `2', `3', `4', `5', `6'')
+
+define(`Description_r_025_csil_7', ``7xR-array 0.25W, common pin'')
+define(`Param1_r_025_csil_7', 8)
+define(`PinList_r_025_csil_7', ``common', `1', `2', `3', `4', `5', `6', `7'')
+
+define(`Description_r_025_csil_8', ``8xR-array 0.25W, common pin'')
+define(`Param1_r_025_csil_8', 9)
+define(`PinList_r_025_csil_8', ``common', `1', `2', `3', `4', `5', `6', `7', `8'')
+
+divert(0)

Property changes on: oldlib/lib/resistor_array.m4
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/rules.inc
===================================================================
--- oldlib/lib/rules.inc	(nonexistent)
+++ oldlib/lib/rules.inc	(revision 296)
@@ -0,0 +1,53 @@
+#
+#   $Id$
+#
+#   design rule definitions --
+#   tune design rules here
+#
+#   revisions:
+#   Oct 12 2002 - Egil Kvaleberg <egil@kvaleberg.no>
+#   Initial version
+#
+#   NOTE: The HOLE specification is the diameter of the finished hole.
+#         For through-hole plated PCBs, the actual drill dimension will be
+#         be larger. How much depends on process parameters
+#
+
+#
+#  pads for comopnents with thin pins (e.g TO92)
+#
+define(`rPAD1',    50)
+define(`rHOLE1',   24)
+
+#
+#  pads for components on 100mil pitch
+#  hole 2 for ICs etc
+#  hole 2c for headers etc. with square pins
+#
+#  NOTE: rPAD2 should really be 62mil
+#
+define(`rPAD2',    60)
+define(`rHOLE2',   28)
+define(`rHOLE2c',  40)
+
+#
+#  pads for larger transistors
+#
+define(`rPAD3',    80 )
+define(`rHOLE3',   50)
+
+#
+#  3mm pads for mounting
+#  BUG: drill is bad
+#
+define(`rPAD4',    120)
+define(`rHOLE4',   80)
+
+#
+#  standard silkscreen line
+#  thin, fat, fatter
+#
+define(`rSILK',    10)
+define(`rSILK2',   20)
+define(`rSILK3',   30)
+
Index: oldlib/lib/smt.inc
===================================================================
--- oldlib/lib/smt.inc	(nonexistent)
+++ oldlib/lib/smt.inc	(revision 296)
@@ -0,0 +1,711 @@
+# -*- m4 -*-
+#   $Id$
+#
+#   surface mounted components
+#
+#   revisions:
+#   Oct 10 2002 - Egil Kvaleberg <egil@kvaleberg.no>
+#   Initial stub
+#
+#
+
+
+# -------------------------------------------------------------------
+#
+# internal: general purpose two pole surface mount
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: length of component in mil
+# $5: width of component in mil, also width of pad
+# $6: length of pad, expressed in percent of component length
+# $7: 1 if pin 1 should be marked
+#
+define(`COMMON_SMT_2PAD_MIL',
+       `define(`sizX',     `$4')
+	define(`sizY',     `$5')
+	define(`metalX',   `eval((sizX * $6) / 100)')
+	define(`addFRAME', `eval(sizY / 5)')
+	define(`addTIN',   `eval(sizY / 5)')
+	define(`padX',     `eval(metalX + 2*addTIN)')
+	define(`padY',     `eval(sizY + 2*addTIN)')
+	define(`width',    `eval(sizX/2 + addFRAME + addTIN)')
+	define(`height',   `eval(sizY/2 + addFRAME + addTIN)')
+	define(`centerX',  `eval((sizX - padX + 2*addTIN)/2)')
+	define(`silkW',    `ifelse(eval(sizY >= 50), 1, 10, eval(sizY/5))')
+	# how much to grow the pads by for soldermask
+	define(`maskGrow', 3)
+	# clearance from planes
+	define(`clearance', 10)
+Element(0x00 "$1" "`$2'" "$3" 0 0 eval(width + 20) 0 3 100 0x00)
+(
+	ifelse(eval($7 > 0), 1,
+	   `ElementLine(eval(-width-silkW) eval(-height + addFRAME) eval(-width-silkW) eval(height-addFRAME) eval(2*silkW))
+	    ElementLine(eval(-width-silkW) eval( height - addFRAME) eval(-width + padX/2 -silkW) height silkW)
+	    ElementLine(eval(-width + padX/2 - silkW) height width height silkW)
+	    ElementLine(width height width -height silkW)
+	    ElementLine(width -height eval(-width + padX/2 -silkW) -height silkW)
+	    ElementLine(eval(-width + padX/2 -silkW) -height eval(-width-silkW) eval(-height + addFRAME) silkW)
+	   ', 
+	   `ElementLine(-width -height -width height silkW)
+	    ElementLine(-width height width height silkW)
+	    ElementLine(width height width -height silkW)
+	    ElementLine(width -height -width -height silkW)
+	   ')
+
+	ifelse(eval(padX > padY), 1,       
+	   `Pad(eval((-2*centerX - padX + padY)/2) 0 
+		eval((-2*centerX + padX - padY)/2) 0
+		padY eval(2*clearance) eval(padY + 2*maskGrow) "1" "1" 0x00000100)
+	    Pad(eval(( 2*centerX - padX + padY)/2) 0 
+		eval(( 2*centerX + padX - padY)/2) 0
+		padY eval(2*clearance) eval(padY + 2*maskGrow) "2" "2" 0x00000100)
+	 ',
+	   `Pad(-centerX eval((-padY+padX)/2) 
+		-centerX eval((padY-padX)/2)
+		padX eval(2*clearance) eval(padX + 2*maskGrow) "1" "1" 0x00000100)
+	    Pad(centerX eval((-padY+padX)/2) 
+		centerX eval((padY-padX)/2)
+		padX eval(2*clearance) eval(padX + 2*maskGrow) "2" "2" 0x00000100)
+	 ')
+
+)')
+
+# -------------------------------------------------------------------
+#
+# internal: general purpose two pole surface mount
+# $1:  canonical name
+# $2:  name on PCB
+# $3:  value
+# $4:  pad X (size of pad in direction perpendicular to axis of part) [1/100 mm]
+# $5:  pad Y (size of pad in direction parallel to axis of part) [1/100 mm]
+# $6:  pad center to center spacing [1/100 mm]
+# $7:  courtyard size in direction parallel to axis of part [1/100 mm] (V1)
+# $8:  courtyard size in direction perpendicular to axis of part [1/100 mm] (V2)
+# $9:  length of silk screen line [1/100 mm] (R1)
+# $10: spacing of silk screen line [1/100 mm] (R2)
+#
+define(`PKG_SMT_2PAD_MM100',
+	# grab the input values and convert to 1/100 mil
+       `define(`X',     `eval(($4  * 10000)/254)')
+	define(`Y',     `eval(($5  * 10000)/254)')
+	define(`C',     `eval(($6  * 10000)/254)')
+	define(`V1',    `eval(($7  * 10000)/254)')
+	define(`V2',    `eval(($8  * 10000)/254)')
+	define(`R1',    `eval(($9  * 10000)/254)')
+	define(`R2',    `eval(($10 * 10000)/254)')
+	# how much to grow the pads by for soldermask [1/100 mil]
+	define(`maskGrow', 300)
+	# clearance from planes [1/100 mil]
+	define(`clearance', 1000)
+	# silk screen width  [1/100 mil]
+	define(`SILKW', `800')
+	# courtyard silk screen width  [1/100 mil]
+	define(`CYW', `100')
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "$1" "`$2'" "$3" 0 0 -3150 -3150 0 100 ""]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+	ifelse(eval(Y > X), 1,       
+	   `Pad[eval( (-1*C - (Y - X))/2) 0
+		eval( (-1*C + (Y - X))/2) 0
+		X eval(2*clearance) eval(X + 2*maskGrow) "1" "1" "square"]
+	    Pad[eval( (   C - (Y - X))/2) 0
+		eval( (   C + (Y - X))/2) 0
+		X eval(2*clearance) eval(X + 2*maskGrow) "2" "2" "square"]
+	 ',
+	   `Pad[eval( -1*C/2 ) eval(-(X-Y)/2)
+		eval( -1*C/2 ) eval( (X-Y)/2)
+		Y eval(2*clearance) eval(Y + 2*maskGrow) "1" "1" "square"]
+	    Pad[eval(    C/2 ) eval(-(X-Y)/2)
+		eval(    C/2 ) eval( (X-Y)/2)
+		Y eval(2*clearance) eval(Y + 2*maskGrow) "2" "2" "square"]
+	 ')
+
+	ifelse(eval(R1 > 0), 1,
+	   `ElementLine[eval(-1*R1/2) eval(-1*R2/2) eval(R1/2) eval(-1*R2/2) SILKW]
+	    ElementLine[eval(-1*R1/2) eval(   R2/2) eval(R1/2) eval(   R2/2) SILKW]
+	   ',)
+
+#
+# This draws a 1 mil placement courtyard outline in silk.  It should probably
+# not be included since you won't want to try and fab a 1 mil silk line.  Then
+# again, it is most useful during parts placement.  It really is time for some
+# additional non-fab layers...
+`
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
+#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
+
+)')
+
+# -------------------------------------------------------------------
+# 
+#
+# general purpose 3 pole surface mount
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: outer pad width   (mil) (in direction perpendicular to part)
+# $5: outer pad length  (mil) (in direction parallel with part)
+# $6: outer pad spacing (mil) (center to center)
+# $7: inner pad width  (mil) (in direction perpendicular to part)
+# $8: inner pad length (mil) (in direction parallel with part)
+# $9: distance from edge of pad to silk (mil) (in direction
+#     perpendicular to part)
+# $10: distance from edge of pad to silk (mil) (in direction
+#     parallel with part)
+# $11: Set to "no" to skip silk screen on the sides of the part
+define(`COMMON_SMT_3PAD_MIL',
+	`
+	define(`PADW', `$4')
+	define(`PADL', `$5')
+	define(`PADS', `$6')
+	define(`PADW2',`$7')
+	define(`PADL2',`$8')
+	define(`SLKW', `$9')
+	define(`SLKL', `$10')
+
+	# silk screen width (mils)
+	define(`SILKW', `10')
+	
+	# silk screen bounding box
+	define(`XMIN', `eval( -PADS/2 - PADL/2 - SLKL - SILKW/2)')	
+	define(`XMAX', `eval(  PADS/2 + PADL/2 + SLKL + SILKW/2)')
+	define(`YMIN', `eval(-PADW2/2 - SLKW - SILKW/2)')	
+	define(`YMAX', `eval( PADW2/2 + SLKW + SILKW/2)')
+	define(`SKIP_SILK', `$11')
+
+		
+Element(0x00 "$1" "`$2'" "$3" eval(XMIN+20) eval(YMAX+20) 0 100 0x00)
+(
+	ifelse(0, eval(PADW>PADL),
+	# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(eval(-1*(   PADS + PADL - PADW)/2) 0 
+            eval((-1*PADS + PADL - PADW)/2) 0 eval(PADW) "1" 0x100)
+	Pad(eval(-1*(-1*PADS + PADL - PADW)/2) 0 
+            eval((   PADS + PADL - PADW)/2) 0 eval(PADW) "3" 0x100)
+        ,
+	# Pads which have the perpendicular pad dimension greater
+	# than or equal to the parallel pad dimension 
+ 	Pad(eval(-1*PADS/2) eval(-1*(PADW - PADL)/2) 
+            eval(-1*PADS/2)  eval((PADW - PADL)/2) eval(PADL) "1" 0x100)
+ 	Pad(eval(   PADS/2) eval(-1*(PADW - PADL)/2) 
+            eval(   PADS/2)  eval((PADW - PADL)/2) eval(PADL) "3" 0x100)
+	)
+
+	ifelse(0, eval(PADW2>PADL2),
+	# Pads which have the perpendicular pad dimension less
+	# than or equal to the parallel pad dimension 	
+	Pad(eval((-PADL2 + PADW2)/2) 0 
+            eval(( PADL2 - PADW2)/2) 0 PADW2 "2" 0x100)
+        ,
+	# Pads which have the perpendicular pad dimension greater
+	# than or equal to the parallel pad dimension 
+ 	Pad(0 eval((-PADW2 + PADL2)/2) 
+            0 eval(( PADW2 - PADL2)/2) PADL2 "2" 0x100)
+	)
+
+	# silk screen
+	# ends
+	ElementLine(XMIN YMIN XMIN YMAX SILKW)
+	ElementLine(XMAX YMAX XMAX YMIN SILKW)
+	# sides
+ifelse(SKIP_SILK,"no",
+	#skip side silk
+	,
+	ElementLine(XMIN YMIN XMAX YMIN SILKW)
+	ElementLine(XMAX YMAX XMIN YMAX SILKW)
+)
+	# Mark the common centroid of the part
+	Mark(0 0)
+)')
+
+
+#
+# -------------------------------------------------------------------
+#
+# SOT23 style transistor: 3, 4, 5 or 6 pins
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pin spacing, lengthwise, mil
+# $5: pin spacing across, in mil
+# $6: size of pad, in percent of spacing across
+# $7: pin numbers, "abc", where a is lower left, b is lower right, c is upper
+#     if "abcd", c is upper right, d is upper left, and a is a wider pad
+#
+define(`COMMON_SMT_TRANSISTOR_MIL',
+       `define(`spaceX',   `$4')                             # 78 for SOT23
+	define(`spaceY',   `$5')                             # 82 for SOT23
+	define(`padY',     `eval((spaceY * $6) / 100)')      # 41 for SOT23
+	define(`padX',     `ifelse(eval(len(`$7') >= 5), 1,
+			       `eval((spaceX * 31) / 100)',
+			       `eval((padY * 85) / 100)'
+			     )')               # 34 for SOT23, 24 for SOT25
+	define(`addFRAME', `eval(padY / 5)')
+	define(`maxX',     `eval(2*addFRAME+spaceX+padX)')
+	define(`maxY',     `eval(2*addFRAME+spaceY+padY)')
+	define(`centerX',  `eval(maxX / 2)')
+	define(`centerY1', `eval(addFRAME + padY/2)')
+	define(`centerX1', `eval(addFRAME + padX/2)')
+	define(`deltaY',   `eval((padY-padX)/2)')
+	define(`silkW',    `ifelse(eval(spaceY >= 50), 1, 10, eval(spaceY/5))')
+	define(`indeX',    `0')
+
+Element(0x00 "$1" "`$2'" "$3" eval(maxX+20) 0 3 100 0x00)
+(
+	ElementLine(0 0 0 maxY silkW)
+	ElementLine(0 maxY maxX maxY silkW)
+	ElementLine(maxX maxY maxX 0 silkW)
+	ElementLine(maxX 0 0 0 silkW)
+
+	# 1st side, 1st pin
+	ifelse(len(`$7'), 4,
+	  `# extra width
+	   Pad(eval(centerX1+deltaY) eval(centerY1+spaceY)
+	       eval(centerX1+2*deltaY) eval(centerY1+spaceY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	 ',
+	  `Pad(centerX1 eval(centerY1+spaceY-deltaY)
+	       centerX1 eval(centerY1+spaceY+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	 ')
+	define(`indeX',incr(indeX))
+
+	# 1st side, 2nd pin
+	ifelse(eval(len(`$7') == 6), 1,
+	  `Pad(centerX eval(centerY1+spaceY-deltaY)
+	       centerX eval(centerY1+spaceY+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	   define(`indeX',incr(indeX))
+	 ')
+
+	# 1st side, 3rd pin
+	Pad(eval(centerX1+spaceX) eval(centerY1+spaceY-deltaY)
+	    eval(centerX1+spaceX) eval(centerY1+spaceY+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	define(`indeX',incr(indeX))
+
+	# 2nd side, 3rd pin
+	ifelse(eval(len(`$7') >= 4), 1,
+	  `Pad(eval(centerX1+spaceX) eval(centerY1-deltaY)
+	       eval(centerX1+spaceX) eval(centerY1+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	   define(`indeX',incr(indeX))
+	 ')
+
+	# 2nd side, 2nd pin
+	ifelse(eval(len(`$7') != 4), 1,
+	  `Pad(centerX eval(centerY1-deltaY)
+	       centerX eval(centerY1+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	   define(`indeX',incr(indeX))
+	 ')
+
+	# 2nd side, 1st pin
+	ifelse(eval(len(`$7') >= 4), 1,
+	  `Pad(centerX1 eval(centerY1-deltaY)
+	       centerX1 eval(centerY1+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	 ')
+
+	Mark(centerX1 eval(centerY1+spaceY))
+)')
+#
+# -------------------------------------------------------------------
+#
+# SOT223 style transistor, multiple pins on one side, large pin on other side
+# supports 2+1, 3+1 and 4+1 pins
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pin spacing, lengthwise, mil
+# $5: pin spacing across, in mil
+# $6: size of pad, in percent of spacing across
+# $7: pin numbers, "abcd", where abc is three pins on one side, d the extra pin
+#
+define(`COMMON_SMT_TRANSISTORX_MIL',
+       `define(`spaceX',   `$4')
+	define(`spaceY',   `$5')
+	define(`padY',     `eval((spaceY * $6) / 100)')
+	define(`padX',     `ifelse(eval(len(`$7') >= 5), 1,
+			       `eval((spaceX * 21) / 100)',
+			       `eval((spaceX * 31) / 100)'
+			     )')
+	define(`addFRAME', `eval(padY / 5)')
+	define(`maxX',     `eval(2*addFRAME+spaceX+padX)')
+	define(`maxY',     `eval(2*addFRAME+spaceY+padY)')
+	define(`centerX',  `eval(maxX / 2)')
+	define(`centerY1', `eval(addFRAME + padY/2)')
+	define(`centerX1', `eval(addFRAME + padX/2)')
+	define(`deltaY',   `eval((padY-padX)/2)')
+	define(`silkW',    `ifelse(eval(spaceY >= 50), 1, 10, eval(spaceY/5))')
+	define(`indeX',    `0')
+
+Element(0x00 "$1" "`$2'" "$3" eval(maxX+20) 0 3 100 0x00)
+(
+	ElementLine(0 0 0 maxY silkW)
+	ElementLine(0 maxY maxX maxY silkW)
+	ElementLine(maxX maxY maxX 0 silkW)
+	ElementLine(maxX 0 0 0 silkW)
+
+	# 1st pin on pin side
+	Pad(centerX1 eval(centerY1+spaceY-deltaY)
+	    centerX1 eval(centerY1+spaceY+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	define(`indeX',incr(indeX))
+
+	ifelse(eval(len(`$7') == 4), 1,
+	  `Pad(centerX eval(centerY1+spaceY-deltaY)
+	       centerX eval(centerY1+spaceY+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	   define(`indeX',incr(indeX))
+	 ')
+	ifelse(eval(len(`$7') == 5), 1,
+	  `Pad(eval(centerX1+spaceX/3) eval(centerY1+spaceY-deltaY)
+	       eval(centerX1+spaceX/3) eval(centerY1+spaceY+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	   define(`indeX',incr(indeX))
+	   Pad(eval(centerX1+2*spaceX/3) eval(centerY1+spaceY-deltaY)
+	       eval(centerX1+2*spaceX/3) eval(centerY1+spaceY+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	   define(`indeX',incr(indeX))
+	 ')
+
+	# last pin on pin side
+	Pad(eval(centerX1+spaceX) eval(centerY1+spaceY-deltaY)
+	    eval(centerX1+spaceX) eval(centerY1+spaceY+deltaY)
+			   padX "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+	define(`indeX',incr(indeX))
+
+	# extra wide pin on opposite side
+	Pad(eval(centerX+spaceX/4) centerY1
+	    eval(centerX-spaceX/4) centerY1
+			   padY "substr(`$7',indeX,1)" "substr(`$7',indeX,1)" 0x100)
+
+	Mark(centerX1 eval(centerY1+spaceY))
+)')
+#
+# -------------------------------------------------------------------
+#
+#
+# definition of a SMT dual inline package of any size
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+# $5: width of component itself in mils (228 for SO)    -> 261
+# $6: pin spacing in 1/100 mils (500 for SO)
+# $7: pad fatness in mils (20 for SO)
+# $8: pad basic length in mils, will add extra tin here (50 for SO)
+#
+define(`COMMON_SMT_DUALINLINE',
+       `define(`pinCOUNT', `$4')
+	define(`pinS100',  `$6')
+	define(`padY',    `$7')
+	define(`addTIN',  `eval(padY / 5)')
+	define(`maxX',    `eval($5 + 2*addTIN)')
+	define(`padX',    `eval($8 + 2*addTIN)')
+	define(`maxY',    `eval((pinCOUNT/2 * pinS100) / 100)')
+	define(`lowX1',   `eval(padY/2)')
+	define(`highX1',  `eval(padX-padY)')
+	define(`lowX2',   `eval(maxX - (padX-padY))')
+	define(`highX2',  `eval(maxX - padY/2)')
+	define(`centerX', `eval(maxX / 2)')
+Element(0x00 "$1" "`$2'" "$3" eval(centerX + 20) 50 3 100 0x00)
+(
+	forloop(`i', 1, eval(pinCOUNT/2),
+		`PAD(lowX1, eval((i*pinS100 - pinS100/2)/100),
+		    highX1, eval((i*pinS100 - pinS100/2)/100), padY, i)
+	')
+	forloop(`i', 1, eval(pinCOUNT/2),
+		`PAD(lowX2, eval(maxY - (i*pinS100 - pinS100/2)/100),
+		    highX2, eval(maxY - (i*pinS100 - pinS100/2)/100), padY, eval(i + pinCOUNT/2))
+	')
+	define(`smaxX', `eval(maxX+rSILK)')
+	define(`smaxY', `eval(maxY+rSILK)')
+	define(`rSh', `eval(-rSILK)')
+	define(`radW', `eval($5/3)')
+	define(`radP', `eval(pinS100/100)')
+	define(`rad', `ifelse(1,eval(radW<radP),radW,radP)')
+	ElementLine(rSh rSh eval(centerX - rad) rSh rSILK)
+	ElementArc(centerX rSh rad rad 0 180 rSILK)
+	ElementLine(eval(centerX + rad) rSh smaxX rSh rSILK)
+	ElementLine(smaxX rSh smaxX smaxY rSILK)
+	ElementLine(smaxX smaxY rSh smaxY rSILK)
+	ElementLine(rSh smaxY rSh rSh rSILK)
+	Mark(eval(padX/2) eval(pinS100/200))
+)')
+
+
+#
+# -------------------------------------------------------------------
+#
+# general purpose two pole surface mount
+# size args for a 0805 is 8,5 for 0402 is 4,2 etc
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: length of component in mil
+# $5: width of component in mil
+#
+define(`PKG_SMT_2PAD_MIL',
+  `COMMON_SMT_2PAD_MIL(`$1', `$2', `$3', `$4', `$5', 20, 0)')
+#
+# general purpose two pole surface mount, pin 1 is marked
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: length of component in 1/10 mm
+# $5: width of component in 1/10 mm
+#
+define(`PKG_SMT_2PAD_EIA',
+  `COMMON_SMT_2PAD_MIL(`$1', `$2', `$3',
+		  `eval(($4*1000)/254)', `eval(($5*1000)/254)', 20, 1)')
+#
+#
+# general purpose diode surface mount, pin 1 is marked
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: length of component in 1/10 mm
+# $5: width of component in 1/10 mm
+#
+define(`PKG_SMT_DIODE',
+  `COMMON_SMT_2PAD_MIL(`$1', `$2', `$3',
+		  `eval(($4*1000)/254)', `eval(($5*1000)/254)', 30, 1)')
+#
+#
+# diode in transistor housing, 2 active pins, 1 is cathode, 2 is anode
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pin spacing lengthwise in 1/10 mm
+# $5: pin spacing across in 1/10 mm
+#
+define(`PKG_SMT_TRANSISTOR2',
+  `COMMON_SMT_TRANSISTOR_MIL(`$1', `$2', `$3',
+		  `eval(($4*1000)/254)', `eval(($5*1000)/254)', 50, `231')')
+#
+#
+#
+# general purpose transistor, 3 pins
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pin spacing lengthwise in 1/10 mm
+# $5: pin spacing across in 1/10 mm
+#
+define(`PKG_SMT_TRANSISTOR3',
+  `COMMON_SMT_TRANSISTOR_MIL(`$1', `$2', `$3',
+		  `eval(($4*1000)/254)', `eval(($5*1000)/254)', 50, `123')')
+#
+#
+# general purpose transistor, 4 pins
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pin spacing lengthwise in 1/10 mm
+# $5: pin spacing across in 1/10 mm
+#
+define(`PKG_SMT_TRANSISTOR4',
+  `COMMON_SMT_TRANSISTOR_MIL(`$1', `$2', `$3',
+		  `eval(($4*1000)/254)', `eval(($5*1000)/254)', 50, `1234')')
+#
+#
+# general purpose transistor, 5 pins
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pin spacing lengthwise in 1/10 mm
+# $5: pin spacing across in 1/10 mm
+#
+define(`PKG_SMT_TRANSISTOR5',
+  `COMMON_SMT_TRANSISTOR_MIL(`$1', `$2', `$3',
+		  `eval(($4*1000)/254)', `eval(($5*1000)/254)', 50, `12345')')
+define(`PKG_SMT_TRANSISTOR5A',
+  `COMMON_SMT_TRANSISTOR_MIL(`$1', `$2', `$3',
+		  `eval(($4*1000)/254)', `eval(($5*1000)/254)', 50, `45123')')
+#
+#
+# general purpose transistor, 6 pins
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pin spacing lengthwise in 1/10 mm
+# $5: pin spacing across in 1/10 mm
+#
+define(`PKG_SMT_TRANSISTOR6',
+  `COMMON_SMT_TRANSISTOR_MIL(`$1', `$2', `$3',
+		  `eval(($4*1000)/254)', `eval(($5*1000)/254)', 50, `123456')')
+#
+#
+# general purpose transistor, 3 pins on one side, cooling tab/pin on other
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pin spacing lengthwise in 1/10 mm
+# $5: pin spacing across in 1/10 mm
+#
+define(`PKG_SMT_TRANSISTOR4X',
+  `COMMON_SMT_TRANSISTORX_MIL(`$1', `$2', `$3',
+		  `eval(($4*1000)/254)', `eval(($5*1000)/254)', 50, `1234')')
+#
+# SO package, narrow and wide
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: pin count
+# $5: total width
+# $6: pin pitch 1/100mil
+#
+# BUG: total package size in Y is larger
+#
+#
+# 14 plasticX,Y=157,344
+# 24W plasticX,Y=299,614
+define(`PKG_SO',   `COMMON_SMT_DUALINLINE(`$1',`$2',`$3',`$4',`$5',`$6',20,50)')
+#
+# 8..28
+# NOTE: 24 plasticX,Y=245,368
+define(`PKG_SSO',  `COMMON_SMT_DUALINLINE(`$1',`$2',`$3',`$4',`$5',`$6',16,40)')
+#
+# 28, 32A, 32B
+# NOTE: 28 plasticX,Y=469,319
+# NOTE: 32A plasticX,Y=728,319
+# BUG: check total size wrt rounding, it shoudl
+# BUG: numbering is all different -- check
+define(`PKG_TSOP', `COMMON_SMT_DUALINLINE(`$1',`$2',`$3',`$4',`$5',`$6',12,40)')
+#
+# 8, TSSOP56 TSSOP64
+# NOTE: 8 plasticX,Y=177,122
+# BUG: check total size wrt rounding
+# BUG: numbering is all different -- check
+define(`PKG_TSSOP', `COMMON_SMT_DUALINLINE(`$1',`$2',`$3',`$4',260,2600,14,40)')
+#
+# BUG: add SO8ePAD = SO8 plus dX=95+ dy=122+ solder pad
+#efine(`xKG_SO',   `COMMON_SMT_DUALINLINE(`$1',`$2',`$3',`$4',244,5000,20,50)')
+# BUG: add PowerSO.PDF = MO166 - include dx=244+ dy=630 wide strip / X,Y=437,630
+#efine(`PKG_MO166',  `COMMON_SMT_DUALINLINE(`$1',`$2',`$3',`$4',570,5000,25,50)') # 24:
+
+
+# -------------------------------------------------------------------
+# the definition of a SMT dual inline package
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+# $4: number of pins
+# $5: pad width  (1/1000 mil)
+# $6: pad length (1/1000 mil)
+# $7: pad pitch (1/1000 mil)
+# $8: pad seperation (gap in the copper) for pads on opposite sides of
+#     the package (1/1000 mil)
+# $9: define to make the pins get numbered starting with the highest pin
+#     instead of pin 1.  Needed for certain brain damaged packages like
+#     the Mini-Circuits KK81
+# pin 1 will be upper left, pin N/2 will be lower left,
+# pin N will be upper right as defined here
+define(`COMMON_SMT_DIL_MIL',
+        `
+	# number of pads
+	define(`NPADS', `$4')
+	# pad width in 1/1000 mil
+        define(`PADWIDTH', `$5')
+	# pad length in 1/1000 mil
+        define(`PADLENGTH',`$6')
+	# pad pitch 1/1000 mil
+	define(`PITCH',`$7')
+	# seperation between pads on opposite sides 1/1000 mil
+	define(`PADSEP',`$8')
+
+	# X coordinates for the right hand column of pads (1/100 mils)
+        define(`X1', `eval( (PADSEP/2 + PADLENGTH - PADWIDTH/2)/10)')
+        define(`X2', `eval( (PADSEP/2 + PADWIDTH/2)/10)')
+
+	# pad clearance to plane layer in 1/100 mil
+        define(`PADCLEAR', 1000)
+
+	# pad soldermask width in 1/100 mil
+        define(`PADMASK', eval(PADWIDTH/10 + 1000))
+
+	# silk screen width (1/100 mils)
+	define(`SILKW', `1000')
+	define(`SILKSEP', `500')
+
+
+	# figure out if we have an even or odd number of pins per side
+	define(`TMP1', eval(NPADS/4))
+	define(`TMP2', eval((4*TMP1 - NPADS) == 0))
+	ifelse(TMP2, 1, `define(`EVEN',"yes")', `define(`EVEN',"no")')
+
+	# silk bounding box is -XMAX,-YMAX, XMAX,YMAX (1/100 mils)
+	define(`XMAX', `eval( (PADSEP/2 + PADLENGTH + 5*SILKW)/10 + SILKSEP )')
+	ifelse(EVEN,"yes",
+		`define(`YMAX', `eval( ((NPADS/4)*PITCH - PITCH/2 + PADWIDTH/2 + 5*SILKW)/10 + SILKSEP )')',
+		`define(`YMAX', `eval( ((NPADS/4)*PITCH           + PADWIDTH/2 + 5*SILKW)/10 + SILKSEP )')'
+	)
+
+	define(`REV', `$9')
+
+	ifelse(REV,"reverse",
+		`define(`CURPIN', NPADS)'
+	,
+		`define(`CURPIN', `1')'
+	)	
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "$1" "`$2'" "$3" 0 0 -2000 -6000 0 100 0x00000000]
+(
+# 
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+        forloop(`i', 1, eval(NPADS / 2),
+                `ifelse(EVEN,"yes",
+		 `Pad[   -X1 eval( (-(NPADS/4)*PITCH - PITCH/2 + i*PITCH)/10) 
+			 -X2 eval( (-(NPADS/4)*PITCH - PITCH/2 + i*PITCH)/10) 
+			eval(PADWIDTH/10) PADCLEAR PADMASK "CURPIN" "CURPIN" 0x00000100]',
+		 `Pad[   -X1 eval( (-(NPADS/4)*PITCH - PITCH   + i*PITCH)/10) 
+			 -X2 eval( (-(NPADS/4)*PITCH - PITCH   + i*PITCH)/10) 
+			eval(PADWIDTH/10) PADCLEAR PADMASK "CURPIN" "CURPIN" 0x00000100]')
+
+		ifelse(REV,"reverse", 
+			`define(`CURPIN', decr(CURPIN))',
+			`define(`CURPIN', incr(CURPIN))'
+			)
+        ')
+        forloop(`i', eval((NPADS / 2) + 1), NPADS,
+                `ifelse(EVEN,"yes",
+		 `Pad[   X1 eval( ((NPADS/4)*PITCH + PITCH/2 - (i-NPADS/2)*PITCH)/10) 
+			 X2 eval( ((NPADS/4)*PITCH + PITCH/2 - (i-NPADS/2)*PITCH)/10) 
+			eval(PADWIDTH/10) PADCLEAR PADMASK "CURPIN" "CURPIN" 0x00000100]',
+		 `Pad[   X1 eval( ((NPADS/4)*PITCH + PITCH   - (i-NPADS/2)*PITCH)/10) 
+			 X2 eval( ((NPADS/4)*PITCH + PITCH   - (i-NPADS/2)*PITCH)/10) 
+			eval(PADWIDTH/10) PADCLEAR PADMASK "CURPIN" "CURPIN" 0x00000100]')
+		ifelse(REV,"reverse", 
+			`define(`CURPIN', decr(CURPIN))',
+			`define(`CURPIN', incr(CURPIN))'
+			)
+        ')
+
+	ElementLine[-XMAX -YMAX -XMAX  YMAX SILKW]
+	ElementLine[-XMAX  YMAX  XMAX  YMAX SILKW]
+	ElementLine[ XMAX  YMAX  XMAX -YMAX SILKW]
+	ElementLine[-XMAX -YMAX -2500 -YMAX SILKW]
+	ElementLine[ XMAX -YMAX  2500 -YMAX SILKW]
+
+	# punt on the arc on small parts as it can cover the pads
+	ifelse(eval((PADSEP)/1000 > 70), 1, `ElementArc[0 -YMAX 2500 2500 0 180 SILKW]', )
+	
+)')
+
+# dimensions are given in 1/100 mm.
+# $5-$8 are pad width, length, pitch, and sep
+define(`COMMON_SMT_DIL_MM',  `COMMON_SMT_DIL_MIL(`$1',`$2',`$3',`$4',
+	eval($5*100000/254),eval($6*100000/254),eval($7*100000/254),eval($8*100000/254), `$9')')
+
+define(`PKG_US',  `COMMON_SMT_DIL_MM(`$1',`$2',`$3',`$4',30,70,50,200)')
+
Index: oldlib/lib/texas_inst_amplifier.list
===================================================================
--- oldlib/lib/texas_inst_amplifier.list	(nonexistent)
+++ oldlib/lib/texas_inst_amplifier.list	(revision 296)
@@ -0,0 +1,53 @@
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# mask package values...
+#
+TL070_dil:N:TL070:TL070A
+TL071_dil:N:TL071:TL071A:TL071B
+TL072_dil:N:TL072:TL072A:TL072B
+TL074_dil:N:TL074:TL074A:TL074B
+TL075_dil:N:TL075
+#
+#
+TL080_dil:N:TL080:TL080A
+TL081_dil:N:TL081:TL081A:TL081B
+TL082_dil:N:TL082:TL082A:TL082B
+TL083_dil:N:TL083:TL083A
+TL084_dil:N:TL084:TL084A:TL084B
+TL085_dil:N:TL085
+#
+TLC271_dil:N:TLC271:TLC271A:TLC271B
+TLC272_dil:N:TLC272:TLC272A:TLC272B:TLC277
+TLC274_dil:N:TLC274:TLC274A:TLC274B:TLC279
+#
+uA709C_dil:N:uA709C
+uA741C_dil:N:uA741C
+uA747C_dil:N:uA747C
+uA748C_dil:N:uA748C
+#
+LM324_dil:N:LM124:LM224:LM224A:LM324:LM324A:LM2902
+#

Property changes on: oldlib/lib/texas_inst_amplifier.list
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/texas_inst_amplifier.m4
===================================================================
--- oldlib/lib/texas_inst_amplifier.m4	(nonexistent)
+++ oldlib/lib/texas_inst_amplifier.m4	(revision 296)
@@ -0,0 +1,124 @@
+divert(-1)
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+define(`Description_TL070_dil', `Single low noise JFET input operational amplifier')
+define(`Param1_TL070_dil', 8)
+define(`Param2_TL070_dil', 300)
+define(`PinList_TL070_dil',  ``N1Comp',`In-',`In+',`Vcc-',`OfsN2',`Out',`Vcc+',`Comp'')
+
+define(`Description_TL071_dil', `Single low noise JFET input operational amplifier')
+define(`Param1_TL071_dil', 8)
+define(`Param2_TL071_dil', 300)
+define(`PinList_TL071_dil',  ``OfsN1',`In-',`In+',`Vcc-',`OfsN2',`Out',`Vcc+',`NC'')
+
+define(`Description_TL072_dil', `Dual low noise JFET input operational amplifiers')
+define(`Param1_TL072_dil', 8)
+define(`Param2_TL072_dil', 300)
+define(`PinList_TL072_dil',  ``Out1',`In1-',`In1+',`Vcc-',`In2+',`In2-',`Out2',`Vcc+'')
+
+define(`Description_TL074_dil', `Quad low noise JFET input operational amplifiers')
+define(`Param1_TL074_dil', 14)
+define(`Param2_TL074_dil', 300)
+define(`PinList_TL074_dil',  ``Out1',`In1-',`In1+',`Vcc+',`In2+',`In2-',`Out2',`Out3',`In3-',`In3+',`Vcc-',`In4+',`In4-',`Out4'')
+
+define(`Description_TL075_dil', `Quad JFET input operational amplifiers')
+define(`Param1_TL075_dil', 14)
+define(`Param2_TL075_dil', 300)
+define(`PinList_TL075_dil',  ``In1-',`In1+',`Out1',`Out2',`In2+',`In2-',`Vcc-',`In3-',`In3+',`Out3',`Vcc+',`Out4',`In4+',`In4-'')
+
+define(`Description_TL080_dil', `Single JFET input operational amplifier')
+define(`Param1_TL080_dil', 8)
+define(`Param2_TL080_dil', 300)
+define(`PinList_TL080_dil',  ``N1Comp',`In-',`In+',`Vcc-',`OfsN2',`Out',`Vcc+',`Comp'')
+
+define(`Description_TL081_dil', `Single JFET input operational amplifier')
+define(`Param1_TL081_dil', 8)
+define(`Param2_TL081_dil', 300)
+define(`PinList_TL081_dil',  ``OfsN1',`In-',`In+',`Vcc-',`OfsN2',`Out',`Vcc+',`NC'')
+
+define(`Description_TL082_dil', `Dual JFET input operational amplifiers')
+define(`Param1_TL082_dil', 8)
+define(`Param2_TL082_dil', 300)
+define(`PinList_TL082_dil',  ``Out1',`In1-',`In1+',`Vcc-',`In2+',`In2-',`Out2',`Vcc+'')
+
+define(`Description_TL083_dil', `Dual JFET input operational amplifiers')
+define(`Param1_TL083_dil', 14)
+define(`Param2_TL083_dil', 300)
+define(`PinList_TL083_dil',  ``1 In-',`1 In+',`1 OfsN2',`Vcc-',`2 OfsN2',`2 In+', `2 In-', `2 OfsN1',`Vcc+',`2 Out',`NC',`1 Out',`Vcc+',`1 OfsN1'')
+
+define(`Description_TL084_dil', `Quad JFET input operational amplifiers')
+define(`Param1_TL084_dil', 14)
+define(`Param2_TL084_dil', 300)
+define(`PinList_TL084_dil',  ``Out1',`In1-',`In1+',`Vcc+',`In2+',`In2-',`Out2',`Out3',`In3-',`In3+',`Vcc-',`In4+',`In4-',`Out4'')
+
+define(`Description_TL085_dil', `Quad JFET input operational amplifiers')
+define(`Param1_TL085_dil', 14)
+define(`Param2_TL085_dil', 300)
+define(`PinList_TL085_dil',  ``In1-',`In1+',`Out1',`Out2',`In2+',`In2-',`Vcc-',`In3-',`In3+',`Out3',`Vcc+',`Out4',`In4+',`In4-'')
+
+define(`Description_TLC271_dil', `Single programmable low power operational amplifier')
+define(`Param1_TLC271_dil', 8)
+define(`Param2_TLC271_dil', 300)
+define(`PinList_TLC271_dil',  ``OfsN1',`In-',`In+',`Gnd',`OfsN2',`Out',`Vdd',`BiasSelect'')
+
+define(`Description_TLC272_dil', `Dual precision operational amplifiers')
+define(`Param1_TLC272_dil', 8)
+define(`Param2_TLC272_dil', 300)
+define(`PinList_TLC272_dil',  ``Out1',`In1-',`In1+',`Gnd',`In2+',`In2-',`Out2',`Vdd'')
+
+define(`Description_TLC274_dil', `Quad precision operational amplifiers')
+define(`Param1_TLC274_dil', 14)
+define(`Param2_TLC274_dil', 300)
+define(`PinList_TLC274_dil',  ``Out1',`In1-',`In1+',`Vdd',`In2+',`In2-',`Out2',`Out3',`In3-',`In3+',`Gnd',`In4+',`In4-',`Out4'')
+
+define(`Description_LM324_dil', `Quad operational amplifiers')
+define(`Param1_LM324_dil', 14)
+define(`Param2_LM324_dil', 300)
+define(`PinList_LM324_dil',  ``Out1',`In1-',`In1+',`Vcc',`In2+',`In2-',`Out2',`Out3',`In3-',`In3+',`Gnd',`In4+',`In4-',`Out4'')
+
+define(`Description_uA709C_dil', `Single general purpose operational amplifier')
+define(`Param1_uA709C_dil', 8)
+define(`Param2_uA709C_dil', 300)
+define(`PinList_uA709C_dil',  ``FreqCompB',`In-',`In+',`Vcc-',`OutFreqComp',`Out',`Vcc+',`FreqCompA'')
+
+define(`Description_uA741C_dil', `Single general purpose operational amplifier')
+define(`Param1_uA741C_dil', 8)
+define(`Param2_uA741C_dil', 300)
+define(`PinList_uA741C_dil',  ``OfsN1',`In-',`In+',`Vcc-',`OfsN2',`Out',`Vcc+',`NC'')
+
+define(`Description_uA747C_dil', `Dual general purpose operational amplifiers')
+define(`Param1_uA747C_dil', 14)
+define(`Param2_uA747C_dil', 300)
+define(`PinList_uA747C_dil',  ``1 In-',`1 In+',`1 OfsN2',`Vcc-',`2 OfsN2',`2 In+',`2 In-',`2 OfsN1',`2 Vcc+',`2 Out',`NC',`1 Out',`1 Vcc+',`1 OfsN1'')
+
+define(`Description_uA748C_dil', `Single general purpose operational amplifier')
+define(`Param1_uA748C_dil', 8)
+define(`Param2_uA748C_dil', 300)
+define(`PinList_uA748C_dil',  ``N1Comp',`In-',`In+',`Vcc-',`OfsN2',`Out',`Vcc+',`Comp'')
+
+divert(0)dnl
+

Property changes on: oldlib/lib/texas_inst_amplifier.m4
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/texas_inst_voltage_reg.list
===================================================================
--- oldlib/lib/texas_inst_voltage_reg.list	(nonexistent)
+++ oldlib/lib/texas_inst_voltage_reg.list	(revision 296)
@@ -0,0 +1,112 @@
+#
+#                             COPYRIGHT
+#
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+#
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+#
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+#
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+#
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+#
+#   RCS: $Id$
+#
+# mask package values...
+#
+uA7905C:TO220LAY:uA7905C-laying
+uA7905C:TO220STAND:uA7905C-standing
+uA7952C:TO220LAY:uA7952C-laying
+uA7952C:TO220STAND:uA7952C-standing
+uA7906C:TO220LAY:uA7906C-laying
+uA7906C:TO220STAND:uA7906C-standing
+uA7908C:TO220LAY:uA7908C-laying
+uA7908C:TO220STAND:uA7908C-standing
+uA7910C:TO220LAY:uA7910C-laying
+uA7910C:TO220STAND:uA7910C-standing
+uA7912C:TO220LAY:uA7912C-laying
+uA7912C:TO220STAND:uA7912C-standing
+uA7815C:TO220LAY:uA7815C-laying
+uA7915C:TO220STAND:uA7915C-standing
+uA7918C:TO220LAY:uA7918C-laying
+uA7918C:TO220STAND:uA7918C-standing
+uA7924C:TO220LAY:uA7924C-laying
+uA7924C:TO220STAND:uA7924C-standing
+uA79M05C:TO220LAY:uA79M05C-laying
+uA79M05C:TO220STAND:uA79M05C-standing
+uA79M06C:TO220LAY:uA79M06C-laying
+uA79M06C:TO220STAND:uA79M06C-standing
+uA79M08C:TO220LAY:uA79M08C-laying
+uA79M08C:TO220STAND:uA79M08C-standing
+uA79M12C:TO220LAY:uA79M12C-laying
+uA79M12C:TO220STAND:uA79M12C-standing
+uA79M15C:TO220LAY:uA79M15C-laying
+uA79M15C:TO220STAND:uA79M15C-standing
+uA79M20C:TO220LAY:uA79M20C-laying
+uA79M20C:TO220STAND:uA79M20C-standing
+uA79M24C:TO220LAY:uA79M24C-laying
+uA79M24C:TO220STAND:uA79M24C-standing
+uA7805C:TO220LAY:uA7805C-laying
+uA7805C:TO220STAND:uA7805C-standing
+uA7806C:TO220LAY:uA7806C-laying
+uA7806C:TO220STAND:uA7806C-standing
+uA7808C:TO220LAY:uA7808C-laying
+uA7808C:TO220STAND:uA7808C-standing
+uA7885C:TO220LAY:uA7885C-laying
+uA7885C:TO220STAND:uA7885C-standing
+uA7810C:TO220LAY:uA7810C-laying
+uA7810C:TO220STAND:uA7810C-standing
+uA7812C:TO220LAY:uA7812C-laying
+uA7812C:TO220STAND:uA7812C-standing
+uA7815C:TO220LAY:uA7815C-laying
+uA7815C:TO220STAND:uA7815C-standing
+uA7818C:TO220LAY:uA7818C-laying
+uA7818C:TO220STAND:uA7818C-standing
+uA7824C:TO220LAY:uA7824C-laying
+uA7824C:TO220STAND:uA7824C-standing
+uA78M05C:TO220LAY:uA78M05C-laying
+uA78M05C:TO220STAND:uA78M05C-standing
+uA78M06C:TO220LAY:uA78M06C-laying
+uA78M06C:TO220STAND:uA78M06C-standing
+uA78M08C:TO220LAY:uA78M08C-laying
+uA78M08C:TO220STAND:uA78M08C-standing
+uA78M09C:TO220LAY:uA78M09C-laying
+uA78M09C:TO220STAND:uA78M09C-standing
+uA78M10C:TO220LAY:uA78M10C-laying
+uA78M10C:TO220STAND:uA78M10C-standing
+uA78M12C:TO220LAY:uA78M12C-laying
+uA78M12C:TO220STAND:uA78M12C-standing
+uA78M15C:TO220LAY:uA78M15C-laying
+uA78M15C:TO220STAND:uA78M15C-standing
+uA78M20C:TO220LAY:uA78M20C-laying
+uA78M20C:TO220STAND:uA78M20C-standing
+uA78M24C:TO220LAY:uA78M24C-laying
+uA78M24C:TO220STAND:uA78M24C-standing
+uA78L02C:TO92:uA78L02C
+uA78L05C:TO92:uA78L05C
+uA78L06C:TO92:uA78L06C
+uA78L08C:TO92:uA78L08C
+uA78L09C:TO92:uA78L09C
+uA78L10C:TO92:uA78L10C
+uA78L12C:TO92:uA78L12C
+uA78L15C:TO92:uA78L15C
+uA79L05C:TO92:uA79L05C
+uA79L12C:TO92:uA79L12C
+uA79L15C:TO92:uA79L15C
+LM317:TO220LAY:LM317-laying
+LM317:TO220STAND:LM317-standing
+LM337:TO220LAY:LM337-laying
+LM337:TO220STAND:LM337-standing
+TL431C:TO92:TL431C
Index: oldlib/lib/texas_inst_voltage_reg.m4
===================================================================
--- oldlib/lib/texas_inst_voltage_reg.m4	(nonexistent)
+++ oldlib/lib/texas_inst_voltage_reg.m4	(revision 296)
@@ -0,0 +1,173 @@
+divert(-1)
+#
+#                             COPYRIGHT
+#
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+#
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+#
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+#
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+#
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+#
+#   RCS: $Id$
+#
+#
+define(`Description_uA7905C',`-5V 1.5A voltage regulator')
+define(`PinList_uA7905C',``Com',`In',`Out',`In'')
+
+define(`Description_uA7952C',`-5.2V 1.5A voltage regulator')
+define(`PinList_uA7952C',``Com',`In',`Out',`In'')
+
+define(`Description_uA7906C',`-6V 1.5A voltage regulator')
+define(`PinList_uA7906C',``Com',`In',`Out',`In'')
+
+define(`Description_uA7908C',`-8V 1.5A voltage regulator')
+define(`PinList_uA7908C',``Com',`In',`Out',`In'')
+
+define(`Description_uA7910C',`-10V 1.5A voltage regulator')
+define(`PinList_uA7910C',``Com',`In',`Out',`In'')
+
+define(`Description_uA7912C',`-12V 1.5A voltage regulator')
+define(`PinList_uA7912C',``Com',`In',`Out',`In'')
+
+define(`Description_uA7915C',`-15V 1.5A voltage regulator')
+define(`PinList_uA7915C',``Com',`In',`Out',`In'')
+
+define(`Description_uA7918C',`-18V 1.5A voltage regulator')
+define(`PinList_uA7918C',``Com',`In',`Out',`In'')
+
+define(`Description_uA7924C',`-24V 1.5A voltage regulator')
+define(`PinList_uA7924C',``Com',`In',`Out',`In'')
+
+define(`Description_uA79M05C',`-5V 0.5A voltage regulator')
+define(`PinList_uA79M05C',``Com',`In',`Out',`In'')
+
+define(`Description_uA79M06C',`-6V 0.5A voltage regulator')
+define(`PinList_uA79M06C',``Com',`In',`Out',`In'')
+
+define(`Description_uA79M08C',`-8V 0.5A voltage regulator')
+define(`PinList_uA79M08C',``Com',`In',`Out',`In'')
+
+define(`Description_uA79M12C',`-12V 0.5A voltage regulator')
+define(`PinList_uA79M12C',``Com',`In',`Out',`=CC'')
+
+define(`Description_uA79M15C',`-15V 0.5A voltage regulator')
+define(`PinList_uA79M15C',``Com',`In',`Out',`In'')
+
+define(`Description_uA79M20C',`-20V 0.5A voltage regulator')
+define(`PinList_uA79M20C',``Com',`In',`Out',`In'')
+
+define(`Description_uA79M24C',`-24V 0.5A voltage regulator')
+define(`PinList_uA79M24C',``Com',`In',`Out',`In'')
+
+define(`Description_uA79L05C',`-5V 0.1A voltage regulator')
+define(`PinList_uA79L05C',``Out',`In',`Com'')
+
+define(`Description_uA79L12C',`-12V 0.1A voltage regulator')
+define(`PinList_uA79L12C',``Out',`In',`Com'')
+
+define(`Description_uA79L15C',`-15V 0.1A voltage regulator')
+define(`PinList_uA79L15C',``Out',`In',`Com'')
+
+define(`Description_uA7805C',`+5V 1.5A voltage regulator')
+define(`PinList_uA7805C',``In',`Com',`Out',`Com'')
+
+define(`Description_uA7806C',`+6V 1.5A voltage regulator')
+define(`PinList_uA7806C',``In',`Com',`Out',`Com'')
+
+define(`Description_uA7808C',`+8V 1.5A voltage regulator')
+define(`PinList_uA7808C',``In',`Com',`Out',`Com'')
+
+define(`Description_uA7885C',`+8.5V 1.5A voltage regulator')
+define(`PinList_uA7885C',``In',`Com',`Out',`Com'')
+
+define(`Description_uA7810C',`+10V 1.5A voltage regulator')
+define(`PinList_uA7810C',``In',`Com',`Out',`Com'')
+
+define(`Description_uA7812C',`+12V 1.5A voltage regulator')
+define(`PinList_uA7812C',``In',`Com',`Out',`Com'')
+
+define(`Description_uA7815C',`+15V 1.5A voltage regulator')
+define(`PinList_uA7815C',``In',`Com',`Out',`Com'')
+
+define(`Description_uA7818C',`+18V 1.5A voltage regulator')
+define(`PinList_uA7818C',``In',`Com',`Out',`Com'')
+
+define(`Description_uA7824C',`+24V 1.5A voltage regulator')
+define(`PinList_uA7824C',``In',`Com',`Out',`Com'')
+
+define(`Description_uA78M05C',`+5V 0.5A voltage regulator')
+define(`PinList_uA78M05C',``In',`Com',`Out',`Com'')
+
+define(`Description_uA78M06C',`+6V 0.5A voltage regulator')
+define(`PinList_uA78M06C',``In',`Com',`Out',`Com'')
+
+define(`Description_uA78M08C',`+8V 0.5A voltage regulator')
+define(`PinList_uA78M08C',``In',`Com',`Out',`Com'')
+
+define(`Description_uA78M09C',`+9V 0.5A voltage regulator')
+define(`PinList_uA78M09C',``In',`Com',`Out',`Com'')
+
+define(`Description_uA78M10C',`+10V 0.5A voltage regulator')
+define(`PinList_uA78M10C',``In',`Com',`Out',`Com'')
+
+define(`Description_uA78M12C',`+12V 0.5A voltage regulator')
+define(`PinList_uA78M12C',``In',`Com',`Out',`Com'')
+
+define(`Description_uA78M15C',`+15V 0.5A voltage regulator')
+define(`PinList_uA78M15C',``In',`Com',`Out',`Com'')
+
+define(`Description_uA78M20C',`+20V 0.5A voltage regulator')
+define(`PinList_uA78M18C',``In',`Com',`Out',`Com'')
+
+define(`Description_uA78M24C',`+24V 0.5A voltage regulator')
+define(`PinList_uA78M24C',``In',`Com',`Out',`Com'')
+
+define(`Description_uA78L02C',`+2V 0.1A voltage regulator')
+define(`PinList_uA78L02C',``In',`Com',`Out'')
+
+define(`Description_uA78L05C',`+5V 0.1A voltage regulator')
+define(`PinList_uA78L05C',``In',`Com',`Out'')
+
+define(`Description_uA78L06C',`+6V 0.1A voltage regulator')
+define(`PinList_uA78L06C',``In',`Com',`Out'')
+
+define(`Description_uA78L08C',`+8V 0.1A voltage regulator')
+define(`PinList_uA78L08C',``In',`Com',`Out'')
+
+define(`Description_uA78L09C',`+9V 0.1A voltage regulator')
+define(`PinList_uA78L09C',``In',`Com',`Out'')
+
+define(`Description_uA78L10C',`+10V 0.1A voltage regulator')
+define(`PinList_uA78L10C',``In',`Com',`Out'')
+
+define(`Description_uA78L12C',`+12V 0.1A voltage regulator')
+define(`PinList_uA78L12C',``In',`Com',`Out'')
+
+define(`Description_uA78L15C',`+15V 0.1A voltage regulator')
+define(`PinList_uA78L15C',``In',`Com',`Out'')
+
+define(`Description_LM317',`+1.2 to +37V 1.5A voltage regulator')
+define(`PinList_LM317',``Adj',`Out',`In',`Out'')
+
+define(`Description_LM337',`-1.2 to -37V 1.5A voltage regulator')
+define(`PinList_LM337',``Adj',`In',`Out',`In'')
+
+define(`Description_TL431C',`Adjustable precision shunt regulator')
+define(`PinList_TL431C',``Cathode',`Anode',`Ref'')
+
+divert(0)dnl
Index: oldlib/lib/to.inc
===================================================================
--- oldlib/lib/to.inc	(nonexistent)
+++ oldlib/lib/to.inc	(revision 296)
@@ -0,0 +1,559 @@
+# -*- m4 -*-
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#
+# TO packages
+
+# -------------------------------------------------------------------
+# a TO3 housing
+# 
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+#
+# by Olaf Kaluza <criseis!olaf@ruhrgebiet.individual.net>
+define(`PKG_TO3_90',
+`Element(0x00 "$1" "`$2'" "$3" 400 800 0 100 0x00)
+(
+
+# The JEDEC drawing specifies that pins #1
+# and #2 have a diameter from 38 to 43 mils.
+# The mounting holes (pins 3 and 4 here) are
+# 151 to 161 mils.  Increasing by 15 mils would
+# give a drill diameter of 58 and 176 mils.  
+# 55 and 177 are close in standard drill sizes.
+# a #4 machine screw is 110 mils, a #6 is 140 mils and a 
+# #8 is 160 mils in diameter.  Looks like you can not count
+# on using a #8 for a TO3, but a #6 is fair.
+# This would give something like a 90 pad size for a 
+# 35 mil annular ring for pins 1 and 2.  
+	PIN(650, 1000, 90, 55, 1)
+	PIN(650, 550, 90, 55, 2)
+	PIN(1320, 775, 250, 177, 3)
+	PIN(125, 775, 250, 177, 4)
+
+	ElementArc(700 775 500 500 70 40 20)
+	ElementArc(700 775 500 500 250 40 20)
+	ElementArc(1320 775 180 180 125 110 20)
+	ElementArc(125 775 180 180 305 110 20)
+	ElementLine(25 925 530 1245 20)
+	ElementLine(25 625 530 305 20)
+	ElementLine(870 305 1430 630 20)
+	ElementLine(870 1245 1430 920 20)
+
+	Mark(650 775)
+)')
+
+# by Volker Bosch, 45 degree, TO3
+define(`PKG_TO3_45',
+`Element(0x00 "$1" "`$2'" "$3" 480 510 0 100 0x00)
+(
+	PIN(750, 750, 90, 55, 1)
+	PIN(960, 380, 90, 55, 2)
+	PIN(1300, 830, 250, 177, 3)
+	PIN(280, 210, 250, 177, 4)
+
+	ElementLine(660 1010 1300 1010 20)
+	ElementLine(1210 230 1470 770 20)
+	ElementLine(110 270 375 810 20)
+	ElementLine(280 30 920 30 20)
+
+	ElementArc(790 520 420 420 0 360 20)
+	ElementArc(790 520 510 510 215 40 20)
+	ElementArc(790 520 510 510 35 40 20)
+
+	ElementArc(1300 830 180 180 90 110 20)
+	ElementArc(280 210 180 180 270 110 20)
+
+	Mark(750 750)
+)')
+
+# -------------------------------------------------------------------
+# a TO5 housing
+# 
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+#
+# by Volker Bosch (bosch@iema.e-technik.uni-stuttgart.de)
+define(`PKG_TO5',
+`Element(0x00 "$1" "`$2'" "$3" 110 110 0 100 0x00)
+(
+
+#
+# The JEDEC drawing specifies a pin diameter of 16 to 21 mils
+# This suggests a minimum drill size of 36 mils.  42 is a common
+# standard drill (#58).  A 72 mil pad gives a 15 mil annular ring.
+	PIN(100, 200, 72, 42, 1)
+	PIN(200, 300, 72, 42, 2)
+	PIN(300, 200, 72, 42, 3)
+
+	ElementArc(200 200 150 150 0 360 10)
+	ElementArc(200 200 170 170 0 360 20)
+	ElementLine(65 95 35 65 20)
+	ElementLine(35 65 65 35 20)
+	ElementLine(65 35 95 65 20)
+
+	Mark(100 200)
+)')
+
+# -------------------------------------------------------------------
+# a TO18 package.  
+# 
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+#
+define(`PKG_TO18BASE',
+`Element["" "$1" "`$2'" "$3" 10300 11100 6000 7000 0 100 ""]
+(
+
+# The JEDEC drawing shows a pin diameter of 16-21 mils
+#
+#
+#         ___x_
+#        /     \
+# TO18:  |3   1|     <-- bottom view (supposed to be a circle)
+#        \  2  /
+#          ---
+#       
+# NOTE:  some vendors, ST for example, number the pins
+# differently.  Here we follow the JEDEC drawing.
+#
+# the pins are arranged along a 100 mil diameter
+# circle.  The can outline is 178 to 195 mils
+# for the top of the can and 209 to 230 mils
+# for the bottom edge of the can
+#
+        Pin[0 -5000 5500 3000 6100 3500 "1" "1" ""]
+        Pin[-5000 0 5500 3000 6100 3500 "2" "2" ""]
+        Pin[0 5000 5500 3000 6100 3500 "3" "3" ""]
+# x, y, width, height, start angle, delta angle, thickness
+        ElementArc [0 0 9800 9800 0 360 1000]
+# tab is 28 to 48 mils long, 36 to 46 wide
+# and comes off at an angle of 45 deg clockwise from
+# pin 1 when looking at the top of the board
+        ElementLine [6700 -7900 9400 -10600 1000]
+        ElementLine [7300 -7300 10000 -10000 1000]
+        ElementLine [7900 -6700 10600 -9400 1000]
+        ElementLine [9400 -10600 10600 -9400 1000]
+)')
+
+# -------------------------------------------------------------------
+# a TO39 package.  
+# 
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+#
+#
+define(`PKG_TO39BASE',
+`Element["" "$1" "`$2'" "$3" 18800 18800 6000 7000 0 100 ""]
+(
+# The JEDEC drawing shows a pin diameter of 16-21 mils
+#
+#
+#         ___x_
+#        /     \
+# TO39:  |3   1|     <-- bottom view (supposed to be a circle)
+#        \  2  /
+#          ---
+#       
+# NOTE:  some vendors, ST for example, number the pins
+# differently.  Here we follow the JEDEC drawing.
+#
+# the pins are arranged along a 200 mil diameter
+# circle.  The can outline is 315 to 335 mils (320 nom)
+# for the top of the can and 350 to 370 mils (360 nom)
+# for the bottom edge of thecan
+#
+        Pin[0 -10000 5500 3000 6100 3500 "1" "1" "square"]
+        Pin[-10000 0 5500 3000 6100 3500 "2" "2" ""]
+        Pin[0 10000 5500 3000 6100 3500 "3" "3" ""]
+# tab is 29 to 40 mils long, 28 to 34 wide
+# and comes off at an angle of 45 deg clockwise from
+# pin 1 when looking at the top of the board
+        ElementLine [12700 -13900 14800 -16000 1000]
+        ElementLine [13300 -13300 15400 -15400 1000]
+        ElementLine [13900 -12700 16000 -14800 1000]
+        ElementLine [16000 -14800 14800 -16000 1000]
+# x, y, width, height, start angle, delta angle, thickness
+        ElementArc [0 0 18300 18300 0 360 1000]
+
+        )'
+)
+
+
+# -------------------------------------------------------------------
+# a TO92 housing
+# 
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+#
+# by Volker Bosch (bosch@iema.e-technik.uni-stuttgart.de)
+# lineare Anordnung der Pins
+define(`PKG_TO92BASE',
+`Element(0x00 "$1" "`$2'" "$3" 60 70 0 100 0x00)
+(
+
+# The JEDEC drawing shows a pin diameter of 16-21 mils
+#
+#
+#         _______
+# TO92:  | 1 2 3 |   <-- bottom view
+#         \_____/
+#       
+# The pin to pin spacing is 100 mils.
+	PIN(250, 200, 72, 42, 1)
+	PIN(150, 200, 72, 42, 2)
+	PIN(50, 200, 72, 42, 3)
+
+	ElementArc(150 200 100 100 315 270 10)
+	ElementLine( 80 130 220 130 10)
+
+	Mark(50 200)
+)')
+
+# -------------------------------------------------------------------
+# a TO126 housing
+# 
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+#
+# by Volker Bosch (bosch@iema.e-technik.uni-stuttgart.de)
+define(`PKG_TO126LAY',
+`Element(0x00 "$1" "`$2'" "$3" 80 480 1 100 0x00)
+(
+
+# From the JEDEC drawing, the pins are rectangular with dimensions
+# 25-35 mil X 15-25 mil
+#
+# This gives a diagonal dimension of 29.2 to 43.0 mils.
+# Pin pitch is 80 to 100 mils.
+# 
+# For a minimum clearance of 10 mils (probably not unreasonable if
+# you are doing a design with leaded parts, this gives a max pad size
+# of 80 mils.  A 52 mil drill will give 14 mil annular ring which should
+# be plenty.
+#
+# The mounting hole is 100 to 130 mils diameter
+	PIN(110, 600, 80, 52, 1)
+	PIN(200, 600, 80, 52, 2)
+	PIN(290, 600, 80, 52, 3) 
+
+	# Befestigungsbohrung
+	PIN(200, 170, 130, 110, 4)
+
+	# Anschlussdraehte
+	ElementLine(100 600 100 500 30)
+	ElementLine(200 600 200 500 30)
+	ElementLine(300 600 300 500 30)
+
+	# Gehaeuse
+	ElementLine( 50 500 350 500 20)
+	ElementLine(350 500 350  70 20)
+	ElementLine(350  70  50  70 20)
+	ElementLine( 50  70  50 500 20)
+
+	Mark(100 600)
+)')
+
+define(`PKG_TO126LAY_WIDE',
+`Element(0x00 "$1" "`$2'" "$3" 80 480 1 100 0x00)
+(
+	PIN(110, 600, 80, 52, 1)
+	PIN(200, 700, 80, 52, 2)
+	PIN(290, 600, 80, 52, 3)
+
+	# Befestigungsbohrung
+	PIN(200, 170, 130, 110, 4)
+
+	# Anschlussdraehte
+	ElementLine(100 600 100 500 30)
+	ElementLine(200 700 200 500 30)
+	ElementLine(300 600 300 500 30)
+
+	# Gehaeuse
+	ElementLine( 50 500 350 500 20)
+	ElementLine(350 500 350  70 20)
+	ElementLine(350  70  50  70 20)
+	ElementLine( 50  70  50 500 20)
+
+	Mark(100 600)
+)')
+
+define(`PKG_TO126STAND',
+`Element(0x00 "$1" "`$2'" "$3" 60 170 0 100 0x00)
+(
+	PIN(110, 100, 80, 52, 1)
+	PIN(200, 100, 80, 52, 2)
+	PIN(290, 100, 80, 52, 3)
+
+	ElementLine(50 50 350 50 20)
+	ElementLine(350 50 350 150 20)
+	ElementLine(350 150 50 150 20)
+	ElementLine(50 150 50 50 20)
+
+	Mark(100 100)
+)')
+
+define(`PKG_TO126STAND_WIDE',
+`Element(0x00 "$1" "`$2'" "$3" 270 170 0 100 0x00)
+(
+	PIN(110, 100, 80, 52, 1)
+	PIN(200, 200, 80, 52, 2)
+	PIN(290, 100, 80, 52, 3)
+
+	# Gehaeuse
+	ElementLine(200 200 200 150 30)
+	ElementLine( 50  50 350  50 20)
+	ElementLine(350  50 350 150 20)
+	ElementLine(350 150  50 150 20)
+	ElementLine( 50 150  50  50 20) 
+
+	# Bohrung
+	ElementLine(150 50 150 150 10)
+	ElementLine(250 50 250 150 10)
+
+	Mark(100 100)
+)')
+
+# -------------------------------------------------------------------
+# a TO220 housing
+# 
+# $1: canonical name
+# $2: name on PCB
+# $3: value
+#
+# by Volker Bosch (bosch@iema.e-technik.uni-stuttgart.de)
+define(`PKG_TO220LAY',
+`Element(0x00 "$1" "`$2'" "$3" 50 570 1 100 0x00)
+(
+
+# I have been unable to locate the JEDEC drawing.  However, refering
+# to  http://www.zetex.com/3.0/pdf/TO220.pdf which claims to be JEDEC
+# compliant, I see that the pins are rectangular with dimensions:
+#
+# 15-40 mils X 16-20 mils which gives a diagonal of
+# 21.9 to 44.7 mils
+#
+# The pin pitch is 90 to 110 mils.
+#
+# The mounting hole is 139 to 160 mils diameter
+	PIN(100, 800, 90, 60, 1)
+	PIN(200, 800, 90, 60, 2)
+	PIN(300, 800, 90, 60, 3)
+
+	# Befestigungsbohrung
+	PIN(200, 130, 150, 130, 4)
+
+	# Anschlussdraehte
+	ElementLine(100 800 100 620 30)
+	ElementLine(200 800 200 620 30)
+	ElementLine(300 800 300 620 30)
+
+	# Gehaeuse
+	ElementLine(  0 620 400 620 20)
+	ElementLine(400 620 400 245 20)
+	ElementLine(400 245   0 245 20)
+	ElementLine(  0 245   0 620 20)
+
+	# Kuehlfahne mit Kerben
+	ElementLine(  0 245 400 245 20)
+	ElementLine(400 245 400 120 20)
+	ElementLine(400 120 385 120 20)
+	ElementLine(385 120 385  50 20)
+	ElementLine(385  50 400  50 20)
+	ElementLine(400  50 400  10 20)
+	ElementLine(400  10   0  10 20)
+	ElementLine(  0  10   0  50 20)
+	ElementLine(  0  50  15  50 20)
+	ElementLine( 15  50  15 120 20)
+	ElementLine( 15 120   0 120 20)
+	ElementLine(  0 120   0 245 20)
+
+	Mark(200 800)
+)')
+
+define(`PKG_TO220LAY_WIDE',
+`Element(0x00 "$1" "`$2'" "$3" 50 570 1 100 0x00)
+(
+	PIN(100, 800, 90, 60, 1)
+	PIN(200, 900, 90, 60, 2)
+	PIN(300, 800, 90, 60, 3)
+		  
+	# Befestigungsbohrung  
+	PIN(200, 130, 150, 130, 4)
+
+	# Anschlussdraehte  
+	ElementLine(100 800 100 620 30)
+	ElementLine(200 900 200 620 30)
+	ElementLine(300 800 300 620 30)
+
+	# Gehaeuse
+	ElementLine(  0 620 400 620 20)
+	ElementLine(400 620 400 245 20)
+	ElementLine(400 245   0 245 20)
+	ElementLine(  0 245   0 620 20)
+
+	# Kuehlfahne mit Kerben
+	ElementLine(  0 245 400 245 20)
+	ElementLine(400 245 400 120 20)
+	ElementLine(400 120 385 120 20)
+	ElementLine(385 120 385  50 20)
+	ElementLine(385  50 400  50 20)
+	ElementLine(400  50 400  10 20)
+	ElementLine(400  10   0  10 20)
+	ElementLine(  0  10   0  50 20)
+	ElementLine(  0  50  15  50 20)
+	ElementLine( 15  50  15 120 20)
+	ElementLine( 15 120   0 120 20)
+	ElementLine(  0 120   0 245 20)
+
+	Mark(200 800)
+)')
+
+define(`PKG_TO220STAND',
+`Element(0x00 "$1" "`$2'" "$3" 0 10 0 100 0x00)
+(
+	PIN(100, 200, 90, 60, 1)
+	PIN(200, 200, 90, 60, 2)
+	PIN(300, 200, 90, 60, 3)
+
+	# Gehaeuse
+	ElementLine(  0  80 400  80 20)
+	ElementLine(400  80 400 260 20)
+	ElementLine(400 260   0 260 20) 
+	ElementLine(  0 260   0  80 20) 
+
+	# Kuehlfahne icl. Bohrung
+	ElementLine(  0  80 400  80 20)
+	ElementLine(400  80 400 140 20)
+	ElementLine(400 140   0 140 20)
+	ElementLine(  0 140   0  80 20)
+
+	ElementLine(130 80 130 140 10)
+	ElementLine(270 80 270 140 10)
+
+	Mark(100 200)
+)')
+
+define(`PKG_TO220STAND_WIDE',
+`Element(0x00 "$1" "`$2'" "$3" 0 10 0 100 0x00)
+(
+	PIN(100, 200, 90, 60, 1)
+	PIN(200, 300, 90, 60, 2)
+	PIN(300, 200, 90, 60, 3)
+		  
+	# Gehaeuse
+	ElementLine(  0  80 400  80 20)
+	ElementLine(400  80 400 260 20)
+	ElementLine(400 260   0 260 20) 
+	ElementLine(  0 260   0  80 20) 
+			
+	# Kuehlfahne icl. Bohrung
+	ElementLine(  0  80 400  80 20)
+	ElementLine(400  80 400 140 20)
+	ElementLine(400 140   0 140 20)
+	ElementLine(  0 140   0  80 20)
+
+	ElementLine(130 80 130 140 10)
+	ElementLine(270 80 270 140 10)
+		
+	# Anschlussdraht
+	ElementLine(200 300 200 260 30)
+		
+	Mark(100 200)
+)')
+
+# Small outline transistors, taken from some nice data sheets
+# by NEC/CEL for the NE688 series.
+# WX, WY are width of the pad footprint
+# DX, DY are center-to-center pad spacing
+# OX, OY are outline size for drawing
+# There is good reason to make OY match the size of plastic package,
+# but I suggest making OX small enough to not get ink on the pad,
+# even if that understates the size of the real package.
+# Jan 6, 2000  Larry Doolittle  <LRDoolittle@lbl.gov>
+# Status: Untested, but looks pretty :-)
+
+define(`PKG_BASE_SOT',
+`Element(0x00 "$1" "`$2'" "$3" 0 eval(DY+WY/2+10) 0 100 0x00)
+(
+	define(`WID', WY)
+	define(`RX',  `eval((WX-WID)/2)')
+	define(`X1', 0)
+	define(`Y1', DY)
+	define(`X2', 0)
+	define(`Y2', 0)
+	define(`X3', DX)
+	define(`Y3', `eval(DY/2)')
+	# Use Pad instead of PAD so all pads come out square
+	Pad(eval(X1-RX)  Y1  eval(X1+RX)  Y1  WID  "1"  0x100)
+	Pad(eval(X2-RX)  Y2  eval(X2+RX)  Y2  WID  "2"  0x100)
+	Pad(eval(X3-RX)  Y3  eval(X3+RX)  Y3  WID  "3"  0x100)
+
+	define(`LX', `eval((DX-OX)/2)')
+	define(`LY', `eval((DY-OY)/2)')
+	define(`MX', `eval((DX+OX)/2)')
+	define(`MY', `eval((DY+OY)/2)')
+	ElementLine(LX LY LX MY 6)
+	ElementLine(LX MY MX MY 6)
+	ElementLine(MX MY MX LY 6)
+	ElementLine(MX LY LX LY 6)
+
+)')
+
+define(`PKG_SOT23_CEL',`
+	define(`WX', 40)
+	define(`WY', 32)
+	define(`DX', 95)
+	define(`DY', 78)
+	define(`OX', 46)
+	define(`OY', 114)
+	PKG_BASE_SOT(`$1',`$2',`$3')
+')
+
+define(`PKG_SOT323_CEL',`
+	define(`WX', 32)
+	define(`WY', 24)
+	define(`DX', 67)
+	define(`DY', 51)
+	define(`OX', 26)
+	define(`OY', 79)
+	PKG_BASE_SOT(`$1',`$2',`$3')
+')
+
+define(`PKG_NEC19',`
+	define(`WX', 24)
+	define(`WY', 24)
+	define(`DX', 50)
+	define(`DY', 40)
+	define(`OX', 18)
+	define(`OY', 62)
+	PKG_BASE_SOT(`$1',`$2',`$3')
+')

Property changes on: oldlib/lib/to.inc
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/transistor.list
===================================================================
--- oldlib/lib/transistor.list	(nonexistent)
+++ oldlib/lib/transistor.list	(revision 296)
@@ -0,0 +1,60 @@
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# mask package values...
+#
+2N3055:TO3_45:2N3055-45deg
+2N3055:TO3_90:2N3055-90deg
+2N3904:TO92:2N3904
+2N3906:TO92:2N3906
+BC140:TO5:BC140
+BC160:TO5:BC160
+BC237:TO92:BC237A:BC237B:BC237C
+BC307:TO92:BC307A:BC307B:BC307C
+BC327:TO92:BC327-16:BC327-25:BC327-40
+BC337:TO92:BC337-16:BC337-25:BC337-40
+BC516:TO92:BC516
+BC517:TO92:BC517
+BC546:TO92:BC546A:BC546B:BC546C
+BC547:TO92:BC547A:BC547B:BC547C
+BC548:TO92:BC548A:BC548B:BC548C
+BC550:TO92:BC550A:BC550B:BC550C
+BC556:TO92:BC556A:BC556B:BC556C
+BC557:TO92:BC557A:BC557B:BC557C
+BC558:TO92:BC558A:BC558B:BC558C
+BC560:TO92:BC560A:BC560B:BC560C
+BC635:TO92:BC635
+BC636:TO92:BC636
+BS170:TO92:BS170
+BS240:TO92:BS240
+BUK453:TO220LAY:BUK453-50A-laying
+BUK453:TO220STAND:BUK453-50A-standing
+IRF830:TO220LAY:IRF830-50A-laying
+IRF830:TO220STAND:IRF830-50A-standing
+MJE340:TO126LAY:MJE340-laying
+MJE340:TO126STAND:MJE340-standing
+MJE350:TO126LAY:MJE350-laying
+MJE350:TO126STAND:MJE350-standing

Property changes on: oldlib/lib/transistor.list
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/transistor.m4
===================================================================
--- oldlib/lib/transistor.m4	(nonexistent)
+++ oldlib/lib/transistor.m4	(revision 296)
@@ -0,0 +1,117 @@
+divert(-1)
+#
+#                             COPYRIGHT
+# 
+#   PCB, interactive printed circuit board design
+#   Copyright (C) 1994,1995,1996 Thomas Nau
+# 
+#   This program is free software; you can redistribute it and/or modify
+#   it under the terms of the GNU General Public License as published by
+#   the Free Software Foundation; either version 2 of the License, or
+#   (at your option) any later version.
+# 
+#   This program is distributed in the hope that it will be useful,
+#   but WITHOUT ANY WARRANTY; without even the implied warranty of
+#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+#   GNU General Public License for more details.
+# 
+#   You should have received a copy of the GNU General Public License
+#   along with this program; if not, write to the Free Software
+#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
+# 
+#   Contact addresses for paper mail and Email:
+#   Thomas Nau, Schlehenweg 15, 88471 Baustetten, Germany
+#   Thomas.Nau@rz.uni-ulm.de
+# 
+#   RCS: $Id$
+#
+# most data by Volker Bosch (bosch@iema.e-technik.uni-stuttgart.de
+#
+define(`Description_2N3055', `high-power NPN transistor')
+define(`PinList_2N3055', ``E',`B',`C',`C'')
+
+define(`Description_2N3904', `general purpose NPN transistor')
+define(`PinList_2N3904', ``E',`B',`C'')
+
+define(`Description_2N3906', `general purpose PNP transistor')
+define(`PinList_2N3906', ``E',`B',`C'')
+
+define(`Description_BC140', `bipolar transistor')
+define(`PinList_BC140', ``E',`B',`C'')
+
+define(`Description_BC160', `bipolar transistor')
+define(`PinList_BC160', ``E',`B',`C'')
+
+define(`Description_BC237', `bipolar-N transistor')
+define(`PinList_BC237', ``E',`B',`C'')
+
+define(`Description_BC307', `PNP general purpose transistor')
+define(`PinList_BC307', ``E',`B',`C'')
+
+define(`Description_BC327', `bipolar-P transistor')
+define(`PinList_BC327', ``E',`B',`C'')
+
+define(`Description_BC337', `bipolar-N transistor')
+define(`PinList_BC337', ``E',`B',`C'')
+
+define(`Description_BC516', `Darlington-P transistor')
+define(`PinList_BC516', ``E',`B',`C'')
+
+define(`Description_BC517', `Darlington-N transistor')
+define(`PinList_BC517', ``E',`B',`C'')
+
+define(`Description_BC546', `bipolar-N transistor')
+define(`PinList_BC546', ``E',`B',`C'')
+
+define(`Description_BC547', `bipolar-N transistor')
+define(`PinList_BC547', ``E',`B',`C'')
+
+define(`Description_BC548', `bipolar-N transistor')
+define(`PinList_BC548', ``E',`B',`C'')
+
+define(`Description_BC550', `bipolar-N transistor')
+define(`PinList_BC550', ``E',`B',`C'')
+
+define(`Description_BC556', `bipolar-P transistor')
+define(`PinList_BC556', ``E',`B',`C'')
+
+define(`Description_BC557', `bipolar-P transistor')
+define(`PinList_BC557', ``E',`B',`C'')
+
+define(`Description_BC558', `bipolar-P transistor')
+define(`PinList_BC558', ``E',`B',`C'')
+
+define(`Description_BC560', `bipolar-P transistor')
+define(`PinList_BC560', ``E',`B',`C'')
+
+define(`Description_BC635', `bipolar-N transistor')
+define(`PinList_BC635', ``E',`B',`C'')
+
+define(`Description_BC636', `bipolar-P transistor')
+define(`PinList_BC636', ``E',`B',`C'')
+
+define(`Description_MJE340', `bipolar-N transistor')
+define(`PinList_MJE340', ``E',`C',`B', `C'')
+
+define(`Description_MJE350', `bipolar-P transistor')
+define(`PinList_MJE350', ``E',`C',`B', `C'')
+
+# ---------------------------------------------------------------------------
+# some MOSFETs
+#
+define(`Description_BS170', `N-MOSFET')
+define(`PinList_BS170', ``D',`G',`S'')
+
+define(`Description_BS240', `P-MOSFET')
+define(`PinList_BS240', ``D',`G',`S'')
+
+define(`Description_BUK453', `N-MOSFET')
+define(`PinList_BUK453', ``G',`D',`S', `D'')
+
+define(`Description_IRF830', `N-MOSFET')
+define(`PinList_IRF830', ``G',`D',`S', `D'')
+
+define(`Description_BS170', `N-MOSFET')
+define(`PinList_BS170', ``D',`G',`S'')
+
+divert(0)dnl

Property changes on: oldlib/lib/transistor.m4
___________________________________________________________________
Added: svn:executable
## -0,0 +1 ##
+*
\ No newline at end of property
Index: oldlib/lib/zif.inc
===================================================================
--- oldlib/lib/zif.inc	(nonexistent)
+++ oldlib/lib/zif.inc	(revision 296)
@@ -0,0 +1,17 @@
+define(`PKG_ZIF',
+	`define(`NUMPINS', `$4')
+	define(`CENTER', eval(NUMPINS*19))
+Element(0x00 "$1" "`$2'" "$3" 100 CENTER 0 100 0x00)
+(
+
+define(`X', 0)
+define(`count', 1)
+forloop(`i', 1, NUMPINS,
+	`PAD(X, 12, X, 97, 24, count)' `define(`count', incr(count))'
+	`define(`X', eval(X+39))'
+)
+PAD(-124, -41, -124, -151, 82, eval(NUMPINS+1))
+PAD(eval(X+124-39), -41, eval(X+124-39), -151, 82, eval(NUMPINS+2))
+)')
+
+# -------------------------------------------------------------------
Index: oldlib/newlib/2_pin_thru-hole_packages/0.125W_Carbon_Resistor
===================================================================
--- oldlib/newlib/2_pin_thru-hole_packages/0.125W_Carbon_Resistor	(nonexistent)
+++ oldlib/newlib/2_pin_thru-hole_packages/0.125W_Carbon_Resistor	(revision 296)
@@ -0,0 +1,12 @@
+
+Element(0x00000000 "" "R11" "" 1800 1050 56 -138 0 100 0x00000000)
+(
+	Pin(0 0 60 30 60 28 "" "1" 0x00000001)
+	Pin(0 -300 60 30 60 28 "" "2" 0x00000001)
+	ElementLine (0 -50 0 -90 10)
+	ElementLine (40 -90 -40 -90 10)
+	ElementLine (-40 -90 -40 -210 10)
+	ElementLine (-40 -210 40 -210 10)
+	ElementLine (40 -210 40 -90 10)
+	ElementLine (0 -210 0 -250 10)
+	)
Index: oldlib/newlib/2_pin_thru-hole_packages/1W_Carbon_Resistor
===================================================================
--- oldlib/newlib/2_pin_thru-hole_packages/1W_Carbon_Resistor	(nonexistent)
+++ oldlib/newlib/2_pin_thru-hole_packages/1W_Carbon_Resistor	(revision 296)
@@ -0,0 +1,12 @@
+
+Element(0x00000000 "R 0.5W" "R11" "" 2815 1700 60 -90 0 150 0x00000000)
+(
+	Pin(0 0 85 30 115 48 "1" "1" 0x00000101)
+	Pin(0 -800 85 30 115 48 "2" "2" 0x00000001)
+	ElementLine (0 -60 0 -115 10)
+	ElementLine (-115 -115 115 -115 10)
+	ElementLine (115 -115 115 -685 10)
+	ElementLine (115 -685 -115 -685 10)
+	ElementLine (-115 -685 -115 -115 10)
+	ElementLine (0 -685 0 -750 10)
+	)
Index: oldlib/newlib/2_pin_thru-hole_packages/CK05_type_Capacitor
===================================================================
--- oldlib/newlib/2_pin_thru-hole_packages/CK05_type_Capacitor	(nonexistent)
+++ oldlib/newlib/2_pin_thru-hole_packages/CK05_type_Capacitor	(revision 296)
@@ -0,0 +1,12 @@
+
+Element(0x00000000 "SMD Cap" "C6" "" 1530 1185 -335 -30 0 150 0x00000000)
+(
+	Pin(0 0 80 30 110 35 "1" "1" 0x20200001)
+	Pin(-200 0 80 30 110 35 "2" "2" 0x10100001)
+	ElementLine (0 -45 0 -50 10)
+	ElementLine (0 -50 -200 -50 10)
+	ElementLine (-200 -50 -200 -45 10)
+	ElementLine (-200 45 -200 50 10)
+	ElementLine (-200 50 0 50 10)
+	ElementLine (0 50 0 45 10)
+	)
Index: oldlib/newlib/2_pin_thru-hole_packages/CK06_type_capacitor
===================================================================
--- oldlib/newlib/2_pin_thru-hole_packages/CK06_type_capacitor	(nonexistent)
+++ oldlib/newlib/2_pin_thru-hole_packages/CK06_type_capacitor	(revision 296)
@@ -0,0 +1,10 @@
+
+Element(0x00000000 "SMD Cap" "C7" "" 1530 1075 -370 -144 0 150 0x00000000)
+(
+	Pin(0 0 80 30 110 35 "1" "1" 0x20200001)
+	Pin(-200 0 80 30 110 35 "2" "2" 0x10100001)
+	ElementLine (50 50 50 -50 10)
+	ElementLine (50 -50 -250 -50 10)
+	ElementLine (-250 -50 -250 50 10)
+	ElementLine (-250 50 50 50 10)
+	)
Index: oldlib/newlib/2_pin_thru-hole_packages/IRU1015-33CT_3.3V_reg_TO220
===================================================================
--- oldlib/newlib/2_pin_thru-hole_packages/IRU1015-33CT_3.3V_reg_TO220	(nonexistent)
+++ oldlib/newlib/2_pin_thru-hole_packages/IRU1015-33CT_3.3V_reg_TO220	(revision 296)
@@ -0,0 +1,16 @@
+
+Element(0x00000000 "3.3V LDO regulator" "U2" "IRU1015-33CT" 4008 1208 -175 -250 0 100 0x00000000)
+(
+	Pin(0 0 70 20 70 40 "GND" "1" 0x04000001)
+	Pin(100 0 70 20 70 40 "Vout" "2" 0x04000001)
+	Pin(200 0 70 20 70 40 "Vin" "3" 0x04000001)
+	Pin(100 -700 150 20 150 150 "" "Hole" 0x00000009)
+	ElementLine (200 -250 200 -75 10)
+	ElementLine (100 -75 100 -250 10)
+	ElementLine (0 -250 0 -75 10)
+	ElementLine (300 -575 -100 -575 10)
+	ElementLine (300 -825 300 -250 10)
+	ElementLine (-100 -825 300 -825 10)
+	ElementLine (-100 -250 -100 -825 10)
+	ElementLine (-100 -250 300 -250 10)
+	)
Index: oldlib/newlib/2_pin_thru-hole_packages/Makefile.am
===================================================================
--- oldlib/newlib/2_pin_thru-hole_packages/Makefile.am	(nonexistent)
+++ oldlib/newlib/2_pin_thru-hole_packages/Makefile.am	(revision 296)
@@ -0,0 +1,16 @@
+## $Id$
+##
+
+pcblibsubdir= @PCBTREEDIR@/2_pin_thru-hole_packages
+pcblibsub_DATA= ${COMPONENTS}
+COMPONENTS= \
+	0.125W_Carbon_Resistor \
+	1W_Carbon_Resistor \
+	CK05_type_Capacitor \
+	CK06_type_capacitor \
+	IRU1015-33CT_3.3V_reg_TO220 \
+	RN55_type_0.1W_Resistor \
+	T1.75_LED 
+
+EXTRA_DIST= ${COMPONENTS}
+
Index: oldlib/newlib/2_pin_thru-hole_packages/RN55_type_0.1W_Resistor
===================================================================
--- oldlib/newlib/2_pin_thru-hole_packages/RN55_type_0.1W_Resistor	(nonexistent)
+++ oldlib/newlib/2_pin_thru-hole_packages/RN55_type_0.1W_Resistor	(revision 296)
@@ -0,0 +1,12 @@
+
+Element(0x00000000 "R 0.25W" "R1" "100" 2180 2625 -35 -145 1 150 0x00000000)
+(
+	Pin(0 0 60 30 90 28 "1" "1" 0x00000101)
+	Pin(0 -400 60 30 90 28 "2" "2" 0x02000001)
+	ElementLine (-50 -100 -50 -300 10)
+	ElementLine (-50 -300 50 -300 10)
+	ElementLine (50 -300 50 -100 10)
+	ElementLine (50 -100 -50 -100 10)
+	ElementLine (0 -40 0 -100 10)
+	ElementLine (0 -300 0 -360 10)
+	)
Index: oldlib/newlib/2_pin_thru-hole_packages/T1.75_LED
===================================================================
--- oldlib/newlib/2_pin_thru-hole_packages/T1.75_LED	(nonexistent)
+++ oldlib/newlib/2_pin_thru-hole_packages/T1.75_LED	(revision 296)
@@ -0,0 +1,10 @@
+
+Element(0x00000000 "" "LED" "" 1800 1250 60 -114 0 100 0x00000000)
+(
+	Pin(0 0 70 30 60 28 "" "1" 0x00000101)
+	Pin(0 100 70 30 60 28 "" "2" 0x00000001)
+	ElementLine (72 135 -73 135 10)
+	ElementLine (81 125 71 135 10)
+	ElementLine (-83 125 -74 134 10)
+	ElementArc (-1 43 116 116 135 270 10)
+	)
Index: oldlib/newlib/Makefile
===================================================================
--- oldlib/newlib/Makefile	(nonexistent)
+++ oldlib/newlib/Makefile	(revision 296)
@@ -0,0 +1,30 @@
+# This Makefile is a plain old hand written one; all configuration settings
+# are included from ../Makefile.conf which is scconfig generated
+
+all:
+
+install_:
+	$(MKDIR) $(DATADIR)/newlib
+	$(CPC) `pwd`/2_pin_thru-hole_packages $(DATADIR)/newlib/2_pin_thru-hole_packages
+	$(CPC) `pwd`/connectors $(DATADIR)/newlib/connectors
+	$(CPC) `pwd`/crystal $(DATADIR)/newlib/crystal
+	$(CPC) `pwd`/electro-optics $(DATADIR)/newlib/electro-optics
+	$(CPC) `pwd`/headers $(DATADIR)/newlib/headers
+	$(CPC) `pwd`/keystone $(DATADIR)/newlib/keystone
+	$(CPC) `pwd`/msp430 $(DATADIR)/newlib/msp430
+	$(CPC) `pwd`/not_vetted_ingo $(DATADIR)/newlib/not_vetted_ingo
+	$(CPC) `pwd`/tests $(DATADIR)/newlib/tests
+
+install:
+	make install_ CPC="$(CP)"
+
+linstall:
+	make install_ CPC="$(LN)"
+
+uninstall:
+	$(RM) $(DATADIR)/newlib
+
+clean:
+
+include ../Makefile.conf
+
Index: oldlib/newlib/connectors/100_Pin_jack
===================================================================
--- oldlib/newlib/connectors/100_Pin_jack	(nonexistent)
+++ oldlib/newlib/connectors/100_Pin_jack	(revision 296)
@@ -0,0 +1,120 @@
+
+Element(0x00000000 "100 Pin jack" "J1" "61082-101000" 3402 2594 -236 -1801 0 100 0x00000000)
+(
+	Pin(0 0 47 12 59 47 "1001" "1001" 0x0c000009)
+	Pin(0 -1740 31 12 43 31 "1002" "1002" 0x0c000009)
+	Pad(116 -1642 58 -1642 20 12 24 "1" "1" 0x00000000)
+	Pad(116 -1358 58 -1358 20 12 24 "10" "10" 0x00000100)
+	Pad(-58 -98 -116 -98 20 12 24 "100" "100" 0x00000100)
+	Pad(116 -1327 58 -1327 20 12 24 "11" "11" 0x00000100)
+	Pad(116 -1295 58 -1295 20 12 24 "12" "12" 0x00000100)
+	Pad(116 -1264 58 -1264 20 12 24 "13" "13" 0x00000100)
+	Pad(116 -1232 58 -1232 20 12 24 "14" "14" 0x00000100)
+	Pad(116 -1201 58 -1201 20 12 24 "15" "15" 0x00000100)
+	Pad(116 -1169 58 -1169 20 12 24 "16" "16" 0x00000100)
+	Pad(116 -1138 58 -1138 20 12 24 "17" "17" 0x00000100)
+	Pad(116 -1106 58 -1106 20 12 24 "18" "18" 0x00000100)
+	Pad(116 -1075 58 -1075 20 12 24 "19" "19" 0x00000100)
+	Pad(116 -1610 58 -1610 20 12 24 "2" "2" 0x00000100)
+	Pad(116 -1043 58 -1043 20 12 24 "20" "20" 0x00000100)
+	Pad(116 -1012 58 -1012 20 12 24 "21" "21" 0x00000100)
+	Pad(116 -980 58 -980 20 12 24 "22" "22" 0x00000100)
+	Pad(116 -949 58 -949 20 12 24 "23" "23" 0x00000100)
+	Pad(116 -917 58 -917 20 12 24 "24" "24" 0x00000100)
+	Pad(116 -886 58 -886 20 12 24 "25" "25" 0x00000100)
+	Pad(116 -854 58 -854 20 12 24 "26" "26" 0x00000100)
+	Pad(116 -823 58 -823 20 12 24 "27" "27" 0x00000100)
+	Pad(116 -791 58 -791 20 12 24 "28" "28" 0x00000100)
+	Pad(116 -760 58 -760 20 12 24 "29" "29" 0x00000100)
+	Pad(116 -1579 58 -1579 20 12 24 "3" "3" 0x00000100)
+	Pad(116 -728 58 -728 20 12 24 "30" "30" 0x00000100)
+	Pad(116 -697 58 -697 20 12 24 "31" "31" 0x00000100)
+	Pad(116 -665 58 -665 20 12 24 "32" "32" 0x00000100)
+	Pad(116 -634 58 -634 20 12 24 "33" "33" 0x00000100)
+	Pad(116 -602 58 -602 20 12 24 "34" "34" 0x00000100)
+	Pad(116 -571 58 -571 20 12 24 "35" "35" 0x00000100)
+	Pad(116 -539 58 -539 20 12 24 "36" "36" 0x00000100)
+	Pad(116 -508 58 -508 20 12 24 "37" "37" 0x00000100)
+	Pad(116 -476 58 -476 20 12 24 "38" "38" 0x00000100)
+	Pad(116 -445 58 -445 20 12 24 "39" "39" 0x00000100)
+	Pad(116 -1547 58 -1547 20 12 24 "4" "4" 0x00000100)
+	Pad(116 -413 58 -413 20 12 24 "40" "40" 0x00000100)
+	Pad(116 -382 58 -382 20 12 24 "41" "41" 0x00000100)
+	Pad(116 -350 58 -350 20 12 24 "42" "42" 0x00000100)
+	Pad(116 -319 58 -319 20 12 24 "43" "43" 0x00000100)
+	Pad(116 -287 58 -287 20 12 24 "44" "44" 0x00000100)
+	Pad(116 -256 58 -256 20 12 24 "45" "45" 0x00000100)
+	Pad(116 -224 58 -224 20 12 24 "46" "46" 0x00000100)
+	Pad(116 -193 58 -193 20 12 24 "47" "47" 0x00000100)
+	Pad(116 -161 58 -161 20 12 24 "48" "48" 0x00000100)
+	Pad(116 -130 58 -130 20 12 24 "49" "49" 0x00000100)
+	Pad(116 -1516 58 -1516 20 12 24 "5" "5" 0x00000100)
+	Pad(116 -98 58 -98 20 12 24 "50" "50" 0x00000100)
+	Pad(-58 -1642 -116 -1642 20 12 24 "51" "51" 0x00000100)
+	Pad(-58 -1610 -116 -1610 20 12 24 "52" "52" 0x00000100)
+	Pad(-58 -1579 -116 -1579 20 12 24 "53" "53" 0x00000100)
+	Pad(-58 -1547 -116 -1547 20 12 24 "54" "54" 0x00000100)
+	Pad(-58 -1516 -116 -1516 20 12 24 "55" "55" 0x00000100)
+	Pad(-58 -1484 -116 -1484 20 12 24 "56" "56" 0x00000100)
+	Pad(-58 -1453 -116 -1453 20 12 24 "57" "57" 0x00000100)
+	Pad(-58 -1421 -116 -1421 20 12 24 "58" "58" 0x00000100)
+	Pad(-58 -1390 -116 -1390 20 12 24 "59" "59" 0x00000100)
+	Pad(116 -1484 58 -1484 20 12 24 "6" "6" 0x00000100)
+	Pad(-58 -1358 -116 -1358 20 12 24 "60" "60" 0x00000100)
+	Pad(-58 -1327 -116 -1327 20 12 24 "61" "61" 0x00000100)
+	Pad(-58 -1295 -116 -1295 20 12 24 "62" "62" 0x00000100)
+	Pad(-58 -1264 -116 -1264 20 12 24 "63" "63" 0x00000100)
+	Pad(-58 -1232 -116 -1232 20 12 24 "64" "64" 0x00000100)
+	Pad(-58 -1201 -116 -1201 20 12 24 "65" "65" 0x00000100)
+	Pad(-58 -1169 -116 -1169 20 12 24 "66" "66" 0x00000100)
+	Pad(-58 -1138 -116 -1138 20 12 24 "67" "67" 0x00000100)
+	Pad(-58 -1106 -116 -1106 20 12 24 "68" "68" 0x00000100)
+	Pad(-58 -1075 -116 -1075 20 12 24 "69" "69" 0x00000100)
+	Pad(116 -1453 58 -1453 20 12 24 "7" "7" 0x00000100)
+	Pad(-58 -1043 -116 -1043 20 12 24 "70" "70" 0x00000100)
+	Pad(-58 -1012 -116 -1012 20 12 24 "71" "71" 0x00000100)
+	Pad(-58 -980 -116 -980 20 12 24 "72" "72" 0x00000100)
+	Pad(-58 -949 -116 -949 20 12 24 "73" "73" 0x00000100)
+	Pad(-58 -917 -116 -917 20 12 24 "74" "74" 0x00000100)
+	Pad(-58 -886 -116 -886 20 12 24 "75" "75" 0x00000100)
+	Pad(-58 -854 -116 -854 20 12 24 "76" "76" 0x00000100)
+	Pad(-58 -823 -116 -823 20 12 24 "77" "77" 0x00000100)
+	Pad(-58 -791 -116 -791 20 12 24 "78" "78" 0x00000100)
+	Pad(-58 -760 -116 -760 20 12 24 "79" "79" 0x00000100)
+	Pad(116 -1421 58 -1421 20 12 24 "8" "8" 0x00000100)
+	Pad(-58 -728 -116 -728 20 12 24 "80" "80" 0x00000100)
+	Pad(-58 -697 -116 -697 20 12 24 "81" "81" 0x00000100)
+	Pad(-58 -665 -116 -665 20 12 24 "82" "82" 0x00000100)
+	Pad(-58 -634 -116 -634 20 12 24 "83" "83" 0x00000100)
+	Pad(-58 -602 -116 -602 20 12 24 "84" "84" 0x00000100)
+	Pad(-58 -571 -116 -571 20 12 24 "85" "85" 0x00000100)
+	Pad(-58 -539 -116 -539 20 12 24 "86" "86" 0x00000100)
+	Pad(-58 -508 -116 -508 20 12 24 "87" "87" 0x00000100)
+	Pad(-58 -476 -116 -476 20 12 24 "88" "88" 0x00000100)
+	Pad(-58 -445 -116 -445 20 12 24 "89" "89" 0x00000100)
+	Pad(116 -1390 58 -1390 20 12 24 "9" "9" 0x00000100)
+	Pad(-58 -413 -116 -413 20 12 24 "90" "90" 0x00000100)
+	Pad(-58 -382 -116 -382 20 12 24 "91" "91" 0x00000100)
+	Pad(-58 -350 -116 -350 20 12 24 "92" "92" 0x00000100)
+	Pad(-58 -319 -116 -319 20 12 24 "93" "93" 0x00000100)
+	Pad(-58 -287 -116 -287 20 12 24 "94" "94" 0x00000100)
+	Pad(-58 -256 -116 -256 20 12 24 "95" "95" 0x00000100)
+	Pad(-58 -224 -116 -224 20 12 24 "96" "96" 0x00000100)
+	Pad(-58 -193 -116 -193 20 12 24 "97" "97" 0x00000100)
+	Pad(-58 -161 -116 -161 20 12 24 "98" "98" 0x00000100)
+	Pad(-58 -130 -116 -130 20 12 24 "99" "99" 0x00000100)
+	ElementLine (122 -1713 122 -1681 10)
+	ElementLine (75 -1713 122 -1713 10)
+	ElementLine (75 -1768 75 -1713 10)
+	ElementLine (-106 -1768 75 -1768 10)
+	ElementLine (-106 -1681 -106 -1768 10)
+	ElementLine (122 -28 122 -59 10)
+	ElementLine (75 -28 122 -28 10)
+	ElementLine (75 28 75 -28 10)
+	ElementLine (-106 28 75 28 10)
+	ElementLine (-106 -59 -106 28 10)
+	ElementLine (-161 67 161 67 10)
+	ElementLine (-161 -1807 -161 67 10)
+	ElementLine (161 -1807 -161 -1807 10)
+	ElementLine (161 67 161 -1807 10)
+	)
Index: oldlib/newlib/connectors/16x1_SMD_jack
===================================================================
--- oldlib/newlib/connectors/16x1_SMD_jack	(nonexistent)
+++ oldlib/newlib/connectors/16x1_SMD_jack	(revision 296)
@@ -0,0 +1,88 @@
+
+Element(0x00000000 "16x1 SMD jack" "J2" "16x1" 710 2605 -130 105 0 100 0x00000000)
+(
+	Pad(0 -40 0 40 40 30 60 "1" "1" 0x00000000)
+	Pad(900 -40 900 40 40 30 60 "10" "10" 0x00000100)
+	Pad(1000 -40 1000 40 40 30 60 "11" "11" 0x00000100)
+	Pad(1100 -40 1100 40 40 30 60 "12" "12" 0x00000100)
+	Pad(1200 -40 1200 40 40 30 60 "13" "13" 0x00000100)
+	Pad(1300 -40 1300 40 40 30 60 "14" "14" 0x00000100)
+	Pad(1400 -40 1400 40 40 30 60 "15" "15" 0x00000100)
+	Pad(1500 -40 1500 40 40 30 60 "16" "16" 0x00000100)
+	Pad(100 -40 100 40 40 30 60 "2" "2" 0x00000100)
+	Pad(200 -40 200 40 40 30 60 "3" "3" 0x00000100)
+	Pad(300 -40 300 40 40 30 60 "4" "4" 0x00000100)
+	Pad(400 -40 400 40 40 30 60 "5" "5" 0x00000100)
+	Pad(500 -40 500 40 40 30 60 "6" "6" 0x00000100)
+	Pad(600 -40 600 40 40 30 60 "7" "7" 0x00000100)
+	Pad(700 -40 700 40 40 30 60 "8" "8" 0x00000100)
+	Pad(800 -40 800 40 40 30 60 "9" "9" 0x00000100)
+	ElementLine (1550 110 1550 210 10)
+	ElementLine (1550 210 -50 210 10)
+	ElementLine (-50 210 -50 110 10)
+	ElementLine (-50 110 1550 110 10)
+	ElementLine (1512 210 1512 328 10)
+	ElementLine (1512 328 1500 340 10)
+	ElementLine (1500 340 1487 328 10)
+	ElementLine (1487 328 1487 210 10)
+	ElementLine (1412 210 1412 328 10)
+	ElementLine (1412 328 1400 340 10)
+	ElementLine (1400 340 1387 328 10)
+	ElementLine (1387 328 1387 210 10)
+	ElementLine (1312 210 1312 328 10)
+	ElementLine (1312 328 1300 340 10)
+	ElementLine (1300 340 1287 328 10)
+	ElementLine (1287 328 1287 210 10)
+	ElementLine (1212 210 1212 328 10)
+	ElementLine (1212 328 1200 340 10)
+	ElementLine (1200 340 1187 328 10)
+	ElementLine (1187 328 1187 210 10)
+	ElementLine (1112 210 1112 328 10)
+	ElementLine (1112 328 1100 340 10)
+	ElementLine (1100 340 1087 328 10)
+	ElementLine (1087 328 1087 210 10)
+	ElementLine (1012 210 1012 328 10)
+	ElementLine (1012 328 1000 340 10)
+	ElementLine (1000 340 987 328 10)
+	ElementLine (987 328 987 210 10)
+	ElementLine (912 210 912 328 10)
+	ElementLine (912 328 900 340 10)
+	ElementLine (900 340 887 328 10)
+	ElementLine (887 328 887 210 10)
+	ElementLine (812 210 812 328 10)
+	ElementLine (812 328 800 340 10)
+	ElementLine (800 340 787 328 10)
+	ElementLine (787 328 787 210 10)
+	ElementLine (712 210 712 328 10)
+	ElementLine (712 328 700 340 10)
+	ElementLine (700 340 687 328 10)
+	ElementLine (687 328 687 210 10)
+	ElementLine (612 210 612 328 10)
+	ElementLine (612 328 600 340 10)
+	ElementLine (600 340 587 328 10)
+	ElementLine (587 328 587 210 10)
+	ElementLine (512 210 512 328 10)
+	ElementLine (512 328 500 340 10)
+	ElementLine (500 340 487 328 10)
+	ElementLine (487 328 487 210 10)
+	ElementLine (412 210 412 328 10)
+	ElementLine (412 328 400 340 10)
+	ElementLine (400 340 387 328 10)
+	ElementLine (387 328 387 210 10)
+	ElementLine (312 210 312 328 10)
+	ElementLine (312 328 300 340 10)
+	ElementLine (300 340 287 328 10)
+	ElementLine (287 328 287 210 10)
+	ElementLine (212 210 212 328 10)
+	ElementLine (212 328 200 340 10)
+	ElementLine (200 340 187 328 10)
+	ElementLine (187 328 187 210 10)
+	ElementLine (112 210 112 328 10)
+	ElementLine (112 328 100 340 10)
+	ElementLine (100 340 87 328 10)
+	ElementLine (87 328 87 210 10)
+	ElementLine (12 210 12 328 10)
+	ElementLine (12 328 0 340 10)
+	ElementLine (0 340 -13 328 10)
+	ElementLine (-13 328 -13 210 10)
+	)
Index: oldlib/newlib/connectors/3terminal_screw_block
===================================================================
--- oldlib/newlib/connectors/3terminal_screw_block	(nonexistent)
+++ oldlib/newlib/connectors/3terminal_screw_block	(revision 296)
@@ -0,0 +1,20 @@
+
+Element(0x00000000 "3 TERM BLOCK" "J2" "DK ED1602-ND" 1695 2925 -590 76 0 150 0x00000000)
+(
+	Pin(0 0 110 30 140 48 "1" "1" 0x00000001)
+	Pin(-194 0 110 30 140 48 "2" "2" 0x00000001)
+	Pin(-388 0 110 30 140 48 "3" "3" 0x00000001)
+	ElementLine (-388 160 -388 140 10)
+	ElementLine (-194 160 -194 140 10)
+	ElementLine (0 160 0 140 10)
+	ElementLine (81 -170 101 -170 10)
+	ElementLine (81 -190 81 -170 10)
+	ElementLine (101 -190 81 -190 10)
+	ElementLine (-509 -170 -489 -170 10)
+	ElementLine (-509 -190 -509 -170 10)
+	ElementLine (-489 -190 -509 -190 10)
+	ElementLine (101 -200 101 160 10)
+	ElementLine (-489 -200 101 -200 10)
+	ElementLine (-489 160 -489 -200 10)
+	ElementLine (101 160 -489 160 10)
+	)
Index: oldlib/newlib/connectors/72pin45degreeSIMMconnector
===================================================================
--- oldlib/newlib/connectors/72pin45degreeSIMMconnector	(nonexistent)
+++ oldlib/newlib/connectors/72pin45degreeSIMMconnector	(revision 296)
@@ -0,0 +1,122 @@
+
+Element(0x00000000 "72 pin 45 degree SIMM connector" "U9" "J1" 5575 4325 -185 -1610 1 100 0x00000000)
+(
+	Pin(0 0 70 30 70 40 "" "1" 0x02020101)
+	Pin(100 -50 70 30 70 40 "" "2" 0x02000001)
+	Pin(0 -100 70 30 70 40 "" "3" 0x00000001)
+	Pin(100 -150 70 30 70 40 "" "4" 0x00000001)
+	Pin(0 -200 70 30 70 40 "" "5" 0x00000001)
+	Pin(100 -250 70 30 70 40 "" "6" 0x00000001)
+	Pin(0 -300 70 30 70 40 "" "7" 0x00000001)
+	Pin(100 -350 70 30 70 40 "" "8" 0x00000001)
+	Pin(0 -400 70 30 70 40 "" "9" 0x00000001)
+	Pin(100 -450 70 30 70 40 "" "10" 0x00000001)
+	Pin(0 -500 70 30 70 40 "" "11" 0x00000001)
+	Pin(100 -550 70 30 70 40 "" "12" 0x00000001)
+	Pin(0 -600 70 30 70 40 "" "13" 0x00000001)
+	Pin(100 -650 70 30 70 40 "" "14" 0x00000001)
+	Pin(0 -700 70 30 70 40 "" "15" 0x00000001)
+	Pin(100 -750 70 30 70 40 "" "16" 0x00000001)
+	Pin(0 -800 70 30 70 40 "" "17" 0x00000001)
+	Pin(100 -850 70 30 70 40 "" "18" 0x00000001)
+	Pin(0 -900 70 30 70 40 "" "19" 0x00000001)
+	Pin(100 -950 70 30 70 40 "" "20" 0x00000001)
+	Pin(0 -1000 70 30 70 40 "" "21" 0x02000001)
+	Pin(100 -1050 70 30 70 40 "" "22" 0x02000001)
+	Pin(0 -1100 70 30 70 40 "" "23" 0x02000001)
+	Pin(100 -1150 70 30 70 40 "" "24" 0x02000001)
+	Pin(0 -1200 70 30 70 40 "" "25" 0x02000001)
+	Pin(100 -1250 70 30 70 40 "" "26" 0x02000001)
+	Pin(0 -1300 70 30 70 40 "" "27" 0x02000001)
+	Pin(100 -1350 70 30 70 40 "" "28" 0x02000001)
+	Pin(0 -1400 70 30 70 40 "" "29" 0x02000001)
+	Pin(100 -1450 70 30 70 40 "" "30" 0x02000001)
+	Pin(0 -1500 70 30 70 40 "" "31" 0x02000001)
+	Pin(100 -1550 70 30 70 40 "" "32" 0x02000001)
+	Pin(0 -1600 70 30 70 40 "" "33" 0x02000001)
+	Pin(100 -1650 70 30 70 40 "" "34" 0x02000001)
+	Pin(0 -1700 70 30 70 40 "" "35" 0x02020001)
+	Pin(100 -1750 70 30 70 40 "" "36" 0x02020001)
+	Pin(0 -2000 70 30 70 40 "" "37" 0x00000001)
+	Pin(100 -2050 70 30 70 40 "" "38" 0x00000001)
+	Pin(0 -2100 70 30 70 40 "" "39" 0x02000001)
+	Pin(100 -2150 70 30 70 40 "" "40" 0x02000001)
+	Pin(0 -2200 70 30 70 40 "" "41" 0x02000001)
+	Pin(100 -2250 70 30 70 40 "" "42" 0x02000001)
+	Pin(0 -2300 70 30 70 40 "" "43" 0x02000001)
+	Pin(100 -2350 70 30 70 40 "" "44" 0x02000001)
+	Pin(0 -2400 70 30 70 40 "" "45" 0x02000001)
+	Pin(100 -2450 70 30 70 40 "" "46" 0x02000001)
+	Pin(0 -2500 70 30 70 40 "" "47" 0x02000001)
+	Pin(100 -2550 70 30 70 40 "" "48" 0x02000001)
+	Pin(0 -2600 70 30 70 40 "" "49" 0x02000001)
+	Pin(100 -2650 70 30 70 40 "" "50" 0x02000001)
+	Pin(0 -2700 70 30 70 40 "" "51" 0x02000001)
+	Pin(100 -2750 70 30 70 40 "" "52" 0x02000001)
+	Pin(0 -2800 70 30 70 40 "" "53" 0x02000001)
+	Pin(100 -2850 70 30 70 40 "" "54" 0x02000001)
+	Pin(0 -2900 70 30 70 40 "" "55" 0x02000001)
+	Pin(100 -2950 70 30 70 40 "" "56" 0x02000001)
+	Pin(0 -3000 70 30 70 40 "" "57" 0x02000001)
+	Pin(100 -3050 70 30 70 40 "" "58" 0x02000001)
+	Pin(0 -3100 70 30 70 40 "" "59" 0x02000001)
+	Pin(100 -3150 70 30 70 40 "" "60" 0x02000001)
+	Pin(0 -3200 70 30 70 40 "" "61" 0x02000001)
+	Pin(100 -3250 70 30 70 40 "" "62" 0x02000001)
+	Pin(0 -3300 70 30 70 40 "" "63" 0x02000001)
+	Pin(100 -3350 70 30 70 40 "" "64" 0x02000001)
+	Pin(0 -3400 70 30 70 40 "" "65" 0x02000001)
+	Pin(100 -3450 70 30 70 40 "" "66" 0x02000001)
+	Pin(0 -3500 70 30 70 40 "" "67" 0x02000001)
+	Pin(100 -3550 70 30 70 40 "" "68" 0x02000001)
+	Pin(0 -3600 70 30 70 40 "" "69" 0x02000001)
+	Pin(100 -3650 70 30 70 40 "" "70" 0x02000001)
+	Pin(0 -3700 70 30 70 40 "" "71" 0x02000001)
+	Pin(100 -3750 70 30 70 40 "" "72" 0x02020001)
+	Pin(50 -1875 95 30 95 95 "U10" "73" 0x00000009)
+	Pin(50 325 80 30 80 80 "" "74" 0x00000009)
+	Pin(50 -4075 80 30 80 80 "" "75" 0x02000009)
+	ElementLine (-265 200 -265 75 5)
+	ElementLine (-240 400 -265 400 5)
+	ElementLine (-190 400 -215 400 5)
+	ElementLine (-140 400 -165 400 5)
+	ElementLine (-90 400 -115 400 5)
+	ElementLine (-40 400 -65 400 5)
+	ElementLine (-265 75 -115 75 5)
+	ElementLine (-265 250 -265 225 5)
+	ElementLine (-265 300 -265 275 5)
+	ElementLine (-265 350 -265 325 5)
+	ElementLine (-265 400 -265 375 5)
+	ElementLine (-115 180 -265 180 5)
+	ElementLine (-115 290 -115 180 5)
+	ElementLine (220 315 200 315 5)
+	ElementLine (220 400 220 315 5)
+	ElementLine (175 400 220 400 5)
+	ElementLine (220 -3810 220 60 5)
+	ElementLine (200 -3810 220 -3810 5)
+	ElementLine (220 -4065 200 -4065 5)
+	ElementLine (220 -4150 220 -4065 5)
+	ElementLine (220 60 200 60 5)
+	ElementLine (-265 -3825 -265 -3925 5)
+	ElementLine (-115 -3825 -265 -3825 5)
+	ElementLine (-115 -3930 -265 -3930 5)
+	ElementLine (-115 -4040 -115 -3930 5)
+	ElementLine (-115 75 -115 -3825 5)
+	ElementLine (0 -4150 0 -4040 5)
+	ElementLine (220 -4150 -15 -4150 5)
+	ElementLine (-265 -4050 -265 -4025 5)
+	ElementLine (-265 -4100 -265 -4075 5)
+	ElementLine (-265 -4150 -265 -4125 5)
+	ElementLine (-240 -4150 -265 -4150 5)
+	ElementLine (-190 -4150 -215 -4150 5)
+	ElementLine (-140 -4150 -165 -4150 5)
+	ElementLine (-90 -4150 -115 -4150 5)
+	ElementLine (-40 -4150 -65 -4150 5)
+	ElementLine (0 -4040 -115 -4040 5)
+	ElementLine (-265 -3950 -265 -3925 5)
+	ElementLine (-265 -4000 -265 -3975 5)
+	ElementLine (200 -4150 200 400 5)
+	ElementLine (0 290 -115 290 5)
+	ElementLine (0 400 0 295 5)
+	ElementLine (180 400 -15 400 5)
+	)
Index: oldlib/newlib/connectors/MOLEX_miniFitJr-12pin
===================================================================
--- oldlib/newlib/connectors/MOLEX_miniFitJr-12pin	(nonexistent)
+++ oldlib/newlib/connectors/MOLEX_miniFitJr-12pin	(revision 296)
@@ -0,0 +1,26 @@
+
+Element(0x00000000 "" "JCAR" "" 750 600 -312 -28 0 100 0x00000000)
+(
+	Pin(827 0 110 30 110 59 "" "6" 0x00000001)
+	Pin(662 0 110 30 110 59 "" "5" 0x00000001)
+	Pin(495 0 110 30 110 59 "" "4" 0x00000001)
+	Pin(331 0 110 30 110 59 "" "3" 0x00000001)
+	Pin(166 0 110 30 110 59 "" "2" 0x00000001)
+	Pin(0 0 110 30 110 59 "" "1" 0x00000001)
+	Pin(827 216 110 30 110 59 "" "12" 0x00000001)
+	Pin(662 216 110 30 110 59 "" "11" 0x00000001)
+	Pin(495 216 110 30 110 59 "" "10" 0x00000001)
+	Pin(331 216 110 30 110 59 "" "9" 0x00000001)
+	Pin(166 216 110 30 110 59 "" "8" 0x00000001)
+	Pin(0 216 110 30 110 59 "" "7" 0x00000001)
+	Pin(1004 -165 102 30 102 102 "Hole2" "1" 0x00000009)
+	Pin(-177 -165 102 30 102 102 "Hole1" "2" 0x00000009)
+	ElementLine (-105 -67 -105 -547 10)
+	ElementLine (-105 -547 933 -547 10)
+	ElementLine (1129 -68 -301 -67 10)
+	ElementLine (933 -547 933 -67 10)
+	ElementLine (-104 -312 -301 -312 10)
+	ElementLine (-301 -312 -301 -67 10)
+	ElementLine (1129 -67 1129 -310 10)
+	ElementLine (1129 -310 933 -310 10)
+	)
Index: oldlib/newlib/connectors/Makefile.am
===================================================================
--- oldlib/newlib/connectors/Makefile.am	(nonexistent)
+++ oldlib/newlib/connectors/Makefile.am	(revision 296)
@@ -0,0 +1,17 @@
+## $Id$
+##
+
+pcblibsubdir= @PCBTREEDIR@/connectors
+pcblibsub_DATA= ${COMPONENTS}
+COMPONENTS= \
+	100_Pin_jack \
+	16x1_SMD_jack \
+	3terminal_screw_block \
+	72pin45degreeSIMMconnector \
+	MOLEX_miniFitJr-12pin \
+	Power_Jack \
+	RightAngleSMA \
+	SJ-3523-SMT_3.5mm_stereo_jack 
+
+EXTRA_DIST= ${COMPONENTS}
+
Index: oldlib/newlib/connectors/Power_Jack
===================================================================
--- oldlib/newlib/connectors/Power_Jack	(nonexistent)
+++ oldlib/newlib/connectors/Power_Jack	(revision 296)
@@ -0,0 +1,11 @@
+
+Element(0x00000000 "Power Jack" "J3" "RA722PC" 3930 170 -370 -60 0 100 0x00000000)
+(
+	Pad(-511 174 -541 174 130 30 150 "2" "2" 0x00000100)
+	Pad(-106 -86 -226 -86 130 30 150 "3" "3" 0x00000100)
+	Pad(-116 437 -216 437 150 30 170 "4" "4" 0x00000100)
+	ElementLine (0 350 0 0 10)
+	ElementLine (-470 350 0 350 10)
+	ElementLine (-470 0 -470 350 10)
+	ElementLine (0 0 -470 0 10)
+	)
Index: oldlib/newlib/connectors/RightAngleSMA
===================================================================
--- oldlib/newlib/connectors/RightAngleSMA	(nonexistent)
+++ oldlib/newlib/connectors/RightAngleSMA	(revision 296)
@@ -0,0 +1,13 @@
+
+Element(0x00000000 "" "J4" "" 3280 1450 -230 22 1 100 0x00000000)
+(
+	Pin(-100 -100 100 30 130 60 "" "5" 0x00000001)
+	Pin(100 -100 100 30 130 60 "" "4" 0x00000001)
+	Pin(100 100 100 30 130 60 "" "3" 0x00000001)
+	Pin(-100 100 100 30 130 60 "" "2" 0x00000001)
+	Pin(0 0 100 30 130 60 "" "1" 0x00000001)
+	ElementLine (-150 -150 150 -150 10)
+	ElementLine (-150 150 -150 -150 10)
+	ElementLine (150 -150 150 150 10)
+	ElementLine (150 150 -150 150 10)
+	)
Index: oldlib/newlib/connectors/SJ-3523-SMT_3.5mm_stereo_jack
===================================================================
--- oldlib/newlib/connectors/SJ-3523-SMT_3.5mm_stereo_jack	(nonexistent)
+++ oldlib/newlib/connectors/SJ-3523-SMT_3.5mm_stereo_jack	(revision 296)
@@ -0,0 +1,17 @@
+
+Element(0x00000000 "" "" "" 4851 2435 0 0 0 100 0x00000000)
+(
+	Pin(275 -1 72 20 72 72 "" "Hole2" 0x04000009)
+	Pin(0 -1 72 20 72 72 "" "Hole1" 0x04000009)
+	Pad(-43 -148 -43 -147 110 30 140 "" "1" 0x00000100)
+	Pad(324 -148 324 -147 110 30 140 "" "2" 0x00000100)
+	Pad(32 144 32 145 110 30 140 "" "3" 0x00000900)
+	ElementLine (433 -123 387 -123 10)
+	ElementLine (433 116 433 -123 10)
+	ElementLine (95 116 433 116 10)
+	ElementLine (24 -120 258 -120 10)
+	ElementLine (-237 -119 -103 -119 10)
+	ElementLine (-237 117 -28 117 10)
+	ElementLine (-237 -119 -237 117 10)
+	ElementLine (-138 -119 -138 117 10)
+	)
Index: oldlib/newlib/crystal/CTX169_oscillator
===================================================================
--- oldlib/newlib/crystal/CTX169_oscillator	(nonexistent)
+++ oldlib/newlib/crystal/CTX169_oscillator	(revision 296)
@@ -0,0 +1,15 @@
+
+Element(0x00000000 "CTX169" "X1" "20 MHz" 2330 910 425 -215 0 150 0x00000000)
+(
+	Pin(0 -60 60 30 90 28 "NC" "1" 0x00000101)
+	Pin(300 -60 60 30 90 28 "GND" "2" 0x00000001)
+	Pin(300 -360 60 30 90 28 "OUT" "3" 0x00000001)
+	Pin(0 -360 60 30 90 28 "Vdd" "4" 0x00000001)
+	ElementLine (-110 50 -110 -410 10)
+	ElementLine (-60 -460 350 -460 10)
+	ElementLine (400 -410 400 0 10)
+	ElementLine (350 50 -110 50 10)
+	ElementArc (-60 -410 50 50 270 90 10)
+	ElementArc (350 -410 50 50 180 90 10)
+	ElementArc (350 0 50 50 90 90 10)
+	)
Index: oldlib/newlib/crystal/Makefile.am
===================================================================
--- oldlib/newlib/crystal/Makefile.am	(nonexistent)
+++ oldlib/newlib/crystal/Makefile.am	(revision 296)
@@ -0,0 +1,10 @@
+## $Id$
+##
+
+pcblibsubdir= @PCBTREEDIR@/crystal
+pcblibsub_DATA= ${COMPONENTS}
+COMPONENTS= \
+	CTX169_oscillator 
+
+EXTRA_DIST= ${COMPONENTS}
+
Index: oldlib/newlib/electro-optics/IRF_optical_switch
===================================================================
--- oldlib/newlib/electro-optics/IRF_optical_switch	(nonexistent)
+++ oldlib/newlib/electro-optics/IRF_optical_switch	(revision 296)
@@ -0,0 +1,19 @@
+
+Element(0x00000000 "photo relay" "U22" "PVN012" 4545 1025 50 50 0 100 0x00000000)
+(
+	Pin(0 0 60 30 90 35 "" "1" 0x00000001)
+	Pin(100 0 60 30 90 35 "" "2" 0x08000001)
+	Pin(200 0 60 30 90 35 "" "3" 0x08000001)
+	Pin(200 -300 60 30 90 35 "" "4" 0x09080001)
+	Pin(100 -300 60 30 90 35 "" "5" 0x09000001)
+	Pin(0 -300 60 30 90 35 "" "6" 0x09010001)
+	ElementLine (-50 0 -75 0 10)
+	ElementLine (-75 0 -75 -100 10)
+	ElementLine (-75 -200 -75 -300 10)
+	ElementLine (-75 -300 -50 -300 10)
+	ElementLine (250 -300 275 -300 10)
+	ElementLine (275 -300 275 0 10)
+	ElementLine (275 0 250 0 10)
+	ElementArc (-75 -150 50 50 90 90 10)
+	ElementArc (-75 -150 50 50 180 90 10)
+	)
Index: oldlib/newlib/electro-optics/Makefile.am
===================================================================
--- oldlib/newlib/electro-optics/Makefile.am	(nonexistent)
+++ oldlib/newlib/electro-optics/Makefile.am	(revision 296)
@@ -0,0 +1,10 @@
+## $Id$
+##
+
+pcblibsubdir= @PCBTREEDIR@/electro-optics
+pcblibsub_DATA= ${COMPONENTS}
+COMPONENTS= \
+	IRF_optical_switch 
+
+EXTRA_DIST= ${COMPONENTS}
+
Index: oldlib/newlib/headers/0.1_inch_10pin
===================================================================
--- oldlib/newlib/headers/0.1_inch_10pin	(nonexistent)
+++ oldlib/newlib/headers/0.1_inch_10pin	(revision 296)
@@ -0,0 +1,21 @@
+
+Element(0x00000000 "" "" "" 3608 3708 0 0 0 100 0x00000000)
+(
+	Pin(0 0 70 30 70 38 "" "1" 0x04000001)
+	Pin(100 0 70 30 70 38 "" "2" 0x04000001)
+	Pin(0 100 70 30 70 38 "" "3" 0x04000001)
+	Pin(100 100 70 30 70 38 "" "4" 0x04000001)
+	Pin(0 200 70 30 70 38 "" "5" 0x00000001)
+	Pin(100 200 70 30 70 38 "" "6" 0x00000001)
+	Pin(0 300 70 30 70 38 "" "7" 0x00000001)
+	Pin(100 300 70 30 70 38 "" "8" 0x00000001)
+	Pin(0 400 70 30 70 38 "" "9" 0x00000001)
+	Pin(100 400 70 30 70 38 "" "10" 0x00000001)
+	ElementLine (-90 10 -50 10 10)
+	ElementLine (-90 -30 -90 10 10)
+	ElementLine (-50 -30 -90 -30 10)
+	ElementLine (150 -50 -50 -50 15)
+	ElementLine (-50 -50 -50 450 15)
+	ElementLine (-50 450 150 450 15)
+	ElementLine (150 450 150 -50 15)
+	)
Index: oldlib/newlib/headers/0.1_inch_2pin
===================================================================
--- oldlib/newlib/headers/0.1_inch_2pin	(nonexistent)
+++ oldlib/newlib/headers/0.1_inch_2pin	(revision 296)
@@ -0,0 +1,10 @@
+
+Element(0x00000000 "" "J0" "" 3608 3508 176 -24 0 100 0x00000000)
+(
+	Pin(0 0 70 30 70 38 "1" "1" 0x04000001)
+	Pin(100 0 70 30 70 38 "2" "2" 0x04000001)
+	ElementLine (150 -50 -50 -50 15)
+	ElementLine (-50 -50 -50 50 15)
+	ElementLine (-50 50 150 50 15)
+	ElementLine (150 50 150 -50 15)
+	)
Index: oldlib/newlib/headers/2mm_8pin_header
===================================================================
--- oldlib/newlib/headers/2mm_8pin_header	(nonexistent)
+++ oldlib/newlib/headers/2mm_8pin_header	(revision 296)
@@ -0,0 +1,20 @@
+
+Element(0x00000000 "2mm header" "JTAG" "3M151208-8321-TB" 666 1569 -75 75 3 120 0x00000000)
+(
+	Pin(0 0 60 30 60 28 "" "1" 0x00000001)
+	Pin(79 0 60 30 60 28 "" "2" 0x00000001)
+	Pin(0 79 60 30 60 28 "" "3" 0x00000001)
+	Pin(79 79 60 30 60 28 "" "4" 0x00000001)
+	Pin(0 157 60 30 60 28 "" "5" 0x00000001)
+	Pin(79 157 60 30 60 28 "" "6" 0x00000001)
+	Pin(0 236 60 30 60 28 "" "7" 0x00000001)
+	Pin(79 236 60 30 60 28 "" "8" 0x00000001)
+	ElementLine (-80 3 -80 -5 15)
+	ElementLine (-64 3 -80 3 15)
+	ElementLine (-64 -5 -64 3 15)
+	ElementLine (-80 -5 -64 -5 15)
+	ElementLine (124 -45 -45 -45 15)
+	ElementLine (124 281 124 -45 15)
+	ElementLine (-45 281 124 281 15)
+	ElementLine (-45 -45 -45 281 15)
+	)
Index: oldlib/newlib/headers/Makefile.am
===================================================================
--- oldlib/newlib/headers/Makefile.am	(nonexistent)
+++ oldlib/newlib/headers/Makefile.am	(revision 296)
@@ -0,0 +1,12 @@
+## $Id$
+##
+
+pcblibsubdir= @PCBTREEDIR@/headers
+pcblibsub_DATA= ${COMPONENTS}
+COMPONENTS= \
+	0.1_inch_10pin \
+	0.1_inch_2pin \
+	2mm_8pin_header 
+
+EXTRA_DIST= ${COMPONENTS}
+
Index: oldlib/newlib/keystone/KEYSTONE_1062.fp
===================================================================
--- oldlib/newlib/keystone/KEYSTONE_1062.fp	(nonexistent)
+++ oldlib/newlib/keystone/KEYSTONE_1062.fp	(revision 296)
@@ -0,0 +1,41 @@
+# element_flags, description, pcb-name, value, mark_x, mark_y,
+# text_x, text_y, text_direction, text_scale, text_flags
+Element[0x00000000 "Surface Mount Coin Cell Holder" "J?" "KEYSTONE_1062" 0 0 -3150 -3150 0 100 ""]
+(
+# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
+  Pad[0 -39400 0 -46500 12500 1000 800 "NEG" "1" "square"]
+  Pad[0  39400 0  46500 12500 1000 800 "POS" "2" "square"]
+
+# ElementArc[x, y, xradius, yradius, start angle, delta angle, width]
+  ElementArc[0 -16550 45800 45800 156  65 1000]
+  ElementArc[0 -16550 45800 45800  24 -65 1000]
+
+# ElementLine[x1, y1, x2, y2, thickness]
+  # left/right lines that slope down and to the center
+  ElementLine[ 41794 2182  22850 44450 1000]
+  ElementLine[-41794 2182 -22850 44450 1000]
+
+  # lines around bottom pad
+  ElementLine[  22850 44450  8250 44450 1000]
+  ElementLine[ -22850 44450 -8250 44450 1000]
+
+  ElementLine[  8250 44450  8250 54450 1000]
+  ElementLine[ -8250 44450 -8250 54450 1000]
+  ElementLine[ -8250 54450  8250 54450 1000]
+
+  # lines around top pad
+  ElementLine[  34456 -46650  8250 -46650 1000]
+  ElementLine[ -34456 -46650 -8250 -46650 1000]
+
+  ElementLine[  8250 -46650  8250 -54450 1000]
+  ElementLine[ -8250 -46650 -8250 -54450 1000]
+  ElementLine[ -8250 -54450  8250 -54450 1000]
+
+# POS terminal
+  ElementLine[ -13250 46500 -13250 50500 1000]
+  ElementLine[ -15250 48500 -11250 48500 1000]
+
+# NEG terminal
+  ElementLine[ -15250 -48500 -11250 -48500 1000]
+
+)
Index: oldlib/newlib/keystone/Makefile.am
===================================================================
--- oldlib/newlib/keystone/Makefile.am	(nonexistent)
+++ oldlib/newlib/keystone/Makefile.am	(revision 296)
@@ -0,0 +1,10 @@
+## $Id$
+##
+
+pcblibsubdir= @PCBTREEDIR@/keystone
+pcblibsub_DATA= ${COMPONENTS}
+COMPONENTS= \
+	KEYSTONE_1062.fp
+
+EXTRA_DIST= ${COMPONENTS}
+
Index: oldlib/newlib/msp430/MSP430F1121
===================================================================
--- oldlib/newlib/msp430/MSP430F1121	(nonexistent)
+++ oldlib/newlib/msp430/MSP430F1121	(revision 296)
@@ -0,0 +1,31 @@
+
+Element(0x00000000 "MSP430F1121" "U2" "" 901 1884 167 -492 0 120 0x00000000)
+(
+	Pad(5 -370 5 -420 20 30 50 "P1.7/TA2/TDO/TDI" "20" 0x00000000)
+	Pad(55 -370 55 -420 20 30 50 "P1.6/TA1/TDI" "19" 0x00000000)
+	Pad(105 -370 105 -420 20 30 50 "P1.5/TA0/TMS" "18" 0x00000000)
+	Pad(155 -370 155 -420 20 30 50 "P1.4/SMCLK/TCK" "17" 0x00000000)
+	Pad(205 -370 205 -420 20 30 50 "P1.3/TA2" "16" 0x00000000)
+	Pad(255 -370 255 -420 20 30 50 "P1.2/TA1" "15" 0x00000000)
+	Pad(305 -370 305 -420 20 30 50 "P1.1/TA0" "14" 0x00000000)
+	Pad(355 -370 355 -420 20 30 50 "P1.0/TACLK" "13" 0x00000000)
+	Pad(405 -370 405 -420 20 30 50 "P2.4/CA1/TA2" "12" 0x00000000)
+	Pad(455 -370 455 -420 20 30 50 "P2.3/CA0/TA1" "11" 0x00000000)
+	Pad(455 10 455 -40 20 30 50 "P2.2/CAOUT/TA0" "10" 0x00000000)
+	Pad(405 10 405 -40 20 30 50 "P2.2/INCLK" "9" 0x00000000)
+	Pad(355 10 355 -40 20 30 50 "P2.0/ACLK" "8" 0x00000000)
+	Pad(305 10 305 -40 20 30 50 "~RTS/NMI" "7" 0x00000000)
+	Pad(255 10 255 -40 20 30 50 "XIN" "6" 0x00000000)
+	Pad(205 10 205 -40 20 30 50 "XOUT" "5" 0x00000000)
+	Pad(155 10 155 -40 20 30 50 "VSS" "4" 0x00000000)
+	Pad(105 10 105 -40 20 30 50 "P2.5/ROSC" "3" 0x00000000)
+	Pad(55 10 55 -40 20 30 50 "VCC" "2" 0x00000000)
+	Pad(5 10 5 -40 20 30 50 "TEST" "1" 0x00000000)
+	ElementLine (-25 -80 485 -80 15)
+	ElementLine (485 -80 485 -330 15)
+	ElementLine (485 -330 -25 -330 15)
+	ElementLine (-25 -330 -25 -230 15)
+	ElementLine (-25 -190 -25 -80 15)
+	ElementArc (-25 -210 20 20 180 90 15)
+	ElementArc (-25 -210 20 20 90 90 15)
+	)
Index: oldlib/newlib/msp430/MSP430F1121+jtag
===================================================================
--- oldlib/newlib/msp430/MSP430F1121+jtag	(nonexistent)
+++ oldlib/newlib/msp430/MSP430F1121+jtag	(revision 296)
@@ -0,0 +1,113 @@
+Via(666 1450 60 20 30 28 "" 0x00000082)
+
+Element(0x00000000 "2mm header" "JTAG" "3M151208-8321-TB" 666 1569 0 -110 0 120 0x00000000)
+(
+	Pin(0 0 60 30 60 28 "" "1" 0x00000001)
+	Pin(79 0 60 30 60 28 "" "2" 0x00000001)
+	Pin(0 79 60 30 60 28 "" "3" 0x00000001)
+	Pin(79 79 60 30 60 28 "" "4" 0x00000001)
+	Pin(0 157 60 30 60 28 "" "5" 0x00000001)
+	Pin(79 157 60 30 60 28 "" "6" 0x00000001)
+	Pin(0 236 60 30 60 28 "" "7" 0x00000001)
+	Pin(79 236 60 30 60 28 "" "8" 0x00000001)
+	ElementLine (-45 -45 -45 281 15)
+	ElementLine (-45 281 124 281 15)
+	ElementLine (124 281 124 -45 15)
+	ElementLine (124 -45 -45 -45 15)
+	ElementLine (-80 -5 -64 -5 15)
+	ElementLine (-64 -5 -64 3 15)
+	ElementLine (-64 3 -80 3 15)
+	ElementLine (-80 3 -80 -5 15)
+	)
+
+Element(0x00000000 "MSP430F1121" "U2" "" 901 1884 499 -84 0 120 0x00000000)
+(
+	Pad(5 -370 5 -420 20 30 50 "P1.7/TA2/TDO/TDI" "20" 0x00000000)
+	Pad(55 -370 55 -420 20 30 50 "P1.6/TA1/TDI" "19" 0x00000000)
+	Pad(105 -370 105 -420 20 30 50 "P1.5/TA0/TMS" "18" 0x00000000)
+	Pad(155 -370 155 -420 20 30 50 "P1.4/SMCLK/TCK" "17" 0x00000000)
+	Pad(205 -370 205 -420 20 30 50 "P1.3/TA2" "16" 0x00000000)
+	Pad(255 -370 255 -420 20 30 50 "P1.2/TA1" "15" 0x00000000)
+	Pad(305 -370 305 -420 20 30 50 "P1.1/TA0" "14" 0x00000000)
+	Pad(355 -370 355 -420 20 30 50 "P1.0/TACLK" "13" 0x00000000)
+	Pad(405 -370 405 -420 20 30 50 "P2.4/CA1/TA2" "12" 0x00000000)
+	Pad(455 -370 455 -420 20 30 50 "P2.3/CA0/TA1" "11" 0x00000000)
+	Pad(455 10 455 -40 20 30 50 "P2.2/CAOUT/TA0" "10" 0x00000000)
+	Pad(405 10 405 -40 20 30 50 "P2.2/INCLK" "9" 0x00000000)
+	Pad(355 10 355 -40 20 30 50 "P2.0/ACLK" "8" 0x00000000)
+	Pad(305 10 305 -40 20 30 50 "~RTS/NMI" "7" 0x00000000)
+	Pad(255 10 255 -40 20 30 50 "XIN" "6" 0x00000000)
+	Pad(205 10 205 -40 20 30 50 "XOUT" "5" 0x00000000)
+	Pad(155 10 155 -40 20 30 50 "VSS" "4" 0x00000000)
+	Pad(105 10 105 -40 20 30 50 "P2.5/ROSC" "3" 0x00000000)
+	Pad(55 10 55 -40 20 30 50 "VCC" "2" 0x00000000)
+	Pad(5 10 5 -40 20 30 50 "TEST" "1" 0x00000000)
+	ElementLine (-25 -190 -25 -80 15)
+	ElementLine (-25 -330 -25 -230 15)
+	ElementLine (485 -330 -25 -330 15)
+	ElementLine (485 -80 485 -330 15)
+	ElementLine (-25 -80 485 -80 15)
+	ElementArc (-25 -210 20 20 90 90 15)
+	ElementArc (-25 -210 20 20 180 90 15)
+	)
+Layer(1 "")
+(
+	Line(1047 1681 1062 1681 18 20 0x00000080)
+	Line(1272 1681 1310 1681 18 20 0x00000080)
+	Line(1209 1681 1272 1681 18 20 0x00000080)
+	Line(1188 1681 1209 1681 18 20 0x00000080)
+	Line(1150 1681 1188 1681 18 20 0x00000080)
+	Line(1003 1681 1041 1681 18 20 0x00000080)
+	Line(1041 1681 1047 1681 18 20 0x00000080)
+	Line(1062 1681 1150 1681 18 20 0x00000080)
+	Line(666 1450 666 1510 18 20 0x00000080)
+	Line(666 1538 666 1551 18 20 0x00000080)
+	Line(666 1510 666 1538 18 20 0x00000080)
+)
+Layer(2 "")
+(
+	Line(804 1726 842 1726 18 20 0x00000080)
+	Line(804 1510 842 1510 18 20 0x00000080)
+	Line(842 1510 896 1510 18 20 0x00000080)
+	Line(607 1648 635 1648 18 20 0x00000080)
+	Line(763 1510 804 1510 18 20 0x00000080)
+	Line(775 1569 804 1569 18 20 0x00000080)
+	Line(607 1510 607 1648 18 20 0x00000080)
+	Line(607 1510 725 1510 18 20 0x00000080)
+	Line(666 1425 938 1425 18 20 0x00000080)
+	Line(804 1569 842 1569 18 20 0x00000080)
+	Line(995 1523 996 1523 18 20 0x00000080)
+	Line(946 1425 946 1454 18 20 0x00000080)
+	Line(995 1523 995 1569 18 20 0x00000080)
+	Line(842 1569 995 1569 18 20 0x00000080)
+	Line(1117 1688 1188 1688 18 20 0x00000080)
+	Line(1115 1688 1117 1688 18 20 0x00000080)
+	Line(1115 1523 1115 1688 18 20 0x00000080)
+	Line(762 1648 775 1648 18 20 0x00000080)
+	Line(775 1648 804 1648 18 20 0x00000080)
+	Line(804 1648 842 1648 18 20 0x00000080)
+	Line(842 1648 1033 1648 18 20 0x00000080)
+	Line(1033 1648 1034 1648 18 20 0x00000080)
+	Line(1034 1648 1045 1648 18 20 0x00000080)
+	Line(1045 1523 1045 1648 18 20 0x00000080)
+	Line(1045 1523 1046 1523 18 20 0x00000080)
+	Line(1217 1800 1272 1800 18 20 0x00000080)
+	Line(1217 1800 1217 1834 18 20 0x00000080)
+	Line(1215 1834 1217 1834 18 20 0x00000080)
+	Line(762 1726 775 1726 18 20 0x00000080)
+	Line(775 1726 804 1726 18 20 0x00000080)
+	Line(842 1726 1134 1726 18 20 0x00000080)
+	Line(725 1510 763 1510 18 20 0x00000080)
+	Line(1134 1726 1172 1726 18 20 0x00000080)
+	Line(1172 1726 1226 1726 18 20 0x00000080)
+	Line(1226 1726 1226 1791 18 20 0x00000080)
+	Line(1165 1869 1166 1869 18 20 0x00000080)
+	Line(1115 1869 1116 1869 18 20 0x00000080)
+	Line(762 1805 775 1805 18 20 0x00000080)
+	Line(775 1805 804 1805 18 20 0x00000080)
+	Line(804 1805 842 1805 18 20 0x00000080)
+	Line(842 1805 1095 1805 18 20 0x00000080)
+	Line(1095 1805 1096 1805 18 20 0x00000080)
+	Line(1096 1805 1096 1834 18 20 0x00000080)
+	Line(1045 1869 1046 1869 18 20 0x00000080)
+)
Index: oldlib/newlib/msp430/Makefile.am
===================================================================
--- oldlib/newlib/msp430/Makefile.am	(nonexistent)
+++ oldlib/newlib/msp430/Makefile.am	(revision 296)
@@ -0,0 +1,11 @@
+## $Id$
+##
+
+pcblibsubdir= @PCBTREEDIR@/msp430
+pcblibsub_DATA= ${COMPONENTS}
+COMPONENTS= \
+	MSP430F1121 \
+	MSP430F1121+jtag 
+
+EXTRA_DIST= ${COMPONENTS}
+
Index: oldlib/newlib/not_vetted_ingo/Makefile.am
===================================================================
--- oldlib/newlib/not_vetted_ingo/Makefile.am	(nonexistent)
+++ oldlib/newlib/not_vetted_ingo/Makefile.am	(revision 296)
@@ -0,0 +1,27 @@
+## $Id$
+##
+
+pcblibsubdir= @PCBTREEDIR@/not_vetted_ingo
+pcblibsub_DATA= ${COMPONENTS}
+COMPONENTS= \
+	pc104+.ele \
+	pc104.ele \
+	pq100.ele \
+	pq128.ele \
+	pq144.ele \
+	pq160.ele \
+	pq208.ele \
+	pq240.ele \
+	pq304.ele \
+	pq32.ele \
+	pq44.ele \
+	smt0402.ele \
+	smt0603.ele \
+	smt0805.ele \
+	smt1206.ele \
+	smt1210.ele \
+	smt1913.ele \
+	smt2416.ele 
+
+EXTRA_DIST= ${COMPONENTS}
+
Index: oldlib/newlib/not_vetted_ingo/pc104+.ele
===================================================================
--- oldlib/newlib/not_vetted_ingo/pc104+.ele	(nonexistent)
+++ oldlib/newlib/not_vetted_ingo/pc104+.ele	(revision 296)
@@ -0,0 +1,252 @@
+Element(0x00000000 "PC 104+" "" "PC 104+" 200 0 3 100 0x00000000)
+(
+
+
+	Pin(400 250  60 30 "A1" 0x00000100)
+	Pin(400 350  60 30 "A2" 0x00000000)
+	Pin(400 450  60 30 "A3" 0x00000000)
+	Pin(400 550  60 30 "A4" 0x00000000)
+	Pin(400 650  60 30 "A5" 0x00000000)
+	Pin(400 750  60 30 "A6" 0x00000000)
+	Pin(400 850  60 30 "A7" 0x00000000)
+	Pin(400 950  60 30 "A8" 0x00000000)
+	Pin(400 1050  60 30 "A9" 0x00000000)
+	Pin(400 1150  60 30 "A10" 0x00000000)
+	Pin(400 1250  60 30 "A11" 0x00000000)
+	Pin(400 1350  60 30 "A12" 0x00000000)
+	Pin(400 1450  60 30 "A13" 0x00000000)
+	Pin(400 1550  60 30 "A14" 0x00000000)
+	Pin(400 1650  60 30 "A15" 0x00000000)
+	Pin(400 1750  60 30 "A16" 0x00000000)
+	Pin(400 1850  60 30 "A17" 0x00000000)
+	Pin(400 1950  60 30 "A18" 0x00000000)
+	Pin(400 2050  60 30 "A19" 0x00000000)
+	Pin(400 2150  60 30 "A20" 0x00000000)
+	Pin(400 2250  60 30 "A21" 0x00000000)
+	Pin(400 2350  60 30 "A22" 0x00000000)
+	Pin(400 2450  60 30 "A23" 0x00000000)
+	Pin(400 2550  60 30 "A24" 0x00000000)
+	Pin(400 2650  60 30 "A25" 0x00000000)
+	Pin(400 2750  60 30 "A26" 0x00000000)
+	Pin(400 2850  60 30 "A27" 0x00000000)
+	Pin(400 2950  60 30 "A28" 0x00000000)
+	Pin(400 3050  60 30 "A29" 0x00000000)
+	Pin(400 3150  60 30 "A30" 0x00000000)
+	Pin(400 3250  60 30 "A31" 0x00000000)
+	Pin(400 3350  60 30 "A32" 0x00000000)
+
+	Pin(500 250  60 30 "B1" 0x00000100)
+	Pin(500 350  60 30 "B2" 0x00000000)
+	Pin(500 450  60 30 "B3" 0x00000000)
+	Pin(500 550  60 30 "B4" 0x00000000)
+	Pin(500 650  60 30 "B5" 0x00000000)
+	Pin(500 750  60 30 "B6" 0x00000000)
+	Pin(500 850  60 30 "B7" 0x00000000)
+	Pin(500 950  60 30 "B8" 0x00000000)
+	Pin(500 1050  60 30 "B9" 0x00000000)
+	Pin(500 1150  60 30 "B10" 0x00000000)
+	Pin(500 1250  60 30 "B11" 0x00000000)
+	Pin(500 1350  60 30 "B12" 0x00000000)
+	Pin(500 1450  60 30 "B13" 0x00000000)
+	Pin(500 1550  60 30 "B14" 0x00000000)
+	Pin(500 1650  60 30 "B15" 0x00000000)
+	Pin(500 1750  60 30 "B16" 0x00000000)
+	Pin(500 1850  60 30 "B17" 0x00000000)
+	Pin(500 1950  60 30 "B18" 0x00000000)
+	Pin(500 2050  60 30 "B19" 0x00000000)
+	Pin(500 2150  60 30 "B20" 0x00000000)
+	Pin(500 2250  60 30 "B21" 0x00000000)
+	Pin(500 2350  60 30 "B22" 0x00000000)
+	Pin(500 2450  60 30 "B23" 0x00000000)
+	Pin(500 2550  60 30 "B24" 0x00000000)
+	Pin(500 2650  60 30 "B25" 0x00000000)
+	Pin(500 2750  60 30 "B26" 0x00000000)
+	Pin(500 2850  60 30 "B27" 0x00000000)
+	Pin(500 2950  60 30 "B28" 0x00000000)
+	Pin(500 3050  60 30 "B29" 0x00000000)
+	Pin(500 3150  60 30 "B30" 0x00000000)
+	Pin(500 3250  60 30 "B31" 0x00000000)
+	Pin(500 3350  60 30 "B32" 0x00000000)
+
+	Pin(300 1050 60 30 "C0" 0x00000000)
+	Pin(300 1150 60 30 "C1" 0x00000100)
+	Pin(300 1250  60 30 "C2" 0x00000000)
+	Pin(300 1350  60 30 "C3" 0x00000000)
+	Pin(300 1450  60 30 "C4" 0x00000000)
+	Pin(300 1550  60 30 "C5" 0x00000000)
+	Pin(300 1650  60 30 "C6" 0x00000000)
+	Pin(300 1750  60 30 "C7" 0x00000000)
+	Pin(300 1850  60 30 "C8" 0x00000000)
+	Pin(300 1950  60 30 "C9" 0x00000000)
+	Pin(300 2050  60 30 "C10" 0x00000000)
+	Pin(300 2150  60 30 "C11" 0x00000000)
+	Pin(300 2250  60 30 "C12" 0x00000000)
+	Pin(300 2350  60 30 "C13" 0x00000000)
+	Pin(300 2450  60 30 "C14" 0x00000000)
+	Pin(300 2550  60 30 "C15" 0x00000000)
+	Pin(300 2650  60 30 "C16" 0x00000000)
+	Pin(300 2750  60 30 "C17" 0x00000000)
+	Pin(300 2850  60 30 "C18" 0x00000000)
+	Pin(300 2950  60 30 "C19" 0x00000000)
+
+	Pin(200 1050 60 30 "D0" 0x00000000)
+	Pin(200 1150 60 30 "D1" 0x00000100)
+	Pin(200 1250  60 30 "D2" 0x00000000)
+	Pin(200 1350  60 30 "D3" 0x00000000)
+	Pin(200 1450  60 30 "D4" 0x00000000)
+	Pin(200 1550  60 30 "D5" 0x00000000)
+	Pin(200 1650  60 30 "D6" 0x00000000)
+	Pin(200 1750  60 30 "D7" 0x00000000)
+	Pin(200 1850  60 30 "D8" 0x00000000)
+	Pin(200 1950  60 30 "D9" 0x00000000)
+	Pin(200 2050  60 30 "D10" 0x00000000)
+	Pin(200 2150  60 30 "D11" 0x00000000)
+	Pin(200 2250  60 30 "D12" 0x00000000)
+	Pin(200 2350  60 30 "D13" 0x00000000)
+	Pin(200 2450  60 30 "D14" 0x00000000)
+	Pin(200 2550  60 30 "D15" 0x00000000)
+	Pin(200 2650  60 30 "D16" 0x00000000)
+	Pin(200 2750  60 30 "D17" 0x00000000)
+	Pin(200 2850  60 30 "D18" 0x00000000)
+	Pin(200 2950  60 30 "D19" 0x00000000)
+
+
+
+Pin(3338  650 40 25 "J3-a1" 0x00000000)
+Pin(3338  728 40 25 "J3-a2" 0x00000000)
+Pin(3338  807 40 25 "J3-a3" 0x00000000)
+Pin(3338  886 40 25 "J3-a4" 0x00000000)
+Pin(3338  964 40 25 "J3-a5" 0x00000000)
+Pin(3338 1043 40 25 "J3-a6" 0x00000000)
+Pin(3338 1122 40 25 "J3-a7" 0x00000000)
+Pin(3338 1201 40 25 "J3-a8" 0x00000000)
+Pin(3338 1279 40 25 "J3-a9" 0x00000000)
+Pin(3338 1358 40 25 "J3-a10" 0x00000000)
+Pin(3338 1437 40 25 "J3-a11" 0x00000000)
+Pin(3338 1516 40 25 "J3-a12" 0x00000000)
+Pin(3338 1594 40 25 "J3-a13" 0x00000000)
+Pin(3338 1673 40 25 "J3-a14" 0x00000000)
+Pin(3338 1752 40 25 "J3-a15" 0x00000000)
+Pin(3338 1831 40 25 "J3-a16" 0x00000000)
+Pin(3338 1909 40 25 "J3-a17" 0x00000000)
+Pin(3338 1988 40 25 "J3-a18" 0x00000000)
+Pin(3338 2067 40 25 "J3-a19" 0x00000000)
+Pin(3338 2146 40 25 "J3-a20" 0x00000000)
+Pin(3338 2224 40 25 "J3-a21" 0x00000000)
+Pin(3338 2303 40 25 "J3-a22" 0x00000000)
+Pin(3338 2382 40 25 "J3-a23" 0x00000000)
+Pin(3338 2461 40 25 "J3-a24" 0x00000000)
+Pin(3338 2539 40 25 "J3-a25" 0x00000000)
+Pin(3338 2618 40 25 "J3-a26" 0x00000000)
+Pin(3338 2697 40 25 "J3-a27" 0x00000000)
+Pin(3338 2775 40 25 "J3-a28" 0x00000000)
+Pin(3338 2854 40 25 "J3-a29" 0x00000000)
+Pin(3338 2933 40 25 "J3-a30" 0x00000000)
+Pin(3417  650 40 25 "J3-b1" 0x00000000)
+Pin(3417  728 40 25 "J3-b2" 0x00000000)
+Pin(3417  807 40 25 "J3-b3" 0x00000000)
+Pin(3417  886 40 25 "J3-b4" 0x00000000)
+Pin(3417  964 40 25 "J3-b5" 0x00000000)
+Pin(3417 1043 40 25 "J3-b6" 0x00000000)
+Pin(3417 1122 40 25 "J3-b7" 0x00000000)
+Pin(3417 1201 40 25 "J3-b8" 0x00000000)
+Pin(3417 1279 40 25 "J3-b9" 0x00000000)
+Pin(3417 1358 40 25 "J3-b10" 0x00000000)
+Pin(3417 1437 40 25 "J3-b11" 0x00000000)
+Pin(3417 1516 40 25 "J3-b12" 0x00000000)
+Pin(3417 1594 40 25 "J3-b13" 0x00000000)
+Pin(3417 1673 40 25 "J3-b14" 0x00000000)
+Pin(3417 1752 40 25 "J3-b15" 0x00000000)
+Pin(3417 1831 40 25 "J3-b16" 0x00000000)
+Pin(3417 1909 40 25 "J3-b17" 0x00000000)
+Pin(3417 1988 40 25 "J3-b18" 0x00000000)
+Pin(3417 2067 40 25 "J3-b19" 0x00000000)
+Pin(3417 2146 40 25 "J3-b20" 0x00000000)
+Pin(3417 2224 40 25 "J3-b21" 0x00000000)
+Pin(3417 2303 40 25 "J3-b22" 0x00000000)
+Pin(3417 2382 40 25 "J3-b23" 0x00000000)
+Pin(3417 2461 40 25 "J3-b24" 0x00000000)
+Pin(3417 2539 40 25 "J3-b25" 0x00000000)
+Pin(3417 2618 40 25 "J3-b26" 0x00000000)
+Pin(3417 2697 40 25 "J3-b27" 0x00000000)
+Pin(3417 2775 40 25 "J3-b28" 0x00000000)
+Pin(3417 2854 40 25 "J3-b29" 0x00000000)
+Pin(3417 2933 40 25 "J3-b30" 0x00000000)
+Pin(3496  650 40 25 "J3-c1" 0x00000000)
+Pin(3496  728 40 25 "J3-c2" 0x00000000)
+Pin(3496  807 40 25 "J3-c3" 0x00000000)
+Pin(3496  886 40 25 "J3-c4" 0x00000000)
+Pin(3496  964 40 25 "J3-c5" 0x00000000)
+Pin(3496 1043 40 25 "J3-c6" 0x00000000)
+Pin(3496 1122 40 25 "J3-c7" 0x00000000)
+Pin(3496 1201 40 25 "J3-c8" 0x00000000)
+Pin(3496 1279 40 25 "J3-c9" 0x00000000)
+Pin(3496 1358 40 25 "J3-c10" 0x00000000)
+Pin(3496 1437 40 25 "J3-c11" 0x00000000)
+Pin(3496 1516 40 25 "J3-c12" 0x00000000)
+Pin(3496 1594 40 25 "J3-c13" 0x00000000)
+Pin(3496 1673 40 25 "J3-c14" 0x00000000)
+Pin(3496 1752 40 25 "J3-c15" 0x00000000)
+Pin(3496 1831 40 25 "J3-c16" 0x00000000)
+Pin(3496 1909 40 25 "J3-c17" 0x00000000)
+Pin(3496 1988 40 25 "J3-c18" 0x00000000)
+Pin(3496 2067 40 25 "J3-c19" 0x00000000)
+Pin(3496 2146 40 25 "J3-c20" 0x00000000)
+Pin(3496 2224 40 25 "J3-c21" 0x00000000)
+Pin(3496 2303 40 25 "J3-c22" 0x00000000)
+Pin(3496 2382 40 25 "J3-c23" 0x00000000)
+Pin(3496 2461 40 25 "J3-c24" 0x00000000)
+Pin(3496 2539 40 25 "J3-c25" 0x00000000)
+Pin(3496 2618 40 25 "J3-c26" 0x00000000)
+Pin(3496 2697 40 25 "J3-c27" 0x00000000)
+Pin(3496 2775 40 25 "J3-c28" 0x00000000)
+Pin(3496 2854 40 25 "J3-c29" 0x00000000)
+Pin(3496 2933 40 25 "J3-c30" 0x00000000)
+Pin(3575  650 40 25 "J3-d1" 0x00000000)
+Pin(3575  728 40 25 "J3-d2" 0x00000000)
+Pin(3575  807 40 25 "J3-d3" 0x00000000)
+Pin(3575  886 40 25 "J3-d4" 0x00000000)
+Pin(3575  964 40 25 "J3-d5" 0x00000000)
+Pin(3575 1043 40 25 "J3-d6" 0x00000000)
+Pin(3575 1122 40 25 "J3-d7" 0x00000000)
+Pin(3575 1201 40 25 "J3-d8" 0x00000000)
+Pin(3575 1279 40 25 "J3-d9" 0x00000000)
+Pin(3575 1358 40 25 "J3-d10" 0x00000000)
+Pin(3575 1437 40 25 "J3-d11" 0x00000000)
+Pin(3575 1516 40 25 "J3-d12" 0x00000000)
+Pin(3575 1594 40 25 "J3-d13" 0x00000000)
+Pin(3575 1673 40 25 "J3-d14" 0x00000000)
+Pin(3575 1752 40 25 "J3-d15" 0x00000000)
+Pin(3575 1831 40 25 "J3-d16" 0x00000000)
+Pin(3575 1909 40 25 "J3-d17" 0x00000000)
+Pin(3575 1988 40 25 "J3-d18" 0x00000000)
+Pin(3575 2067 40 25 "J3-d19" 0x00000000)
+Pin(3575 2146 40 25 "J3-d20" 0x00000000)
+Pin(3575 2224 40 25 "J3-d21" 0x00000000)
+Pin(3575 2303 40 25 "J3-d22" 0x00000000)
+Pin(3575 2382 40 25 "J3-d23" 0x00000000)
+Pin(3575 2461 40 25 "J3-d24" 0x00000000)
+Pin(3575 2539 40 25 "J3-d25" 0x00000000)
+Pin(3575 2618 40 25 "J3-d26" 0x00000000)
+Pin(3575 2697 40 25 "J3-d27" 0x00000000)
+Pin(3575 2775 40 25 "J3-d28" 0x00000000)
+Pin(3575 2854 40 25 "J3-d29" 0x00000000)
+Pin(3575 2933 40 25 "J3-d30" 0x00000000)
+
+	Pin(3612 545  85 75 "m5" 0x00000000)
+	Pin(3612 3039  85 75 "m6" 0x00000000)
+	Pin(3302 545  85 75 "m7" 0x00000000)
+	Pin(3302 3039  85 75 "m8" 0x00000000)
+
+	Pin(200 200  250 125 "M1" 0x00000000)
+	Pin(200 3350  250 125 "M2" 0x00000000)
+	Pin(3575 350  250 125 "M3" 0x00000000)
+	Pin(3575 3250  250 125 "M4" 0x00000000)
+
+	ElementLine ( 0 0 3775 0 20)
+	ElementLine ( 3775 0 3775 3550 20)
+	ElementLine ( 3775 3550 0 3550 20)
+	ElementLine ( 0 3550 0 0 20)
+
+	Mark (0 0)
+)
Index: oldlib/newlib/not_vetted_ingo/pc104.ele
===================================================================
--- oldlib/newlib/not_vetted_ingo/pc104.ele	(nonexistent)
+++ oldlib/newlib/not_vetted_ingo/pc104.ele	(revision 296)
@@ -0,0 +1,124 @@
+Element(0x00000000 "PC 104" "" "PC 104" 200 0 3 100 0x00000000)
+(
+
+
+	Pin(400 250  60 30 "A1" 0x00000100)
+	Pin(400 350  60 30 "A2" 0x00000000)
+	Pin(400 450  60 30 "A3" 0x00000000)
+	Pin(400 550  60 30 "A4" 0x00000000)
+	Pin(400 650  60 30 "A5" 0x00000000)
+	Pin(400 750  60 30 "A6" 0x00000000)
+	Pin(400 850  60 30 "A7" 0x00000000)
+	Pin(400 950  60 30 "A8" 0x00000000)
+	Pin(400 1050  60 30 "A9" 0x00000000)
+	Pin(400 1150  60 30 "A10" 0x00000000)
+	Pin(400 1250  60 30 "A11" 0x00000000)
+	Pin(400 1350  60 30 "A12" 0x00000000)
+	Pin(400 1450  60 30 "A13" 0x00000000)
+	Pin(400 1550  60 30 "A14" 0x00000000)
+	Pin(400 1650  60 30 "A15" 0x00000000)
+	Pin(400 1750  60 30 "A16" 0x00000000)
+	Pin(400 1850  60 30 "A17" 0x00000000)
+	Pin(400 1950  60 30 "A18" 0x00000000)
+	Pin(400 2050  60 30 "A19" 0x00000000)
+	Pin(400 2150  60 30 "A20" 0x00000000)
+	Pin(400 2250  60 30 "A21" 0x00000000)
+	Pin(400 2350  60 30 "A22" 0x00000000)
+	Pin(400 2450  60 30 "A23" 0x00000000)
+	Pin(400 2550  60 30 "A24" 0x00000000)
+	Pin(400 2650  60 30 "A25" 0x00000000)
+	Pin(400 2750  60 30 "A26" 0x00000000)
+	Pin(400 2850  60 30 "A27" 0x00000000)
+	Pin(400 2950  60 30 "A28" 0x00000000)
+	Pin(400 3050  60 30 "A29" 0x00000000)
+	Pin(400 3150  60 30 "A30" 0x00000000)
+	Pin(400 3250  60 30 "A31" 0x00000000)
+	Pin(400 3350  60 30 "A32" 0x00000000)
+
+	Pin(500 250  60 30 "B1" 0x00000100)
+	Pin(500 350  60 30 "B2" 0x00000000)
+	Pin(500 450  60 30 "B3" 0x00000000)
+	Pin(500 550  60 30 "B4" 0x00000000)
+	Pin(500 650  60 30 "B5" 0x00000000)
+	Pin(500 750  60 30 "B6" 0x00000000)
+	Pin(500 850  60 30 "B7" 0x00000000)
+	Pin(500 950  60 30 "B8" 0x00000000)
+	Pin(500 1050  60 30 "B9" 0x00000000)
+	Pin(500 1150  60 30 "B10" 0x00000000)
+	Pin(500 1250  60 30 "B11" 0x00000000)
+	Pin(500 1350  60 30 "B12" 0x00000000)
+	Pin(500 1450  60 30 "B13" 0x00000000)
+	Pin(500 1550  60 30 "B14" 0x00000000)
+	Pin(500 1650  60 30 "B15" 0x00000000)
+	Pin(500 1750  60 30 "B16" 0x00000000)
+	Pin(500 1850  60 30 "B17" 0x00000000)
+	Pin(500 1950  60 30 "B18" 0x00000000)
+	Pin(500 2050  60 30 "B19" 0x00000000)
+	Pin(500 2150  60 30 "B20" 0x00000000)
+	Pin(500 2250  60 30 "B21" 0x00000000)
+	Pin(500 2350  60 30 "B22" 0x00000000)
+	Pin(500 2450  60 30 "B23" 0x00000000)
+	Pin(500 2550  60 30 "B24" 0x00000000)
+	Pin(500 2650  60 30 "B25" 0x00000000)
+	Pin(500 2750  60 30 "B26" 0x00000000)
+	Pin(500 2850  60 30 "B27" 0x00000000)
+	Pin(500 2950  60 30 "B28" 0x00000000)
+	Pin(500 3050  60 30 "B29" 0x00000000)
+	Pin(500 3150  60 30 "B30" 0x00000000)
+	Pin(500 3250  60 30 "B31" 0x00000000)
+	Pin(500 3350  60 30 "B32" 0x00000000)
+
+	Pin(300 1050 60 30 "C0" 0x00000000)
+	Pin(300 1150 60 30 "C1" 0x00000100)
+	Pin(300 1250  60 30 "C2" 0x00000000)
+	Pin(300 1350  60 30 "C3" 0x00000000)
+	Pin(300 1450  60 30 "C4" 0x00000000)
+	Pin(300 1550  60 30 "C5" 0x00000000)
+	Pin(300 1650  60 30 "C6" 0x00000000)
+	Pin(300 1750  60 30 "C7" 0x00000000)
+	Pin(300 1850  60 30 "C8" 0x00000000)
+	Pin(300 1950  60 30 "C9" 0x00000000)
+	Pin(300 2050  60 30 "C10" 0x00000000)
+	Pin(300 2150  60 30 "C11" 0x00000000)
+	Pin(300 2250  60 30 "C12" 0x00000000)
+	Pin(300 2350  60 30 "C13" 0x00000000)
+	Pin(300 2450  60 30 "C14" 0x00000000)
+	Pin(300 2550  60 30 "C15" 0x00000000)
+	Pin(300 2650  60 30 "C16" 0x00000000)
+	Pin(300 2750  60 30 "C17" 0x00000000)
+	Pin(300 2850  60 30 "C18" 0x00000000)
+	Pin(300 2950  60 30 "C19" 0x00000000)
+
+	Pin(200 1050 60 30 "D0" 0x00000000)
+	Pin(200 1150 60 30 "D1" 0x00000100)
+	Pin(200 1250  60 30 "D2" 0x00000000)
+	Pin(200 1350  60 30 "D3" 0x00000000)
+	Pin(200 1450  60 30 "D4" 0x00000000)
+	Pin(200 1550  60 30 "D5" 0x00000000)
+	Pin(200 1650  60 30 "D6" 0x00000000)
+	Pin(200 1750  60 30 "D7" 0x00000000)
+	Pin(200 1850  60 30 "D8" 0x00000000)
+	Pin(200 1950  60 30 "D9" 0x00000000)
+	Pin(200 2050  60 30 "D10" 0x00000000)
+	Pin(200 2150  60 30 "D11" 0x00000000)
+	Pin(200 2250  60 30 "D12" 0x00000000)
+	Pin(200 2350  60 30 "D13" 0x00000000)
+	Pin(200 2450  60 30 "D14" 0x00000000)
+	Pin(200 2550  60 30 "D15" 0x00000000)
+	Pin(200 2650  60 30 "D16" 0x00000000)
+	Pin(200 2750  60 30 "D17" 0x00000000)
+	Pin(200 2850  60 30 "D18" 0x00000000)
+	Pin(200 2950  60 30 "D19" 0x00000000)
+
+	Pin(200 200  250 125 "M1" 0x00000000)
+	Pin(200 3350  250 125 "M2" 0x00000000)
+	Pin(3575 350  250 125 "M3" 0x00000000)
+	Pin(3575 3250  250 125 "M4" 0x00000000)
+
+	ElementLine ( 0 0 3775 0 20)
+	ElementLine ( 3775 0 3775 3550 20)
+	ElementLine ( 3775 3550 0 3550 20)
+	ElementLine ( 0 3550 0 0 20)
+
+	Mark (0 0)
+)
Index: oldlib/newlib/not_vetted_ingo/pq100.ele
===================================================================
--- oldlib/newlib/not_vetted_ingo/pq100.ele	(nonexistent)
+++ oldlib/newlib/not_vetted_ingo/pq100.ele	(revision 296)
@@ -0,0 +1,109 @@
+Element(0x00000000 "pq100" "" "100 pin QFP" 0 0 3 100 0x00000000)
+(
+Pad(  -2   78   25   78    9 "1" 0x00000100)
+Pad(  -2   98   25   98    9 "2" 0x00000100)
+Pad(  -2  118   25  118    9 "3" 0x00000100)
+Pad(  -2  137   25  137    9 "4" 0x00000100)
+Pad(  -2  157   25  157    9 "5" 0x00000100)
+Pad(  -2  177   25  177    9 "6" 0x00000100)
+Pad(  -2  196   25  196    9 "7" 0x00000100)
+Pad(  -2  216   25  216    9 "8" 0x00000100)
+Pad(  -2  236   25  236    9 "9" 0x00000100)
+Pad(  -2  255   25  255    9 "10" 0x00000100)
+Pad(  -2  275   25  275    9 "11" 0x00000100)
+Pad(  -2  295   25  295    9 "12" 0x00000100)
+Pad(  -2  314   25  314    9 "13" 0x00000100)
+Pad(  -2  334   25  334    9 "14" 0x00000100)
+Pad(  -2  354   25  354    9 "15" 0x00000100)
+Pad(  -2  374   25  374    9 "16" 0x00000100)
+Pad(  -2  393   25  393    9 "17" 0x00000100)
+Pad(  -2  413   25  413    9 "18" 0x00000100)
+Pad(  -2  433   25  433    9 "19" 0x00000100)
+Pad(  -2  452   25  452    9 "20" 0x00000100)
+Pad(  -2  472   25  472    9 "21" 0x00000100)
+Pad(  -2  492   25  492    9 "22" 0x00000100)
+Pad(  -2  511   25  511    9 "23" 0x00000100)
+Pad(  -2  531   25  531    9 "24" 0x00000100)
+Pad(  -2  551   25  551    9 "25" 0x00000100)
+Pad(  78  632   78  603    9 "26" 0x00000100)
+Pad(  98  632   98  603    9 "27" 0x00000100)
+Pad( 118  632  118  603    9 "28" 0x00000100)
+Pad( 137  632  137  603    9 "29" 0x00000100)
+Pad( 157  632  157  603    9 "30" 0x00000100)
+Pad( 177  632  177  603    9 "31" 0x00000100)
+Pad( 196  632  196  603    9 "32" 0x00000100)
+Pad( 216  632  216  603    9 "33" 0x00000100)
+Pad( 236  632  236  603    9 "34" 0x00000100)
+Pad( 255  632  255  603    9 "35" 0x00000100)
+Pad( 275  632  275  603    9 "36" 0x00000100)
+Pad( 295  632  295  603    9 "37" 0x00000100)
+Pad( 314  632  314  603    9 "38" 0x00000100)
+Pad( 334  632  334  603    9 "39" 0x00000100)
+Pad( 354  632  354  603    9 "40" 0x00000100)
+Pad( 374  632  374  603    9 "41" 0x00000100)
+Pad( 393  632  393  603    9 "42" 0x00000100)
+Pad( 413  632  413  603    9 "43" 0x00000100)
+Pad( 433  632  433  603    9 "44" 0x00000100)
+Pad( 452  632  452  603    9 "45" 0x00000100)
+Pad( 472  632  472  603    9 "46" 0x00000100)
+Pad( 492  632  492  603    9 "47" 0x00000100)
+Pad( 511  632  511  603    9 "48" 0x00000100)
+Pad( 531  632  531  603    9 "49" 0x00000100)
+Pad( 551  632  551  603    9 "50" 0x00000100)
+Pad( 632  551  603  551    9 "51" 0x00000100)
+Pad( 632  531  603  531    9 "52" 0x00000100)
+Pad( 632  511  603  511    9 "53" 0x00000100)
+Pad( 632  492  603  492    9 "54" 0x00000100)
+Pad( 632  472  603  472    9 "55" 0x00000100)
+Pad( 632  452  603  452    9 "56" 0x00000100)
+Pad( 632  433  603  433    9 "57" 0x00000100)
+Pad( 632  413  603  413    9 "58" 0x00000100)
+Pad( 632  393  603  393    9 "59" 0x00000100)
+Pad( 632  374  603  374    9 "60" 0x00000100)
+Pad( 632  354  603  354    9 "61" 0x00000100)
+Pad( 632  334  603  334    9 "62" 0x00000100)
+Pad( 632  314  603  314    9 "63" 0x00000100)
+Pad( 632  295  603  295    9 "64" 0x00000100)
+Pad( 632  275  603  275    9 "65" 0x00000100)
+Pad( 632  255  603  255    9 "66" 0x00000100)
+Pad( 632  236  603  236    9 "67" 0x00000100)
+Pad( 632  216  603  216    9 "68" 0x00000100)
+Pad( 632  196  603  196    9 "69" 0x00000100)
+Pad( 632  177  603  177    9 "70" 0x00000100)
+Pad( 632  157  603  157    9 "71" 0x00000100)
+Pad( 632  137  603  137    9 "72" 0x00000100)
+Pad( 632  118  603  118    9 "73" 0x00000100)
+Pad( 632   98  603   98    9 "74" 0x00000100)
+Pad( 632   78  603   78    9 "75" 0x00000100)
+Pad( 551   -2  551   25    9 "76" 0x00000100)
+Pad( 531   -2  531   25    9 "77" 0x00000100)
+Pad( 511   -2  511   25    9 "78" 0x00000100)
+Pad( 492   -2  492   25    9 "79" 0x00000100)
+Pad( 472   -2  472   25    9 "80" 0x00000100)
+Pad( 452   -2  452   25    9 "81" 0x00000100)
+Pad( 433   -2  433   25    9 "82" 0x00000100)
+Pad( 413   -2  413   25    9 "83" 0x00000100)
+Pad( 393   -2  393   25    9 "84" 0x00000100)
+Pad( 374   -2  374   25    9 "85" 0x00000100)
+Pad( 354   -2  354   25    9 "86" 0x00000100)
+Pad( 334   -2  334   25    9 "87" 0x00000100)
+Pad( 314   -2  314   25    9 "88" 0x00000100)
+Pad( 295   -2  295   25    9 "89" 0x00000100)
+Pad( 275   -2  275   25    9 "90" 0x00000100)
+Pad( 255   -2  255   25    9 "91" 0x00000100)
+Pad( 236   -2  236   25    9 "92" 0x00000100)
+Pad( 216   -2  216   25    9 "93" 0x00000100)
+Pad( 196   -2  196   25    9 "94" 0x00000100)
+Pad( 177   -2  177   25    9 "95" 0x00000100)
+Pad( 157   -2  157   25    9 "96" 0x00000100)
+Pad( 137   -2  137   25    9 "97" 0x00000100)
+Pad( 118   -2  118   25    9 "98" 0x00000100)
+Pad(  98   -2   98   25    9 "99" 0x00000100)
+Pad(  78   -2   78   25    9 "100" 0x00000100)
+ElementLine ( 80 30 599 30 20 )
+ElementLine ( 599 30 599 599 20 )
+ElementLine ( 599 599 30 599 20 )
+ElementLine ( 30 599 30 80 20 )
+ElementLine ( 30 80 80 30 20 )
+Mark(0 0)
+)
Index: oldlib/newlib/not_vetted_ingo/pq128.ele
===================================================================
--- oldlib/newlib/not_vetted_ingo/pq128.ele	(nonexistent)
+++ oldlib/newlib/not_vetted_ingo/pq128.ele	(revision 296)
@@ -0,0 +1,137 @@
+Element(0x00000000 "pq128" "" "128 pin QFP" 0 0 3 100 0x00000000)
+(
+Pad(  -1   70   21   70    6 "1" 0x00000100)
+Pad(  -1   86   21   86    6 "2" 0x00000100)
+Pad(  -1  102   21  102    6 "3" 0x00000100)
+Pad(  -1  118   21  118    6 "4" 0x00000100)
+Pad(  -1  133   21  133    6 "5" 0x00000100)
+Pad(  -1  149   21  149    6 "6" 0x00000100)
+Pad(  -1  165   21  165    6 "7" 0x00000100)
+Pad(  -1  181   21  181    6 "8" 0x00000100)
+Pad(  -1  196   21  196    6 "9" 0x00000100)
+Pad(  -1  212   21  212    6 "10" 0x00000100)
+Pad(  -1  228   21  228    6 "11" 0x00000100)
+Pad(  -1  244   21  244    6 "12" 0x00000100)
+Pad(  -1  259   21  259    6 "13" 0x00000100)
+Pad(  -1  275   21  275    6 "14" 0x00000100)
+Pad(  -1  291   21  291    6 "15" 0x00000100)
+Pad(  -1  307   21  307    6 "16" 0x00000100)
+Pad(  -1  322   21  322    6 "17" 0x00000100)
+Pad(  -1  338   21  338    6 "18" 0x00000100)
+Pad(  -1  354   21  354    6 "19" 0x00000100)
+Pad(  -1  370   21  370    6 "20" 0x00000100)
+Pad(  -1  385   21  385    6 "21" 0x00000100)
+Pad(  -1  401   21  401    6 "22" 0x00000100)
+Pad(  -1  417   21  417    6 "23" 0x00000100)
+Pad(  -1  433   21  433    6 "24" 0x00000100)
+Pad(  -1  448   21  448    6 "25" 0x00000100)
+Pad(  -1  464   21  464    6 "26" 0x00000100)
+Pad(  -1  480   21  480    6 "27" 0x00000100)
+Pad(  -1  496   21  496    6 "28" 0x00000100)
+Pad(  -1  511   21  511    6 "29" 0x00000100)
+Pad(  -1  527   21  527    6 "30" 0x00000100)
+Pad(  -1  543   21  543    6 "31" 0x00000100)
+Pad(  -1  559   21  559    6 "32" 0x00000100)
+Pad(  70  631   70  608    6 "33" 0x00000100)
+Pad(  86  631   86  608    6 "34" 0x00000100)
+Pad( 102  631  102  608    6 "35" 0x00000100)
+Pad( 118  631  118  608    6 "36" 0x00000100)
+Pad( 133  631  133  608    6 "37" 0x00000100)
+Pad( 149  631  149  608    6 "38" 0x00000100)
+Pad( 165  631  165  608    6 "39" 0x00000100)
+Pad( 181  631  181  608    6 "40" 0x00000100)
+Pad( 196  631  196  608    6 "41" 0x00000100)
+Pad( 212  631  212  608    6 "42" 0x00000100)
+Pad( 228  631  228  608    6 "43" 0x00000100)
+Pad( 244  631  244  608    6 "44" 0x00000100)
+Pad( 259  631  259  608    6 "45" 0x00000100)
+Pad( 275  631  275  608    6 "46" 0x00000100)
+Pad( 291  631  291  608    6 "47" 0x00000100)
+Pad( 307  631  307  608    6 "48" 0x00000100)
+Pad( 322  631  322  608    6 "49" 0x00000100)
+Pad( 338  631  338  608    6 "50" 0x00000100)
+Pad( 354  631  354  608    6 "51" 0x00000100)
+Pad( 370  631  370  608    6 "52" 0x00000100)
+Pad( 385  631  385  608    6 "53" 0x00000100)
+Pad( 401  631  401  608    6 "54" 0x00000100)
+Pad( 417  631  417  608    6 "55" 0x00000100)
+Pad( 433  631  433  608    6 "56" 0x00000100)
+Pad( 448  631  448  608    6 "57" 0x00000100)
+Pad( 464  631  464  608    6 "58" 0x00000100)
+Pad( 480  631  480  608    6 "59" 0x00000100)
+Pad( 496  631  496  608    6 "60" 0x00000100)
+Pad( 511  631  511  608    6 "61" 0x00000100)
+Pad( 527  631  527  608    6 "62" 0x00000100)
+Pad( 543  631  543  608    6 "63" 0x00000100)
+Pad( 559  631  559  608    6 "64" 0x00000100)
+Pad( 631  559  608  559    6 "65" 0x00000100)
+Pad( 631  543  608  543    6 "66" 0x00000100)
+Pad( 631  527  608  527    6 "67" 0x00000100)
+Pad( 631  511  608  511    6 "68" 0x00000100)
+Pad( 631  496  608  496    6 "69" 0x00000100)
+Pad( 631  480  608  480    6 "70" 0x00000100)
+Pad( 631  464  608  464    6 "71" 0x00000100)
+Pad( 631  448  608  448    6 "72" 0x00000100)
+Pad( 631  433  608  433    6 "73" 0x00000100)
+Pad( 631  417  608  417    6 "74" 0x00000100)
+Pad( 631  401  608  401    6 "75" 0x00000100)
+Pad( 631  385  608  385    6 "76" 0x00000100)
+Pad( 631  370  608  370    6 "77" 0x00000100)
+Pad( 631  354  608  354    6 "78" 0x00000100)
+Pad( 631  338  608  338    6 "79" 0x00000100)
+Pad( 631  322  608  322    6 "80" 0x00000100)
+Pad( 631  307  608  307    6 "81" 0x00000100)
+Pad( 631  291  608  291    6 "82" 0x00000100)
+Pad( 631  275  608  275    6 "83" 0x00000100)
+Pad( 631  259  608  259    6 "84" 0x00000100)
+Pad( 631  244  608  244    6 "85" 0x00000100)
+Pad( 631  228  608  228    6 "86" 0x00000100)
+Pad( 631  212  608  212    6 "87" 0x00000100)
+Pad( 631  196  608  196    6 "88" 0x00000100)
+Pad( 631  181  608  181    6 "89" 0x00000100)
+Pad( 631  165  608  165    6 "90" 0x00000100)
+Pad( 631  149  608  149    6 "91" 0x00000100)
+Pad( 631  133  608  133    6 "92" 0x00000100)
+Pad( 631  118  608  118    6 "93" 0x00000100)
+Pad( 631  102  608  102    6 "94" 0x00000100)
+Pad( 631   86  608   86    6 "95" 0x00000100)
+Pad( 631   70  608   70    6 "96" 0x00000100)
+Pad( 559   -1  559   21    6 "97" 0x00000100)
+Pad( 543   -1  543   21    6 "98" 0x00000100)
+Pad( 527   -1  527   21    6 "99" 0x00000100)
+Pad( 511   -1  511   21    6 "100" 0x00000100)
+Pad( 496   -1  496   21    6 "101" 0x00000100)
+Pad( 480   -1  480   21    6 "102" 0x00000100)
+Pad( 464   -1  464   21    6 "103" 0x00000100)
+Pad( 448   -1  448   21    6 "104" 0x00000100)
+Pad( 433   -1  433   21    6 "105" 0x00000100)
+Pad( 417   -1  417   21    6 "106" 0x00000100)
+Pad( 401   -1  401   21    6 "107" 0x00000100)
+Pad( 385   -1  385   21    6 "108" 0x00000100)
+Pad( 370   -1  370   21    6 "109" 0x00000100)
+Pad( 354   -1  354   21    6 "110" 0x00000100)
+Pad( 338   -1  338   21    6 "111" 0x00000100)
+Pad( 322   -1  322   21    6 "112" 0x00000100)
+Pad( 307   -1  307   21    6 "113" 0x00000100)
+Pad( 291   -1  291   21    6 "114" 0x00000100)
+Pad( 275   -1  275   21    6 "115" 0x00000100)
+Pad( 259   -1  259   21    6 "116" 0x00000100)
+Pad( 244   -1  244   21    6 "117" 0x00000100)
+Pad( 228   -1  228   21    6 "118" 0x00000100)
+Pad( 212   -1  212   21    6 "119" 0x00000100)
+Pad( 196   -1  196   21    6 "120" 0x00000100)
+Pad( 181   -1  181   21    6 "121" 0x00000100)
+Pad( 165   -1  165   21    6 "122" 0x00000100)
+Pad( 149   -1  149   21    6 "123" 0x00000100)
+Pad( 133   -1  133   21    6 "124" 0x00000100)
+Pad( 118   -1  118   21    6 "125" 0x00000100)
+Pad( 102   -1  102   21    6 "126" 0x00000100)
+Pad(  86   -1   86   21    6 "127" 0x00000100)
+Pad(  70   -1   70   21    6 "128" 0x00000100)
+ElementLine ( 75 25 604 25 20 )
+ElementLine ( 604 25 604 604 20 )
+ElementLine ( 604 604 25 604 20 )
+ElementLine ( 25 604 25 75 20 )
+ElementLine ( 25 75 75 25 20 )
+Mark(0 0)
+)
Index: oldlib/newlib/not_vetted_ingo/pq144.ele
===================================================================
--- oldlib/newlib/not_vetted_ingo/pq144.ele	(nonexistent)
+++ oldlib/newlib/not_vetted_ingo/pq144.ele	(revision 296)
@@ -0,0 +1,153 @@
+Element(0x00000000 "pq144" "" "144 pin QFP" 0 0 3 100 0x00000000)
+(
+Pad(  -2   88   25   88    9 "1" 0x00000100)
+Pad(  -2  108   25  108    9 "2" 0x00000100)
+Pad(  -2  127   25  127    9 "3" 0x00000100)
+Pad(  -2  147   25  147    9 "4" 0x00000100)
+Pad(  -2  167   25  167    9 "5" 0x00000100)
+Pad(  -2  187   25  187    9 "6" 0x00000100)
+Pad(  -2  206   25  206    9 "7" 0x00000100)
+Pad(  -2  226   25  226    9 "8" 0x00000100)
+Pad(  -2  246   25  246    9 "9" 0x00000100)
+Pad(  -2  265   25  265    9 "10" 0x00000100)
+Pad(  -2  285   25  285    9 "11" 0x00000100)
+Pad(  -2  305   25  305    9 "12" 0x00000100)
+Pad(  -2  324   25  324    9 "13" 0x00000100)
+Pad(  -2  344   25  344    9 "14" 0x00000100)
+Pad(  -2  364   25  364    9 "15" 0x00000100)
+Pad(  -2  383   25  383    9 "16" 0x00000100)
+Pad(  -2  403   25  403    9 "17" 0x00000100)
+Pad(  -2  423   25  423    9 "18" 0x00000100)
+Pad(  -2  442   25  442    9 "19" 0x00000100)
+Pad(  -2  462   25  462    9 "20" 0x00000100)
+Pad(  -2  482   25  482    9 "21" 0x00000100)
+Pad(  -2  501   25  501    9 "22" 0x00000100)
+Pad(  -2  521   25  521    9 "23" 0x00000100)
+Pad(  -2  541   25  541    9 "24" 0x00000100)
+Pad(  -2  561   25  561    9 "25" 0x00000100)
+Pad(  -2  580   25  580    9 "26" 0x00000100)
+Pad(  -2  600   25  600    9 "27" 0x00000100)
+Pad(  -2  620   25  620    9 "28" 0x00000100)
+Pad(  -2  639   25  639    9 "29" 0x00000100)
+Pad(  -2  659   25  659    9 "30" 0x00000100)
+Pad(  -2  679   25  679    9 "31" 0x00000100)
+Pad(  -2  698   25  698    9 "32" 0x00000100)
+Pad(  -2  718   25  718    9 "33" 0x00000100)
+Pad(  -2  738   25  738    9 "34" 0x00000100)
+Pad(  -2  757   25  757    9 "35" 0x00000100)
+Pad(  -2  777   25  777    9 "36" 0x00000100)
+Pad(  88  868   88  840    9 "37" 0x00000100)
+Pad( 108  868  108  840    9 "38" 0x00000100)
+Pad( 127  868  127  840    9 "39" 0x00000100)
+Pad( 147  868  147  840    9 "40" 0x00000100)
+Pad( 167  868  167  840    9 "41" 0x00000100)
+Pad( 187  868  187  840    9 "42" 0x00000100)
+Pad( 206  868  206  840    9 "43" 0x00000100)
+Pad( 226  868  226  840    9 "44" 0x00000100)
+Pad( 246  868  246  840    9 "45" 0x00000100)
+Pad( 265  868  265  840    9 "46" 0x00000100)
+Pad( 285  868  285  840    9 "47" 0x00000100)
+Pad( 305  868  305  840    9 "48" 0x00000100)
+Pad( 324  868  324  840    9 "49" 0x00000100)
+Pad( 344  868  344  840    9 "50" 0x00000100)
+Pad( 364  868  364  840    9 "51" 0x00000100)
+Pad( 383  868  383  840    9 "52" 0x00000100)
+Pad( 403  868  403  840    9 "53" 0x00000100)
+Pad( 423  868  423  840    9 "54" 0x00000100)
+Pad( 442  868  442  840    9 "55" 0x00000100)
+Pad( 462  868  462  840    9 "56" 0x00000100)
+Pad( 482  868  482  840    9 "57" 0x00000100)
+Pad( 501  868  501  840    9 "58" 0x00000100)
+Pad( 521  868  521  840    9 "59" 0x00000100)
+Pad( 541  868  541  840    9 "60" 0x00000100)
+Pad( 561  868  561  840    9 "61" 0x00000100)
+Pad( 580  868  580  840    9 "62" 0x00000100)
+Pad( 600  868  600  840    9 "63" 0x00000100)
+Pad( 620  868  620  840    9 "64" 0x00000100)
+Pad( 639  868  639  840    9 "65" 0x00000100)
+Pad( 659  868  659  840    9 "66" 0x00000100)
+Pad( 679  868  679  840    9 "67" 0x00000100)
+Pad( 698  868  698  840    9 "68" 0x00000100)
+Pad( 718  868  718  840    9 "69" 0x00000100)
+Pad( 738  868  738  840    9 "70" 0x00000100)
+Pad( 757  868  757  840    9 "71" 0x00000100)
+Pad( 777  868  777  840    9 "72" 0x00000100)
+Pad( 868  777  840  777    9 "73" 0x00000100)
+Pad( 868  757  840  757    9 "74" 0x00000100)
+Pad( 868  738  840  738    9 "75" 0x00000100)
+Pad( 868  718  840  718    9 "76" 0x00000100)
+Pad( 868  698  840  698    9 "77" 0x00000100)
+Pad( 868  679  840  679    9 "78" 0x00000100)
+Pad( 868  659  840  659    9 "79" 0x00000100)
+Pad( 868  639  840  639    9 "80" 0x00000100)
+Pad( 868  620  840  620    9 "81" 0x00000100)
+Pad( 868  600  840  600    9 "82" 0x00000100)
+Pad( 868  580  840  580    9 "83" 0x00000100)
+Pad( 868  561  840  561    9 "84" 0x00000100)
+Pad( 868  541  840  541    9 "85" 0x00000100)
+Pad( 868  521  840  521    9 "86" 0x00000100)
+Pad( 868  501  840  501    9 "87" 0x00000100)
+Pad( 868  482  840  482    9 "88" 0x00000100)
+Pad( 868  462  840  462    9 "89" 0x00000100)
+Pad( 868  442  840  442    9 "90" 0x00000100)
+Pad( 868  423  840  423    9 "91" 0x00000100)
+Pad( 868  403  840  403    9 "92" 0x00000100)
+Pad( 868  383  840  383    9 "93" 0x00000100)
+Pad( 868  364  840  364    9 "94" 0x00000100)
+Pad( 868  344  840  344    9 "95" 0x00000100)
+Pad( 868  324  840  324    9 "96" 0x00000100)
+Pad( 868  305  840  305    9 "97" 0x00000100)
+Pad( 868  285  840  285    9 "98" 0x00000100)
+Pad( 868  265  840  265    9 "99" 0x00000100)
+Pad( 868  246  840  246    9 "100" 0x00000100)
+Pad( 868  226  840  226    9 "101" 0x00000100)
+Pad( 868  206  840  206    9 "102" 0x00000100)
+Pad( 868  187  840  187    9 "103" 0x00000100)
+Pad( 868  167  840  167    9 "104" 0x00000100)
+Pad( 868  147  840  147    9 "105" 0x00000100)
+Pad( 868  127  840  127    9 "106" 0x00000100)
+Pad( 868  108  840  108    9 "107" 0x00000100)
+Pad( 868   88  840   88    9 "108" 0x00000100)
+Pad( 777   -2  777   25    9 "109" 0x00000100)
+Pad( 757   -2  757   25    9 "110" 0x00000100)
+Pad( 738   -2  738   25    9 "111" 0x00000100)
+Pad( 718   -2  718   25    9 "112" 0x00000100)
+Pad( 698   -2  698   25    9 "113" 0x00000100)
+Pad( 679   -2  679   25    9 "114" 0x00000100)
+Pad( 659   -2  659   25    9 "115" 0x00000100)
+Pad( 639   -2  639   25    9 "116" 0x00000100)
+Pad( 620   -2  620   25    9 "117" 0x00000100)
+Pad( 600   -2  600   25    9 "118" 0x00000100)
+Pad( 580   -2  580   25    9 "119" 0x00000100)
+Pad( 561   -2  561   25    9 "120" 0x00000100)
+Pad( 541   -2  541   25    9 "121" 0x00000100)
+Pad( 521   -2  521   25    9 "122" 0x00000100)
+Pad( 501   -2  501   25    9 "123" 0x00000100)
+Pad( 482   -2  482   25    9 "124" 0x00000100)
+Pad( 462   -2  462   25    9 "125" 0x00000100)
+Pad( 442   -2  442   25    9 "126" 0x00000100)
+Pad( 423   -2  423   25    9 "127" 0x00000100)
+Pad( 403   -2  403   25    9 "128" 0x00000100)
+Pad( 383   -2  383   25    9 "129" 0x00000100)
+Pad( 364   -2  364   25    9 "130" 0x00000100)
+Pad( 344   -2  344   25    9 "131" 0x00000100)
+Pad( 324   -2  324   25    9 "132" 0x00000100)
+Pad( 305   -2  305   25    9 "133" 0x00000100)
+Pad( 285   -2  285   25    9 "134" 0x00000100)
+Pad( 265   -2  265   25    9 "135" 0x00000100)
+Pad( 246   -2  246   25    9 "136" 0x00000100)
+Pad( 226   -2  226   25    9 "137" 0x00000100)
+Pad( 206   -2  206   25    9 "138" 0x00000100)
+Pad( 187   -2  187   25    9 "139" 0x00000100)
+Pad( 167   -2  167   25    9 "140" 0x00000100)
+Pad( 147   -2  147   25    9 "141" 0x00000100)
+Pad( 127   -2  127   25    9 "142" 0x00000100)
+Pad( 108   -2  108   25    9 "143" 0x00000100)
+Pad(  88   -2   88   25    9 "144" 0x00000100)
+ElementLine ( 80 30 835 30 20 )
+ElementLine ( 835 30 835 835 20 )
+ElementLine ( 835 835 30 835 20 )
+ElementLine ( 30 835 30 80 20 )
+ElementLine ( 30 80 80 30 20 )
+Mark(0 0)
+)
Index: oldlib/newlib/not_vetted_ingo/pq160.ele
===================================================================
--- oldlib/newlib/not_vetted_ingo/pq160.ele	(nonexistent)
+++ oldlib/newlib/not_vetted_ingo/pq160.ele	(revision 296)
@@ -0,0 +1,169 @@
+Element(0x00000000 "pq160" "" "160 pin QFP" 0 0 3 100 0x00000000)
+(
+Pad(  -3  115   38  115   13 "1" 0x00000100)
+Pad(  -3  140   38  140   13 "2" 0x00000100)
+Pad(  -3  166   38  166   13 "3" 0x00000100)
+Pad(  -3  191   38  191   13 "4" 0x00000100)
+Pad(  -3  217   38  217   13 "5" 0x00000100)
+Pad(  -3  243   38  243   13 "6" 0x00000100)
+Pad(  -3  268   38  268   13 "7" 0x00000100)
+Pad(  -3  294   38  294   13 "8" 0x00000100)
+Pad(  -3  319   38  319   13 "9" 0x00000100)
+Pad(  -3  345   38  345   13 "10" 0x00000100)
+Pad(  -3  371   38  371   13 "11" 0x00000100)
+Pad(  -3  396   38  396   13 "12" 0x00000100)
+Pad(  -3  422   38  422   13 "13" 0x00000100)
+Pad(  -3  447   38  447   13 "14" 0x00000100)
+Pad(  -3  473   38  473   13 "15" 0x00000100)
+Pad(  -3  499   38  499   13 "16" 0x00000100)
+Pad(  -3  524   38  524   13 "17" 0x00000100)
+Pad(  -3  550   38  550   13 "18" 0x00000100)
+Pad(  -3  575   38  575   13 "19" 0x00000100)
+Pad(  -3  601   38  601   13 "20" 0x00000100)
+Pad(  -3  626   38  626   13 "21" 0x00000100)
+Pad(  -3  652   38  652   13 "22" 0x00000100)
+Pad(  -3  678   38  678   13 "23" 0x00000100)
+Pad(  -3  703   38  703   13 "24" 0x00000100)
+Pad(  -3  729   38  729   13 "25" 0x00000100)
+Pad(  -3  754   38  754   13 "26" 0x00000100)
+Pad(  -3  780   38  780   13 "27" 0x00000100)
+Pad(  -3  806   38  806   13 "28" 0x00000100)
+Pad(  -3  831   38  831   13 "29" 0x00000100)
+Pad(  -3  857   38  857   13 "30" 0x00000100)
+Pad(  -3  882   38  882   13 "31" 0x00000100)
+Pad(  -3  908   38  908   13 "32" 0x00000100)
+Pad(  -3  934   38  934   13 "33" 0x00000100)
+Pad(  -3  959   38  959   13 "34" 0x00000100)
+Pad(  -3  985   38  985   13 "35" 0x00000100)
+Pad(  -3 1010   38 1010   13 "36" 0x00000100)
+Pad(  -3 1036   38 1036   13 "37" 0x00000100)
+Pad(  -3 1062   38 1062   13 "38" 0x00000100)
+Pad(  -3 1087   38 1087   13 "39" 0x00000100)
+Pad(  -3 1113   38 1113   13 "40" 0x00000100)
+Pad( 115 1231  115 1190   13 "41" 0x00000100)
+Pad( 140 1231  140 1190   13 "42" 0x00000100)
+Pad( 166 1231  166 1190   13 "43" 0x00000100)
+Pad( 191 1231  191 1190   13 "44" 0x00000100)
+Pad( 217 1231  217 1190   13 "45" 0x00000100)
+Pad( 243 1231  243 1190   13 "46" 0x00000100)
+Pad( 268 1231  268 1190   13 "47" 0x00000100)
+Pad( 294 1231  294 1190   13 "48" 0x00000100)
+Pad( 319 1231  319 1190   13 "49" 0x00000100)
+Pad( 345 1231  345 1190   13 "50" 0x00000100)
+Pad( 371 1231  371 1190   13 "51" 0x00000100)
+Pad( 396 1231  396 1190   13 "52" 0x00000100)
+Pad( 422 1231  422 1190   13 "53" 0x00000100)
+Pad( 447 1231  447 1190   13 "54" 0x00000100)
+Pad( 473 1231  473 1190   13 "55" 0x00000100)
+Pad( 499 1231  499 1190   13 "56" 0x00000100)
+Pad( 524 1231  524 1190   13 "57" 0x00000100)
+Pad( 550 1231  550 1190   13 "58" 0x00000100)
+Pad( 575 1231  575 1190   13 "59" 0x00000100)
+Pad( 601 1231  601 1190   13 "60" 0x00000100)
+Pad( 626 1231  626 1190   13 "61" 0x00000100)
+Pad( 652 1231  652 1190   13 "62" 0x00000100)
+Pad( 678 1231  678 1190   13 "63" 0x00000100)
+Pad( 703 1231  703 1190   13 "64" 0x00000100)
+Pad( 729 1231  729 1190   13 "65" 0x00000100)
+Pad( 754 1231  754 1190   13 "66" 0x00000100)
+Pad( 780 1231  780 1190   13 "67" 0x00000100)
+Pad( 806 1231  806 1190   13 "68" 0x00000100)
+Pad( 831 1231  831 1190   13 "69" 0x00000100)
+Pad( 857 1231  857 1190   13 "70" 0x00000100)
+Pad( 882 1231  882 1190   13 "71" 0x00000100)
+Pad( 908 1231  908 1190   13 "72" 0x00000100)
+Pad( 934 1231  934 1190   13 "73" 0x00000100)
+Pad( 959 1231  959 1190   13 "74" 0x00000100)
+Pad( 985 1231  985 1190   13 "75" 0x00000100)
+Pad(1010 1231 1010 1190   13 "76" 0x00000100)
+Pad(1036 1231 1036 1190   13 "77" 0x00000100)
+Pad(1062 1231 1062 1190   13 "78" 0x00000100)
+Pad(1087 1231 1087 1190   13 "79" 0x00000100)
+Pad(1113 1231 1113 1190   13 "80" 0x00000100)
+Pad(1231 1113 1190 1113   13 "81" 0x00000100)
+Pad(1231 1087 1190 1087   13 "82" 0x00000100)
+Pad(1231 1062 1190 1062   13 "83" 0x00000100)
+Pad(1231 1036 1190 1036   13 "84" 0x00000100)
+Pad(1231 1010 1190 1010   13 "85" 0x00000100)
+Pad(1231  985 1190  985   13 "86" 0x00000100)
+Pad(1231  959 1190  959   13 "87" 0x00000100)
+Pad(1231  934 1190  934   13 "88" 0x00000100)
+Pad(1231  908 1190  908   13 "89" 0x00000100)
+Pad(1231  882 1190  882   13 "90" 0x00000100)
+Pad(1231  857 1190  857   13 "91" 0x00000100)
+Pad(1231  831 1190  831   13 "92" 0x00000100)
+Pad(1231  806 1190  806   13 "93" 0x00000100)
+Pad(1231  780 1190  780   13 "94" 0x00000100)
+Pad(1231  754 1190  754   13 "95" 0x00000100)
+Pad(1231  729 1190  729   13 "96" 0x00000100)
+Pad(1231  703 1190  703   13 "97" 0x00000100)
+Pad(1231  678 1190  678   13 "98" 0x00000100)
+Pad(1231  652 1190  652   13 "99" 0x00000100)
+Pad(1231  626 1190  626   13 "100" 0x00000100)
+Pad(1231  601 1190  601   13 "101" 0x00000100)
+Pad(1231  575 1190  575   13 "102" 0x00000100)
+Pad(1231  550 1190  550   13 "103" 0x00000100)
+Pad(1231  524 1190  524   13 "104" 0x00000100)
+Pad(1231  499 1190  499   13 "105" 0x00000100)
+Pad(1231  473 1190  473   13 "106" 0x00000100)
+Pad(1231  447 1190  447   13 "107" 0x00000100)
+Pad(1231  422 1190  422   13 "108" 0x00000100)
+Pad(1231  396 1190  396   13 "109" 0x00000100)
+Pad(1231  371 1190  371   13 "110" 0x00000100)
+Pad(1231  345 1190  345   13 "111" 0x00000100)
+Pad(1231  319 1190  319   13 "112" 0x00000100)
+Pad(1231  294 1190  294   13 "113" 0x00000100)
+Pad(1231  268 1190  268   13 "114" 0x00000100)
+Pad(1231  243 1190  243   13 "115" 0x00000100)
+Pad(1231  217 1190  217   13 "116" 0x00000100)
+Pad(1231  191 1190  191   13 "117" 0x00000100)
+Pad(1231  166 1190  166   13 "118" 0x00000100)
+Pad(1231  140 1190  140   13 "119" 0x00000100)
+Pad(1231  115 1190  115   13 "120" 0x00000100)
+Pad(1113   -3 1113   38   13 "121" 0x00000100)
+Pad(1087   -3 1087   38   13 "122" 0x00000100)
+Pad(1062   -3 1062   38   13 "123" 0x00000100)
+Pad(1036   -3 1036   38   13 "124" 0x00000100)
+Pad(1010   -3 1010   38   13 "125" 0x00000100)
+Pad( 985   -3  985   38   13 "126" 0x00000100)
+Pad( 959   -3  959   38   13 "127" 0x00000100)
+Pad( 934   -3  934   38   13 "128" 0x00000100)
+Pad( 908   -3  908   38   13 "129" 0x00000100)
+Pad( 882   -3  882   38   13 "130" 0x00000100)
+Pad( 857   -3  857   38   13 "131" 0x00000100)
+Pad( 831   -3  831   38   13 "132" 0x00000100)
+Pad( 806   -3  806   38   13 "133" 0x00000100)
+Pad( 780   -3  780   38   13 "134" 0x00000100)
+Pad( 754   -3  754   38   13 "135" 0x00000100)
+Pad( 729   -3  729   38   13 "136" 0x00000100)
+Pad( 703   -3  703   38   13 "137" 0x00000100)
+Pad( 678   -3  678   38   13 "138" 0x00000100)
+Pad( 652   -3  652   38   13 "139" 0x00000100)
+Pad( 626   -3  626   38   13 "140" 0x00000100)
+Pad( 601   -3  601   38   13 "141" 0x00000100)
+Pad( 575   -3  575   38   13 "142" 0x00000100)
+Pad( 550   -3  550   38   13 "143" 0x00000100)
+Pad( 524   -3  524   38   13 "144" 0x00000100)
+Pad( 499   -3  499   38   13 "145" 0x00000100)
+Pad( 473   -3  473   38   13 "146" 0x00000100)
+Pad( 447   -3  447   38   13 "147" 0x00000100)
+Pad( 422   -3  422   38   13 "148" 0x00000100)
+Pad( 396   -3  396   38   13 "149" 0x00000100)
+Pad( 371   -3  371   38   13 "150" 0x00000100)
+Pad( 345   -3  345   38   13 "151" 0x00000100)
+Pad( 319   -3  319   38   13 "152" 0x00000100)
+Pad( 294   -3  294   38   13 "153" 0x00000100)
+Pad( 268   -3  268   38   13 "154" 0x00000100)
+Pad( 243   -3  243   38   13 "155" 0x00000100)
+Pad( 217   -3  217   38   13 "156" 0x00000100)
+Pad( 191   -3  191   38   13 "157" 0x00000100)
+Pad( 166   -3  166   38   13 "158" 0x00000100)
+Pad( 140   -3  140   38   13 "159" 0x00000100)
+Pad( 115   -3  115   38   13 "160" 0x00000100)
+ElementLine ( 95 45 1183 45 20 )
+ElementLine ( 1183 45 1183 1183 20 )
+ElementLine ( 1183 1183 45 1183 20 )
+ElementLine ( 45 1183 45 95 20 )
+ElementLine ( 45 95 95 45 20 )
+Mark(0 0)
+)
Index: oldlib/newlib/not_vetted_ingo/pq208.ele
===================================================================
--- oldlib/newlib/not_vetted_ingo/pq208.ele	(nonexistent)
+++ oldlib/newlib/not_vetted_ingo/pq208.ele	(revision 296)
@@ -0,0 +1,217 @@
+Element(0x00000000 "pq208" "" "208 pin QFP" 0 0 3 100 0x00000000)
+(
+Pad(  -2  100   25  100    9 "1" 0x00000100)
+Pad(  -2  120   25  120    9 "2" 0x00000100)
+Pad(  -2  139   25  139    9 "3" 0x00000100)
+Pad(  -2  159   25  159    9 "4" 0x00000100)
+Pad(  -2  179   25  179    9 "5" 0x00000100)
+Pad(  -2  198   25  198    9 "6" 0x00000100)
+Pad(  -2  218   25  218    9 "7" 0x00000100)
+Pad(  -2  238   25  238    9 "8" 0x00000100)
+Pad(  -2  257   25  257    9 "9" 0x00000100)
+Pad(  -2  277   25  277    9 "10" 0x00000100)
+Pad(  -2  297   25  297    9 "11" 0x00000100)
+Pad(  -2  316   25  316    9 "12" 0x00000100)
+Pad(  -2  336   25  336    9 "13" 0x00000100)
+Pad(  -2  356   25  356    9 "14" 0x00000100)
+Pad(  -2  375   25  375    9 "15" 0x00000100)
+Pad(  -2  395   25  395    9 "16" 0x00000100)
+Pad(  -2  415   25  415    9 "17" 0x00000100)
+Pad(  -2  435   25  435    9 "18" 0x00000100)
+Pad(  -2  454   25  454    9 "19" 0x00000100)
+Pad(  -2  474   25  474    9 "20" 0x00000100)
+Pad(  -2  494   25  494    9 "21" 0x00000100)
+Pad(  -2  513   25  513    9 "22" 0x00000100)
+Pad(  -2  533   25  533    9 "23" 0x00000100)
+Pad(  -2  553   25  553    9 "24" 0x00000100)
+Pad(  -2  572   25  572    9 "25" 0x00000100)
+Pad(  -2  592   25  592    9 "26" 0x00000100)
+Pad(  -2  612   25  612    9 "27" 0x00000100)
+Pad(  -2  631   25  631    9 "28" 0x00000100)
+Pad(  -2  651   25  651    9 "29" 0x00000100)
+Pad(  -2  671   25  671    9 "30" 0x00000100)
+Pad(  -2  690   25  690    9 "31" 0x00000100)
+Pad(  -2  710   25  710    9 "32" 0x00000100)
+Pad(  -2  730   25  730    9 "33" 0x00000100)
+Pad(  -2  749   25  749    9 "34" 0x00000100)
+Pad(  -2  769   25  769    9 "35" 0x00000100)
+Pad(  -2  789   25  789    9 "36" 0x00000100)
+Pad(  -2  809   25  809    9 "37" 0x00000100)
+Pad(  -2  828   25  828    9 "38" 0x00000100)
+Pad(  -2  848   25  848    9 "39" 0x00000100)
+Pad(  -2  868   25  868    9 "40" 0x00000100)
+Pad(  -2  887   25  887    9 "41" 0x00000100)
+Pad(  -2  907   25  907    9 "42" 0x00000100)
+Pad(  -2  927   25  927    9 "43" 0x00000100)
+Pad(  -2  946   25  946    9 "44" 0x00000100)
+Pad(  -2  966   25  966    9 "45" 0x00000100)
+Pad(  -2  986   25  986    9 "46" 0x00000100)
+Pad(  -2 1005   25 1005    9 "47" 0x00000100)
+Pad(  -2 1025   25 1025    9 "48" 0x00000100)
+Pad(  -2 1045   25 1045    9 "49" 0x00000100)
+Pad(  -2 1064   25 1064    9 "50" 0x00000100)
+Pad(  -2 1084   25 1084    9 "51" 0x00000100)
+Pad(  -2 1104   25 1104    9 "52" 0x00000100)
+Pad( 100 1207  100 1178    9 "53" 0x00000100)
+Pad( 120 1207  120 1178    9 "54" 0x00000100)
+Pad( 139 1207  139 1178    9 "55" 0x00000100)
+Pad( 159 1207  159 1178    9 "56" 0x00000100)
+Pad( 179 1207  179 1178    9 "57" 0x00000100)
+Pad( 198 1207  198 1178    9 "58" 0x00000100)
+Pad( 218 1207  218 1178    9 "59" 0x00000100)
+Pad( 238 1207  238 1178    9 "60" 0x00000100)
+Pad( 257 1207  257 1178    9 "61" 0x00000100)
+Pad( 277 1207  277 1178    9 "62" 0x00000100)
+Pad( 297 1207  297 1178    9 "63" 0x00000100)
+Pad( 316 1207  316 1178    9 "64" 0x00000100)
+Pad( 336 1207  336 1178    9 "65" 0x00000100)
+Pad( 356 1207  356 1178    9 "66" 0x00000100)
+Pad( 375 1207  375 1178    9 "67" 0x00000100)
+Pad( 395 1207  395 1178    9 "68" 0x00000100)
+Pad( 415 1207  415 1178    9 "69" 0x00000100)
+Pad( 435 1207  435 1178    9 "70" 0x00000100)
+Pad( 454 1207  454 1178    9 "71" 0x00000100)
+Pad( 474 1207  474 1178    9 "72" 0x00000100)
+Pad( 494 1207  494 1178    9 "73" 0x00000100)
+Pad( 513 1207  513 1178    9 "74" 0x00000100)
+Pad( 533 1207  533 1178    9 "75" 0x00000100)
+Pad( 553 1207  553 1178    9 "76" 0x00000100)
+Pad( 572 1207  572 1178    9 "77" 0x00000100)
+Pad( 592 1207  592 1178    9 "78" 0x00000100)
+Pad( 612 1207  612 1178    9 "79" 0x00000100)
+Pad( 631 1207  631 1178    9 "80" 0x00000100)
+Pad( 651 1207  651 1178    9 "81" 0x00000100)
+Pad( 671 1207  671 1178    9 "82" 0x00000100)
+Pad( 690 1207  690 1178    9 "83" 0x00000100)
+Pad( 710 1207  710 1178    9 "84" 0x00000100)
+Pad( 730 1207  730 1178    9 "85" 0x00000100)
+Pad( 749 1207  749 1178    9 "86" 0x00000100)
+Pad( 769 1207  769 1178    9 "87" 0x00000100)
+Pad( 789 1207  789 1178    9 "88" 0x00000100)
+Pad( 809 1207  809 1178    9 "89" 0x00000100)
+Pad( 828 1207  828 1178    9 "90" 0x00000100)
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+Pad( 887 1207  887 1178    9 "93" 0x00000100)
+Pad( 907 1207  907 1178    9 "94" 0x00000100)
+Pad( 927 1207  927 1178    9 "95" 0x00000100)
+Pad( 946 1207  946 1178    9 "96" 0x00000100)
+Pad( 966 1207  966 1178    9 "97" 0x00000100)
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+Pad(1005 1207 1005 1178    9 "99" 0x00000100)
+Pad(1025 1207 1025 1178    9 "100" 0x00000100)
+Pad(1045 1207 1045 1178    9 "101" 0x00000100)
+Pad(1064 1207 1064 1178    9 "102" 0x00000100)
+Pad(1084 1207 1084 1178    9 "103" 0x00000100)
+Pad(1104 1207 1104 1178    9 "104" 0x00000100)
+Pad(1207 1104 1178 1104    9 "105" 0x00000100)
+Pad(1207 1084 1178 1084    9 "106" 0x00000100)
+Pad(1207 1064 1178 1064    9 "107" 0x00000100)
+Pad(1207 1045 1178 1045    9 "108" 0x00000100)
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+Pad(1207 1005 1178 1005    9 "110" 0x00000100)
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+Pad(1207  966 1178  966    9 "112" 0x00000100)
+Pad(1207  946 1178  946    9 "113" 0x00000100)
+Pad(1207  927 1178  927    9 "114" 0x00000100)
+Pad(1207  907 1178  907    9 "115" 0x00000100)
+Pad(1207  887 1178  887    9 "116" 0x00000100)
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+Pad(1207  828 1178  828    9 "119" 0x00000100)
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+Pad(1207  671 1178  671    9 "127" 0x00000100)
+Pad(1207  651 1178  651    9 "128" 0x00000100)
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+Pad(1207  533 1178  533    9 "134" 0x00000100)
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+Pad(1207  474 1178  474    9 "137" 0x00000100)
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+Pad(1207  336 1178  336    9 "144" 0x00000100)
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+Pad(1207  238 1178  238    9 "149" 0x00000100)
+Pad(1207  218 1178  218    9 "150" 0x00000100)
+Pad(1207  198 1178  198    9 "151" 0x00000100)
+Pad(1207  179 1178  179    9 "152" 0x00000100)
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+Pad(1207  139 1178  139    9 "154" 0x00000100)
+Pad(1207  120 1178  120    9 "155" 0x00000100)
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+Pad(1104   -2 1104   25    9 "157" 0x00000100)
+Pad(1084   -2 1084   25    9 "158" 0x00000100)
+Pad(1064   -2 1064   25    9 "159" 0x00000100)
+Pad(1045   -2 1045   25    9 "160" 0x00000100)
+Pad(1025   -2 1025   25    9 "161" 0x00000100)
+Pad(1005   -2 1005   25    9 "162" 0x00000100)
+Pad( 986   -2  986   25    9 "163" 0x00000100)
+Pad( 966   -2  966   25    9 "164" 0x00000100)
+Pad( 946   -2  946   25    9 "165" 0x00000100)
+Pad( 927   -2  927   25    9 "166" 0x00000100)
+Pad( 907   -2  907   25    9 "167" 0x00000100)
+Pad( 887   -2  887   25    9 "168" 0x00000100)
+Pad( 868   -2  868   25    9 "169" 0x00000100)
+Pad( 848   -2  848   25    9 "170" 0x00000100)
+Pad( 828   -2  828   25    9 "171" 0x00000100)
+Pad( 809   -2  809   25    9 "172" 0x00000100)
+Pad( 789   -2  789   25    9 "173" 0x00000100)
+Pad( 769   -2  769   25    9 "174" 0x00000100)
+Pad( 749   -2  749   25    9 "175" 0x00000100)
+Pad( 730   -2  730   25    9 "176" 0x00000100)
+Pad( 710   -2  710   25    9 "177" 0x00000100)
+Pad( 690   -2  690   25    9 "178" 0x00000100)
+Pad( 671   -2  671   25    9 "179" 0x00000100)
+Pad( 651   -2  651   25    9 "180" 0x00000100)
+Pad( 631   -2  631   25    9 "181" 0x00000100)
+Pad( 612   -2  612   25    9 "182" 0x00000100)
+Pad( 592   -2  592   25    9 "183" 0x00000100)
+Pad( 572   -2  572   25    9 "184" 0x00000100)
+Pad( 553   -2  553   25    9 "185" 0x00000100)
+Pad( 533   -2  533   25    9 "186" 0x00000100)
+Pad( 513   -2  513   25    9 "187" 0x00000100)
+Pad( 494   -2  494   25    9 "188" 0x00000100)
+Pad( 474   -2  474   25    9 "189" 0x00000100)
+Pad( 454   -2  454   25    9 "190" 0x00000100)
+Pad( 435   -2  435   25    9 "191" 0x00000100)
+Pad( 415   -2  415   25    9 "192" 0x00000100)
+Pad( 395   -2  395   25    9 "193" 0x00000100)
+Pad( 375   -2  375   25    9 "194" 0x00000100)
+Pad( 356   -2  356   25    9 "195" 0x00000100)
+Pad( 336   -2  336   25    9 "196" 0x00000100)
+Pad( 316   -2  316   25    9 "197" 0x00000100)
+Pad( 297   -2  297   25    9 "198" 0x00000100)
+Pad( 277   -2  277   25    9 "199" 0x00000100)
+Pad( 257   -2  257   25    9 "200" 0x00000100)
+Pad( 238   -2  238   25    9 "201" 0x00000100)
+Pad( 218   -2  218   25    9 "202" 0x00000100)
+Pad( 198   -2  198   25    9 "203" 0x00000100)
+Pad( 179   -2  179   25    9 "204" 0x00000100)
+Pad( 159   -2  159   25    9 "205" 0x00000100)
+Pad( 139   -2  139   25    9 "206" 0x00000100)
+Pad( 120   -2  120   25    9 "207" 0x00000100)
+Pad( 100   -2  100   25    9 "208" 0x00000100)
+ElementLine ( 80 30 1174 30 20 )
+ElementLine ( 1174 30 1174 1174 20 )
+ElementLine ( 1174 1174 30 1174 20 )
+ElementLine ( 30 1174 30 80 20 )
+ElementLine ( 30 80 80 30 20 )
+Mark(0 0)
+)
Index: oldlib/newlib/not_vetted_ingo/pq240.ele
===================================================================
--- oldlib/newlib/not_vetted_ingo/pq240.ele	(nonexistent)
+++ oldlib/newlib/not_vetted_ingo/pq240.ele	(revision 296)
@@ -0,0 +1,249 @@
+Element(0x00000000 "pq240" "" "240 pin QFP" 0 0 3 100 0x00000000)
+(
+Pad(  -2  100   25  100    9 "1" 0x00000100)
+Pad(  -2  120   25  120    9 "2" 0x00000100)
+Pad(  -2  139   25  139    9 "3" 0x00000100)
+Pad(  -2  159   25  159    9 "4" 0x00000100)
+Pad(  -2  179   25  179    9 "5" 0x00000100)
+Pad(  -2  198   25  198    9 "6" 0x00000100)
+Pad(  -2  218   25  218    9 "7" 0x00000100)
+Pad(  -2  238   25  238    9 "8" 0x00000100)
+Pad(  -2  257   25  257    9 "9" 0x00000100)
+Pad(  -2  277   25  277    9 "10" 0x00000100)
+Pad(  -2  297   25  297    9 "11" 0x00000100)
+Pad(  -2  316   25  316    9 "12" 0x00000100)
+Pad(  -2  336   25  336    9 "13" 0x00000100)
+Pad(  -2  356   25  356    9 "14" 0x00000100)
+Pad(  -2  375   25  375    9 "15" 0x00000100)
+Pad(  -2  395   25  395    9 "16" 0x00000100)
+Pad(  -2  415   25  415    9 "17" 0x00000100)
+Pad(  -2  435   25  435    9 "18" 0x00000100)
+Pad(  -2  454   25  454    9 "19" 0x00000100)
+Pad(  -2  474   25  474    9 "20" 0x00000100)
+Pad(  -2  494   25  494    9 "21" 0x00000100)
+Pad(  -2  513   25  513    9 "22" 0x00000100)
+Pad(  -2  533   25  533    9 "23" 0x00000100)
+Pad(  -2  553   25  553    9 "24" 0x00000100)
+Pad(  -2  572   25  572    9 "25" 0x00000100)
+Pad(  -2  592   25  592    9 "26" 0x00000100)
+Pad(  -2  612   25  612    9 "27" 0x00000100)
+Pad(  -2  631   25  631    9 "28" 0x00000100)
+Pad(  -2  651   25  651    9 "29" 0x00000100)
+Pad(  -2  671   25  671    9 "30" 0x00000100)
+Pad(  -2  690   25  690    9 "31" 0x00000100)
+Pad(  -2  710   25  710    9 "32" 0x00000100)
+Pad(  -2  730   25  730    9 "33" 0x00000100)
+Pad(  -2  749   25  749    9 "34" 0x00000100)
+Pad(  -2  769   25  769    9 "35" 0x00000100)
+Pad(  -2  789   25  789    9 "36" 0x00000100)
+Pad(  -2  809   25  809    9 "37" 0x00000100)
+Pad(  -2  828   25  828    9 "38" 0x00000100)
+Pad(  -2  848   25  848    9 "39" 0x00000100)
+Pad(  -2  868   25  868    9 "40" 0x00000100)
+Pad(  -2  887   25  887    9 "41" 0x00000100)
+Pad(  -2  907   25  907    9 "42" 0x00000100)
+Pad(  -2  927   25  927    9 "43" 0x00000100)
+Pad(  -2  946   25  946    9 "44" 0x00000100)
+Pad(  -2  966   25  966    9 "45" 0x00000100)
+Pad(  -2  986   25  986    9 "46" 0x00000100)
+Pad(  -2 1005   25 1005    9 "47" 0x00000100)
+Pad(  -2 1025   25 1025    9 "48" 0x00000100)
+Pad(  -2 1045   25 1045    9 "49" 0x00000100)
+Pad(  -2 1064   25 1064    9 "50" 0x00000100)
+Pad(  -2 1084   25 1084    9 "51" 0x00000100)
+Pad(  -2 1104   25 1104    9 "52" 0x00000100)
+Pad(  -2 1124   25 1124    9 "53" 0x00000100)
+Pad(  -2 1143   25 1143    9 "54" 0x00000100)
+Pad(  -2 1163   25 1163    9 "55" 0x00000100)
+Pad(  -2 1183   25 1183    9 "56" 0x00000100)
+Pad(  -2 1202   25 1202    9 "57" 0x00000100)
+Pad(  -2 1222   25 1222    9 "58" 0x00000100)
+Pad(  -2 1242   25 1242    9 "59" 0x00000100)
+Pad(  -2 1261   25 1261    9 "60" 0x00000100)
+Pad( 100 1364  100 1336    9 "61" 0x00000100)
+Pad( 120 1364  120 1336    9 "62" 0x00000100)
+Pad( 139 1364  139 1336    9 "63" 0x00000100)
+Pad( 159 1364  159 1336    9 "64" 0x00000100)
+Pad( 179 1364  179 1336    9 "65" 0x00000100)
+Pad( 198 1364  198 1336    9 "66" 0x00000100)
+Pad( 218 1364  218 1336    9 "67" 0x00000100)
+Pad( 238 1364  238 1336    9 "68" 0x00000100)
+Pad( 257 1364  257 1336    9 "69" 0x00000100)
+Pad( 277 1364  277 1336    9 "70" 0x00000100)
+Pad( 297 1364  297 1336    9 "71" 0x00000100)
+Pad( 316 1364  316 1336    9 "72" 0x00000100)
+Pad( 336 1364  336 1336    9 "73" 0x00000100)
+Pad( 356 1364  356 1336    9 "74" 0x00000100)
+Pad( 375 1364  375 1336    9 "75" 0x00000100)
+Pad( 395 1364  395 1336    9 "76" 0x00000100)
+Pad( 415 1364  415 1336    9 "77" 0x00000100)
+Pad( 435 1364  435 1336    9 "78" 0x00000100)
+Pad( 454 1364  454 1336    9 "79" 0x00000100)
+Pad( 474 1364  474 1336    9 "80" 0x00000100)
+Pad( 494 1364  494 1336    9 "81" 0x00000100)
+Pad( 513 1364  513 1336    9 "82" 0x00000100)
+Pad( 533 1364  533 1336    9 "83" 0x00000100)
+Pad( 553 1364  553 1336    9 "84" 0x00000100)
+Pad( 572 1364  572 1336    9 "85" 0x00000100)
+Pad( 592 1364  592 1336    9 "86" 0x00000100)
+Pad( 612 1364  612 1336    9 "87" 0x00000100)
+Pad( 631 1364  631 1336    9 "88" 0x00000100)
+Pad( 651 1364  651 1336    9 "89" 0x00000100)
+Pad( 671 1364  671 1336    9 "90" 0x00000100)
+Pad( 690 1364  690 1336    9 "91" 0x00000100)
+Pad( 710 1364  710 1336    9 "92" 0x00000100)
+Pad( 730 1364  730 1336    9 "93" 0x00000100)
+Pad( 749 1364  749 1336    9 "94" 0x00000100)
+Pad( 769 1364  769 1336    9 "95" 0x00000100)
+Pad( 789 1364  789 1336    9 "96" 0x00000100)
+Pad( 809 1364  809 1336    9 "97" 0x00000100)
+Pad( 828 1364  828 1336    9 "98" 0x00000100)
+Pad( 848 1364  848 1336    9 "99" 0x00000100)
+Pad( 868 1364  868 1336    9 "100" 0x00000100)
+Pad( 887 1364  887 1336    9 "101" 0x00000100)
+Pad( 907 1364  907 1336    9 "102" 0x00000100)
+Pad( 927 1364  927 1336    9 "103" 0x00000100)
+Pad( 946 1364  946 1336    9 "104" 0x00000100)
+Pad( 966 1364  966 1336    9 "105" 0x00000100)
+Pad( 986 1364  986 1336    9 "106" 0x00000100)
+Pad(1005 1364 1005 1336    9 "107" 0x00000100)
+Pad(1025 1364 1025 1336    9 "108" 0x00000100)
+Pad(1045 1364 1045 1336    9 "109" 0x00000100)
+Pad(1064 1364 1064 1336    9 "110" 0x00000100)
+Pad(1084 1364 1084 1336    9 "111" 0x00000100)
+Pad(1104 1364 1104 1336    9 "112" 0x00000100)
+Pad(1124 1364 1124 1336    9 "113" 0x00000100)
+Pad(1143 1364 1143 1336    9 "114" 0x00000100)
+Pad(1163 1364 1163 1336    9 "115" 0x00000100)
+Pad(1183 1364 1183 1336    9 "116" 0x00000100)
+Pad(1202 1364 1202 1336    9 "117" 0x00000100)
+Pad(1222 1364 1222 1336    9 "118" 0x00000100)
+Pad(1242 1364 1242 1336    9 "119" 0x00000100)
+Pad(1261 1364 1261 1336    9 "120" 0x00000100)
+Pad(1364 1261 1336 1261    9 "121" 0x00000100)
+Pad(1364 1242 1336 1242    9 "122" 0x00000100)
+Pad(1364 1222 1336 1222    9 "123" 0x00000100)
+Pad(1364 1202 1336 1202    9 "124" 0x00000100)
+Pad(1364 1183 1336 1183    9 "125" 0x00000100)
+Pad(1364 1163 1336 1163    9 "126" 0x00000100)
+Pad(1364 1143 1336 1143    9 "127" 0x00000100)
+Pad(1364 1124 1336 1124    9 "128" 0x00000100)
+Pad(1364 1104 1336 1104    9 "129" 0x00000100)
+Pad(1364 1084 1336 1084    9 "130" 0x00000100)
+Pad(1364 1064 1336 1064    9 "131" 0x00000100)
+Pad(1364 1045 1336 1045    9 "132" 0x00000100)
+Pad(1364 1025 1336 1025    9 "133" 0x00000100)
+Pad(1364 1005 1336 1005    9 "134" 0x00000100)
+Pad(1364  986 1336  986    9 "135" 0x00000100)
+Pad(1364  966 1336  966    9 "136" 0x00000100)
+Pad(1364  946 1336  946    9 "137" 0x00000100)
+Pad(1364  927 1336  927    9 "138" 0x00000100)
+Pad(1364  907 1336  907    9 "139" 0x00000100)
+Pad(1364  887 1336  887    9 "140" 0x00000100)
+Pad(1364  868 1336  868    9 "141" 0x00000100)
+Pad(1364  848 1336  848    9 "142" 0x00000100)
+Pad(1364  828 1336  828    9 "143" 0x00000100)
+Pad(1364  809 1336  809    9 "144" 0x00000100)
+Pad(1364  789 1336  789    9 "145" 0x00000100)
+Pad(1364  769 1336  769    9 "146" 0x00000100)
+Pad(1364  749 1336  749    9 "147" 0x00000100)
+Pad(1364  730 1336  730    9 "148" 0x00000100)
+Pad(1364  710 1336  710    9 "149" 0x00000100)
+Pad(1364  690 1336  690    9 "150" 0x00000100)
+Pad(1364  671 1336  671    9 "151" 0x00000100)
+Pad(1364  651 1336  651    9 "152" 0x00000100)
+Pad(1364  631 1336  631    9 "153" 0x00000100)
+Pad(1364  612 1336  612    9 "154" 0x00000100)
+Pad(1364  592 1336  592    9 "155" 0x00000100)
+Pad(1364  572 1336  572    9 "156" 0x00000100)
+Pad(1364  553 1336  553    9 "157" 0x00000100)
+Pad(1364  533 1336  533    9 "158" 0x00000100)
+Pad(1364  513 1336  513    9 "159" 0x00000100)
+Pad(1364  494 1336  494    9 "160" 0x00000100)
+Pad(1364  474 1336  474    9 "161" 0x00000100)
+Pad(1364  454 1336  454    9 "162" 0x00000100)
+Pad(1364  435 1336  435    9 "163" 0x00000100)
+Pad(1364  415 1336  415    9 "164" 0x00000100)
+Pad(1364  395 1336  395    9 "165" 0x00000100)
+Pad(1364  375 1336  375    9 "166" 0x00000100)
+Pad(1364  356 1336  356    9 "167" 0x00000100)
+Pad(1364  336 1336  336    9 "168" 0x00000100)
+Pad(1364  316 1336  316    9 "169" 0x00000100)
+Pad(1364  297 1336  297    9 "170" 0x00000100)
+Pad(1364  277 1336  277    9 "171" 0x00000100)
+Pad(1364  257 1336  257    9 "172" 0x00000100)
+Pad(1364  238 1336  238    9 "173" 0x00000100)
+Pad(1364  218 1336  218    9 "174" 0x00000100)
+Pad(1364  198 1336  198    9 "175" 0x00000100)
+Pad(1364  179 1336  179    9 "176" 0x00000100)
+Pad(1364  159 1336  159    9 "177" 0x00000100)
+Pad(1364  139 1336  139    9 "178" 0x00000100)
+Pad(1364  120 1336  120    9 "179" 0x00000100)
+Pad(1364  100 1336  100    9 "180" 0x00000100)
+Pad(1261   -2 1261   25    9 "181" 0x00000100)
+Pad(1242   -2 1242   25    9 "182" 0x00000100)
+Pad(1222   -2 1222   25    9 "183" 0x00000100)
+Pad(1202   -2 1202   25    9 "184" 0x00000100)
+Pad(1183   -2 1183   25    9 "185" 0x00000100)
+Pad(1163   -2 1163   25    9 "186" 0x00000100)
+Pad(1143   -2 1143   25    9 "187" 0x00000100)
+Pad(1124   -2 1124   25    9 "188" 0x00000100)
+Pad(1104   -2 1104   25    9 "189" 0x00000100)
+Pad(1084   -2 1084   25    9 "190" 0x00000100)
+Pad(1064   -2 1064   25    9 "191" 0x00000100)
+Pad(1045   -2 1045   25    9 "192" 0x00000100)
+Pad(1025   -2 1025   25    9 "193" 0x00000100)
+Pad(1005   -2 1005   25    9 "194" 0x00000100)
+Pad( 986   -2  986   25    9 "195" 0x00000100)
+Pad( 966   -2  966   25    9 "196" 0x00000100)
+Pad( 946   -2  946   25    9 "197" 0x00000100)
+Pad( 927   -2  927   25    9 "198" 0x00000100)
+Pad( 907   -2  907   25    9 "199" 0x00000100)
+Pad( 887   -2  887   25    9 "200" 0x00000100)
+Pad( 868   -2  868   25    9 "201" 0x00000100)
+Pad( 848   -2  848   25    9 "202" 0x00000100)
+Pad( 828   -2  828   25    9 "203" 0x00000100)
+Pad( 809   -2  809   25    9 "204" 0x00000100)
+Pad( 789   -2  789   25    9 "205" 0x00000100)
+Pad( 769   -2  769   25    9 "206" 0x00000100)
+Pad( 749   -2  749   25    9 "207" 0x00000100)
+Pad( 730   -2  730   25    9 "208" 0x00000100)
+Pad( 710   -2  710   25    9 "209" 0x00000100)
+Pad( 690   -2  690   25    9 "210" 0x00000100)
+Pad( 671   -2  671   25    9 "211" 0x00000100)
+Pad( 651   -2  651   25    9 "212" 0x00000100)
+Pad( 631   -2  631   25    9 "213" 0x00000100)
+Pad( 612   -2  612   25    9 "214" 0x00000100)
+Pad( 592   -2  592   25    9 "215" 0x00000100)
+Pad( 572   -2  572   25    9 "216" 0x00000100)
+Pad( 553   -2  553   25    9 "217" 0x00000100)
+Pad( 533   -2  533   25    9 "218" 0x00000100)
+Pad( 513   -2  513   25    9 "219" 0x00000100)
+Pad( 494   -2  494   25    9 "220" 0x00000100)
+Pad( 474   -2  474   25    9 "221" 0x00000100)
+Pad( 454   -2  454   25    9 "222" 0x00000100)
+Pad( 435   -2  435   25    9 "223" 0x00000100)
+Pad( 415   -2  415   25    9 "224" 0x00000100)
+Pad( 395   -2  395   25    9 "225" 0x00000100)
+Pad( 375   -2  375   25    9 "226" 0x00000100)
+Pad( 356   -2  356   25    9 "227" 0x00000100)
+Pad( 336   -2  336   25    9 "228" 0x00000100)
+Pad( 316   -2  316   25    9 "229" 0x00000100)
+Pad( 297   -2  297   25    9 "230" 0x00000100)
+Pad( 277   -2  277   25    9 "231" 0x00000100)
+Pad( 257   -2  257   25    9 "232" 0x00000100)
+Pad( 238   -2  238   25    9 "233" 0x00000100)
+Pad( 218   -2  218   25    9 "234" 0x00000100)
+Pad( 198   -2  198   25    9 "235" 0x00000100)
+Pad( 179   -2  179   25    9 "236" 0x00000100)
+Pad( 159   -2  159   25    9 "237" 0x00000100)
+Pad( 139   -2  139   25    9 "238" 0x00000100)
+Pad( 120   -2  120   25    9 "239" 0x00000100)
+Pad( 100   -2  100   25    9 "240" 0x00000100)
+ElementLine ( 80 30 1331 30 20 )
+ElementLine ( 1331 30 1331 1331 20 )
+ElementLine ( 1331 1331 30 1331 20 )
+ElementLine ( 30 1331 30 80 20 )
+ElementLine ( 30 80 80 30 20 )
+Mark(0 0)
+)
Index: oldlib/newlib/not_vetted_ingo/pq304.ele
===================================================================
--- oldlib/newlib/not_vetted_ingo/pq304.ele	(nonexistent)
+++ oldlib/newlib/not_vetted_ingo/pq304.ele	(revision 296)
@@ -0,0 +1,313 @@
+Element(0x00000000 "pq304" "" "304 pin QFP" 0 0 3 100 0x00000000)
+(
+Pad(  -2  100   25  100    8 "1" 0x00000100)
+Pad(  -2  120   25  120    8 "2" 0x00000100)
+Pad(  -2  139   25  139    8 "3" 0x00000100)
+Pad(  -2  159   25  159    8 "4" 0x00000100)
+Pad(  -2  179   25  179    8 "5" 0x00000100)
+Pad(  -2  198   25  198    8 "6" 0x00000100)
+Pad(  -2  218   25  218    8 "7" 0x00000100)
+Pad(  -2  238   25  238    8 "8" 0x00000100)
+Pad(  -2  257   25  257    8 "9" 0x00000100)
+Pad(  -2  277   25  277    8 "10" 0x00000100)
+Pad(  -2  297   25  297    8 "11" 0x00000100)
+Pad(  -2  316   25  316    8 "12" 0x00000100)
+Pad(  -2  336   25  336    8 "13" 0x00000100)
+Pad(  -2  356   25  356    8 "14" 0x00000100)
+Pad(  -2  375   25  375    8 "15" 0x00000100)
+Pad(  -2  395   25  395    8 "16" 0x00000100)
+Pad(  -2  415   25  415    8 "17" 0x00000100)
+Pad(  -2  435   25  435    8 "18" 0x00000100)
+Pad(  -2  454   25  454    8 "19" 0x00000100)
+Pad(  -2  474   25  474    8 "20" 0x00000100)
+Pad(  -2  494   25  494    8 "21" 0x00000100)
+Pad(  -2  513   25  513    8 "22" 0x00000100)
+Pad(  -2  533   25  533    8 "23" 0x00000100)
+Pad(  -2  553   25  553    8 "24" 0x00000100)
+Pad(  -2  572   25  572    8 "25" 0x00000100)
+Pad(  -2  592   25  592    8 "26" 0x00000100)
+Pad(  -2  612   25  612    8 "27" 0x00000100)
+Pad(  -2  631   25  631    8 "28" 0x00000100)
+Pad(  -2  651   25  651    8 "29" 0x00000100)
+Pad(  -2  671   25  671    8 "30" 0x00000100)
+Pad(  -2  690   25  690    8 "31" 0x00000100)
+Pad(  -2  710   25  710    8 "32" 0x00000100)
+Pad(  -2  730   25  730    8 "33" 0x00000100)
+Pad(  -2  749   25  749    8 "34" 0x00000100)
+Pad(  -2  769   25  769    8 "35" 0x00000100)
+Pad(  -2  789   25  789    8 "36" 0x00000100)
+Pad(  -2  809   25  809    8 "37" 0x00000100)
+Pad(  -2  828   25  828    8 "38" 0x00000100)
+Pad(  -2  848   25  848    8 "39" 0x00000100)
+Pad(  -2  868   25  868    8 "40" 0x00000100)
+Pad(  -2  887   25  887    8 "41" 0x00000100)
+Pad(  -2  907   25  907    8 "42" 0x00000100)
+Pad(  -2  927   25  927    8 "43" 0x00000100)
+Pad(  -2  946   25  946    8 "44" 0x00000100)
+Pad(  -2  966   25  966    8 "45" 0x00000100)
+Pad(  -2  986   25  986    8 "46" 0x00000100)
+Pad(  -2 1005   25 1005    8 "47" 0x00000100)
+Pad(  -2 1025   25 1025    8 "48" 0x00000100)
+Pad(  -2 1045   25 1045    8 "49" 0x00000100)
+Pad(  -2 1064   25 1064    8 "50" 0x00000100)
+Pad(  -2 1084   25 1084    8 "51" 0x00000100)
+Pad(  -2 1104   25 1104    8 "52" 0x00000100)
+Pad(  -2 1124   25 1124    8 "53" 0x00000100)
+Pad(  -2 1143   25 1143    8 "54" 0x00000100)
+Pad(  -2 1163   25 1163    8 "55" 0x00000100)
+Pad(  -2 1183   25 1183    8 "56" 0x00000100)
+Pad(  -2 1202   25 1202    8 "57" 0x00000100)
+Pad(  -2 1222   25 1222    8 "58" 0x00000100)
+Pad(  -2 1242   25 1242    8 "59" 0x00000100)
+Pad(  -2 1261   25 1261    8 "60" 0x00000100)
+Pad(  -2 1281   25 1281    8 "61" 0x00000100)
+Pad(  -2 1301   25 1301    8 "62" 0x00000100)
+Pad(  -2 1320   25 1320    8 "63" 0x00000100)
+Pad(  -2 1340   25 1340    8 "64" 0x00000100)
+Pad(  -2 1360   25 1360    8 "65" 0x00000100)
+Pad(  -2 1379   25 1379    8 "66" 0x00000100)
+Pad(  -2 1399   25 1399    8 "67" 0x00000100)
+Pad(  -2 1419   25 1419    8 "68" 0x00000100)
+Pad(  -2 1438   25 1438    8 "69" 0x00000100)
+Pad(  -2 1458   25 1458    8 "70" 0x00000100)
+Pad(  -2 1478   25 1478    8 "71" 0x00000100)
+Pad(  -2 1498   25 1498    8 "72" 0x00000100)
+Pad(  -2 1517   25 1517    8 "73" 0x00000100)
+Pad(  -2 1537   25 1537    8 "74" 0x00000100)
+Pad(  -2 1557   25 1557    8 "75" 0x00000100)
+Pad(  -2 1576   25 1576    8 "76" 0x00000100)
+Pad( 100 1679  100 1651    8 "77" 0x00000100)
+Pad( 120 1679  120 1651    8 "78" 0x00000100)
+Pad( 139 1679  139 1651    8 "79" 0x00000100)
+Pad( 159 1679  159 1651    8 "80" 0x00000100)
+Pad( 179 1679  179 1651    8 "81" 0x00000100)
+Pad( 198 1679  198 1651    8 "82" 0x00000100)
+Pad( 218 1679  218 1651    8 "83" 0x00000100)
+Pad( 238 1679  238 1651    8 "84" 0x00000100)
+Pad( 257 1679  257 1651    8 "85" 0x00000100)
+Pad( 277 1679  277 1651    8 "86" 0x00000100)
+Pad( 297 1679  297 1651    8 "87" 0x00000100)
+Pad( 316 1679  316 1651    8 "88" 0x00000100)
+Pad( 336 1679  336 1651    8 "89" 0x00000100)
+Pad( 356 1679  356 1651    8 "90" 0x00000100)
+Pad( 375 1679  375 1651    8 "91" 0x00000100)
+Pad( 395 1679  395 1651    8 "92" 0x00000100)
+Pad( 415 1679  415 1651    8 "93" 0x00000100)
+Pad( 435 1679  435 1651    8 "94" 0x00000100)
+Pad( 454 1679  454 1651    8 "95" 0x00000100)
+Pad( 474 1679  474 1651    8 "96" 0x00000100)
+Pad( 494 1679  494 1651    8 "97" 0x00000100)
+Pad( 513 1679  513 1651    8 "98" 0x00000100)
+Pad( 533 1679  533 1651    8 "99" 0x00000100)
+Pad( 553 1679  553 1651    8 "100" 0x00000100)
+Pad( 572 1679  572 1651    8 "101" 0x00000100)
+Pad( 592 1679  592 1651    8 "102" 0x00000100)
+Pad( 612 1679  612 1651    8 "103" 0x00000100)
+Pad( 631 1679  631 1651    8 "104" 0x00000100)
+Pad( 651 1679  651 1651    8 "105" 0x00000100)
+Pad( 671 1679  671 1651    8 "106" 0x00000100)
+Pad( 690 1679  690 1651    8 "107" 0x00000100)
+Pad( 710 1679  710 1651    8 "108" 0x00000100)
+Pad( 730 1679  730 1651    8 "109" 0x00000100)
+Pad( 749 1679  749 1651    8 "110" 0x00000100)
+Pad( 769 1679  769 1651    8 "111" 0x00000100)
+Pad( 789 1679  789 1651    8 "112" 0x00000100)
+Pad( 809 1679  809 1651    8 "113" 0x00000100)
+Pad( 828 1679  828 1651    8 "114" 0x00000100)
+Pad( 848 1679  848 1651    8 "115" 0x00000100)
+Pad( 868 1679  868 1651    8 "116" 0x00000100)
+Pad( 887 1679  887 1651    8 "117" 0x00000100)
+Pad( 907 1679  907 1651    8 "118" 0x00000100)
+Pad( 927 1679  927 1651    8 "119" 0x00000100)
+Pad( 946 1679  946 1651    8 "120" 0x00000100)
+Pad( 966 1679  966 1651    8 "121" 0x00000100)
+Pad( 986 1679  986 1651    8 "122" 0x00000100)
+Pad(1005 1679 1005 1651    8 "123" 0x00000100)
+Pad(1025 1679 1025 1651    8 "124" 0x00000100)
+Pad(1045 1679 1045 1651    8 "125" 0x00000100)
+Pad(1064 1679 1064 1651    8 "126" 0x00000100)
+Pad(1084 1679 1084 1651    8 "127" 0x00000100)
+Pad(1104 1679 1104 1651    8 "128" 0x00000100)
+Pad(1124 1679 1124 1651    8 "129" 0x00000100)
+Pad(1143 1679 1143 1651    8 "130" 0x00000100)
+Pad(1163 1679 1163 1651    8 "131" 0x00000100)
+Pad(1183 1679 1183 1651    8 "132" 0x00000100)
+Pad(1202 1679 1202 1651    8 "133" 0x00000100)
+Pad(1222 1679 1222 1651    8 "134" 0x00000100)
+Pad(1242 1679 1242 1651    8 "135" 0x00000100)
+Pad(1261 1679 1261 1651    8 "136" 0x00000100)
+Pad(1281 1679 1281 1651    8 "137" 0x00000100)
+Pad(1301 1679 1301 1651    8 "138" 0x00000100)
+Pad(1320 1679 1320 1651    8 "139" 0x00000100)
+Pad(1340 1679 1340 1651    8 "140" 0x00000100)
+Pad(1360 1679 1360 1651    8 "141" 0x00000100)
+Pad(1379 1679 1379 1651    8 "142" 0x00000100)
+Pad(1399 1679 1399 1651    8 "143" 0x00000100)
+Pad(1419 1679 1419 1651    8 "144" 0x00000100)
+Pad(1438 1679 1438 1651    8 "145" 0x00000100)
+Pad(1458 1679 1458 1651    8 "146" 0x00000100)
+Pad(1478 1679 1478 1651    8 "147" 0x00000100)
+Pad(1498 1679 1498 1651    8 "148" 0x00000100)
+Pad(1517 1679 1517 1651    8 "149" 0x00000100)
+Pad(1537 1679 1537 1651    8 "150" 0x00000100)
+Pad(1557 1679 1557 1651    8 "151" 0x00000100)
+Pad(1576 1679 1576 1651    8 "152" 0x00000100)
+Pad(1679 1576 1651 1576    8 "153" 0x00000100)
+Pad(1679 1557 1651 1557    8 "154" 0x00000100)
+Pad(1679 1537 1651 1537    8 "155" 0x00000100)
+Pad(1679 1517 1651 1517    8 "156" 0x00000100)
+Pad(1679 1498 1651 1498    8 "157" 0x00000100)
+Pad(1679 1478 1651 1478    8 "158" 0x00000100)
+Pad(1679 1458 1651 1458    8 "159" 0x00000100)
+Pad(1679 1438 1651 1438    8 "160" 0x00000100)
+Pad(1679 1419 1651 1419    8 "161" 0x00000100)
+Pad(1679 1399 1651 1399    8 "162" 0x00000100)
+Pad(1679 1379 1651 1379    8 "163" 0x00000100)
+Pad(1679 1360 1651 1360    8 "164" 0x00000100)
+Pad(1679 1340 1651 1340    8 "165" 0x00000100)
+Pad(1679 1320 1651 1320    8 "166" 0x00000100)
+Pad(1679 1301 1651 1301    8 "167" 0x00000100)
+Pad(1679 1281 1651 1281    8 "168" 0x00000100)
+Pad(1679 1261 1651 1261    8 "169" 0x00000100)
+Pad(1679 1242 1651 1242    8 "170" 0x00000100)
+Pad(1679 1222 1651 1222    8 "171" 0x00000100)
+Pad(1679 1202 1651 1202    8 "172" 0x00000100)
+Pad(1679 1183 1651 1183    8 "173" 0x00000100)
+Pad(1679 1163 1651 1163    8 "174" 0x00000100)
+Pad(1679 1143 1651 1143    8 "175" 0x00000100)
+Pad(1679 1124 1651 1124    8 "176" 0x00000100)
+Pad(1679 1104 1651 1104    8 "177" 0x00000100)
+Pad(1679 1084 1651 1084    8 "178" 0x00000100)
+Pad(1679 1064 1651 1064    8 "179" 0x00000100)
+Pad(1679 1045 1651 1045    8 "180" 0x00000100)
+Pad(1679 1025 1651 1025    8 "181" 0x00000100)
+Pad(1679 1005 1651 1005    8 "182" 0x00000100)
+Pad(1679  986 1651  986    8 "183" 0x00000100)
+Pad(1679  966 1651  966    8 "184" 0x00000100)
+Pad(1679  946 1651  946    8 "185" 0x00000100)
+Pad(1679  927 1651  927    8 "186" 0x00000100)
+Pad(1679  907 1651  907    8 "187" 0x00000100)
+Pad(1679  887 1651  887    8 "188" 0x00000100)
+Pad(1679  868 1651  868    8 "189" 0x00000100)
+Pad(1679  848 1651  848    8 "190" 0x00000100)
+Pad(1679  828 1651  828    8 "191" 0x00000100)
+Pad(1679  809 1651  809    8 "192" 0x00000100)
+Pad(1679  789 1651  789    8 "193" 0x00000100)
+Pad(1679  769 1651  769    8 "194" 0x00000100)
+Pad(1679  749 1651  749    8 "195" 0x00000100)
+Pad(1679  730 1651  730    8 "196" 0x00000100)
+Pad(1679  710 1651  710    8 "197" 0x00000100)
+Pad(1679  690 1651  690    8 "198" 0x00000100)
+Pad(1679  671 1651  671    8 "199" 0x00000100)
+Pad(1679  651 1651  651    8 "200" 0x00000100)
+Pad(1679  631 1651  631    8 "201" 0x00000100)
+Pad(1679  612 1651  612    8 "202" 0x00000100)
+Pad(1679  592 1651  592    8 "203" 0x00000100)
+Pad(1679  572 1651  572    8 "204" 0x00000100)
+Pad(1679  553 1651  553    8 "205" 0x00000100)
+Pad(1679  533 1651  533    8 "206" 0x00000100)
+Pad(1679  513 1651  513    8 "207" 0x00000100)
+Pad(1679  494 1651  494    8 "208" 0x00000100)
+Pad(1679  474 1651  474    8 "209" 0x00000100)
+Pad(1679  454 1651  454    8 "210" 0x00000100)
+Pad(1679  435 1651  435    8 "211" 0x00000100)
+Pad(1679  415 1651  415    8 "212" 0x00000100)
+Pad(1679  395 1651  395    8 "213" 0x00000100)
+Pad(1679  375 1651  375    8 "214" 0x00000100)
+Pad(1679  356 1651  356    8 "215" 0x00000100)
+Pad(1679  336 1651  336    8 "216" 0x00000100)
+Pad(1679  316 1651  316    8 "217" 0x00000100)
+Pad(1679  297 1651  297    8 "218" 0x00000100)
+Pad(1679  277 1651  277    8 "219" 0x00000100)
+Pad(1679  257 1651  257    8 "220" 0x00000100)
+Pad(1679  238 1651  238    8 "221" 0x00000100)
+Pad(1679  218 1651  218    8 "222" 0x00000100)
+Pad(1679  198 1651  198    8 "223" 0x00000100)
+Pad(1679  179 1651  179    8 "224" 0x00000100)
+Pad(1679  159 1651  159    8 "225" 0x00000100)
+Pad(1679  139 1651  139    8 "226" 0x00000100)
+Pad(1679  120 1651  120    8 "227" 0x00000100)
+Pad(1679  100 1651  100    8 "228" 0x00000100)
+Pad(1576   -2 1576   25    8 "229" 0x00000100)
+Pad(1557   -2 1557   25    8 "230" 0x00000100)
+Pad(1537   -2 1537   25    8 "231" 0x00000100)
+Pad(1517   -2 1517   25    8 "232" 0x00000100)
+Pad(1498   -2 1498   25    8 "233" 0x00000100)
+Pad(1478   -2 1478   25    8 "234" 0x00000100)
+Pad(1458   -2 1458   25    8 "235" 0x00000100)
+Pad(1438   -2 1438   25    8 "236" 0x00000100)
+Pad(1419   -2 1419   25    8 "237" 0x00000100)
+Pad(1399   -2 1399   25    8 "238" 0x00000100)
+Pad(1379   -2 1379   25    8 "239" 0x00000100)
+Pad(1360   -2 1360   25    8 "240" 0x00000100)
+Pad(1340   -2 1340   25    8 "241" 0x00000100)
+Pad(1320   -2 1320   25    8 "242" 0x00000100)
+Pad(1301   -2 1301   25    8 "243" 0x00000100)
+Pad(1281   -2 1281   25    8 "244" 0x00000100)
+Pad(1261   -2 1261   25    8 "245" 0x00000100)
+Pad(1242   -2 1242   25    8 "246" 0x00000100)
+Pad(1222   -2 1222   25    8 "247" 0x00000100)
+Pad(1202   -2 1202   25    8 "248" 0x00000100)
+Pad(1183   -2 1183   25    8 "249" 0x00000100)
+Pad(1163   -2 1163   25    8 "250" 0x00000100)
+Pad(1143   -2 1143   25    8 "251" 0x00000100)
+Pad(1124   -2 1124   25    8 "252" 0x00000100)
+Pad(1104   -2 1104   25    8 "253" 0x00000100)
+Pad(1084   -2 1084   25    8 "254" 0x00000100)
+Pad(1064   -2 1064   25    8 "255" 0x00000100)
+Pad(1045   -2 1045   25    8 "256" 0x00000100)
+Pad(1025   -2 1025   25    8 "257" 0x00000100)
+Pad(1005   -2 1005   25    8 "258" 0x00000100)
+Pad( 986   -2  986   25    8 "259" 0x00000100)
+Pad( 966   -2  966   25    8 "260" 0x00000100)
+Pad( 946   -2  946   25    8 "261" 0x00000100)
+Pad( 927   -2  927   25    8 "262" 0x00000100)
+Pad( 907   -2  907   25    8 "263" 0x00000100)
+Pad( 887   -2  887   25    8 "264" 0x00000100)
+Pad( 868   -2  868   25    8 "265" 0x00000100)
+Pad( 848   -2  848   25    8 "266" 0x00000100)
+Pad( 828   -2  828   25    8 "267" 0x00000100)
+Pad( 809   -2  809   25    8 "268" 0x00000100)
+Pad( 789   -2  789   25    8 "269" 0x00000100)
+Pad( 769   -2  769   25    8 "270" 0x00000100)
+Pad( 749   -2  749   25    8 "271" 0x00000100)
+Pad( 730   -2  730   25    8 "272" 0x00000100)
+Pad( 710   -2  710   25    8 "273" 0x00000100)
+Pad( 690   -2  690   25    8 "274" 0x00000100)
+Pad( 671   -2  671   25    8 "275" 0x00000100)
+Pad( 651   -2  651   25    8 "276" 0x00000100)
+Pad( 631   -2  631   25    8 "277" 0x00000100)
+Pad( 612   -2  612   25    8 "278" 0x00000100)
+Pad( 592   -2  592   25    8 "279" 0x00000100)
+Pad( 572   -2  572   25    8 "280" 0x00000100)
+Pad( 553   -2  553   25    8 "281" 0x00000100)
+Pad( 533   -2  533   25    8 "282" 0x00000100)
+Pad( 513   -2  513   25    8 "283" 0x00000100)
+Pad( 494   -2  494   25    8 "284" 0x00000100)
+Pad( 474   -2  474   25    8 "285" 0x00000100)
+Pad( 454   -2  454   25    8 "286" 0x00000100)
+Pad( 435   -2  435   25    8 "287" 0x00000100)
+Pad( 415   -2  415   25    8 "288" 0x00000100)
+Pad( 395   -2  395   25    8 "289" 0x00000100)
+Pad( 375   -2  375   25    8 "290" 0x00000100)
+Pad( 356   -2  356   25    8 "291" 0x00000100)
+Pad( 336   -2  336   25    8 "292" 0x00000100)
+Pad( 316   -2  316   25    8 "293" 0x00000100)
+Pad( 297   -2  297   25    8 "294" 0x00000100)
+Pad( 277   -2  277   25    8 "295" 0x00000100)
+Pad( 257   -2  257   25    8 "296" 0x00000100)
+Pad( 238   -2  238   25    8 "297" 0x00000100)
+Pad( 218   -2  218   25    8 "298" 0x00000100)
+Pad( 198   -2  198   25    8 "299" 0x00000100)
+Pad( 179   -2  179   25    8 "300" 0x00000100)
+Pad( 159   -2  159   25    8 "301" 0x00000100)
+Pad( 139   -2  139   25    8 "302" 0x00000100)
+Pad( 120   -2  120   25    8 "303" 0x00000100)
+Pad( 100   -2  100   25    8 "304" 0x00000100)
+ElementLine ( 80 30 1646 30 20 )
+ElementLine ( 1646 30 1646 1646 20 )
+ElementLine ( 1646 1646 30 1646 20 )
+ElementLine ( 30 1646 30 80 20 )
+ElementLine ( 30 80 80 30 20 )
+Mark(0 0)
+)
Index: oldlib/newlib/not_vetted_ingo/pq32.ele
===================================================================
--- oldlib/newlib/not_vetted_ingo/pq32.ele	(nonexistent)
+++ oldlib/newlib/not_vetted_ingo/pq32.ele	(revision 296)
@@ -0,0 +1,41 @@
+Element(0x00000000 "pq32" "" "32 pin QFP" 0 0 3 100 0x00000000)
+(
+Pad(  -3   76   38   76   19 "1" 0x00000100)
+Pad(  -3  108   38  108   19 "2" 0x00000100)
+Pad(  -3  139   38  139   19 "3" 0x00000100)
+Pad(  -3  171   38  171   19 "4" 0x00000100)
+Pad(  -3  202   38  202   19 "5" 0x00000100)
+Pad(  -3  234   38  234   19 "6" 0x00000100)
+Pad(  -3  265   38  265   19 "7" 0x00000100)
+Pad(  -3  297   38  297   19 "8" 0x00000100)
+Pad(  76  377   76  335   19 "9" 0x00000100)
+Pad( 108  377  108  335   19 "10" 0x00000100)
+Pad( 139  377  139  335   19 "11" 0x00000100)
+Pad( 171  377  171  335   19 "12" 0x00000100)
+Pad( 202  377  202  335   19 "13" 0x00000100)
+Pad( 234  377  234  335   19 "14" 0x00000100)
+Pad( 265  377  265  335   19 "15" 0x00000100)
+Pad( 297  377  297  335   19 "16" 0x00000100)
+Pad( 377  297  335  297   19 "17" 0x00000100)
+Pad( 377  265  335  265   19 "18" 0x00000100)
+Pad( 377  234  335  234   19 "19" 0x00000100)
+Pad( 377  202  335  202   19 "20" 0x00000100)
+Pad( 377  171  335  171   19 "21" 0x00000100)
+Pad( 377  139  335  139   19 "22" 0x00000100)
+Pad( 377  108  335  108   19 "23" 0x00000100)
+Pad( 377   76  335   76   19 "24" 0x00000100)
+Pad( 297   -3  297   38   19 "25" 0x00000100)
+Pad( 265   -3  265   38   19 "26" 0x00000100)
+Pad( 234   -3  234   38   19 "27" 0x00000100)
+Pad( 202   -3  202   38   19 "28" 0x00000100)
+Pad( 171   -3  171   38   19 "29" 0x00000100)
+Pad( 139   -3  139   38   19 "30" 0x00000100)
+Pad( 108   -3  108   38   19 "31" 0x00000100)
+Pad(  76   -3   76   38   19 "32" 0x00000100)
+ElementLine ( 96 46 327 46 20 )
+ElementLine ( 327 46 327 327 20 )
+ElementLine ( 327 327 46 327 20 )
+ElementLine ( 46 327 46 96 20 )
+ElementLine ( 46 96 96 46 20 )
+Mark(0 0)
+)
Index: oldlib/newlib/not_vetted_ingo/pq44.ele
===================================================================
--- oldlib/newlib/not_vetted_ingo/pq44.ele	(nonexistent)
+++ oldlib/newlib/not_vetted_ingo/pq44.ele	(revision 296)
@@ -0,0 +1,53 @@
+Element(0x00000000 "pq44" "" "44 pin QFP" 0 0 3 100 0x00000000)
+(
+Pad(  -4  102   44  102   19 "1" 0x00000100)
+Pad(  -4  133   44  133   19 "2" 0x00000100)
+Pad(  -4  165   44  165   19 "3" 0x00000100)
+Pad(  -4  196   44  196   19 "4" 0x00000100)
+Pad(  -4  228   44  228   19 "5" 0x00000100)
+Pad(  -4  259   44  259   19 "6" 0x00000100)
+Pad(  -4  291   44  291   19 "7" 0x00000100)
+Pad(  -4  322   44  322   19 "8" 0x00000100)
+Pad(  -4  354   44  354   19 "9" 0x00000100)
+Pad(  -4  385   44  385   19 "10" 0x00000100)
+Pad(  -4  417   44  417   19 "11" 0x00000100)
+Pad( 102  523  102  475   19 "12" 0x00000100)
+Pad( 133  523  133  475   19 "13" 0x00000100)
+Pad( 165  523  165  475   19 "14" 0x00000100)
+Pad( 196  523  196  475   19 "15" 0x00000100)
+Pad( 228  523  228  475   19 "16" 0x00000100)
+Pad( 259  523  259  475   19 "17" 0x00000100)
+Pad( 291  523  291  475   19 "18" 0x00000100)
+Pad( 322  523  322  475   19 "19" 0x00000100)
+Pad( 354  523  354  475   19 "20" 0x00000100)
+Pad( 385  523  385  475   19 "21" 0x00000100)
+Pad( 417  523  417  475   19 "22" 0x00000100)
+Pad( 523  417  475  417   19 "23" 0x00000100)
+Pad( 523  385  475  385   19 "24" 0x00000100)
+Pad( 523  354  475  354   19 "25" 0x00000100)
+Pad( 523  322  475  322   19 "26" 0x00000100)
+Pad( 523  291  475  291   19 "27" 0x00000100)
+Pad( 523  259  475  259   19 "28" 0x00000100)
+Pad( 523  228  475  228   19 "29" 0x00000100)
+Pad( 523  196  475  196   19 "30" 0x00000100)
+Pad( 523  165  475  165   19 "31" 0x00000100)
+Pad( 523  133  475  133   19 "32" 0x00000100)
+Pad( 523  102  475  102   19 "33" 0x00000100)
+Pad( 417   -4  417   44   19 "34" 0x00000100)
+Pad( 385   -4  385   44   19 "35" 0x00000100)
+Pad( 354   -4  354   44   19 "36" 0x00000100)
+Pad( 322   -4  322   44   19 "37" 0x00000100)
+Pad( 291   -4  291   44   19 "38" 0x00000100)
+Pad( 259   -4  259   44   19 "39" 0x00000100)
+Pad( 228   -4  228   44   19 "40" 0x00000100)
+Pad( 196   -4  196   44   19 "41" 0x00000100)
+Pad( 165   -4  165   44   19 "42" 0x00000100)
+Pad( 133   -4  133   44   19 "43" 0x00000100)
+Pad( 102   -4  102   44   19 "44" 0x00000100)
+ElementLine ( 102 52 466 52 20 )
+ElementLine ( 466 52 466 466 20 )
+ElementLine ( 466 466 52 466 20 )
+ElementLine ( 52 466 52 102 20 )
+ElementLine ( 52 102 102 52 20 )
+Mark(0 0)
+)
Index: oldlib/newlib/not_vetted_ingo/smt0402.ele
===================================================================
--- oldlib/newlib/not_vetted_ingo/smt0402.ele	(nonexistent)
+++ oldlib/newlib/not_vetted_ingo/smt0402.ele	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00000000 "smt0402" "" "0402 Chip site" 0 0 3 100 0x00000000)
+(
+Pad(  0  0    0 1   20 "1" 0x00000100)
+Pad(  0  40   0 41  20 "2" 0x00000100)
+ElementLine ( 0 0 0 0 0 )
+Mark(0 0)
+)
Index: oldlib/newlib/not_vetted_ingo/smt0603.ele
===================================================================
--- oldlib/newlib/not_vetted_ingo/smt0603.ele	(nonexistent)
+++ oldlib/newlib/not_vetted_ingo/smt0603.ele	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00000000 "smt0603" "" "0603 Chip site" 0 0 3 100 0x00000000)
+(
+Pad(  0  0    0 1   30 "1" 0x00000100)
+Pad(  0  60   0 61  30 "2" 0x00000100)
+ElementLine ( 0 0 0 0 0 )
+Mark(0 0)
+)
Index: oldlib/newlib/not_vetted_ingo/smt0805.ele
===================================================================
--- oldlib/newlib/not_vetted_ingo/smt0805.ele	(nonexistent)
+++ oldlib/newlib/not_vetted_ingo/smt0805.ele	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00000000 "smt0805" "" "0805 Chip site" 0 0 3 100 0x00000000)
+(
+Pad(  0  0    0 1   50 "1" 0x00000100)
+Pad(  0  80   0 81  50 "2" 0x00000100)
+ElementLine ( 0 0 0 0 0 )
+Mark(0 0)
+)
Index: oldlib/newlib/not_vetted_ingo/smt1206.ele
===================================================================
--- oldlib/newlib/not_vetted_ingo/smt1206.ele	(nonexistent)
+++ oldlib/newlib/not_vetted_ingo/smt1206.ele	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00000000 "smt1206" "" "1206 Chip site" 0 0 3 100 0x00000000)
+(
+Pad(  0  0    0 1   60 "1" 0x00000100)
+Pad(  0  120   0 121  60 "2" 0x00000100)
+ElementLine ( 0 0 0 0 0 )
+Mark(0 0)
+)
Index: oldlib/newlib/not_vetted_ingo/smt1210.ele
===================================================================
--- oldlib/newlib/not_vetted_ingo/smt1210.ele	(nonexistent)
+++ oldlib/newlib/not_vetted_ingo/smt1210.ele	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00000000 "smt1210" "" "1210 Chip site" 0 0 3 100 0x00000000)
+(
+Pad(  0  0    0 1   100 "1" 0x00000100)
+Pad(  0  120   0 121  100 "2" 0x00000100)
+ElementLine ( 0 0 0 0 0 )
+Mark(0 0)
+)
Index: oldlib/newlib/not_vetted_ingo/smt1913.ele
===================================================================
--- oldlib/newlib/not_vetted_ingo/smt1913.ele	(nonexistent)
+++ oldlib/newlib/not_vetted_ingo/smt1913.ele	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00000000 "smt1913" "" "1913 Chip site" 0 0 3 100 0x00000000)
+(
+Pad(  0  0    0 1   130 "1" 0x00000100)
+Pad(  0  190   0 191  130 "2" 0x00000100)
+ElementLine ( 0 0 0 0 0 )
+Mark(0 0)
+)
Index: oldlib/newlib/not_vetted_ingo/smt2416.ele
===================================================================
--- oldlib/newlib/not_vetted_ingo/smt2416.ele	(nonexistent)
+++ oldlib/newlib/not_vetted_ingo/smt2416.ele	(revision 296)
@@ -0,0 +1,7 @@
+Element(0x00000000 "smt2416" "" "2416 Chip site" 0 0 3 100 0x00000000)
+(
+Pad(  0  0    0 1   160 "1" 0x00000100)
+Pad(  0  240   0 241  160 "2" 0x00000100)
+ElementLine ( 0 0 0 0 0 )
+Mark(0 0)
+)
Index: oldlib/newlib/sockets/Makefile.am
===================================================================
--- oldlib/newlib/sockets/Makefile.am	(nonexistent)
+++ oldlib/newlib/sockets/Makefile.am	(revision 296)
@@ -0,0 +1,9 @@
+## $Id$
+##
+
+pcblibsubdir= @PCBTREEDIR@/sockets
+pcblibsub_DATA= ${COMPONENTS}
+COMPONENTS=
+
+EXTRA_DIST= ${COMPONENTS}
+
Index: oldlib/newlib/tests/14DIP_oval_pad
===================================================================
--- oldlib/newlib/tests/14DIP_oval_pad	(nonexistent)
+++ oldlib/newlib/tests/14DIP_oval_pad	(revision 296)
@@ -0,0 +1,52 @@
+
+Element(0x00000000 "" "" "" 3300 2200 0 0 0 100 0x00000000)
+(
+	Pin(0 -50 60 30 60 28 "" "1" 0x00000001)
+	Pin(0 50 60 30 60 28 "" "2" 0x00000001)
+	Pin(0 150 60 30 60 28 "" "3" 0x00000001)
+	Pin(0 250 60 30 60 28 "" "4" 0x00000001)
+	Pin(0 350 60 30 60 28 "" "5" 0x00000001)
+	Pin(0 450 60 30 60 28 "" "6" 0x00000001)
+	Pin(0 550 60 30 60 28 "" "7" 0x00000001)
+	Pin(300 550 60 30 60 28 "" "8" 0x00000001)
+	Pin(300 450 60 30 60 28 "" "9" 0x00000001)
+	Pin(300 350 60 30 60 28 "" "10" 0x00000001)
+	Pin(300 250 60 30 60 28 "" "11" 0x00000001)
+	Pin(300 150 60 30 60 28 "" "12" 0x00000001)
+	Pin(300 50 60 30 60 28 "" "13" 0x00000001)
+	Pin(300 -50 60 30 60 28 "" "14" 0x00000001)
+	Pad(250 -50 350 -50 45 10 55 "" "14" 0x00000000)
+	Pad(250 50 350 50 45 10 55 "" "13" 0x00000000)
+	Pad(250 150 350 150 45 10 55 "" "12" 0x00000000)
+	Pad(250 250 350 250 45 10 55 "" "11" 0x00000000)
+	Pad(250 350 350 350 45 10 55 "" "10" 0x00000000)
+	Pad(250 450 350 450 45 10 55 "" "9" 0x00000000)
+	Pad(250 550 350 550 45 10 55 "" "8" 0x00000000)
+	Pad(-50 550 50 550 45 10 55 "" "7" 0x00000000)
+	Pad(-50 450 50 450 45 10 55 "" "6" 0x00000000)
+	Pad(-50 350 50 350 45 10 55 "" "5" 0x00000000)
+	Pad(-50 250 50 250 45 10 55 "" "4" 0x00000000)
+	Pad(-50 150 50 150 45 10 55 "" "3" 0x00000000)
+	Pad(-50 50 50 50 45 10 55 "" "2" 0x00000000)
+	Pad(-50 -50 50 -50 45 10 55 "" "1" 0x00000000)
+	Pad(-50 -50 50 -50 45 10 55 "" "1" 0x00000080)
+	Pad(-50 50 50 50 45 10 55 "" "2" 0x00000080)
+	Pad(-50 150 50 150 45 10 55 "" "3" 0x00000080)
+	Pad(-50 250 50 250 45 10 55 "" "4" 0x00000080)
+	Pad(-50 350 50 350 45 10 55 "" "5" 0x00000080)
+	Pad(-50 450 50 450 45 10 55 "" "6" 0x00000080)
+	Pad(-50 550 50 550 45 10 55 "" "7" 0x00000080)
+	Pad(250 550 350 550 45 10 55 "" "8" 0x00000080)
+	Pad(250 450 350 450 45 10 55 "" "9" 0x00000080)
+	Pad(250 350 350 350 45 10 55 "" "10" 0x00000080)
+	Pad(250 250 350 250 45 10 55 "" "11" 0x00000080)
+	Pad(250 150 350 150 45 10 55 "" "12" 0x00000080)
+	Pad(250 50 350 50 45 10 55 "" "13" 0x00000080)
+	Pad(250 -50 350 -50 45 10 55 "" "14" 0x00000080)
+	ElementLine (200 -100 400 -100 10)
+	ElementLine (-100 -100 100 -100 10)
+	ElementLine (400 600 400 -100 10)
+	ElementLine (-100 600 400 600 10)
+	ElementLine (-100 -100 -100 600 10)
+	ElementArc (150 -100 50 50 0 180 10)
+	)
Index: oldlib/newlib/tests/Generic_TSOP48_Flash
===================================================================
--- oldlib/newlib/tests/Generic_TSOP48_Flash	(nonexistent)
+++ oldlib/newlib/tests/Generic_TSOP48_Flash	(revision 296)
@@ -0,0 +1,60 @@
+
+Element(0x00000000 "Generic TSOP48 Flash" "U2" "FLASH" 1782 1805 489 -786 0 100 0x00000000)
+(
+	Pad(10 -6 10 -72 12 4 16 "1" "1" 0x00000000)
+	Pad(187 -6 187 -72 12 4 16 "10" "10" 0x00000100)
+	Pad(207 -6 207 -72 12 4 16 "11" "11" 0x00000100)
+	Pad(226 -6 226 -72 12 4 16 "12" "12" 0x00000100)
+	Pad(246 -6 246 -72 12 4 16 "13" "13" 0x00000100)
+	Pad(266 -6 266 -72 12 4 16 "14" "14" 0x00000100)
+	Pad(285 -6 285 -72 12 4 16 "15" "15" 0x00000100)
+	Pad(305 -6 305 -72 12 4 16 "16" "16" 0x00000100)
+	Pad(325 -6 325 -72 12 4 16 "17" "17" 0x00000100)
+	Pad(344 -6 344 -72 12 4 16 "18" "18" 0x00000100)
+	Pad(364 -6 364 -72 12 4 16 "19" "19" 0x00000100)
+	Pad(30 -6 30 -72 12 4 16 "2" "2" 0x00000100)
+	Pad(384 -6 384 -72 12 4 16 "20" "20" 0x00000100)
+	Pad(404 -6 404 -72 12 4 16 "21" "21" 0x00000100)
+	Pad(423 -6 423 -72 12 4 16 "22" "22" 0x00000100)
+	Pad(443 -6 443 -72 12 4 16 "23" "23" 0x00000100)
+	Pad(463 -6 463 -72 12 4 16 "24" "24" 0x00000100)
+	Pad(463 -806 463 -872 12 4 16 "25" "25" 0x00000100)
+	Pad(443 -806 443 -872 12 4 16 "26" "26" 0x00000100)
+	Pad(423 -806 423 -872 12 4 16 "27" "27" 0x00000100)
+	Pad(404 -806 404 -872 12 4 16 "28" "28" 0x00000100)
+	Pad(384 -806 384 -872 12 4 16 "29" "29" 0x00000100)
+	Pad(49 -6 49 -72 12 4 16 "3" "3" 0x00000100)
+	Pad(364 -806 364 -872 12 4 16 "30" "30" 0x00000100)
+	Pad(344 -806 344 -872 12 4 16 "31" "31" 0x00000100)
+	Pad(325 -806 325 -872 12 4 16 "32" "32" 0x00000100)
+	Pad(305 -806 305 -872 12 4 16 "33" "33" 0x00000100)
+	Pad(285 -806 285 -872 12 4 16 "34" "34" 0x00000100)
+	Pad(266 -806 266 -872 12 4 16 "35" "35" 0x00000100)
+	Pad(246 -806 246 -872 12 4 16 "36" "36" 0x00000100)
+	Pad(226 -806 226 -872 12 4 16 "37" "37" 0x00000100)
+	Pad(207 -806 207 -872 12 4 16 "38" "38" 0x00000100)
+	Pad(187 -806 187 -872 12 4 16 "39" "39" 0x00000100)
+	Pad(69 -6 69 -72 12 4 16 "4" "4" 0x00000100)
+	Pad(167 -806 167 -872 12 4 16 "40" "40" 0x00000100)
+	Pad(148 -806 148 -872 12 4 16 "41" "41" 0x00000100)
+	Pad(128 -806 128 -872 12 4 16 "42" "42" 0x00000100)
+	Pad(108 -806 108 -872 12 4 16 "43" "43" 0x00000100)
+	Pad(89 -806 89 -872 12 4 16 "44" "44" 0x00000100)
+	Pad(69 -806 69 -872 12 4 16 "45" "45" 0x00000100)
+	Pad(49 -806 49 -872 12 4 16 "46" "46" 0x00000100)
+	Pad(30 -806 30 -872 12 4 16 "47" "47" 0x00000100)
+	Pad(10 -806 10 -872 12 4 16 "48" "48" 0x00000100)
+	Pad(89 -6 89 -72 12 4 16 "5" "5" 0x00000100)
+	Pad(108 -6 108 -72 12 4 16 "6" "6" 0x00000100)
+	Pad(128 -6 128 -72 12 4 16 "7" "7" 0x00000100)
+	Pad(148 -6 148 -72 12 4 16 "8" "8" 0x00000100)
+	Pad(167 -6 167 -72 12 4 16 "9" "9" 0x00000100)
+	ElementLine (0 -400 0 -85 10)
+	ElementLine (39 -400 0 -400 10)
+	ElementLine (39 -478 39 -400 10)
+	ElementLine (0 -478 39 -478 10)
+	ElementLine (0 -793 0 -478 10)
+	ElementLine (472 -793 0 -793 10)
+	ElementLine (472 -85 472 -793 10)
+	ElementLine (0 -85 472 -85 10)
+	)
Index: oldlib/newlib/tests/MONOBLOCK_large
===================================================================
--- oldlib/newlib/tests/MONOBLOCK_large	(nonexistent)
+++ oldlib/newlib/tests/MONOBLOCK_large	(revision 296)
@@ -0,0 +1,10 @@
+
+Element(0x00000000 "SMD Cap" "C15" "" 1280 1785 65 -174 0 150 0x00000000)
+(
+	Pin(0 0 80 30 110 35 "1" "1" 0x02000001)
+	Pin(0 -200 80 30 110 35 "2" "2" 0x00000001)
+	ElementLine (-50 50 50 50 10)
+	ElementLine (50 50 50 -250 10)
+	ElementLine (50 -250 -50 -250 10)
+	ElementLine (-50 -250 -50 50 10)
+	)
Index: oldlib/newlib/tests/Makefile.am
===================================================================
--- oldlib/newlib/tests/Makefile.am	(nonexistent)
+++ oldlib/newlib/tests/Makefile.am	(revision 296)
@@ -0,0 +1,17 @@
+## $Id$
+##
+
+pcblibsubdir= @PCBTREEDIR@/tests
+pcblibsub_DATA= ${COMPONENTS}
+COMPONENTS= \
+	14DIP_oval_pad \
+	Generic_TSOP48_Flash \
+	MONOBLOCK_large \
+	StrongARM_CPU \
+	TK11950 \
+	TO99fromLED \
+	UART \
+	monoblock_small 
+
+EXTRA_DIST= ${COMPONENTS}
+
Index: oldlib/newlib/tests/StrongARM_CPU
===================================================================
--- oldlib/newlib/tests/StrongARM_CPU	(nonexistent)
+++ oldlib/newlib/tests/StrongARM_CPU	(revision 296)
@@ -0,0 +1,217 @@
+
+Element(0x00000000 "StrongARM CPU" "U1" "SA-1100" 1410 2275 -70 -50 0 100 0x00000000)
+(
+	Pad(-7 -102 -53 -102 12 12 14 "1" "1" 0x00000000)
+	Pad(-7 -280 -53 -280 12 12 14 "10" "10" 0x00000100)
+	Pad(-1030 -1158 -1030 -1204 12 12 14 "100" "100" 0x00000100)
+	Pad(-1049 -1158 -1049 -1204 12 12 14 "101" "101" 0x00000100)
+	Pad(-1069 -1158 -1069 -1204 12 12 14 "102" "102" 0x00000100)
+	Pad(-1089 -1158 -1089 -1204 12 12 14 "103" "103" 0x00000100)
+	Pad(-1108 -1158 -1108 -1204 12 12 14 "104" "104" 0x00000100)
+	Pad(-1160 -1106 -1206 -1106 12 12 14 "105" "105" 0x00000100)
+	Pad(-1160 -1087 -1206 -1087 12 12 14 "106" "106" 0x00000100)
+	Pad(-1160 -1067 -1206 -1067 12 12 14 "107" "107" 0x00000100)
+	Pad(-1160 -1047 -1206 -1047 12 12 14 "108" "108" 0x00000100)
+	Pad(-1160 -1028 -1206 -1028 12 12 14 "109" "109" 0x00000100)
+	Pad(-7 -299 -53 -299 12 12 14 "11" "11" 0x00000100)
+	Pad(-1160 -1008 -1206 -1008 12 12 14 "110" "110" 0x00000100)
+	Pad(-1160 -988 -1206 -988 12 10 14 "111" "111" 0x00000100)
+	Pad(-1160 -969 -1206 -969 12 12 14 "112" "112" 0x00000100)
+	Pad(-1160 -949 -1206 -949 12 12 14 "113" "113" 0x00000100)
+	Pad(-1160 -929 -1206 -929 12 12 14 "114" "114" 0x00000100)
+	Pad(-1160 -909 -1206 -909 12 10 14 "115" "115" 0x00000100)
+	Pad(-1160 -890 -1206 -890 12 12 14 "116" "116" 0x00000100)
+	Pad(-1160 -870 -1206 -870 12 12 14 "117" "117" 0x00000100)
+	Pad(-1160 -850 -1206 -850 12 12 14 "118" "118" 0x00000100)
+	Pad(-1160 -831 -1206 -831 12 12 14 "119" "119" 0x00000100)
+	Pad(-7 -319 -53 -319 12 12 14 "12" "12" 0x00000100)
+	Pad(-1160 -811 -1206 -811 12 12 14 "120" "120" 0x00000100)
+	Pad(-1160 -791 -1206 -791 12 12 14 "121" "121" 0x00000100)
+	Pad(-1160 -772 -1206 -772 12 12 14 "122" "122" 0x00000100)
+	Pad(-1160 -752 -1206 -752 12 12 14 "123" "123" 0x00000100)
+	Pad(-1160 -732 -1206 -732 12 12 14 "124" "124" 0x00000100)
+	Pad(-1160 -713 -1206 -713 12 12 14 "125" "125" 0x00000100)
+	Pad(-1160 -693 -1206 -693 12 12 14 "126" "126" 0x00000100)
+	Pad(-1160 -673 -1206 -673 12 12 14 "127" "127" 0x00000100)
+	Pad(-1160 -654 -1206 -654 12 12 14 "128" "128" 0x00000100)
+	Pad(-1160 -634 -1206 -634 12 12 14 "129" "129" 0x00000100)
+	Pad(-7 -339 -53 -339 12 12 14 "13" "13" 0x00000100)
+	Pad(-1160 -614 -1206 -614 12 12 14 "130" "130" 0x00000100)
+	Pad(-1160 -594 -1206 -594 12 12 14 "131" "131" 0x00000100)
+	Pad(-1160 -575 -1206 -575 12 12 14 "132" "132" 0x00000100)
+	Pad(-1160 -555 -1206 -555 12 12 14 "133" "133" 0x00000100)
+	Pad(-1160 -535 -1206 -535 12 10 14 "134" "134" 0x00000100)
+	Pad(-1160 -516 -1206 -516 12 12 14 "135" "135" 0x00000100)
+	Pad(-1160 -496 -1206 -496 12 12 14 "136" "136" 0x00000100)
+	Pad(-1160 -476 -1206 -476 12 12 14 "137" "137" 0x00000100)
+	Pad(-1160 -457 -1206 -457 12 12 14 "138" "138" 0x00000100)
+	Pad(-1160 -437 -1206 -437 12 12 14 "139" "139" 0x00000100)
+	Pad(-7 -358 -53 -358 12 12 14 "14" "14" 0x00000100)
+	Pad(-1160 -417 -1206 -417 12 12 14 "140" "140" 0x00000100)
+	Pad(-1160 -398 -1206 -398 12 12 14 "141" "141" 0x00000100)
+	Pad(-1160 -378 -1206 -378 12 12 14 "142" "142" 0x00000100)
+	Pad(-1160 -358 -1206 -358 12 12 14 "143" "143" 0x00000100)
+	Pad(-1160 -339 -1206 -339 12 12 14 "144" "144" 0x00000100)
+	Pad(-1160 -319 -1206 -319 12 12 14 "145" "145" 0x00000100)
+	Pad(-1160 -299 -1206 -299 12 12 14 "146" "146" 0x00000100)
+	Pad(-1160 -280 -1206 -280 12 12 14 "147" "147" 0x00000100)
+	Pad(-1160 -260 -1206 -260 12 12 14 "148" "148" 0x00000100)
+	Pad(-1160 -240 -1206 -240 12 12 14 "149" "149" 0x00000100)
+	Pad(-7 -378 -53 -378 12 12 14 "15" "15" 0x00000100)
+	Pad(-1160 -220 -1206 -220 12 12 14 "150" "150" 0x00000100)
+	Pad(-1160 -201 -1206 -201 12 12 14 "151" "151" 0x00000100)
+	Pad(-1160 -181 -1206 -181 12 12 14 "152" "152" 0x00000100)
+	Pad(-1160 -161 -1206 -161 12 12 14 "153" "153" 0x00000100)
+	Pad(-1160 -142 -1206 -142 12 12 14 "154" "154" 0x00000100)
+	Pad(-1160 -122 -1206 -122 12 12 14 "155" "155" 0x00000100)
+	Pad(-1160 -102 -1206 -102 12 12 14 "156" "156" 0x00000100)
+	Pad(-1108 -5 -1108 -51 12 12 14 "157" "157" 0x00000100)
+	Pad(-1089 -5 -1089 -51 12 12 14 "158" "158" 0x00000100)
+	Pad(-1069 -5 -1069 -51 12 12 14 "159" "159" 0x00000100)
+	Pad(-7 -398 -53 -398 12 12 14 "16" "16" 0x00000100)
+	Pad(-1049 -5 -1049 -51 12 12 14 "160" "160" 0x00000100)
+	Pad(-1030 -5 -1030 -51 12 12 14 "161" "161" 0x00000100)
+	Pad(-1010 -5 -1010 -51 12 12 14 "162" "162" 0x00000100)
+	Pad(-990 -5 -990 -51 12 12 14 "163" "163" 0x00000100)
+	Pad(-970 -5 -970 -51 12 12 14 "164" "164" 0x00000100)
+	Pad(-951 -5 -951 -51 12 12 14 "165" "165" 0x00000100)
+	Pad(-931 -5 -931 -51 12 12 14 "166" "166" 0x00000100)
+	Pad(-911 -5 -911 -51 12 12 14 "167" "167" 0x00000100)
+	Pad(-892 -5 -892 -51 12 12 14 "168" "168" 0x00000100)
+	Pad(-872 -5 -872 -51 12 12 14 "169" "169" 0x00000100)
+	Pad(-7 -417 -53 -417 12 12 14 "17" "17" 0x00000100)
+	Pad(-852 -5 -852 -51 12 12 14 "170" "170" 0x00000100)
+	Pad(-833 -5 -833 -51 12 12 14 "171" "171" 0x00000100)
+	Pad(-813 -5 -813 -51 12 12 14 "172" "172" 0x00000100)
+	Pad(-793 -5 -793 -51 12 12 14 "173" "173" 0x00000100)
+	Pad(-774 -5 -774 -51 12 12 14 "174" "174" 0x00000100)
+	Pad(-754 -5 -754 -51 12 12 14 "175" "175" 0x00000100)
+	Pad(-734 -5 -734 -51 12 12 14 "176" "176" 0x00000100)
+	Pad(-715 -5 -715 -51 12 12 14 "177" "177" 0x00000100)
+	Pad(-695 -5 -695 -51 12 12 14 "178" "178" 0x00000100)
+	Pad(-675 -5 -675 -51 12 12 14 "179" "179" 0x00000100)
+	Pad(-7 -437 -53 -437 12 12 14 "18" "18" 0x00000100)
+	Pad(-656 -5 -656 -51 12 12 14 "180" "180" 0x00000100)
+	Pad(-636 -5 -636 -51 12 12 14 "181" "181" 0x00000100)
+	Pad(-616 -5 -616 -51 12 12 14 "182" "182" 0x00000100)
+	Pad(-596 -5 -596 -51 12 12 14 "183" "183" 0x00000100)
+	Pad(-577 -5 -577 -51 12 12 14 "184" "184" 0x00000100)
+	Pad(-557 -5 -557 -51 12 12 14 "185" "185" 0x00000100)
+	Pad(-537 -5 -537 -51 12 12 14 "186" "186" 0x00000100)
+	Pad(-518 -5 -518 -51 12 12 14 "187" "187" 0x00000100)
+	Pad(-498 -5 -498 -51 12 12 14 "188" "188" 0x00000100)
+	Pad(-478 -5 -478 -51 12 12 14 "189" "189" 0x00000100)
+	Pad(-7 -457 -53 -457 12 12 14 "19" "19" 0x00000100)
+	Pad(-459 -5 -459 -51 12 12 14 "190" "190" 0x00000100)
+	Pad(-439 -5 -439 -51 12 12 14 "191" "191" 0x00000100)
+	Pad(-419 -5 -419 -51 12 12 14 "192" "192" 0x00000100)
+	Pad(-400 -5 -400 -51 12 12 14 "193" "193" 0x00000100)
+	Pad(-380 -5 -380 -51 12 10 14 "194" "194" 0x00000100)
+	Pad(-360 -5 -360 -51 12 12 14 "195" "195" 0x00000100)
+	Pad(-341 -5 -341 -51 12 12 14 "196" "196" 0x00000100)
+	Pad(-321 -5 -321 -51 12 12 14 "197" "197" 0x00000100)
+	Pad(-301 -5 -301 -51 12 12 14 "198" "198" 0x00000100)
+	Pad(-281 -5 -281 -51 12 12 14 "199" "199" 0x00000100)
+	Pad(-7 -122 -53 -122 12 12 14 "2" "2" 0x00000100)
+	Pad(-7 -476 -53 -476 12 12 14 "20" "20" 0x00000100)
+	Pad(-262 -5 -262 -51 12 12 14 "200" "200" 0x00000100)
+	Pad(-242 -5 -242 -51 12 12 14 "201" "201" 0x00000100)
+	Pad(-222 -5 -222 -51 12 12 14 "202" "202" 0x00000100)
+	Pad(-203 -5 -203 -51 12 12 14 "203" "203" 0x00000100)
+	Pad(-183 -5 -183 -51 12 12 14 "204" "204" 0x00000100)
+	Pad(-163 -5 -163 -51 12 12 14 "205" "205" 0x00000100)
+	Pad(-144 -5 -144 -51 12 12 14 "206" "206" 0x00000100)
+	Pad(-124 -5 -124 -51 12 12 14 "207" "207" 0x00000100)
+	Pad(-104 -5 -104 -51 12 12 14 "208" "208" 0x00000100)
+	Pad(-7 -496 -53 -496 12 12 14 "21" "21" 0x00000100)
+	Pad(-7 -516 -53 -516 12 12 14 "22" "22" 0x00000100)
+	Pad(-7 -535 -53 -535 12 12 14 "23" "23" 0x00000100)
+	Pad(-7 -555 -53 -555 12 12 14 "24" "24" 0x00000100)
+	Pad(-7 -575 -53 -575 12 12 14 "25" "25" 0x00000100)
+	Pad(-7 -594 -53 -594 12 12 14 "26" "26" 0x00000100)
+	Pad(-7 -614 -53 -614 12 12 14 "27" "27" 0x00000100)
+	Pad(-7 -634 -53 -634 12 12 14 "28" "28" 0x00000100)
+	Pad(-7 -654 -53 -654 12 12 14 "29" "29" 0x00000100)
+	Pad(-7 -142 -53 -142 12 12 14 "3" "3" 0x00000100)
+	Pad(-7 -673 -53 -673 12 12 14 "30" "30" 0x00000100)
+	Pad(-7 -693 -53 -693 12 12 14 "31" "31" 0x00000100)
+	Pad(-7 -713 -53 -713 12 12 14 "32" "32" 0x00000100)
+	Pad(-7 -732 -53 -732 12 12 14 "33" "33" 0x00000100)
+	Pad(-7 -752 -53 -752 12 12 14 "34" "34" 0x00000100)
+	Pad(-7 -772 -53 -772 12 12 14 "35" "35" 0x00000100)
+	Pad(-7 -791 -53 -791 12 12 14 "36" "36" 0x00000100)
+	Pad(-7 -811 -53 -811 12 12 14 "37" "37" 0x00000100)
+	Pad(-7 -831 -53 -831 12 12 14 "38" "38" 0x00000100)
+	Pad(-7 -850 -53 -850 12 12 14 "39" "39" 0x00000100)
+	Pad(-7 -161 -53 -161 12 12 14 "4" "4" 0x00000100)
+	Pad(-7 -870 -53 -870 12 12 14 "40" "40" 0x00000100)
+	Pad(-7 -890 -53 -890 12 12 14 "41" "41" 0x00000100)
+	Pad(-7 -909 -53 -909 12 12 14 "42" "42" 0x00000100)
+	Pad(-7 -929 -53 -929 12 12 14 "43" "43" 0x00000100)
+	Pad(-7 -949 -53 -949 12 12 14 "44" "44" 0x00000100)
+	Pad(-7 -969 -53 -969 12 12 14 "45" "45" 0x00000100)
+	Pad(-7 -988 -53 -988 12 12 14 "46" "46" 0x00000100)
+	Pad(-7 -1008 -53 -1008 12 12 14 "47" "47" 0x00000100)
+	Pad(-7 -1028 -53 -1028 12 12 14 "48" "48" 0x00000100)
+	Pad(-7 -1047 -53 -1047 12 12 14 "49" "49" 0x00000100)
+	Pad(-7 -181 -53 -181 12 12 14 "5" "5" 0x00000100)
+	Pad(-7 -1067 -53 -1067 12 12 14 "50" "50" 0x00000100)
+	Pad(-7 -1087 -53 -1087 12 12 14 "51" "51" 0x00000100)
+	Pad(-7 -1106 -53 -1106 12 12 14 "52" "52" 0x00000100)
+	Pad(-104 -1158 -104 -1204 12 12 14 "53" "53" 0x00000100)
+	Pad(-124 -1158 -124 -1204 12 12 14 "54" "54" 0x00000100)
+	Pad(-144 -1158 -144 -1204 12 12 14 "55" "55" 0x00000100)
+	Pad(-163 -1158 -163 -1204 12 12 14 "56" "56" 0x00000100)
+	Pad(-183 -1158 -183 -1204 12 12 14 "57" "57" 0x00000100)
+	Pad(-203 -1158 -203 -1204 12 12 14 "58" "58" 0x00000100)
+	Pad(-222 -1158 -222 -1204 12 12 14 "59" "59" 0x00000100)
+	Pad(-7 -201 -53 -201 12 12 14 "6" "6" 0x00000100)
+	Pad(-242 -1158 -242 -1204 12 12 14 "60" "60" 0x00000100)
+	Pad(-262 -1158 -262 -1204 12 12 14 "61" "61" 0x00000100)
+	Pad(-281 -1158 -281 -1204 12 12 14 "62" "62" 0x00000100)
+	Pad(-301 -1158 -301 -1204 12 12 14 "63" "63" 0x00000100)
+	Pad(-321 -1158 -321 -1204 12 12 14 "64" "64" 0x00000100)
+	Pad(-341 -1158 -341 -1204 12 12 14 "65" "65" 0x00000100)
+	Pad(-360 -1158 -360 -1204 12 12 14 "66" "66" 0x00000100)
+	Pad(-380 -1158 -380 -1204 12 12 14 "67" "67" 0x00000100)
+	Pad(-400 -1158 -400 -1204 12 12 14 "68" "68" 0x00000100)
+	Pad(-419 -1158 -419 -1204 12 12 14 "69" "69" 0x00000100)
+	Pad(-7 -220 -53 -220 12 12 14 "7" "7" 0x00000100)
+	Pad(-439 -1158 -439 -1204 12 12 14 "70" "70" 0x00000100)
+	Pad(-459 -1158 -459 -1204 12 12 14 "71" "71" 0x00000100)
+	Pad(-478 -1158 -478 -1204 12 12 14 "72" "72" 0x00000100)
+	Pad(-498 -1158 -498 -1204 12 12 14 "73" "73" 0x00000100)
+	Pad(-518 -1158 -518 -1204 12 12 14 "74" "74" 0x00000100)
+	Pad(-537 -1158 -537 -1204 12 12 14 "75" "75" 0x00000100)
+	Pad(-557 -1158 -557 -1204 12 12 14 "76" "76" 0x00000100)
+	Pad(-577 -1158 -577 -1204 12 12 14 "77" "77" 0x00000100)
+	Pad(-596 -1158 -596 -1204 12 12 14 "78" "78" 0x00000100)
+	Pad(-616 -1158 -616 -1204 12 12 14 "79" "79" 0x00000100)
+	Pad(-7 -240 -53 -240 12 12 14 "8" "8" 0x00000100)
+	Pad(-636 -1158 -636 -1204 12 12 14 "80" "80" 0x00000100)
+	Pad(-656 -1158 -656 -1204 12 12 14 "81" "81" 0x00000100)
+	Pad(-675 -1158 -675 -1204 12 12 14 "82" "82" 0x00000100)
+	Pad(-695 -1158 -695 -1204 12 12 14 "83" "83" 0x00000100)
+	Pad(-715 -1158 -715 -1204 12 12 14 "84" "84" 0x00000100)
+	Pad(-734 -1158 -734 -1204 12 12 14 "85" "85" 0x00000100)
+	Pad(-754 -1158 -754 -1204 12 12 14 "86" "86" 0x00000100)
+	Pad(-774 -1158 -774 -1204 12 12 14 "87" "87" 0x00000100)
+	Pad(-793 -1158 -793 -1204 12 12 14 "88" "88" 0x00000100)
+	Pad(-813 -1158 -813 -1204 12 12 14 "89" "89" 0x00000100)
+	Pad(-7 -260 -53 -260 12 12 14 "9" "9" 0x00000100)
+	Pad(-833 -1158 -833 -1204 12 12 14 "90" "90" 0x00000100)
+	Pad(-852 -1158 -852 -1204 12 12 14 "91" "91" 0x00000100)
+	Pad(-872 -1158 -872 -1204 12 12 14 "92" "92" 0x00000100)
+	Pad(-892 -1158 -892 -1204 12 12 14 "93" "93" 0x00000100)
+	Pad(-911 -1158 -911 -1204 12 12 14 "94" "94" 0x00000100)
+	Pad(-931 -1158 -931 -1204 12 12 14 "95" "95" 0x00000100)
+	Pad(-951 -1158 -951 -1204 12 12 14 "96" "96" 0x00000100)
+	Pad(-970 -1158 -970 -1204 12 12 14 "97" "97" 0x00000100)
+	Pad(-990 -1158 -990 -1204 12 12 14 "98" "98" 0x00000100)
+	Pad(-1010 -1158 -1010 -1204 12 12 14 "99" "99" 0x00000100)
+	ElementLine (-112 -73 -73 -112 10)
+	ElementLine (-1136 -73 -112 -73 10)
+	ElementLine (-1136 -1136 -1136 -73 10)
+	ElementLine (-73 -1136 -1136 -1136 10)
+	ElementLine (-73 -112 -73 -1136 10)
+	)
Index: oldlib/newlib/tests/TK11950
===================================================================
--- oldlib/newlib/tests/TK11950	(nonexistent)
+++ oldlib/newlib/tests/TK11950	(revision 296)
@@ -0,0 +1,17 @@
+
+Element(0x00000000 "TK11950" "U4" "5.0V" 1180 1590 -254 -132 0 150 0x00000000)
+(
+	Pad(7 0 -8 0 24 30 54 "NOISE BYPASS" "1" 0x00000100)
+	Pad(7 -37 -8 -37 24 30 54 "CONTROL" "2" 0x00000100)
+	Pad(7 -75 -8 -75 24 30 54 "RESET OUT" "3" 0x00000100)
+	Pad(-119 -75 -134 -75 24 30 54 "VO" "4" 0x00000100)
+	Pad(-119 -37 -134 -37 24 30 54 "GND" "5" 0x00000100)
+	Pad(-119 0 -134 0 24 30 54 "VIN" "6" 0x00000100)
+	ElementLine (0 22 0 34 10)
+	ElementLine (0 34 -132 34 10)
+	ElementLine (-132 34 -132 22 10)
+	ElementLine (0 -96 0 -108 10)
+	ElementLine (0 -108 -132 -108 10)
+	ElementLine (-132 -108 -132 -96 10)
+	ElementLine (-13 24 -119 24 10)
+	)
Index: oldlib/newlib/tests/TO99fromLED
===================================================================
--- oldlib/newlib/tests/TO99fromLED	(nonexistent)
+++ oldlib/newlib/tests/TO99fromLED	(revision 296)
@@ -0,0 +1,17 @@
+
+Element(0x00000000 "" "U9" "" 2141 1982 -215 -190 1 140 0x00000000)
+(
+	Pin(-30 -70 60 30 90 28 "" "2" 0x02000001)
+	Pin(-100 -100 60 30 90 28 "" "3" 0x02020001)
+	Pin(-100 100 60 30 90 28 "" "7" 0x02000001)
+	Pin(-200 0 60 30 90 28 "" "5" 0x02020001)
+	Pin(-165 70 60 30 90 28 "" "6" 0x02000001)
+	Pin(0 0 60 30 90 28 "" "1" 0x02000001)
+	ElementLine (50 170 70 150 10)
+	ElementLine (20 140 50 170 10)
+	ElementLine (70 150 40 120 10)
+	ElementArc (-100 0 185 185 0 90 10)
+	ElementArc (-95 0 190 190 270 90 10)
+	ElementArc (-95 -10 180 180 180 90 10)
+	ElementArc (-110 -10 195 195 90 90 10)
+	)
Index: oldlib/newlib/tests/UART
===================================================================
--- oldlib/newlib/tests/UART	(nonexistent)
+++ oldlib/newlib/tests/UART	(revision 296)
@@ -0,0 +1,32 @@
+
+Element(0x00000000 "UART" "U10" "MAX3223CAP" 261 2855 -105 -270 0 100 0x00000000)
+(
+	Pad(29 -9 29 -71 18 8 20 "1" "1" 0x00000000)
+	Pad(259 -9 259 -71 18 8 20 "10" "10" 0x00000100)
+	Pad(259 -295 259 -357 18 8 20 "11" "11" 0x00000100)
+	Pad(234 -295 234 -357 18 8 20 "12" "12" 0x00000100)
+	Pad(208 -295 208 -357 18 8 20 "13" "13" 0x00000100)
+	Pad(183 -295 183 -357 18 8 20 "14" "14" 0x00000100)
+	Pad(157 -295 157 -357 18 8 20 "15" "15" 0x00000100)
+	Pad(131 -295 131 -357 18 8 20 "16" "16" 0x00000100)
+	Pad(106 -295 106 -357 18 8 20 "17" "17" 0x00000100)
+	Pad(80 -295 80 -357 18 8 20 "18" "18" 0x00000100)
+	Pad(55 -295 55 -357 18 8 20 "19" "19" 0x00000100)
+	Pad(55 -9 55 -71 18 8 20 "2" "2" 0x00000100)
+	Pad(29 -295 29 -357 18 8 20 "20" "20" 0x00000100)
+	Pad(80 -9 80 -71 18 8 20 "3" "3" 0x00000100)
+	Pad(106 -9 106 -71 18 8 20 "4" "4" 0x00000100)
+	Pad(131 -9 131 -71 18 8 20 "5" "5" 0x00000100)
+	Pad(157 -9 157 -71 18 8 20 "6" "6" 0x00000100)
+	Pad(183 -9 183 -71 18 8 20 "7" "7" 0x00000100)
+	Pad(208 -9 208 -71 18 8 20 "8" "8" 0x00000100)
+	Pad(234 -9 234 -71 18 8 20 "9" "9" 0x00000100)
+	ElementLine (0 -163 0 -89 12)
+	ElementLine (39 -163 0 -163 12)
+	ElementLine (39 -203 39 -163 12)
+	ElementLine (0 -203 39 -203 12)
+	ElementLine (0 -278 0 -203 12)
+	ElementLine (289 -278 0 -278 12)
+	ElementLine (289 -89 289 -278 12)
+	ElementLine (0 -89 289 -89 12)
+	)
Index: oldlib/newlib/tests/monoblock_small
===================================================================
--- oldlib/newlib/tests/monoblock_small	(nonexistent)
+++ oldlib/newlib/tests/monoblock_small	(revision 296)
@@ -0,0 +1,12 @@
+
+Element(0x00000000 "SMD Cap" "C6" "" 1530 1185 -335 -30 0 150 0x00000000)
+(
+	Pin(0 0 80 30 110 35 "1" "1" 0x20200001)
+	Pin(-200 0 80 30 110 35 "2" "2" 0x10100001)
+	ElementLine (0 -45 0 -50 10)
+	ElementLine (0 -50 -200 -50 10)
+	ElementLine (-200 -50 -200 -45 10)
+	ElementLine (-200 45 -200 50 10)
+	ElementLine (-200 50 0 50 10)
+	ElementLine (0 50 0 45 10)
+	)