Index: dev_comm/excitation.txt
===================================================================
--- dev_comm/excitation.txt	(revision 23722)
+++ dev_comm/excitation.txt	(revision 23723)
@@ -1,38 +1,20 @@
 
 **
-Excitation type
 
-text describing things. For example every one of these includes the use of
-DFDT which is a data structure used by openems and csxcad. Don't touch it
-other than in the ways I describe. It's really something only thorsten
-understands.
-
-User Inputs:
-   NameOfEntryBox
-NameOfVar=___TypeOfVar___ Units (optional hover text or additional descrptive
-info)
-
-% output format
-code to be printfed always ending in an;
-
-**
-
 Gaussian excitation
 
-It has 2 inputs we care about. They are frequencies the manual calls f0 and
-fc.
-
 User Inputs:
- fc0
-   short name: center frequency
+ fc
+   long name: 20db Cutoff Frequency
    type: integer
    unit: Hz
-   range: 1000 .. 1000000
-   help: longer text explaining what it is - optional, if not needed, it should be empty
+   help: bandwidth is 2*fc
+ f0
+   long name: Center Frequency
+   type: integer
+   unit: Hz
+   help: 
 
-    20db cutoff frequency
-fc=____number____Hz (bandwidth = 2*fc)
-
 % output format:
 FDTD = SetGaussExcite(FDTD,f0,fc);
 
@@ -40,11 +22,12 @@
 
 Sinusoidal excitation
 
-This is super self explanitory.
-
 User Inputs:
-     sinewave frequency
-f0 = _number__Hz
+ f0
+   long name: Frequency
+   type: integer
+   unit: Hz
+   help:
 
 % output format:
 FDTD = SetSinusExcite(FDTD,f0);
@@ -62,8 +45,11 @@
 command with a file name which will run the file to load the data.
 
 User Inputs:
-   nyquest rate
-f0=__number__ Hz
+ f0
+   long name: Nyquest Rate
+   type: integer
+   unit: Hz
+   help:
 
    Excitation Function Name
 FuncName=___string____