When you export to Ascii, you can provide a
number describing how many columns the picture
should expand to.
- This template uses Gimp for editing, and
- ImageMagick to do conversions. It requires
- Python for exporting to Ascii and DocBook,
- and gifscii for exporting to Ascii.
+ This template uses Gimp for editing.
HelpTextEnd
+ InputFormat "*"
FileFilter "*.(gif|png|jpg|bmp|pbm|ppm|tga|tif|xpm|xbm)"
- ViewCommand "display $$Basename.eps"
EditCommand "gimp $$FName"
AutomaticProduction true
Format LaTeX
- Product "\\includegraphics{$$Basename.eps}"
- UpdateCommand "convert $$Parameters $$FName $$Basename.eps"
- Requirement "graphics"
+ Product "\\includegraphics{$$Basename}"
+ UpdateFormat eps
+ UpdateResult "$$Basename.eps"
+ Requirement "graphicx"
+ FormatEnd
+ Format PDFLaTeX
+ Product "\\includegraphics{$$Basename}"
+ UpdateFormat png
+ UpdateResult "$$Basename.png"
+ Requirement "graphicx"
FormatEnd
Format Ascii
Product "$$Contents(\"$$Basename.asc\")"
- UpdateCommand "python $$Sysdir/scripts/pic2ascii.py $$FName $$Parameters"
+ UpdateFormat asciiimage
+ UpdateResult "$$Basename.asc"
FormatEnd
Format DocBook
Product "<graphic fileref=\"$$Basename.eps\"></graphic>"
- UpdateCommand "python $$Sysdir/scripts/pic2png_eps.py $$FName $$Parameters"
+ UpdateFormat eps
+ UpdateResult "$$Basename.eps"
FormatEnd
Format LinuxDoc
Product "[Bitmap: $$FName]"
An XFig figure.
In the parameters box, you can provide
optional parameters for fig2dev in the
- case of LaTeX export.
+ case of LaTeX export. E.g., -m .69 to
+ reduce the size.
For Ascii export, you can provide a
number that specifies the width of an
Ascii approximation of the figure.
For DocBook export, you can provide
optional parameters for the ImageMagick
convert script.
- This template uses XFig for editing, and
- fig2dev and ImageMagick to do conversions.
- It requires Python for exporting to Ascii
- and DocBook, and gifscii for exporting to
- Ascii.
+ This template uses XFig for editing.
HelpTextEnd
+ InputFormat fig
FileFilter "*.fig"
- ViewCommand "xfig $$FName"
EditCommand "xfig $$FName"
AutomaticProduction true
Format LaTeX
- Product "\\begin{picture}(0,0)\\includegraphics{$$Basename.eps}\\end{picture}\\input{$$Basename.pstex_t}"
- UpdateCommand "python $$Sysdir/scripts/fig2pstex.py $$FName $$Parameters"
- Requirement "graphics"
+ Product "\\input{$$Basename.pstex_t}"
+ UpdateFormat pstex
+ UpdateResult "$$Basename.pstex_t"
+ Requirement "graphicx"
+ FormatEnd
+ Format PDFLaTeX
+ Product "\\input{$$Basename.pdftex_t}"
+ UpdateFormat pdftex
+ UpdateResult "$$Basename.pdftex_t"
+ Requirement "graphicx"
FormatEnd
Format Ascii
Product "$$Contents(\"$$Basename.asc\")"
- UpdateCommand "python $$Sysdir/scripts/pic2ascii.py $$FName $$Parameters"
+ UpdateFormat asciixfig
+ UpdateResult "$$Basename.asc"
FormatEnd
Format DocBook
Product "<graphic fileref=\"$$Basename.eps\"></graphic>"
- UpdateCommand "python $$Sysdir/scripts/pic2png_eps.py $$FName $$Parameters"
+ UpdateFormat eps
+ UpdateResult "$$Basename.eps"
FormatEnd
Format LinuxDoc
Product "[XFig: $$FName]"
GuiName "[Chess: $$Basename]"
HelpText
A chess position diagram.
- This template will use XBoard to view
- and edit the position. Use the
- 'File->Save Position' in XBoard to save
+ This template will use XBoard to edit the position.
+ Use the 'File->Save Position' in XBoard to save
the position that you want to display.
Make sure to give it a '.fen' extension
and remember to type in a relative path
remember to middle and right click to
insert new material in the board.
In order for this to work, you have to
- install the lyxchess.sty which is bundled
- with LyX, and the chess.sty from CTAN.
+ put the bundled lyxskak.sty in a place
+ that TeX will find it, and you will need
+ to install the skak package from CTAN.
HelpTextEnd
+ InputFormat fen
FileFilter "*.fen"
- ViewCommand "xboard -lpf $$FName"
- EditCommand "xboard -lpf $$FName"
+ EditCommand "xboard -lpf $$FName -mode EditPosition"
AutomaticProduction true
Format LaTeX
- Product "$$Contents(\"$$Basename.tex\")"
- UpdateCommand "python $$Sysdir/scripts/fen2latex.py $$FName $$Basename.tex"
+ Product "\\loadgame{$$FPath$$Basename}\\showboard"
Requirement "chess"
FormatEnd
Format Ascii
Product "$$Contents(\"$$Basename.asc\")"
- UpdateCommand "python $$Sysdir/scripts/fen2ascii.py $$FName $$Basename.tex"
+ UpdateFormat asciichess
+ UpdateResult "$$Basename.asc"
FormatEnd
Format DocBook
Product "[Chess: $$Basename]"
In the parameters box, you can provide
optional parameters for the date
command.
- Use empty to get "Mon Jun 12 05:20:41 CEST 2000"
+ No parameters gives "Mon Jun 12 05:20:41 CEST 2000"
Use -u to get "Mon Jun 12 03:20:41 UTC 2000"
Use -I to get "2000-06-12".
Use -R to get "Mon, 12 Jun 2000 05:20:41 +0200"
Use +%T to get the time as "23:23:00"
Read 'info date' for more information.
HelpTextEnd
+ InputFormat date
FileFilter "*"
- ViewCommand "xterm -e less $$Tempname"
AutomaticProduction true
Format LaTeX
Product "$$Contents(\"$$Tempname\")"
- UpdateCommand "python $$Sysdir/scripts/general_command_wrapper.py - $$Tempname date $$Parameters"
+ UpdateFormat dateout
+ UpdateResult "$$Tempname"
FormatEnd
Format Ascii
Product "$$Contents(\"$$Tempname\")"
- UpdateCommand "python $$Sysdir/scripts/general_command_wrapper.py - $$Tempname date $$Parameters"
+ UpdateFormat dateout
+ UpdateResult "$$Tempname"
FormatEnd
Format DocBook
Product "$$Contents(\"$$Tempname\")"
- UpdateCommand "python $$Sysdir/scripts/general_command_wrapper.py - $$Tempname date $$Parameters"
+ UpdateFormat dateout
+ UpdateResult "$$Tempname"
FormatEnd
Format LinuxDoc
Product "$$Contents(\"$$Tempname\")"
- UpdateCommand "python $$Sysdir/scripts/general_command_wrapper.py - $$Tempname date $$Parameters"
+ UpdateFormat dateout
+ UpdateResult "$$Tempname"
FormatEnd
TemplateEnd
projects / lyx.git / blobdiff