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Try:

Try this:

This will do landscape: if [ $# -eq 0 ] then echo 'Convert tex file to PDF - no mods' echo 'Usage: latex_pdf <tex file>' exit fi fn=$(cygpath -u $1 | sed -e 's/.[Tt][Ee][Xx]$//') # -e 's?.*/??g') # keep dir sed -i -e 's/\\documentclass{article}/\\documentclass[landscape]{article}\n\\usepackage{fullp...

For what it's worth, Cygwin is "linux" as an emulator. I am basically using bash scripts. Also sed, perl, and gawk on the more complicated ones.

In the script I provided, cygpath converts a Windows path to linux format.

In the file menu I use "Latex/Latex Preview". A ".tex" file is produced. I use Cygwin software to create the ps or pdf file from that. If you feel ambitious I can sent you the scripts I use. A simple example: if [ $# -eq 0 ] then echo 'Convert tex file to PDF - no mods' echo 'Usage: latex_pdf <tex f...

in the latex (.tex) file try changing:

\documentclass{article}

to

\documentclass[landscape]{article}

Thank you. That would have taken me a long time to figure out!

Matt

Is there a command that will convert:

(V1/V2)^k

to

V1^k/V2^k

?

by clicking on an HTML file android should ask what to open it with. If it already has an association you have to clear the default association to enable the chooser.

For Samsung:
https://www.samsung.com/my/support/mobi ... on-android

I have a small problem. Integrating the diff command works well up to the 3rd derivative <meaning diff(y(x),x,3)>
I actually use this. Fixable?

Matt

I am still curious about what's shown in eq18 through eq22 in my example. In eq19 I "recreate" the first equation in eq18 by setting the left hand side equal to the right hand side. After that recreation the normal command functions as I like (eq20 and eq22). However, normal(eq18) does not even thou...

That would be an easy command to create with xcas programming

When I left-click on an example I get the whole example. Can you clarify?

Thanks, I'll try that.

I noticed something interesting. I work a lot with integrating differential equations for bending of beams. After finding the equations for the slope and deflection of a beam, I need to calculate those values at a point on the beam. I have attached the .xws file and the pdf I can create from the Lat...