Processing sq-example.tex doee not produce graphics/results. pdf contains only "??sysquake"

[Nick Dordea]

Hello, 

I tried to process sq-example.tex .

I processed with PDFLatex but I did not get any result/graphics .

Instead, I got "??sysquake??" indicating that something went wrong with sysquakelatextool .

Calerga

January 2017

1

 Simple expressions

The following examples show how \sqexpr is used to format expression

results in L A TEX equations.

For Sysquake, $\pi = \sqexpr{pi}$ and $e^{\pi j}=\sqexpr{exp(pi*1j)}$.

For Sysquake, π = ??sysquake?? and eπj = ??sysquake??.or additions to systems's PATH .

I tried to force sysquake path via \sysquakepath{/opt/sysquake/Lib} or /opt/SysquakeLx/Lib 

or both of the separated by : or ;  and it did not help .

It is intriguing that sysquakelatextool produces the message 

disp 'Cannot find libraries polyhedra.lml and colormaps.lml'

PATH contains /opt/sysquake/Lib:/opt/SysquakeLx/Lib but 

'which polyhedra.lml'  does not detect it

I believe that the root cause is to correct/setup the definitions for sysquake libraries .

Could you please help me to correctly define sysquake and sysquakelx libraries associated . 

Environmental/testing info provided below. 

Your help is appreciated .

Thank you .

Best Regards, 

Nick 

==================  ENVIRONMENTAL info + Latex/sysquake results ==================

My machine  opensuse leap 42.2  [ close to Fedora ] . 

sysquake and sysquakelx were installed via rpm-s generated from calerga deb sources using alien utility .

sysquakelx tex files were "installed" in installed TexLive 2017 environment . 

As per docs I created specific variables and/Sysquake for LaTeX tutorial

sysquake associated directories 

            find /opt/sysquake -type d

/opt/sysquake

/opt/sysquake/Lib

/opt/sysquake/SQ_files

/opt/sysquake/Doc

/opt/sysquake/Doc/Images

/opt/sysquake/linux

/opt/sysquake/linux/man

/opt/sysquake/linux/icons

/opt/sysquake/bin

/opt/sysquake/RelNotes

           find /opt/SysquakeLx -type d

/opt/SysquakeLx

/opt/SysquakeLx/Lib

/opt/SysquakeLx/TexFiles

/opt/SysquakeLx/TexFiles/tex

/opt/SysquakeLx/TexFiles/tex/latex

/opt/SysquakeLx/TexFiles/doc

/opt/SysquakeLx/TexFiles/doc/latex

/opt/SysquakeLx/TexFiles/doc/latex/sysquake

/opt/SysquakeLx/bin

/opt/SysquakeLx/bin/i386-linux

echo $PATH

.:/Common_Bin:/u01/texlive/usr/local/texlive/2017/bin/x86_64-linux:<more dirs>:/opt/sysquake/bin:/opt/SysquakeLx/i386-linux:/opt/sysquake/Lib:/opt/SysquakeLx/Lib

echo $SYSQUAKEDIR

/opt/sysquake

echo $SYSQUAKELXPATH

/opt/sysquake/Lib;/opt/SysquakeLx/Lib

kpsewich sysquake.sty

/u01/texlive/usr/local/texlive/texmf-local/tex/latex/sysquake/sysquake.sty

which sysquake

/usr/bin/sysquake

sysquake --version

Sysquake 6.0.1 (LME 7.0.1)

Copyright 1997-2017, Calerga Sarl.

All rights reserved.

https://calerga.com

which sysquakelatextool

/usr/local/bin/sysquakelatextool

sysquakelatextool --help

sysquakelatextool

Copyright 1997-2017, Calerga Sarl

https://calerga.com

Usage:

 SYSQUAKELXPATH=path sysquakelatextool [options...] infile

Options: ...........

which polyhedra.lml

which: no polyhedra.lml in (.:/Common_Bin:/u01/texlive/usr/local/texlive/2017/bin/x86_64-linux:<...many dirs..>

:/opt/sysquake/bin:/opt/SysquakeLx/i386-linux:/opt/sysquake/Lib:/opt/SysquakeLx/Lib)

 

For LaTeX editing/processing I use Kile tool ......

The log of PDFLatex processing indicates ... 

1st pass :

==========

0 errors , 3 warnings, 5 badboxes 

No file sq-example.out

No file sq-example.lmeout

sq-example.out has changed 

sysquakelatextool    --latexingraphics -o sq-example.lmeout   sq-example.lme

2nd pass :

==========

0 errors , 1 warnings, 5 badboxes 

No file sq-example.lmeout

The file sq-example.pdf does not show any figure .

None of expected sysquake based graphics/results are present . 

Instead I got  something like ....

 Simple expressions

The following examples show how \sqexpr is used to format expression

results in L A TEX equations.

For Sysquake, $\pi = \sqexpr{pi}$ and $e^{\pi j}=\sqexpr{exp(pi*1j)}$.

For Sysquake, π = ??sysquake?? and eπj = ??sysquake??. 

\begin{equation}

M_3 = \sqexpr{magic(3)}

\end{equation}

Magic square M3 of order 3 is

M3 = ??sysquake??

The sq-example.lme  is as follows .....

_pragma line 27

sqlxstartfragment('sq-example','fragi');

sqlxvalue(pi);

sqlxendfragment('fragi');

_pragma line 27

sqlxstartfragment('sq-example','fragii');

sqlxvalue(exp(pi*1j));

sqlxendfragment('fragii');

_pragma line 38

sqlxstartfragment('sq-example','fragiii');

sqlxvalue(magic(3));

sqlxendfragment('fragiii');

_pragma line 58

sqlxstartfragment('sq-example','fragiv');

R = rand(4);

sqlxendfragment('fragiv');

_pragma line 60

sqlxstartfragment('sq-example','fragv');

sqlxvalue(R);

sqlxendfragment('fragv');

_pragma line 88

sqlxstartfragment('sq-example','fragvi',-1,-1);

lambda = eig(R);

for i = 1:length(lambda)

fprintf('\\[ \\lambda_%d = %s \\]\n', i, sqlxvalue(lambda(i)));

end

sqlxendfragment('fragvi');

_pragma line 121

sqlxstartfragment('sq-example','fragvii',300,200);

scale([0, 8]);

step(1, 1:4);

step(1, [1:4, 0] * 5, 'r');

title('$\\psi(t)=\\int_0^\\infty g(\\tau)s(t-\\tau){\\rm d}\\tau$');

label('$t$','$\\psi$');

legend('$\\psi(t)$\n$1/5\\;\\int \\psi(t) {\\rm d}t$','kr');

sqlxendfragment('fragvii');

_pragma line 158

sqlxstartfragment('sq-example','fragviii',300,200);

step(1, 1:4);

label('$t$','$\\psi$');

legend('_(120,20)_$\\psi(t)=\\int_0^\\infty g(\\tau)s(t-\\tau){\\rm d}\\tau$');

sqlxendfragment('fragviii');

_pragma line 198

sqlxstartfragment('sq-example','fragix',300,200);

useifexists polyhedra, colormaps;

try

  smallstellateddodecahedron;

  colormap(blue2yellow2redcm);

  camorbit(0.3, 0.1);

  plotoption nomargin;

  plotoption noframe;

  plotoption fill3d;

catch

  disp 'Cannot find libraries polyhedra.lml and colormaps.lml'

end

sqlxendfragment('fragix');