latexmkrc

#clean automatically converted pdfs (like *-converted-to.pdf) and graphics (*.eps and *.pdf) generated by inkscape latex output feature
#subdir is hardcoded here
$clean_ext = 'graphics/*.pdf graphics/*.eps';
#clean files generated by custom dependencies
$cleanup_includes_cusdep_generated = 1;
#clean files generated by latex
$cleanup_includes_generated = 1;
#use evince as viewer
$pdf_previewer = "evince";
#use recorder feature to list input files
$recorder = 1;

#config for circuit macros
#path to circuit macros
$circuit_macros_path = "${HOME}/.kde/share/apps/cirkuit/circuit_macros";
#path to dpic binary
$dpic_path = "";
#additional commands used when compiling circuit macros
$cm_addon_commands = ''; #\\commandA\n\\commandB  # e.g. \\renewcommand{\\familydefault}{\\sfdefault}
#additional packages used when compiling circuit macros
$cm_addon_packages = ''; #,package1,package2  #e.g. ,sfmath

#config for gnuplot
# figure sizes in x and y, must be given with units "cm" or "in"
$gnuplot_size_x = "9cm";
$gnuplot_size_y = "6cm";

use File::Basename;

$pdflatex = 'pdflatex --shell-escape -interaction=batchmode -synctex=1 %O %S';
$latex = 'latex --shell-escape -interaction=batchmode -synctex=1 %O %S';

#add synctex extensions so they are cleaned
push @generated_exts, 'synctex', 'synctex.gz';

# detects an outdated pdf-image, and triggers a pdflatex-run
add_cus_dep( 'eps', 'pdf', 0, 'cus_dep_require_primary_run' );

#custom file dependencies
add_cus_dep('glo', 'gls', 0, 'run_makeglossaries');
add_cus_dep('acn', 'acr', 0, 'run_makeglossaries');

sub run_makeglossaries {
  if ( $silent ) {
    system "makeglossaries -q '$_[0]'";
  }
  else {
    system "makeglossaries '$_[0]'";
  };
}

#add generated extensions so they are cleaned correctly
push @generated_exts, 'glo', 'gls', 'glg';
push @generated_exts, 'acn', 'acr', 'alg';
$clean_ext .= ' %R.ist %R.xdy';

add_cus_dep('ai', 'eps', 0, 'ai2eps');
sub ai2eps {
	return system("pdftops -paper match \"$_[0].ai\" - | ps2eps -q --ignoreBB -l > \"$_[0].eps\" ");
}

add_cus_dep('asy', 'eps', 0, 'asy2eps');
sub asy2eps {
	return system("asy -f eps -o \"$_[0].eps\" \"$_[0].asy\"");
}

add_cus_dep('asy', 'pdf', 0, 'asy2pdf');
sub asy2pdf {
	return system("asy -f pdf -o \"$_[0].pdf\" \"$_[0].asy\"");
}

add_cus_dep('dia', 'eps', 0, 'dia2eps');
sub dia2eps {
	return system("dia -t eps -e \"$_[0].eps\" \"$_[0].dia\"");
}

add_cus_dep('fig', 'eps', 0, 'fig2eps');
sub fig2eps {
	return system("fig2dev -L eps \"$_[0].fig\" \"$_[0].eps\"");
}

add_cus_dep('gif', 'eps', 0, 'gif2eps');
sub gif2eps {
	return system("convert \"$_[0].gif\" \"$_[0].eps\"");
}

add_cus_dep('jpg', 'eps', 0, 'jpg2eps');
sub jpg2eps {
	return system("convert \"$_[0].jpg\" \"$_[0].eps\"");
}

add_cus_dep('png', 'eps', 0, 'png2eps');
sub png2eps {
	return system("convert \"$_[0].png\" \"$_[0].eps\"");
}

add_cus_dep('svg', 'eps', 0, 'svg2eps');
sub svg2eps {
	return system("inkscape --export-area-drawing --export-text-to-path --export-eps=\"$_[0].eps\" \"$_[0].svg\"");
}

add_cus_dep('svg', 'pdf_tex', 0, 'svg2pdf_tex');
sub svg2pdf_tex {
        return system("inkscape --export-area-drawing --export-latex --export-pdf=\"$_[0].pdf\" \"$_[0].svg\"");
}

add_cus_dep('svg', 'eps_tex', 0, 'svg2eps_tex');
sub svg2eps_tex {
        return system("inkscape --export-area-drawing --export-latex --export-eps=\"$_[0].eps\" \"$_[0].svg\"");
}

add_cus_dep('gp', 'eps_tex', 0, 'gp2eps_tex');
sub gp2eps_tex {
	#scan for these extensions as dependencies for gnuplot
	my @extensions = ("dat", "csv");
	$extensionRegExp =  "(?:" . (join "|", map quotemeta, @extensions) . ")";
	open FILE, "$_[0].gp";
	while ($line=<FILE>){
		if (my @matches = $line=~/"([[:alnum:]]+\.$extensionRegExp)"/g){
			#add matches to dependency list			
			foreach (@matches) {
 				 rdb_ensure_file( $rule, $_ );
			}
		}
	}
	system("gnuplot -e \"cd '" . dirname("$_[0].gp") . "'\" -e \"set terminal cairolatex eps size ${gnuplot_size_x},$gnuplot_size_y\" -e \"set output '" . basename("$_[0]") . ".tex'\" " . basename("$_[0].gp")) and die "Gnuplot call failed";
	return !rename "$_[0].tex","$_[0].eps_tex";
}

add_cus_dep('cir', 'eps', 0, 'cir2eps');

sub cir2eps {
    	#get dpic output
	my $dpicoutput = `bash -c \"m4 -I $circuit_macros_path pstricks.m4 libcct.m4 \"$_[0].cir\" | ${dpic_path}dpic -p\"`;
    	#construct texfile
	my $texfile = <<"END";
	\\documentclass{article}
	\\usepackage{pstricks,pst-eps,boxdims,graphicx,pst-grad,amsmath$cm_addon_packages}
        \\usepackage[utf8]{inputenc}
        \\usepackage[T1]{fontenc}
        \\usepackage{lmodern}
	\\pagestyle{empty}
	\\thispagestyle{empty}
	$cm_addon_commands
	\\begin{document}
	\\newbox
	\\graph
	\\begin{TeXtoEPS}
	$dpicoutput
	\\box
	\\graph
	\\end{TeXtoEPS}
	\\end{document}
END
#END mustn't be indented
	#strip leading spaces used just for indentation here in code
	$texfile =~ s/^\s+//gm;
	open(my $fh, '>', "$_[0].tex"); 
	print $fh $texfile;	
	close $fh; 
	#compile tex to dvi
	print dirname($_[0]);
	system("TEXINPUTS=\"${circuit_macros_path}:\$TEXINPUTS:\" latex -output-directory=" . dirname($_[0]) . " \"$_[0].tex\" > /dev/null");
	#convert dvi to eps
	system("dvips -Ppdf -G0 -E $_[0].dvi -o temp.eps > /dev/null");
	#fix bounding box with epstool
	system("epstool --copy --bbox temp.eps \"$_[0].eps\" > /dev/null");
	#delete temporary files
	system("rm -f \"$_[0].dvi\" \"$_[0].log\" \"$_[0].aux\" \"$_[0].tex\" temp.eps"); 
}

add_cus_dep('cir', 'pdf', 0, 'cir2pdf');
sub cir2pdf {
    	#get dpic output
	my $dpicoutput = `bash -c \"m4 -I $circuit_macros_path libcct.m4 pgf.m4 \"$_[0].cir\" | ${dpic_path}dpic -g\"`;
    	#construct texfile
	my $texfile = <<"END";
	\\documentclass{standalone}
	\\usepackage{tikz,boxdims,graphicx,amsmath$cm_addon_packages}
	\\usepackage[utf8]{inputenc}
	\\usepackage[T1]{fontenc}
	\\usepackage{lmodern}
	$cm_addon_commands
	\\begin{document}
	$dpicoutput
	\\end{document}
END
#END mustn't be indented
	#strip leading spaces used just for indentation here in code
	$texfile =~ s/^\s+//gm;
	open(my $fh, '>', "$_[0].tex"); 
	print $fh $texfile;	
	close $fh; 
	#compile tex to directly to pdf
	print dirname($_[0]);
	system("TEXINPUTS=\"${circuit_macros_path}:\$TEXINPUTS:\" pdflatex -output-directory=" . dirname($_[0]) . " \"$_[0].tex\" > /dev/null");
	#delete temporary files
	system("rm -f \"$_[0].log\" \"$_[0].aux\" \"$_[0].tex\""); 
}

# To allow more general pattern in $clean_ext instead of just an
# extension or something containing %R.
# This is done by overriding latexmk's cleanup1 subroutine.
# Here is an example of a useful application:
#$clean_ext = "*-eps-converted-to.pdf";
sub cleanup1 {
    # Usage: cleanup1( directory, pattern_or_ext_without_period, ... )
    #
    # The directory is a fixed name, so I must escape any glob metacharacters
    #   in it:
    print "========= MODIFIED cleanup1 cw latexmk v. 4.39 and earlier\n";
    my $dir = ( shift );

    # Change extensions to glob patterns
    foreach (@_) { 
        # If specified pattern is pure extension, without period,
        #   wildcard character (?, *) or %R,
        # then prepend it with directory/root_filename and period to
        #   make a full file specification
        # Else leave the pattern as is, to be used by glob.
        # New feature: pattern is unchanged if it contains ., *, ?
        (my $name = (/%R/ || /[\*\.\?]/) ? $_ : "%R.$_") =~ s/%R/$dir$root_filename/;
        unlink_or_move( glob( "$name" ) );
    }
} #END cleanup1