--- /dev/null
+#!/home/gaboret/MYBIN/perl
+use Getopt::Std;
+getopts('s:f:rh');
+$scale = 1;
+$format = "a4";
+$rotate = 0;
+if(defined $opt_h){
+ print "\nUsage: eps2ps [ -s Scale ] [ -f Format ] [ -r ] infile [ outfile ]\n\n";
+ print "DESCRIPTION:\n";
+ print "eps2ps converts Encapsulated Postscript (*.eps) files to\n";
+ print "Postscript (.ps) format.\n";
+ print "eps2ps is not guaranteed to work with all *.eps files on earth!!!\n\n";
+ print "-s defines the scale factor. It's limited to the paper's extents.\n";
+ print "-f defines the paper format (A0-A4). Default is A4.\n";
+ print "-r rotates the plot by 90 deg.\n\n";
+ exit 1;
+}
+if(defined $opt_s){
+# print "-s $opt_s\n";
+ $scale = $opt_s;
+}
+if(defined $opt_f){
+# print "-f $opt_f\n";
+ $format = $opt_f;
+}
+if(defined $opt_r){
+# print "-r \n";
+ $rotate = 1;
+}
+$format =~ s|a|A|;
+
+# Say Hello:
+
+print "This is Christophe Gaboret's EPS to PS Utility, 1st version\n";
+
+# Open Input- and Output-Files
+
+unless ($#ARGV > -1) # Identify arguments
+{
+ print "Error: No Input File specified!\n";
+ exit 1;
+}
+
+$infile = $ARGV[0]; # Try to open Input
+unless(open(IN,"<".$infile)){
+ print "Input-File $infile is empty, I will try $infile".".eps!\n";
+ $infile = $infile.".eps"; # forgotten .eps ending ?
+ unless(open(IN,"<".$infile)){
+ print "Error: Input-File $infile is empty, too!\n";
+ exit 1;
+ }
+}
+
+@intext = <IN>;
+close(IN);
+print "Input-File: $infile \n";
+if($intext[0] =~ m|^%!PS-Adobe.*EPSF.*|){
+ print "Wow! Input-File is really an EPS File!\n";
+}
+else{
+ print "Error: Input-File is not an EPS File!\n";
+ exit 1;
+}
+
+if($#ARGV > 0){$outfile = $ARGV[1];}
+else{$outfile = $infile.".ps";}
+unless(open(OUT,">".$outfile)){
+ print "Error: Cannot open Output-File!\n";
+ exit 1;
+}
+print "Output-File: $outfile \n";
+
+
+# Initialize Postscript-File
+
+print OUT "%!PS-Adobe-2.0\n";
+print OUT "%%Title: PS-File including EPS-File $infile\n";
+print OUT "%%Creator: Andy's eps2ps Utility, Ver. 0.00\n";
+print OUT "%%For: $ENV{USER}"."@"."$ENV{HOST}\n";
+print OUT "%%Pages: 1\n";
+print OUT "%%Orientation: Portrait\n";
+print OUT "%%BoundingBox: (atend)\n";
+print OUT "%%DocumentFonts: (atend)\n";
+print OUT "%%BeginSetup\n";
+print OUT "%%IncludeFeature: *PageSize $format\n";
+print OUT "%%EndSetup\n";
+print OUT "%%EndComments\n";
+print OUT "% Input-File: $ENV{PWD}/$infile\n";
+print OUT "\n";
+
+
+print OUT "%%EndProlog\n";
+print OUT "\n";
+print OUT "%%Page: 1 1\n";
+print OUT "\n";
+print OUT "gsave\n";
+
+# Start with real paintings
+if ($format eq "A3"){
+ $paperwidth = 841.889763779; #a3 in pts
+ $paperheight = 2 * 595.275590551; # height must be greater equal width!!!
+}
+elsif ($format eq "A2"){
+ $paperwidth = 2 * 595.275590551; #a2 in pts
+ $paperheight = 2 * 841.889763779; # height must be greater equal width!!!
+}
+elsif ($format eq "A1"){
+ $paperwidth = 2 * 841.889763779; #a1 in pts
+ $paperheight = 4 * 595.275590551; # height must be greater equal width!!!
+}
+elsif ($format eq "A0"){
+ $paperwidth = 4 * 595.275590551; #a0 in pts
+ $paperheight = 4 * 841.889763779; # height must be greater equal width!!!
+}
+else{
+ $paperwidth = 595.275590551; #a4 in pts
+ $paperheight = 841.889763779; # height must be greater equal width!!!
+}
+
+# Where's the BoundingBox?? What Fonts are needed?
+
+$Fonts = "";
+$bbundefined=1;
+foreach(@intext){
+ if($_ =~ m|^%%BoundingBox:\s(-?\d+(\.\d*)?)\s(-?\d+(\.\d*)?)\s(-?\d+(\.\d*)?)\s(-?\d+(\.\d*)?)|&&$bbundefined){
+ $bbx = $1;
+ $bby = $3;
+ $bburx = $5;
+ $bbury = $7;
+ $bbw = $bburx - $bbx;
+ $bbh = $bbury - $bby;
+ $bbundefined=0;
+ print "I found this BoundingBox: $bbx $bby $bburx $bbury\n";
+# print "BBw= $bbw, BBh = $bbh\n";
+ }
+ elsif($_ =~ m|^%%DocumentFonts:([\w\s]+)$|){
+ $Fonts = join(' ',$Fonts,$1);
+ $Fonts =~ s/\(atend\)//g;
+ $Fonts =~ s/\s\s+/ /g;
+ print "I found these DocumentFonts:$Fonts\n";
+
+ }
+}
+
+#find out, if we have to rotate this stuff
+if($bbh > $bbw){
+ $maxdim = $bbh;
+ $mindim = $bbw;
+}
+else{
+ $maxdim = $bbw;
+ $mindim = $bbh;
+}
+
+if($maxdim * $scale > $paperheight){
+ $scale = $paperheight / $maxdim * 0.95;
+ print "to fit on page $format Scale is reduced to $scale!\n";
+}
+if($mindim *$scale > $paperwidth){
+ $scale = $paperwidth / $mindim * 0.95;
+ print "to fit on page $format Scale is reduced to $scale!\n";
+}
+if($rotate == 0 && $bbw * $scale > $paperwidth){
+ $rotate = 1;
+ print "to fit on page $format figure will be rotated by 90 degrees!\n";
+}
+elsif($rotate == 1 && $bbh * $scale > $paperwidth){
+ $rotate = 0;
+ print "to fit on page $format figure will not be rotated!\n";
+}
+
+
+if($rotate == 0){
+ $xorig = $paperwidth/2-$bbw*$scale/2-$bbx*$scale;
+ $yorig = $paperheight/2-$bbh*$scale/2-$bby*$scale;
+ print OUT "$xorig $yorig translate\n";
+ $BBoxX = $xorig + $bbx * $scale;
+ $BBoxY = $yorig + $bby * $scale;
+ $BBoxW = $bbw * $scale;
+ $BBoxH = $bbh * $scale;
+ print "Scale is $scale, picture is not rotated\n";
+}
+else{
+ $xorig = $paperheight/2-$bbw*$scale/2-$bbx*$scale;
+ $yorig = $paperwidth/2-$bbh*$scale/2-$bby*$scale;
+ print OUT "$paperwidth 0 translate\n";
+ print OUT "90 rotate\n";
+ print OUT "$xorig $yorig translate\n";
+ $BBoxX = $paperwidth/2-$bbh*$scale/2;
+ $BBoxY = $paperheight/2-$bbw*$scale/2;
+ $BBoxW = $bbh*$scale;
+ $BBoxH = $bbw*$scale;
+ print "Scale is $scale, picture is rotated by 90 degrees\n";
+}
+print OUT "$scale $scale scale\n";
+print OUT "save\n";
+print OUT "/showpage {} def\n";
+print OUT "\n%\n% Imported EPS-File starts here!\n%\n";
+print OUT "%%BeginDocument: $ENV{PWD}/$infile\n%\n";
+
+foreach(@intext){
+ print OUT "$_";
+}
+
+print OUT "\n%\n% Imported EPS-File ends here!\n%\n";
+print OUT "%%EndDocument\n%\n";
+print OUT "restore\n";
+print OUT "grestore\n";
+
+
+
+
+print OUT "showpage\n";
+
+print OUT "%%Trailer\n";
+$BBoxurX = $BBoxW+$BBoxX;
+$BBoxurY = $BBoxH+$BBoxY;
+print OUT "%%BoundingBox: $BBoxX $BBoxY $BBoxurX $BBoxurY\n";
+print OUT "%%DocumentFonts:$Fonts\n";
+
+close(OUT);
+print "\nConversion succeeded!\n\n";
+
+
+
+