JezK

Name: test
Start: 2022-11-25
End: 2022-11-25

Edit File: pdfxup

#!/bin/bash
shopt -s extglob
shopt -s lastpipe

VERSION="2.10"
VDATE="2021/04/25"
## see release notes at the end of this file.

## (c) 2021/04/25 Nicolas Markey <pdfxup at markey dot fr>
##
## This work may  be distributed and/or modified under  the conditions of
## the LaTeX Project  Public License, either version 1.3  of this license
## or (at  your option)  any later version.   The latest version  of this
## license is in
## 
##   http://www.latex-project.org/lppl.txt
## 
## and version 1.3 or later is part of all distributions of LaTeX version
## 2005/12/01 or later.
## 
## This work has the LPPL maintenance status `maintained'.
## The Current Maintainer of this work is Nicolas Markey.

## Roadmap
## 1) definition of some functions:
##    defaultvalues() and setdefaultvalues()
##    usage()
##    myecho()
##    dimtopt() and testdim()
##    ifinrangelist()
##    setconfigfile() [look for configuration file]
##    cleancslor()    [clean comma-sep. list of ranges]
##    cleanup
## 2) script:
##    - set default options
##    - test for ghostscript and pdflatex
##    - process command-line options
##    - check number of pages
##    - set up variables
##    - compute bounding box
##    - prepare latex file 
##    - create PDF
##    - clean up
## 3) manual, examples and release notes
##

######################################################################
## default values for all options.
######################################################################
## Can be modified from command line
## For instance, "dfpdfxupBB=1-4 pdfxup ..." automatically sets "-bb=1-4"
## (might be useful for defining derived scripts)
function defaultvalues()
{
  : ${dfpdfxupNB_COLUMNS=2}
  : ${dfpdfxupNB_ROWS=1}
  : ${dfpdfxupLANDSCAPE=1}
  : ${dfpdfxupPAPERSIZE="a4"}
  : ${dfpdfxupBOOKLET=0}
  : ${dfpdfxupCLIP=1}
  : ${dfpdfxupOUTPUTFILE="pdfxup.pdf"}
  : ${dfpdfxupINNER_HMARGIN="5pt"}
  : ${dfpdfxupINNER_VMARGIN="5pt"}
  : ${dfpdfxupINNER_MARGINS="5pt"}
  : ${dfpdfxupHMARGIN="5pt"}
  : ${dfpdfxupVMARGIN="5pt"}
  : ${dfpdfxupMARGINS="5pt"}
  : ${dfpdfxupINTERM_HSPACE="1pt"}
  : ${dfpdfxupINTERM_VSPACE="1pt"}
  : ${dfpdfxupINTERM_SPACES="1pt"}
  : ${dfpdfxupFRAME_WIDTH=".4pt"}
  : ${dfpdfxupPAGES="-"}
  : ${dfpdfxupINCLUDE_FOR_BBOX="-"}
  : ${dfpdfxupEXCLUDE_FOR_BBOX=""}
  : ${dfpdfxupKEEP_ORIG_BBOX="0"}
  : ${dfpdfxupCOMPUTE_BBOX_ONLY="0"}
  : ${dfpdfxupVERBOSITY="1"}
  : ${dfpdfxupDEBUG="0"}
  : ${dfpdfxupWATERMARK_PERIOD="1"}
  : ${dfpdfxupSILENTLY_OVERWRITE="0"}
  : ${dfpdfxupSET_BBOX=""}
  : ${dfpdfxupTIGHT_FRAME="0"}
  : ${dfpdfxupCOLUMN="0"}
  : ${dfpdfxupBALANCELAST="0"}
}

function setdefaultvalues()
{
    # number of columns
    NB_COLUMNS=$dfpdfxupNB_COLUMNS;
    # number of rows
    NB_ROWS=$dfpdfxupNB_ROWS;
    # landscape mode (1=landscape, 0=portrait)
    LANDSCAPE=$dfpdfxupLANDSCAPE;
    # booklet mode ('se'=booklet 'short-edge', 'le'=booklet 'long-edge')
    BOOKLET=$dfpdfxupBOOKLET;
    # clip pages to bounding box (1=yes, 0=no)
    CLIP=$dfpdfxupCLIP;
    # papersize ('a4', 'letter', ...)
    PAPERSIZE=$dfpdfxupPAPERSIZE;
    # name of output file
    OUTPUTFILE=$dfpdfxupOUTPUTFILE
    # (minimal) inner horizontal margin (between frame and logical page)
    INNER_HMARGIN=$dfpdfxupINNER_HMARGIN;
    # (minimal) inner vertical margin (between frame and logical page)
    INNER_VMARGIN=$dfpdfxupINNER_VMARGIN;
    # (minimal) inner margin (both horizontal and vertical)
    INNER_MARGINS=$dfpdfxupINNER_MARGINS;
    # horizontal margin (between content and border of physical page)
    HMARGIN=$dfpdfxupHMARGIN;
    # vertical margin (between content and border of physical page)
    VMARGIN=$dfpdfxupVMARGIN;
    # margin (between content and border of physical page)
    MARGINS=$dfpdfxupMARGINS;
    # intermediate horizontal space (between logical pages)
    INTERM_HSPACE=$dfpdfxupINTERM_HSPACE;
    # intermediate vertical space (between logical pages)
    INTERM_VSPACE=$dfpdfxupINTERM_VSPACE;
    # intermediate space (between logical pages)
    INTERM_SPACES=$dfpdfxupINTERM_SPACES;
    # frame width
    FRAME_WIDTH=$dfpdfxupFRAME_WIDTH;
    # verbosity level
    ## don't overwrite VERBOSITY if set on command line
    : ${VERBOSITY=$dfpdfxupVERBOSITY};
    # debug mode
    DEBUG=$dfpdfxupDEBUG;
    # file used for watermarking
    WATERMARK_FILE="";
    # number of pages to repeat when watermarking
    WATERMARK_PERIOD=$dfpdfxupWATERMARK_PERIOD;
    # keep original bounding box (hence do not recompute)
    KEEP_ORIG_BBOX=$dfpdfxupKEEP_ORIG_BBOX;
    # only compute bounding box (hence do not produce PDF output)
    COMPUTE_BBOX_ONLY=$dfpdfxupCOMPUTE_BBOX_ONLY;
    # overwrite output file without warning
    SILENTLY_OVERWRITE=$dfpdfxupSILENTLY_OVERWRITE;
    # make frame tight around logical pages
    TIGHT_FRAME=$dfpdfxupTIGHT_FRAME;
    # initial bounding box
    SET_BBOX=$dfpdfxupSET_BBOX
    # pages displayed left-to-right first (default), or top-to-bottom first
    COLUMN=$dfpdfxupCOLUMN
    # balance last page (corresponds to option 'columnstrict' option
    # in the pdfpages manual; also works in "non-column" mode)
    BALANCELAST=$dfpdfxupBALANCELAST
    
    ## Notice: the names for h and w should actually be X and Y:
    ##    they are not width and height, but coordinates of upper right corner.
    ## Notice: PAGES, INCLUDE_FOR_BBOX and EXCLUDE_FOR_BBOX will be set to
    ##    default values if empty after processing options
}

######################################################################
## Usage
######################################################################
function usage()
{
    defaultvalues;
    if [[ "$dfpdfxupPAGES" == "-" ]]; then
	explicitPAGES=" (all)";
    fi
    if [[ "$dfpdfxupEXCLUDE_FOR_BBOX" == "" ]]; then
	explicitEXCLUDE_FOR_BBOX=" (none)";
    fi
    if [[ "$dfpdfxupINCLUDE_FOR_BBOX" == "-" ]]; then
	explicitBB=" (all)";
    fi
    if [[ "$dfpdfxupSET_BBOX" == "" ]]; then
	explicitSET_BBOX=" (unset)";
    fi
    echo "pdfxup: n-up pages of a PDF document, preserving readability
usage: `basename $0` [OPTIONS] file
The main OPTIONS are:
  -x n           n columns per page                    [default: \"$dfpdfxupNB_COLUMNS\"]
  -y n           n lines per page                      [default: \"$dfpdfxupNB_ROWS\"]
  -l [0|1]       landscape-mode                        [default: \"$dfpdfxupLANDSCAPE\"]
  -b [0|1|le|se] booklet-mode                          [default: \"$dfpdfxupBOOKLET\"]
  -cf file	 import config. parameters from file   [default: none]
  -m n           margins                               [default: \"$dfpdfxupMARGINS\"]
  -fw n          frame width                           [default: \"$dfpdfxupFRAME_WIDTH\"] 
  -o file        write output to file                  [default: \"$dfpdfxupOUTPUTFILE\"]
  -p pages       only include these pages              [default: \"$dfpdfxupPAGES\"$explicitPAGES]
  -nobb pages    pages to omit when computing b.box    [default: \"$dfpdfxupEXCLUDE_FOR_BBOX\"$explicitEXCLUDE_FOR_BBOX]
  -bb pages      pages to use for computing b.box      [default: \"$dfpdfxupINCLUDE_FOR_BBOX\"$explicitBB]
  -g [0|1]       only computes bounding box            [default: \"$dfpdfxupCOMPUTE_BBOX_ONLY\"]
  -s x y X Y     force bounding box                    [default: \"$dfpdfxupSET_BBOX\"$explicitSET_BBOX]
  -w file	 add watermarking		       [default: none]
  -wp n		 repeat last n pages of watermark file [default: \"$dfpdfxupWATERMARK_PERIOD\"]
  -i             ask before overwriting/removing files
  -d             debug mode: keep intermediary files
  -v             show version number and exit
See the manual page ('man pdfxup') for the list of all options.";

##
## Some options are not presented, for the sake of brevity...
##
##  -c [0|1]       clip pages to bounding box	       [default: \"$dfpdfxupCLIP\"]
##  -im n          inner margins                         [default: \"$dfpdfxupINNER_MARGINS\"]
##  -ihm n         inner horizontal margin               [default: \"$dfpdfxupINNER_HMARGIN\"]
##  -ivm n         inner vertical margin                 [default: \"$dfpdfxupINNER_VMARGIN\"]
##  -hm n          horizontal margin                     [default: \"$dfpdfxupHMARGIN\"]
##  -vm n          vertical margin                       [default: \"$dfpdfxupVMARGIN\"]
##  -ihs n         interm. horizontal space              [detault: \"$dfpdfxupINTERM_HSPACE\"]
##  -ivs n         interm. vertical space                [detault: \"$dfpdfxupINTERM_VSPACE\"]
##  -is n          interm. spaces                        [default: \"$dfpdfxupINTERM_SPACES\"]
##  -kbb	   keep original bounding box            [default: \"$dfpdfxupKEEP_ORIG_BBOX\"]
##  -ow            allow overwriting                     [default: \"$dfpdfxupSILENTLY_OVERWRITE\"]
##  -ps s          output paper size                     [default: \"$dfpdfxupPAPERSIZE\"]
##  -tf            draw tight frame around each page     [default: \"$dfpdfxupTIGHT_FRAME\"]
##  -col           arrange pages top-to-bottom first     [default: \"$dfpdfxupCOLUMN\"]
##  -bal           balance last page                     [default: \"$dfpdfxupBALANCELAST\"]
##  -q             run quietly (equiv. '-V=0')
##  -h             show this help message
##   -V [0-3]       select verbosity                     [default: \"$dfpdfxupVERBOSITY\"]
##
##
##
    exit 0;
}

######################################################################
## Auxiliary functions
######################################################################
## myecho handles several levels of verbosity
function myecho()
{
    ECHO=0;
    case $1 in
	+([0-9])\+)
            if [[ $VERBOSITY -ge ${1%+} ]]; then ECHO=1; fi
	    ;;
        +([0-9]))
	    if [[ $VERBOSITY -eq $1 ]]; then ECHO=1; fi
	    ;;
	+([0-9])-)
	    if [[ $VERBOSITY -le ${1%-} ]]; then ECHO=1; fi
	    ;;
    esac
    if [[ $ECHO == 1 ]]; then
	case $2 in
	    -*)
		echo $2 "$3"
		;;
	    *)
		echo "$2"
		;;
	esac
    fi
}

DELAYEDECHO="";
function delaymyecho ()
{
    DELAYEDECHO+="\n$1";
}

## transforms given dimension (in cm, mm, in) in pt
function dimtopt() 
{
    dim=$1;
    case $dim in
	*pt)
	    ;;
	*mm)
	    dim=${dim%mm};
	    eval dim=$((dim*2845/100))pt;
	    ;;
	*cm)
	    dim=${dim%cm};
	    eval dim=$((dim*284/10))pt;
	    ;;
	*in)
	    dim=${dim%in};
	    eval dim=$((dim*723/10))pt;
	    ;;
	*[!0-9]*)
	    ## should not occur... has been filtered out by main 'case'
	    myecho 1+ "   illegal unit of measure in option '$3'; ignoring"; 
	    dim=$2;
	    ;;
	*)
	    dim=${dim}pt;
	    ;;
    esac
}

## check valid unit for given dimension
function testdim()
{
    dim=$1;
    case $dim in
	+([0-9])@(pt|in|cm|mm))
	    ;;
	+([0-9]))
	    dim=${dim}pt
	    ;;
	+([0-9])*)
	    echo "   illegal unit of measure in option '$3'; ignoring";
	    dim=$2;
	    ;;
	*)
	    echo "   not a valid dimension in option '$3'; ignoring";
	    dim=$2;
	    ;;
    esac
}

## sets variable $in to 1 if $1 is in list of ranges $2
function ifinrangelist()
{
    n=$1;
    list=$2;
    in=0;
    
    for i in ${list//,/$IFS}; do
        case $i in
	    +([0-9]))
                 first=$i;
                 last=$i;;
	    -+([0-9]))
                 first=1;
		 last=`echo $i|tr -d -`;;
            +([0-9])-)
                 first=`echo $i|tr -d -`;
	         last=$nbp;;
            +([0-9])-+([0-9]))
                 first=`echo $i|cut -d- -f1`;
		 last=`echo $i|cut -d- -f2`;;
	    -)
		 first=1;
		 last=$nbp;;
	    *)
		myecho 1+ "   error in range of pages (option '$3' contains '$i')";
	esac
	if [[ $n -ge $first && $n -le $last ]]; then
	    in=1;
	    return;
	fi
    done
    return;
}

## look for config file
function setconfigfile()
{
    if [[ `echo "$1"|grep -v "/"` ]]; then
	if [[ `echo "$1"|grep "\.xup$"` && $KPSEWHICH ]]; then
	    CFFILE=`$KPSEWHICH $1`
	else
	    CFFILE=`$KPSEWHICH $1.xup`
	fi
    fi
    if [[ (! -e $CFFILE) ]]; then
	if [[ -e $1 ]]; then
	    CFFILE=$1
	else
	    if [[ -e $1.xup ]]; then
		CFFILE=$1.xup
	    fi
	fi
    fi
    #echo $CFFILE;
}
 
## normalize list + count number of pages to be displayed
function cleancslor()
{
    list=$1;
    result="";
    for i in ${list//,/$IFS}; do
        case $i in
	    +([0-9]))
                 if [[ $i -le $nbp ]]; then
		     result+="$i,";
                     nbpages+=1;
		 else
		     myecho 1+ "   $file has $nbp page(s); page $i does not exist."
		 fi
		 ;;
	    -+([0-9]))
                 if [[ $i -le $nbp ]]; then
                     result+="1$i,";
		     nbpages+=${i#-};
		 else
		     myecho 1+ "   $file has $nbp page(s); changed 1$i to 1-$nbp."
                     result+="1$nbp,";
		     nbpages+=${nbp#-};
		 fi
		 ;;
            +([0-9])-)
                 if [[ $i -le $nbp ]]; then
		     result+="$i$nbp,";
		     nbpages+=$(expr $nbp + 1 - ${i%-});
		 else
		     myecho 1+ "   $file has $nbp page(s); pages $i do not exist."
		 fi
		 ;;
	    +([0-9])-+([0-9]))
	         fstp=`echo $i|cut -d- -f1`
		 if [[ $fstp -gt $nbp ]]; then
		     myecho 1+ "   $file has $nbp page(s); range $i omitted."
		 fi
		 lstp=`echo $i|cut -d- -f2`
		 if [[ $lstp -gt $nbp ]]; then
		     myecho 1+ "   $file has $nbp page(s); range $i changed to $fstp-$nbp."
		     lstp=$nbp;
		 fi
		 if [[ $lstp -ge $fstp ]]; then
		     result+="$fstp-$lstp,";
		     nbpages+=$(expr 1 + $lstp - $fstp)
		 fi
		 ;;
	    -)
		 result+="1-$nbp,";
		 nbpages+=$nbp;;
	    +([0-9])%+([0-9]))
		 ## explicitly list all values...
		 ## (simpler, but admitedly less efficient,
		 ## than handling real modulos)
		 declare -i cptr;
		 cptr=`echo $i|cut -d% -f1`;
		 step=`echo $i|cut -d% -f2`;
		 while [[ $cptr -le $nbp ]]; do
		     result+="$cptr,";
		     nbpages+=1;
		     cptr+=$step;
		 done;;
	    *)
		 ## anything else is discarded
	 	 ;;
	 esac
    done
}

function cleanup()
{
    if [[ $DEBUG == 0 ]]; then
	myecho 1+ "-> cleaning";
	myecho 2+ " * rm $RMopt *$filename.*"
	rm $RMopt *$filename.* 
    fi
}

ARGS=$@;
if [ $# -eq 0 ]; then
  usage;
fi

defaultvalues;
setdefaultvalues;
filename="temp-pdfxup-`date +%s`";
inputfilename="input-pdfxup-$filename";
watermarkfilename="watermark-pdfxup-$filename";

######################################################################
## check for ghostscript and pdflatex
######################################################################
## GS could be specified from command-line
: ${GS=`which gs`}
## regexp keeps only first two numbers of version number (eg. 9.53.3 -> 9.53)
GSVERSION=`$GS --version 2>/dev/null |sed -e "s/$.\.[^\.]*$\..*/\\1/"`;
if [ ! "$GSVERSION" ]; then
    echo "   /!\\ ghostscript not found; aborting.";
    exit 1;
fi  
GSNTS="9.27";
if [ ${GSVERSION%.*} -eq ${GSNTS%.*} ] && [ ${GSVERSION#*.} -gt ${GSNTS#*.} ] || \
       [ ${GSVERSION%.*} -gt ${GSNTS%.*} ]; then
    GSOPTFILE=" --permit-file-read=$inputfilename.pdf "
    GSOPTWATERMARK=" --permit-file-read=$watermarkfilename.pdf "
fi

## PDFLATEX could be specified on command-line
: ${PDFLATEX=`which pdflatex`}
PDFLATEXVERSION=`$PDFLATEX --version 2>/dev/null |grep 3.1415|grep -i tex`;
if [ ! "$PDFLATEXVERSION" ]; then
    echo "   /!\\ pdflatex not found; aborting.";
    exit 1;
fi

## KPSEWHICH could be specified on command-line
: ${KPSEWHICH=`which kpsewhich`}

######################################################################
## command-line arguments
######################################################################
## go through all arguments and options

while [ $# != 0 ]; do
    case $1 in
	-x|--columns)
	    NB_COLUMNS=$2;
	    shift 2;;
	-x?(=)+([0-9]))
	    NB_COLUMNS=`echo $1|sed -re "s/-x=?//"`;
	    shift;;
	-y|--rows)
	    NB_ROWS=$2;
	    shift 2;;
	-y?(=)+([0-9]))
	    NB_ROWS=`echo $1|sed -re "s/-y=?//"`;
	    shift;;
        -nup|--nup)
	    NB_COLUMNS=`echo $2|sed -re "s/x.*$//"`;
	    NB_ROWS=`echo $2|sed -re "s/^.*x//"`;
	    shift 2;;
        -?(-)nup?(=)+([0-9])x+([0-9]))
	    NB_COLUMNS=`echo $1|sed -re "s/x.*$//"|sed -re "s/--?nup=?//"`;
	    NB_ROWS=`echo $1|sed -re "s/^--?nup.*x//"`;
	    shift;;
	-l|--landscape)
	    case $2 in
		1|yes|y|true)
		    LANDSCAPE=1;
		    SHIFT=2;
		    ;;
		0|no|n|false)
		    LANDSCAPE=0;
		    SHIFT=2;
		    ;;
		-*)
		    LANDSCAPE=1;
		    SHIFT=1;
		    ;;
		*)
		    LANDSCAPE=1;
		    #echo "Normal use of '$1' option is: '$1 [0|1]'";
		    #echo "Assuming you want landscape outupt...";
		    SHIFT=1;
	    esac
	    shift $SHIFT;;
	-l*)
	    ANS=`echo $1|sed -re "s/-l=?//"`;
	    case $ANS in
		1|yes|y|true)
		    LANDSCAPE=1;
		    ;;
		0|no|n|false)
		    LANDSCAPE=0;
		    ;;
		*)
		    LANDSCAPE=1;
		    #echo "Normal use of '$1' option is: '$1 [0|1]'";
		    #echo "Assuming you want landscape outupt...";
	    esac
	    shift;;
	-nl|--portrait|--no-landscape|--nolandscape)
	    LANDSCAPE=0;
	    shift;;
	-b|--booklet)
	    case $2 in
		se|short-edge)
		    BOOKLET="2";
		    SHIFT=2;
		    ;;
		1|yes|y|true|le|long-edge)
		    BOOKLET=1;
		    SHIFT=2;
		    ;;
		0|no|n|false)
		    BOOKLET=0;
		    SHIFT=2;
		    ;;
		-*)
		    BOOKLET=1;
		    SHIFT=1;
		    ;;
		*)
		    BOOKLET=1;
		    #echo "Normal use of '$1' option is: '$1 [0|1]'";
		    #echo "Assuming you want booklet outupt...";
		    SHIFT=1;
	    esac
	    if [[ $BOOKLET != 0 ]]; then
		FRAME_WIDTH=0pt
		# this is the default, but can be changed by passing -fw option
	    fi
	    shift $SHIFT;;
	-b[^b]*|--booklet*)
	    ANS=`echo $1|sed -re "s/--?b(ooklet)?=?//"`;
	    case $ANS in
		se|short-edge)
		    BOOKLET="2";
		    ;;
		1|yes|y|true|le|long-edge)
		    BOOKLET=1;
		    ;;
		0|no|n|false)
		    BOOKLET=0;
		    ;;
		*)
		    BOOKLET=1;
		    #echo "Normal use of '$1' option is: '$1 [0|1]'";
		    #echo "Assuming you want booklet outupt...";
	    esac
	    if [[ $BOOKLET != 0 ]]; then
		FRAME_WIDTH=0pt
		# this is the default, but can be changed by passing -fw option
	    fi
	    shift;;
	-cf|--config|--config-file|-?(-)mode)
	    case $2 in
		-*)
		    echo "Error. Option '$1' expects a file name; found '$2'.";
		    echo "Aborting.";
		    exit 0;
		    ;;
		*)
		    setconfigfile $2
		    ;;
	    esac
	    if [[ -e "$CFFILE" ]]; then
		source $CFFILE
	    else
		myecho 0+ "   /!\ configuration file $2 not found"
	    fi
	    shift 2;;
	-cf=*|--config=*|--config-file=*|-?(-)mode=*)
	    TMP=`echo $1|cut -d= -f2-`
	    setconfigfile $TMP
	    if [[ -e "$CFFILE" ]]; then
		source $CFFILE
	    else
		myecho 0+ "   /!\ configuration file $TMP not found"
	    fi
	    shift;;
	-?(-)col|--column|--column-mode|-?(-)vert?(ical))
	    COLUMN=1
	    shift;;
	-?(-)row|--row-mode|-?(-)line?(s)|-?(-)horiz?(ontal))
	    COLUMN=0
	    shift;;
	-?(-)bal|--balance|--balancelast|--balance-last)
	    BALANCELAST=1
	    shift;;					
	-?(-)no-bal|--no-balance|--no-balancelast|--no-balance-last)
	    BALANCELAST=0
	    shift;;
	-c|--clip)
	    case $2 in
		1|yes|y|true)
		    CLIP=1;
		    SHIFT=2;
		    ;;
		0|no|n|false)
		    CLIP=0;
		    SHIFT=2;
		    ;;
		*)
		    CLIP=1;
		    SHIFT=1;
	    esac
	    shift $SHIFT;;
	-c*|--clip=*)
	    ANS=`echo $1|sed -re "s/--?c(lip)?=?//"`;
	    case $ANS in
		1|yes|y|true)
		    CLIP=1;
		    ;;
		0|no|n|false)
		    CLIP=0;
		    ;;
	    esac
	    shift;;
	-nc|--no-clip)
	    CLIP=0;
	    shift;;
	-ps|--paper|--paper?(-)size)
	    PAPERSIZE=$2;
	    shift 2;;
	-ps=*|--paper=*|--paper?(-)size=*)
	    ## '=' is compulsory, as we expect a string...
	    ANS=`echo $1|sed -re "s/(-ps=|--paper=|--paper-?size=)//"`;
	    PAPERSIZE=$ANS;
	    shift;;
        -p|--pages|--page)
	    case $2 in
		-)
		    PAGES+="$2,";
		    ;;
		-*)
		    echo "Error: option '$1' expects a range, not '$2'.";
		    echo "Aborting.";
		    exit 0;
		    ;;
		*)
		    PAGES+="$2,";
		    ;;
	    esac
	    shift 2;;
	-p*|--page*)
	    ANS=`echo $1|sed -re "s/--?p(ages?)?=?//"`;
	    PAGES+="$ANS,";
	    shift;;
	-o|--out|--output-file|--outfile)
	    OUTPUTFILE=$2;
	    shift 2;;
	-o=*|--out=*|--output-file=*|--outfile=*)
	    ANS=`echo $1|sed -re "s/--?o(ut(put-)?(file)?)?=//"`;
	    OUTPUTFILE=$ANS;
	    shift;;
	-ow)
	    SILENTLY_OVERWRITE="1";
	    shift;;
	-ihm|--innerhmargin)
	    dimtopt $2 $dfpdfxupINNER_HMARGIN "$1 $2";
	    INNER_HMARGIN=$dim;
	    shift 2;;
	-ihm?(=)+([0-9])*)
	    ANS=`echo $1|sed -re "s/-ihm=?//"`;
	    dimtopt $ANS $dfpdfxupINNER_HMARGIN $1;
	    INNER_HMARGIN=$dim;
	    shift;;
	-ivm|--innervmargin)
	    dimtopt $2 $dfpdfxupINNER_VMARGIN "$1 $2";
	    INNER_VMARGIN=$dim;
	    shift 2;;
	-ivm?(=)+([0-9])*)
	    ANS=`echo $1|sed -re "s/-ivm=?//"`;
	    dimtopt $ANS $dfpdfxupINNER_VMARGIN $1;
	    INNER_VMARGIN=$dim;
	    shift;;
	-im|--innermargins)
	    dimtopt $2 $dfpdfxupINNER_MARGINS "$1 $2";
	    INNER_HMARGIN=$dim;
	    INNER_VMARGIN=$dim;
	    shift 2;;
	-im?(=)+([0-9])*)
	    ANS=`echo $1|sed -re "s/-im=?//"`;
	    dimtopt $ANS $dfpdfxupINNER_MARGINS $1;
	    INNER_HMARGIN=$dim;
	    INNER_VMARGIN=$dim;
	    shift;;
	-hm|--hmargin)
	    testdim $2 $dfpdfxupHMARGIN "$1 $2";
	    HMARGIN=$dim;
	    shift 2;;
	-hm?(=)+([0-9])*)
	    ANS=`echo $1|sed -re "s/-hm=?//"`;
	    testdim $ANS $dfpdfxupHMARGIN $1;
	    HMARGIN=$dim;
	    shift;;
	-vm|--vmargin)
	    testdim $2 $dfpdfxupVMARGIN "$1 $2";
	    VMARGIN=$dim;
	    shift 2;;
	-vm?(=)+([0-9])*)
	    ANS=`echo $1|sed -re "s/-vm=?//"`;
	    testdim $ANS $dfpdfxupVMARGIN $1;
	    VMARGIN=$dim;
	    shift;;
	-m|--margins)
	    testdim $2 $dfpdfxupMARGINS "$1 $2";
	    HMARGIN=$dim;
	    VMARGIN=$dim;
	    shift 2;;
	-m?(=)+([0-9])*)
	    ANS=`echo $1|sed -re "s/-m=?//"`;
	    testdim $ANS $dfpdfxupMARGINS $1;
	    HMARGIN=$dim;
	    VMARGIN=$dim;
	    shift;;
	-ihs|--inthspace)
	    testdim $2 $dfpdfxupINTERM_HSPACE "$1 $2";
	    INTERM_HSPACE=$dim;
	    shift 2;;
	-ihs?(=)+([0-9])*)
	    ANS=`echo $1|sed -re "s/-ihs=?//"`;
	    testdim $ANS $dfpdfxupINTERM_HSPACE $1;
	    INTERM_HSPACE=$dim;
	    shift;;
	-ivs|--intvspace)
	    testdim $2 $dfpdfxupINTERM_VSPACE "$1 $2";
	    INTERM_VSPACE=$dim;
	    shift 2;;
	-ivs?(=)+([0-9])*)
	    ANS=`echo $1|sed -re "s/-ivs=?//"`;
	    testdim $ANS $dfpdfxupINTERM_VSPACE $1;
	    INTERM_VSPACE=$dim;
	    shift;;
	-is|--intspaces)
	    testdim $2 $dfpdfxupINTERM_SPACES "$1 $2";
	    INTERM_HSPACE=$dim;
	    INTERM_VSPACE=$dim;
	    shift 2;;
	-is?(=)+([0-9])*)
	    ANS=`echo $1|sed -re "s/-is=?//"`;
	    testdim $ANS $dfpdfxupINTERM_SPACES $1;
	    INTERM_HSPACE=$dim;
	    INTERM_VSPACE=$dim;
	    shift;;
	-fw|--framewidth|--frame-width)
	    testdim $2 $dfpdfxupFRAME_WIDTH "$1 $2";
	    FRAME_WIDTH=$dim;
	    shift 2;;
	-fw?(=)+([0-9])*)
	    ANS=`echo $1|sed -re "s/-fw=?//"`;
	    testdim $ANS $dfpdfxupFRAME_WIDTH $1;
	    FRAME_WIDTH=$dim;
	    shift;;
        -tf|--tight-frame)
	    case $2 in
		1|yes|y|true)
		    TIGHT_FRAME=1;
		    SHIFT=1;
		    ;;
		0|no|n|false)
		    TIGHT_FRAME=0;
		    SHIFT=1;
		    ;;
		*)
		    TIGHT_FRAME=1;
		    SHIFT=1;
	    esac
	    shift $SHIFT;;
        -tf*|--tight-frame*)
	    TIGHT_FRAME=`echo $1|sed -re "s/--?t(ight-)?f(rame)?=?//"`;
	    shift;;
	-i)
	    MVopt="-i";
	    RMopt="-i";
	    shift;;
	-nobb|--nobb|-no-bb|--no-bb)
	    case $2 in
		-)
		    EXCLUDE_FOR_BBOX+="$2,";
		    ;;
		-*)
		    echo "Error: option '$1' expects a range, not '$2'.";
		    echo "Aborting.";
		    exit 0;
		    ;;
		*)
		    EXCLUDE_FOR_BBOX+="$2,";
		    ;;
	    esac
	    shift 2;;
	-nobb*|--no-bb*)
	    ANS=`echo $1|sed -re "s/--?no-?bb=?//"`;
	    EXCLUDE_FOR_BBOX+="$ANS,";
	    shift;;
	-bb|--bb|--bounding-box)
	    case $2 in
		-)
		    INCLUDE_FOR_BBOX+="$2,";
		    ;;
		-*)
		    echo "Error: option '$1' expects a range, not '$2'.";
		    echo "Aborting.";
		    exit 0;
		    ;;
		*)
		    INCLUDE_FOR_BBOX+="$2,";
		    ;;
	    esac
	    shift 2;;
	-bb*|--bb*|--bounding-box)
	    ANS=`echo $1|sed -re "s/--?b(ounding-?)?b(ox)?=?//"`;
	    INCLUDE_FOR_BBOX+="$ANS,";
	    shift;;
	-kbb|--keepbb|--keep-bb|--original-bb)
	    case $2 in
		1|yes|y|true)
		    KEEP_ORIG_BBOX=1;
		    SHIFT=2;
		    ;;
		0|no|n|false)
		    KEEP_ORIG_BBOX=0;
		    SHIFT=2;
		    ;;
		-*)
		    KEEP_ORIG_BBOX=1;
		    SHIFT=1;
		    ;;
		*)
		    KEEP_ORIG_BBOX=1;
		    SHIFT=1;
	    esac
	    shift $SHIFT;;
	-kbb*|--keepbb*|--keep-bb*|--original-bb*)
	    ANS=`echo $1|sed -re "s/--?(k(eep-?)?bb|orig[^=]*bb)=?//"`;
	    case $ANS in
		1|yes|y|true)
		    KEEP_ORIG_BBOX=1;
		    ;;
		0|no|n|false)
		    KEEP_ORIG_BBOX=0;
		    ;;
		*)
		    KEEP_ORIG_BBOX=1;
	    esac
	    shift;;
	-g|--get-bb|--getbb)
	    case $2 in
		1|yes|y|true)
		    COMPUTE_BBOX_ONLY=1;
		    SHIFT=2;
		    ;;
		0|no|n|false)
		    COMPUTE_BBOX_ONLY=0;
		    SHIFT=2;
		    ;;
		-*)
		    COMPUTE_BBOX_ONLY=1;
		    SHIFT=1;
		    ;;
		*)
		    COMPUTE_BBOX_ONLY=1;
		    SHIFT=1;
	    esac
	    shift $SHIFT;;
	-g*|--get-bb=*|--getbb=*)
	    ANS=`echo $1|sed -re "s/--?g(etbb|et-bb)?=?//"`;
	    case $ANS in
		1|yes|y|true)
		    COMPUTE_BBOX_ONLY=1;
		    ;;
		0|no|n|false)
		    COMPUTE_BBOX_ONLY=0;
		    ;;
		*)
		    COMPUTE_BBOX_ONLY=1;
		    #echo "Normal use of '$1' option is: '$1 [0|1]'";
		    #echo "Assuming you want landscape outupt...";
	    esac
	    shift;;
	-s|--set-bb|--setbb)
	    case "$2$3$4$5" in
                +([0-9]))
		    SET_BBOX="$2 $3 $4 $5"
		    ;;
 	        *)
		    echo "Error: option '$1' expects 4 numbers.";
		    echo "Aborting.";
		    exit 0;
		    ;;
	    esac
	    shift 5;;
	-V)
	    case $2 in
		@(0|1|2|3))
		    if [[ $VERBOSITY -lt $2 ]]; then
			VERBOSITY=$2;
		    fi
		    SHIFT=2;;
		*)
		    if [[ $VERBOSITY -lt 2 ]]; then
			VERBOSITY=2;
		    fi
		    SHIFT=1;;
	    esac
	    shift $SHIFT;;
	-V?(=)@(0|1|2|3))
	    if [[ $VERBOSITY -lt `echo $1|sed -re "s/-V=?//"` ]]; then
		VERBOSITY=`echo $1|sed -re "s/-V=?//"`;
	    fi
	    shift;;
	-V?(=)+([0-9]))
	    VERBOSITY=9;
	    shift;;
        -VV)
	    if [[ $VERBOSITY -lt 3 ]]; then
		VERBOSITY=3;
	    fi
	    shift;;
	-VVV)
	    if [[ $VERBOSITY -lt 4 ]]; then
		VERBOSITY=4;
	    fi
	    shift;;
	-q|--quiet)
	    VERBOSITY=0;
	    shift;;
	-w|--watermark|--watermark-file)
	    WATERMARK_FILE=$2;
	    shift 2;;
	-w=*|--watermark=*|--watermark-file=*)
	    ANS=`echo $1|sed -re "s/--?w[^=]*=//"`;
	    WATERMARK_FILE=$ANS;
	    shift;;
	-wp|--wperiod|--watermark-period)
	    WATERMARK_PERIOD=$2;
	    shift 2;;
	-wp=*|--wperiod=*|--watermark-period=*)
	    ANS=`echo $1|sed -re "s/--?w[^=]*=//"`;
	    WATERMARK_PERIOD=$ANS;
	    shift;;
	-v|--version)
	    echo "pdfxup version $VERSION (released $VDATE)";
	    exit 0;;
	-d|--debug)
	    DEBUG=1;
	    shift;;
	-*)
	    usage;;
	*:+([0-9\-,\%]))
	    ARG=$1;
	    file=${ARG%:*};
	    PAGES+="${ARG#*:},";
	    ## only one file is allowed, and no options
	    ## should appear after the file name...
	    break;;
	*)
	    file=$1;
	    ## only one file is allowed, and no options
	    ## should appear after the file name...
	    break;;
    esac;
done

## check input file
if [[ "$file" == "" ]]; then
    echo "pdfxup error: no input file given; exiting.";
    exit 1;
fi

## try adding .pdf suffix if needed
if [[ ! -e "$file" && `basename "$file" .pdf` == "$file" && -e "${file}.pdf" ]];
    then
    myecho 2+ "    changing file name '$file' to '$file.pdf'";
    file="${file}.pdf";
fi;

if [[ ! -e "$file" ]]; then
    echo "pdfxup error: file \"$file\" not found; exiting.";
    exit 1;
fi

## check output file

## set bbox
SBB=0;
read -r x0 y0 w0 h0 <<<$(echo "-1 -1 -1 -1");
if [[ "$SET_BBOX" ]]; then
    SBB=1;
    read -r BBX BBY BBW BBH <<<$(echo $SET_BBOX);
fi

## summarize options:
myecho 1+ "-> processing options";
if [[ "$FILE" != "" ]]; then
    myecho 2+ "   * used configuration file $FILE";
fi
if [[ $BOOKLET -eq 1 ]]; then
    myecho 2+ "   * booklet mode (long-edge)";
else if [[ $BOOKLET -eq 2 ]]; then
	 myecho 2+ "   * booklet mode (short edge)";
     else
	 myecho 2+ -ne "   * columns=$NB_COLUMNS, rows=$NB_ROWS, ";
	 if [[ $LANDSCAPE -eq 1 ]]; then
	     myecho 2+ "landscape mode";
	 else
	     myecho 2+ "portrait mode";
	 fi
     fi
fi
myecho 2+ "   * paper size=$PAPERSIZE";
if [[ $CLIP -eq 1 ]]; then
    myecho 2+ "   * clipping content outside bounding box";
else
    myecho 2+ "   * not clipping content outside bounding box";
fi
myecho 2+ "   * output file is \"$OUTPUTFILE\"";
if [[ "$INNER_HMARGIN" == "$INNER_VMARGIN" ]]; then
    myecho 2+ "   * inner margins=$INNER_HMARGIN";
else
    myecho 2+ "   * inner horizontal margin=$INNER_HMARGIN, inner vertical margin=$INNER_VMARGIN";
fi
if [[ "$HMARGIN" == "$VMARGIN" ]]; then
    myecho 2+ "   * margins=$HMARGIN";
else
    myecho 2+ "   * horizontal margin=$HMARGIN, vertical margin=$VMARGIN";
fi
if [[ "$INTERM_HSPACE" == "$INTERM_VSPACE" ]]; then
    myecho 2+ "   * space between pages=$INTERM_HSPACE";
else
    myecho 2+ "   * horizontal space between pages=$INTERM_HSPACE, vertical space=$INTERM_VSPACE";
fi
if [[ $TIGHT_FRAME -eq 1 ]]; then
    TIGHT_FRAMEMESSAGE=" (tight)";
else
    TIGHT_FRAMEMESSAGE=" (loose)";
fi
myecho 2+ "   * frame rule width=$FRAME_WIDTH $TIGHT_FRAMEMESSAGE";
if [[ $MVopt == "-i" && $RMopt == "-i" ]]; then
    myecho 2+ "   * interactive clean up";
else
    myecho 2+ "   * non-interactive clean up";
fi
if [[ $COMPUTE_BBOX_ONLY -eq 1 ]]; then
    myecho 2+ "   * only compute bounding box";
fi
if [[ $KEEP_ORIG_BBOX -eq 1 ]]; then
    myecho 2+ "   * keep original bounding box";
fi
if [[ $SBB -eq 1 ]]; then
    myecho 2+ "   * bounding box set to $BBX $BBY $BBW $BBH";
fi
if [[ "$WATERMARK_FILE" ]]; then
    myecho 2+ "   * watermarking with file $WATERMARK_FILE";
    myecho 2+ "   * watermarking period=$WATERMARK_PERIOD";	    
fi

## here we report on our earlier checks about GS and PDFLATEX
## (again, we had to know the level of verbosity first...)
myecho 2+ "-> checking for ghostscript and pdflatex"
myecho 2+ "   ghostscript is $GS (version $GSVERSION)";  
if [ "$GSOPTFILE" ]; then
    myecho 2+ "   [gs version > $GSNTS; we will use --permit-file-read]";
else
    myecho 2+ "   [gs version <= $GSNTS; not using --permit-file-read]\"";
fi
myecho 2+ "   pdflatex is $PDFLATEX (version $PDFLATEXVERSION)";

######################################################################
## get number of pages of input file
######################################################################
## for this we make a copy of input file, to avoid problem with
##   ghostscript not correctly handling filenames containing white spaces
## (see https://stackoverflow.com/questions/42578061/ghostscript-and-spaces-in-filenames)
cp "$file" $inputfilename.pdf
myecho 2+ "-> computing number of pages";
myecho 2+ " * $GS $GSOPTFILE -sDEVICE=bbox -dNOPAUSE -dQUIET -c \"($inputfilename.pdf) (r) file runpdfbegin pdfpagecount = quit\""
nbp=`$GS $GSOPTFILE -sDEVICE=bbox -dNOPAUSE -dQUIET -c "($inputfilename.pdf) (r) file runpdfbegin pdfpagecount = quit"`
myecho 2+ "   File \"$file\" has $nbp pages";

## now we can deal with ranges of pages (INCLUDE_FOR_BBOX, EXCLUDE_FOR_BBOX, PAGES)
## cleancslor uses $nbp, so we have to compute this before
declare -i nbpages;
if [[ ${INCLUDE_FOR_BBOX} != "" ]]; then
    INCLUDE_FOR_BBOX=${INCLUDE_FOR_BBOX%,};
    cleancslor $INCLUDE_FOR_BBOX;
    INCLUDE_FOR_BBOX=${result%,};
    myecho 3+ "   * use for bounding-box computation: "${INCLUDE_FOR_BBOX};
else
    if [[ ${PAGES} != "" ]]; then
	INCLUDE_FOR_BBOX=${PAGES%,};
        cleancslor $INCLUDE_FOR_BBOX;
        INCLUDE_FOR_BBOX=${result%,};
	myecho 3+ "   * use for bounding-box computation: "${INCLUDE_FOR_BBOX};
    else
	INCLUDE_FOR_BBOX=$dfpdfxupINCLUDE_FOR_BBOX;
    fi    
fi
if [[ ${EXCLUDE_FOR_BBOX} != "" ]]; then 
    EXCLUDE_FOR_BBOX=${EXCLUDE_FOR_BBOX%,};
    cleancslor $EXCLUDE_FOR_BBOX;
    EXCLUDE_FOR_BBOX=${result%,};
    myecho 3+ "   * exclude from bounding-box computation: "${EXCLUDE_FOR_BBOX};
else
    EXCLUDE_FOR_BBOX=$dfpdfxupEXCLUDE_FOR_BBOX;
fi
if [[ ${PAGES} != "" ]]; then
    PAGES=${PAGES%,};
else
    PAGES=$dfpdfxupPAGES;
fi
nbpages=0;
cleancslor $PAGES;
PAGES=${result%,};
myecho 2+ "   * pages to display: ${PAGES} (${nbpages} pages)";
if [[ $nbpages -le 0 ]]; then
    myecho 1+ "   No pages to include. Aborting."
    exit 0;
fi

######################################################################
## set up some variables
######################################################################
## clipping option
if [[ $CLIP != 0 ]]; then
    myecho 2+ "   clipping pages (anything outside bounding box will be dropped)";
    CLIPOPT=",clip";
else
    myecho 2+ "   not clipping pages (anything outside bounding box will be displayed)";
    myecho 2+ "   (pages may overlap)";
    CLIPOPT="";    
fi

## whether the frame should be tight around pages, or loose (use all width)
if [[ $TIGHT_FRAME -eq 1 ]]; then
    TIGHT_FRAMEBOX="\fbox";
    WIDE_FRAMEBOX="";
else
    TIGHT_FRAMEBOX="";
    WIDE_FRAMEBOX="\fbox";
fi

## special case: if booklet, we force the numbers of rows and cols
if [[ $BOOKLET != 0 ]]; then
  if [[ $NB_COLUMNS != 2 || $NB_ROWS != 1 || $LANDSCAPE == 0 ]]; then
      myecho 1+ "    forcing booklet mode: 2 columns, 1 row, landscape mode";
      NB_COLUMNS=2; NB_ROWS=1; LANDSCAPE=1;
  fi
fi

## check watermarking file
nbwp=1; ## set even if no watemark
if [[ $WATERMARK_FILE != "" ]]; then
    if [[ ! -e $WATERMARK_FILE ]]; then
	myecho 1+ "    pdfxup: watermarking file not found. Omiting watermarking."
    else
	myecho 2+ " * using file $WATERMARK_FILE for watermarking";
    fi
fi

## get number of pages of WATERMARK_FILE (PDF) file
if [[ $WATERMARK_FILE != "" ]]; then
    if [[ -e $WATERMARK_FILE ]]; then
	if [[ `file -b $WATERMARK_FILE | grep "PDF"` ]]; then
	    ## copy file in case it contains spaces
	    cp "$WATERMARK_FILE" $watermarkfilename.pdf
	    nbwp=`$GS $GSOPTWATERMARK -sDEVICE=bbox -dNOPAUSE -dQUIET -c "($watermarkfilename.pdf) (r) file runpdfbegin pdfpagecount = quit"`
	    if [[ $WATERMARK_PERIOD -gt $nbwp || $WATERMARK_PERIOD -lt 1 ]]; then
		WATERMARK_PERIOD=$nbwp;
	    fi
	fi
    fi
fi

######################################################################
## start computing bounding box
######################################################################
x=$x0
y=$y0
w=$w0
h=$h0
curr=0
page=0
step=0

if [[ $KEEP_ORIG_BBOX == 0 ]]; then
    if [[ $SBB == 0 ]]; then
	myecho 1+ -n "-> computing bounding box";
	myecho 2+ "";
	
	for r in ${INCLUDE_FOR_BBOX//,/$IFS}; 
	do 
	    case $r in
		+([0-9]))
		    first=$r;
                    last=$r;;
	        -+([0-9]))
                    first=1;
		    last=`echo $r|tr -d -`;;
                +([0-9])-)
                    first=`echo $r|tr -d -`;
	            last=$nbp;;
                +([0-9])-+([0-9]))
                    first=`echo $r|cut -d- -f1`;
		    last=`echo $r|cut -d- -f2`;;
	        -)
		    first=1;
		    last=$nbp;;
	    esac
	    myecho 2+ " * $GS -dNOPAUSE -dSAFER -dQUIET -dBATCH -dFirstPage=$first -dLastPage=$last -sDEVICE=bbox $inputfilename.pdf"
	    $GS -dNOPAUSE -dSAFER -dQUIET -dBATCH -dFirstPage=$first -dLastPage=$last -sDEVICE=bbox $inputfilename.pdf 2>&1 | 
		while IFS= read -r line; do
		    bbox=`echo $line | grep "%%BoundingBox" | sed "s/^.*Box: //"`;
		    if [[ $bbox != "" ]]; then 
			for i in `echo $line | grep "%%BoundingBox" | sed "s/^.*Box: //"`; do
			    if [[ $curr == 0 ]]; then
				eval page=$(( page+1 ));
			    fi
			    case $curr in
 				0)
 				    thisx=$i;
 				    #if [[ $x -gt $i ]]; then x=$i; fi
 				    ;;
 				1)
 				    thisy=$i;
 				    #if [[ $y -gt $i ]]; then y=$i; fi
 				    ;;
 				2)
 				    thisw=$i;
 				    #if [[ $w -lt $i ]]; then w=$i; fi
 				    ;;
 				3)
 				    thish=$i;
 				    #if [[ $h -lt $i ]]; then h=$i; fi
				    ifinrangelist $page $EXCLUDE_FOR_BBOX;
				    if [ $in == 0 ]; then
					eval step=$(( step+1 ));
 					if [[ $x -lt 0 || $x -gt $thisx && $thisx+$thisw -gt 0 ]]; then x=$thisx; fi
 					if [[ $y -lt 0 || $y -gt $thisy && $thisy+$thish -gt 0 ]]; then y=$thisy; fi
 					if [[ $w -lt 0 || $w -lt $thisw && $thisx+$thisw -gt 0 ]]; then w=$thisw; fi
 					if [[ $h -lt 0 || $h -lt $thish && $thisy+$thish -gt 0 ]]; then h=$thish; fi
					myecho 1 -n "."
					myecho 2 -ne "     bbox: x=$x y=$y X=$w Y=$h  (step $step)       \\r";
					myecho 3+    "     bbox: x=$x y=$y X=$w Y=$h  (step $step)       ";
				    fi
 				    ;;
			    esac
			    eval curr=$(( (curr+1) % 4 ));
			done
		    fi
		done;
        done;
	myecho 2- "";
    else
	x=$BBX;
	y=$BBY;
	w=$BBW;
	h=$BBH;
    fi
fi

EMPTYBB=$KEEP_ORIG_BBOX;
if [[ $KEEP_ORIG_BBOX == 0 && $x -eq $x0 &&
      $y -eq $y0 && 
      $h -eq $h0 && 
      $w -eq $w0 ]]; then
    myecho 1+ " * empty bounding box; keeping original margins";
    EMPTYBB=1;
    #exit 1;
fi

if [[ $SINCLUDE_FOR_BBOX == 0 && $EMPTYBB == 0 ]]; then
    myecho 1 -n "."
    myecho 2+ -ne "     bbox: x=$x y=$y X=$w Y=$h  (final)              \\r";
    myecho 3+ "";
    myecho 3+ -ne "     (processed $page pages)                         \\r";
    myecho 1+ "";
fi

if [[ $COMPUTE_BBOX_ONLY != 0 ]]; then
    myecho 1+ "   final bounding box: x=$x y=$y X=$w Y=$h";
    cleanup;
    exit 0;
fi

## compute options to pass to \includegraphics
#INNER_HMARGIN=${INNER_HMARGIN%pt};
#INNER_VMARGIN=${INNER_VMARGIN%pt};
if [[ $EMPTYBB -eq 0 ]]; then 
#    eval x=$((x-INNER_HMARGIN))
#    eval y=$((y-INNER_VMARGIN))
#    eval w=$((w+INNER_HMARGIN))
#    eval h=$((h+INNER_VMARGIN))
    BBOPTION="viewport=$x $y $w $h";
else
#    BBOPTION="trim=-$INNER_HMARGIN -$INNER_VMARGIN -$INNER_HMARGIN -$INNER_VMARGIN";
    BBOPTION="trim=0 0 0 0";
fi

######################################################################
## start writing .tex file
######################################################################
cat > $filename.tex <<EOF
  \newif\ifbooklet
  \newif\iflongedge
EOF
case $BOOKLET in
    0)
	echo "  \bookletfalse" >> $filename.tex;;
    2)
	echo "  \booklettrue" >> $filename.tex
	echo "  \longedgefalse" >> $filename.tex;;
    *)
	echo "  \booklettrue" >> $filename.tex
	echo "  \longedgetrue" >> $filename.tex;;
esac

cat >> $filename.tex <<EOF
  \def\pdfxupfile{$inputfilename.pdf}
  \def\pdfxuppagelist{$PAGES}
  \def\pdfxupoutputpaper{$PAPERSIZE}
  \def\pdfxupoutputlandscape{$LANDSCAPE}
  \def\pdfxupnbhoriz{$NB_COLUMNS}
  \def\pdfxupnbvert{$NB_ROWS}
  \def\pdfxupnbpages{$nbpages}
  \def\pdfxupvmargin{$VMARGIN}
  \def\pdfxuphmargin{$HMARGIN}
  \def\pdfxupinnervmargin{$INNER_VMARGIN}
  \def\pdfxupinnerhmargin{$INNER_HMARGIN}
  \def\pdfxupintermvspace{$INTERM_VSPACE}
  \def\pdfxupintermhspace{$INTERM_HSPACE}
  \def\pdfxupframewidth{$FRAME_WIDTH}
  \def\pdfxupemptybb{$EMPTYBB}
  \def\pdfxupx{$x}
  \def\pdfxupy{$y}
  \def\pdfxupw{$w}
  \def\pdfxuph{$h}
  \def\pdfxupfilename{$filename}
  \def\pdfxupwatermark{$WATERMARK_FILE}
  \def\pdfxupnbwp{$nbwp}
  \def\pdfxupwperiod{$WATERMARK_PERIOD}
  \def\pdfxupclipopt{$CLIPOPT}
  \def\pdfxupwidefbox{$WIDE_FRAMEBOX}
  \def\pdfxuptightfbox{$TIGHT_FRAMEBOX}
  \def\pdfxupbbox{$BBOPTION}
  \def\columnmode{$COLUMN}
  \def\balancelast{$BALANCELAST}

\input{pdfxup-template}

EOF

######################################################################
## produce PDF output
######################################################################
myecho 1+ "-> producing final file";
case $VERBOSITY in
    0|1|2)
	myecho 2+ " * $PDFLATEX -interaction=nonstopmode $filename.tex"
	$PDFLATEX -interaction=batchmode $filename.tex > /dev/null 2>&1 || \
	    LATEXFAILED=1;;
    *)
	myecho 3+ " * $PDFLATEX -interaction=nonstopmode $filename.tex"
	$PDFLATEX -interaction=nonstopmode $filename.tex || LATEXFAILED=1;;
esac

######################################################################
## clean up
######################################################################
if [[ $LATEXFAILED -eq 1 ]]; then
    myecho 1+ "$PDFLATEX: compilation failed!"
    myecho 1+ "Use option '-d' to get and analyse failing file."
    cleanup
    exit 0;
fi
if [[ $EMPTYBB -eq 0 ]]; then
    myecho 0+ "   final scale: "`cat $filename.scl | sed -e "s/pt$//"`"%"
fi
if [[ $SILENTLY_OVERWRITE -eq 1 ]]; then
    myecho 2+ " * mv $MVopt $filename.pdf \"$OUTPUTFILE\""
    mv $MVopt $filename.pdf "$OUTPUTFILE"
else
    myecho 2+ " * mv $MVopt -i $filename.pdf \"$OUTPUTFILE\""
    mv $MVopt -i $filename.pdf "$OUTPUTFILE"    
fi
cleanup
exit 0

##################################################################
##
##     Manual
##
##################################################################
pdfxup creates a PDF document where each page is obtained by
combining several pages of a PDF file given as output. The
important feature of pdfxup, compared to similar programs,
is that it tries to compute the (global) bounding box of the
input PDF file, in order to remove the margins and to keep
the text only. Instead of having the font size divided by 2
(for the case of 2-up output), in some case you may end up
with the same font size as in the original document (as is
the case for a default 'article' document produced by LaTeX).

pdfxup has numerous options:
 * '-x n' and '-y n' can be used to change the number of
   rows and columns of the resulting document. 
   [default: -x2 -y1]
 * '-l n' turns the output to landscape (n=1) or portrait
   (n=0). 
   [default: -l1]
 * '-b n' toggles the 'booklet' mode: the resulting PDF can
   be printed and folded as a booklet. Printing such a
   booklet requires 2-sided printing, which can follow
   either the 'long-edge' or the 'short edge' of the paper.
   'long-edge' seems to be the most commonly used, but using
   '-b se' while produce a PDF booklet for 'short-edge'
   2-sided printing.
 * '-c' clips pages to their bounding box: this is set by
   default, so that any content outside bounding box will be
   lost. Using "-c 0", anything outside the bounding box will
   be displayed, and may overlap neighbouring pages.
 * '-p' can be used to only consider a set of pages of the 
   input file. The set of pages to include is a comma-
   separated list of pages, ranges of pages of the form
   'm-n', or sets of pages of the form "0%2" (all even-
   numbered pages).  Alternatively to '-p', the page range
   can be specified after the file name, writing
   'file.pdf:<list>' in place of '-p <list>'. 
 * '-bb' can be used to list the pages to be taken into
   account when computing the bounding box. This is
   especially useful for large documents, because computing the
   bounding box on each page can be long, and because
   computing the bounding box over the first 10 pages is
   usually enough... This will not change the number of pages 
   included in the final document.
   Several '-bb' options can be given, which will result in
   considering the union of all the intervals.
 * '-nobb' is used to remove pages from the computation of
   the bounding box. This is useful if one page has e.g.
   special headers (e.g. for arXiv papers). Notice that the
   bounding box of those pages will still be computed by
   ghostscript, so this does not save time. I'd be grateful
   to anyone willing to implement difference of unions of
   intervals...  ;-)
 * '-fw d' defines the width of the frame around each page.
   Set to 0pt to have no frame at all.
 * inner margins: margins to be added between each frame and
   its included page.
 * margins: margins of the final document
 * spacing: spacing between frames
 * '-w file' can be used to add watermarking to all pages. The
   file can be anything that pdflatex can handle (eg. png, pdf).
   If it is a PDF with several pages, page n of the watermarking 
   file will be used with page n of the input file. By default, 
   the last page will be repeated if the input file has more 
   pages than the watermarking file. This behaviour can be 
   modified with the '-wp n' options, which asks to repeat the 
   last n pages instead of only the last one. Setting `-wp 0`
   will repeat all the pages of the watermarking file.

##################################################################
##
##     Examples
##
##################################################################

# pdfxup file.pdf
  -> creates pdfxup.pdf from file.pdf with default options
     (2-up, margins=5pt)
# pdfxup -bb 1-4 file.pdf
  -> same behaviour, but computes the bounding box only using the 
     first 4 pages
     (this saves time when processing long documents)
# pdfxup -b file.pdf
  -> same behaviour, but creates a booklet
# pdfxup -kbb -b -o booklet.pdf file.pdf:3-25
  -> creates a booklet from pages 3-25 of file.pdf, without 
     reducing margins (option '-kbb' disables bounding-box 
     computation; equivalent to e.g. '-bb 0'); 
     name the resulting file booklet.pdf.
# pdfxup -kbb -x1 -y2 -l0 beamer-frames.pdf
  -> arranges 2 beamer frames per page (not reducing margins)
# pdfxup -kbb -x2 -y2 -l1 beamer-frames.pdf
  -> arranges 4 beamer frames per page (not reducing margins)
# pdfxup -fw0 -w draft.png file.pdf
  -> remove frame border; add 'draft' watermarking on all pages

##################################################################
##
##     Releases
##
##################################################################
Author: Nicolas Markey 
Please send your comments and bug reports to <pdfxup@markey.fr>

v1.00 (2015/08/23)
 - first release

v1.10 (2015/09/08)
 - added option 'booklet'
 - corrected numerous computation/spacing bugs in LaTeX file
 - added succinct documentation

v1.20 (2015/09/11)
 - added options -nobb, -bb, -p
 - solved bug with dots in PDF file names

v1.30 (2015/10/06)
 - added options -g and -s for getting and then manually
 - setting bounding box.
 - created man page

v1.50 (2019/12/31)
 - added the -c option (to clip pages)
 - corrected + improved option -p
 - added watermarking

v1.51 (2020/01/06)
 - corrected bug in dimtopt() (conversion mm to pt)

v1.60 (2020/06/24)
 - added --allow-file-read=... option for ghostscript >= 9.28
   (thanks to Janis Kalofolias for pointing out the problem)
 - allow file names containing spaces 
 - better inclusion of watermarks

v1.61 (2020/10/21)
 - clean up after option '-g' (thanks to Oliver Redner)

v2.00 (2020/12/17)
 - fixed a bug with inner margins
 - added --tight-frame option: tells whether the frame should
   be tight around the page (and leave horizontal white space 
   outside the frame), or as large as possible.
 - added --config-file option: configuration files (default
   extension .xup) can be used to define default values
   for frequent situations.
 - cleaned-up man page, adding some missing options (thanks
   to Louis Gostiaux for pointing undocumented options)

v2.10 (2021/04/25)
 - fixed a bug with ghostscript adding a patch-level number in their
   version number. This is the bug reported in 
     https://bugs.debian.org/cgi-bin/bugreport.cgi?bug=976080
   It was solved with the help of Christian Gnaegi.
 - fixed 2 bugs in the computations of size of pages
 - fixed a bug which inhibited short-edge option of booklets
 - added options --col (to fill in pages vertically first) and --bal
   (to balance columns (or rows) the last page). This feature was
   requested by Philipp Killinger.

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