% Copyright (C) 1993, 1994, 1995, 1997 Aladdin Enterprises. All rights reserved.% % This software is provided AS-IS with no warranty, either express or% implied.% % This software is distributed under license and may not be copied,% modified or distributed except as expressly authorized under the terms% of the license contained in the file LICENSE in this distribution.% % For more information about licensing, please refer to% http://www.ghostscript.com/licensing/. For information on% commercial licensing, go to http://www.artifex.com/licensing/ or% contact Artifex Software, Inc., 101 Lucas Valley Road #110,% San Rafael, CA 94903, U.S.A., +1(415)492-9861. % $Id: font2pcl.ps,v 1.5 2002/06/02 12:03:28 mpsuzuki Exp $% font2pcl.ps% Write out a font as a PCL bitmap font. /pcldict 60 dict def % Write out the current font as a PCL bitmap font.% The current transformation matrix defines the font size and orientation. /WriteResolution? false def % true=use "resolution bound font" format, % false=use older format /LJ4 false def % true=use LJ4 Typeface code % false=use LJIIP/IID/IIIx Typeface code pcldict begin % internal procedures /findstring % <string> <substring> findstring <bool> { search { pop pop pop true } { pop false } ifelse } def % Determine which set of keywords is present in a string. % The last keyword set must be empty. /keysearch % <string> <array of arrays of keywords> keysearch <index> { 0 1 2 index length 1 sub { 2 copy get true exch { % Stack: <string> <a.a.k.> <index> <bool> <keyword> 4 index exch findstring and } forall { 0 exch getinterval exit } if pop } for exch pop length % invalid index if missing } def % Determine the device height of a string in quarter-dots. /charheight % <string> charheight <int> { gsave newpath 0 0 moveto false charpath pathbbox exch pop exch sub exch pop 0 exch grestore dtransform add abs 4 mul cvi } def % Compute an integer version of the transformed FontBBox. /inflate % <num> inflate <num> { dup 0 gt { ceiling } { floor } ifelse } def/ixbbox % - ixbbox <llx> <lly> <urx> <ury> { /FontBBox load aload pop % might be executable or literal 4 2 roll transform exch truncate cvi exch truncate cvi 4 2 roll transform exch inflate cvi exch inflate cvi } def % Determine the original font of a possibly transformed font. % Since some badly behaved PostScript files construct transformed % fonts "by hand", we can't just rely on the OrigFont pointers. % Instead, if a font with the given name exists, and if its % entries for FontType and UniqueID match those of the font we % obtain by following the OrigFont chain, we use that font. /origfont { { dup /OrigFont known not { exit } if /OrigFont get } loop FontDirectory 1 index /FontName get .knownget { % Stack: origfont namedfont 1 index /FontType get 1 index /FontType get eq { 1 index /UniqueID .knownget { 1 index /UniqueID .knownget { eq { exch } if } { pop } ifelse } if } if pop } if } def % Determine the bounding box of the current device's image. % Free variables: row, zerow. /devbbox % <rw> <rh> devbbox <ymin> <ymax1> <xmin> <xmax1> { % Find top and bottom whitespace. dup { dup 0 eq { exit } if 1 sub dup currentdevice exch row copyscanlines zerow ne { 1 add exit } if } loop % ymax1 0 { 2 copy eq { exit } if dup currentdevice exch row copyscanlines zerow ne { exit } if 1 add } loop % ymin exch % Find left and right whitespace. 3 index 0 % Stack: rw rh ymin ymax1 xmin xmax1 3 index 1 4 index 1 sub { currentdevice exch row copyscanlines .findzeros exch 4 1 roll .max 3 1 roll .min exch } for % xmin xmax1 % Special check: xmin > xmax1 if height = 0 2 copy gt { exch pop dup } if 6 -2 roll pop pop } def % Write values on outfile. /w1 { 255 and outfile exch write } def /w2 { dup -8 bitshift w1 w1 } def /wbyte % <byte> <label> wbyte { VDEBUG { print ( =byte= ) print dup == flush } { pop } ifelse w1 } def /wword % <word16> <label> wword { VDEBUG { print ( =word= ) print dup == flush } { pop } ifelse w2 } def /wdword % <word32> <label> wdword { VDEBUG { print ( =dword= ) print dup == flush } { pop } ifelse dup -16 bitshift w2 w2 } def /style.posture.keys [ { (Italic) } { (Oblique) } { } ] def/style.posture.values <010100> def /style.appearance.width.keys [ { (Ultra) (Compressed) } { (Extra) (Compressed) } { (Extra) (Condensed) } { (Extra) (Extended) } { (Extra) (Expanded) } { (Compressed) } { (Condensed) } { (Extended) } { (Expanded) } { } ] def/style.appearance.width.values <04030207070201060600> def /width.type.keys [ { (Ultra) (Compressed) } { (Extra) (Compressed) } { (Extra) (Condensed) } { (Extra) (Expanded) } { (Compressed) } { (Condensed) } { (Expanded) } { } ] def/width.type.values <fbfcfd03fdfe0200> def /stroke.weight.keys [ { (Ultra) (Thin) } { (Ultra) (Black) } { (Extra) (Thin) } { (Extra) (Light) } { (Extra) (Bold) } { (Extra) (Black) } { (Demi) (Light) } { (Demi) (Bold) } { (Semi) (Light) } { (Semi) (Bold) } { (Thin) } { (Light) } { (Bold) } { (Black) } { } ] def/stroke.weight.values <f907fafc0406fe02ff01fbfd030500> def /vendor.keys [ { (Agfa) } { (Bitstream) } { (Linotype) } { (Monotype) } { (Adobe) } { } ] def/vendor.default.index 4 def % might as well be Adobe/old.vendor.values <020406080a00> def/new.vendor.values <010203040500> def/vendor.initials (CBLMA\000) def currentdict readonly end pop % pcldict % Convert and write a PCL font for the current font and transformation. % Write the font header. We split this off only to avoid overflowing% the limit on the maximum size of a procedure.% Free variables: outfile uury u0y rw rh orientation uh ully/writefontheader { outfile (\033\)s) writestring outfile 64 WriteResolution? { 4 add } if Copyright length add write==only outfile (W) writestring WriteResolution? { 20 68 } { 0 64 } ifelse (Font Descriptor Size) wword (Header Format) wbyte 1 (Font Type) wbyte FullName style.posture.keys keysearch style.posture.values exch get FullName style.appearance.width.keys keysearch style.appearance.width.values exch get 4 mul add PaintType 2 eq { 32 add } if /style exch def style -8 bitshift (Style MSB) wbyte 0 (Reserved) wbyte /baseline uury 1 sub u0y sub def baseline (Baseline Position) wword rw (Cell Width) wword rh (Cell Height) wword orientation (Orientation) wbyte FontInfo /isFixedPitch .knownget not { false } if { 0 } { 1 } ifelse (Spacing) wbyte % Use loop/exit to fake a multiple-exit block. { Encoding StandardEncoding eq { 10 (J) exit } if Encoding ISOLatin1Encoding eq { 11 (J) exit } if Encoding SymbolEncoding eq { 19 (M) exit } if Encoding DingbatsEncoding eq { 10 (L) exit } if% (Warning: unknown Encoding, using ISOLatin1.\n) print flush 11 (J) exit } loop 0 get 64 sub exch 32 mul add (Symbol Set) wword ( ) stringwidth pop 0 dtransform add abs 4 mul /pitch exch def pitch cvi (Pitch) wword uh 4 mul (Height) wword % Height (x) charheight (x-Height) wword FullName width.type.keys keysearch width.type.values exch get (Width Type) wbyte style 255 and (Style LSB) wbyte FullName stroke.weight.keys keysearch stroke.weight.values exch get (Stroke Weight) wbyte FullName vendor.keys keysearch dup vendor.initials exch get 0 eq { % No vendor in FullName, try Notice pop Copyright vendor.keys keysearch dup vendor.initials exch get 0 eq { pop vendor.default.index } if } if /vendor.index exch def 0 (Typeface LSB) wbyte % punt 0 (Typeface MSB) wbyte % punt 0 (Serif Style) wbyte % punt 2 (Quality) wbyte 0 (Placement) wbyte gsave FontMatrix concat rot neg rotate /ulwidth FontInfo /UnderlineThickness .knownget { 0 exch dtransform exch pop abs } { resolution 100 div } ifelse def FontInfo /UnderlinePosition .knownget { 0 exch transform exch pop negY ulwidth 2 div add } { ully ulwidth add } ifelse u0y sub round cvi 1 .max 255 .min (Underline Position) wbyte ulwidth round cvi 1 .max 255 .min (Underline Thickness) wbyte grestore uh 1.2 mul 4 mul cvi (Text Height) wword (average lowercase character) dup stringwidth pop 0 dtransform add abs exch length div 4 mul cvi (Text Width) wword 0 { dup Encoding exch get /.notdef ne { exit } if 1 add } loop (First Code) wword 255 { dup Encoding exch get /.notdef ne { exit } if 1 sub } loop (Last Code) wword pitch dup cvi sub 256 mul cvi (Pitch Extended) wbyte 0 (Height Extended) wbyte 0 (Cap Height) wword % (default) currentfont /UniqueID known { UniqueID } { 0 } ifelse 16#c1000000 add (Font Number (Adobe UniqueID)) wdword FontName length 16 .max string dup FontName exch cvs pop outfile exch 0 16 getinterval writestring % Font Name WriteResolution? { resolution dup (X Resolution) wword (Y Resolution) wword } if outfile Copyright writestring % Copyright } def /writePCL % <fontfile> <resolution> writePCL - { save currentfont begin pcldict begin 80 dict begin % allow for recursion /saved exch def /resolution exch def /outfile exch def matrix currentmatrix dup 4 0 put dup 5 0 put setmatrix % Supply some default values so we don't have to check later. currentfont /FontInfo known not { /FontInfo 1 dict def } if currentfont /FontName known not { /FontName () def } if /Copyright FontInfo /Notice .knownget not { () } if def /FullName FontInfo /FullName .knownget not { FontName dup length string cvs } if def % Determine the original font, and its relationship to this one. /OrigFont currentfont origfont def /OrigMatrix OrigFont /FontMatrix get def /OrigMatrixInverse OrigMatrix matrix invertmatrix def /ScaleMatrix matrix currentfont OrigFont ne { FontMatrix exch OrigMatrixInverse exch concatmatrix } if def /CurrentScaleMatrix matrix currentmatrix matrix defaultmatrix dup 0 get 1 index 3 get mul 0 lt 1 index dup 1 get exch 2 get mul 0 gt or /flipY exch def dup invertmatrix dup concatmatrix def /negY flipY { {neg} } { {} } ifelse def % Print debugging information. /CDEBUG where { pop } { /CDEBUG false def } ifelse /VDEBUG where { pop } { /VDEBUG false def } ifelse CDEBUG { /VDEBUG true def } if DEBUG { (currentmatrix: ) print matrix currentmatrix == (defaultmatrix: ) print matrix defaultmatrix == (flipY: ) print flipY == (scaling matrix: ) print CurrentScaleMatrix == (FontMatrix: ) print FontMatrix == (FontBBox: ) print /FontBBox load == currentfont OrigFont ne { OrigFont /FontName .knownget { (orig FontName: ) print == } if (orig FontMatrix: ) print OrigMatrix == } if currentfont /ScaleMatrix .knownget { (ScaleMatrix: ) print == } if gsave FontMatrix concat (combined matrix: ) print matrix currentmatrix == grestore flush } if % Determine the orientation. ScaleMatrix matrix currentmatrix dup concatmatrix 0 1 3 { 1 index 1 get 0 eq 2 index 2 get 0 eq and 2 index 0 get 0 gt and { exit } if pop -90 matrix rotate exch dup concatmatrix } for dup type /integertype ne { (Only rotations by multiples of 90 degrees are supported:\n) print == flush saved end end end restore stop } if /orientation exch def /rot orientation 90 mul def DEBUG { (orientation: ) print orientation == flush } if dup dup 0 get exch 3 get negY sub abs 0.5 ge { (Only identical scaling in X and Y is supported:\n) print exch flipY 3 array astore == currentdevice .devicename == matrix defaultmatrix == flush saved end end end restore stop } if pop % Determine the font metrics, in the PCL character coordinate system, % which has +Y going towards the top of the page. gsave FontMatrix concat 0 0 transform negY round cvi /r0y exch def round cvi /r0x exch def ixbbox negY /rury exch def /rurx exch def negY /rlly exch def /rllx exch def /rminx rllx rurx .min def /rminy rlly negY rury negY .min def /rw rurx rllx sub abs def /rh rury rlly sub abs def gsave rot neg rotate 0 0 transform negY round cvi /u0y exch def round cvi /u0x exch def ixbbox negY /uury exch def /uurx exch def negY /ully exch def /ullx exch def /uw uurx ullx sub def /uh uury ully sub def grestore DEBUG { (rmatrix: ) print matrix currentmatrix == (rFontBBox: ) print [rllx rlly rurx rury] == (uFontBBox: ) print [ullx ully uurx uury] == flush } if grestore % Disable the character cache, to avoid excessive allocation % and memory sandbars. mark cachestatus /upper exch def cleartomark 0 setcachelimit % Write the font header. writefontheader % Establish an image device for rasterizing characters. matrix currentmatrix dup 4 rminx neg put dup 5 rminy neg put % Round the width up to a multiple of 8 % so we don't get garbage bits in the last byte of each row. rw 7 add -8 and rh <ff 00> makeimagedevice /cdevice exch def nulldevice % prevent page device switching cdevice setdevice % Rasterize each character in turn. /raster rw 7 add 8 idiv def /row raster string def /zerow row length string def 0 1 Encoding length 1 sub { /cindex exch def Encoding cindex get /.notdef ne { VDEBUG { Encoding cindex get == flush } if erasepage initgraphics 0 0 moveto currentpoint transform add ( ) dup 0 cindex put show currentpoint transform add exch sub round cvi /cwidth exch abs def rw rh devbbox VDEBUG { (image bbox: ) print 4 copy 4 2 roll 4 array astore == flush } if % Save the device bounding box. % Note that this is in current device coordinates, % not PCL (right-handed) coordinates. /bqx exch def /bpx exch def /bqy exch def /bpy exch def % Re-render with the character justified to (0,0). % This may be either the lower left or the upper left corner. bpx neg bpy neg idtransform moveto erasepage VDEBUG { (show point: ) print [ currentpoint transform ] == flush } if ( ) dup 0 cindex put show % Find the bounding box. Note that xmin and ymin are now 0, % xmax1 = xw, and ymax1 = yh. rw rh devbbox /xw exch def % xmin or ymin can be non-zero only if the character is blank. xw 0 eq { pop }Lines 1–500 of 603. Load more
% Copyright (C) 1993, 1994, 1995, 1997 Aladdin Enterprises. All rights reserved. % % This software is provided AS-IS with no warranty, either express or % implied. % % This software is distributed under license and may not be copied, % modified or distributed except as expressly authorized under the terms % of the license contained in the file LICENSE in this distribution. % % For more information about licensing, please refer to % http://www.ghostscript.com/licensing/. For information on % commercial licensing, go to http://www.artifex.com/licensing/ or % contact Artifex Software, Inc., 101 Lucas Valley Road #110, % San Rafael, CA 94903, U.S.A., +1(415)492-9861. % $Id: font2pcl.ps,v 1.5 2002/06/02 12:03:28 mpsuzuki Exp $ % font2pcl.ps % Write out a font as a PCL bitmap font. /pcldict 60 dict def % Write out the current font as a PCL bitmap font. % The current transformation matrix defines the font size and orientation. /WriteResolution? false def % true=use "resolution bound font" format, % false=use older format /LJ4 false def % true=use LJ4 Typeface code % false=use LJIIP/IID/IIIx Typeface code pcldict begin % internal procedures /findstring % <string> <substring> findstring <bool> { search { pop pop pop true } { pop false } ifelse } def % Determine which set of keywords is present in a string. % The last keyword set must be empty. /keysearch % <string> <array of arrays of keywords> keysearch <index> { 0 1 2 index length 1 sub { 2 copy get true exch { % Stack: <string> <a.a.k.> <index> <bool> <keyword> 4 index exch findstring and } forall { 0 exch getinterval exit } if pop } for exch pop length % invalid index if missing } def % Determine the device height of a string in quarter-dots. /charheight % <string> charheight <int> { gsave newpath 0 0 moveto false charpath pathbbox exch pop exch sub exch pop 0 exch grestore dtransform add abs 4 mul cvi } def % Compute an integer version of the transformed FontBBox. /inflate % <num> inflate <num> { dup 0 gt { ceiling } { floor } ifelse } def /ixbbox % - ixbbox <llx> <lly> <urx> <ury> { /FontBBox load aload pop % might be executable or literal 4 2 roll transform exch truncate cvi exch truncate cvi 4 2 roll transform exch inflate cvi exch inflate cvi } def % Determine the original font of a possibly transformed font. % Since some badly behaved PostScript files construct transformed % fonts "by hand", we can't just rely on the OrigFont pointers. % Instead, if a font with the given name exists, and if its % entries for FontType and UniqueID match those of the font we % obtain by following the OrigFont chain, we use that font. /origfont { { dup /OrigFont known not { exit } if /OrigFont get } loop FontDirectory 1 index /FontName get .knownget { % Stack: origfont namedfont 1 index /FontType get 1 index /FontType get eq { 1 index /UniqueID .knownget { 1 index /UniqueID .knownget { eq { exch } if } { pop } ifelse } if } if pop } if } def % Determine the bounding box of the current device's image. % Free variables: row, zerow. /devbbox % <rw> <rh> devbbox <ymin> <ymax1> <xmin> <xmax1> { % Find top and bottom whitespace. dup { dup 0 eq { exit } if 1 sub dup currentdevice exch row copyscanlines zerow ne { 1 add exit } if } loop % ymax1 0 { 2 copy eq { exit } if dup currentdevice exch row copyscanlines zerow ne { exit } if 1 add } loop % ymin exch % Find left and right whitespace. 3 index 0 % Stack: rw rh ymin ymax1 xmin xmax1 3 index 1 4 index 1 sub { currentdevice exch row copyscanlines .findzeros exch 4 1 roll .max 3 1 roll .min exch } for % xmin xmax1 % Special check: xmin > xmax1 if height = 0 2 copy gt { exch pop dup } if 6 -2 roll pop pop } def % Write values on outfile. /w1 { 255 and outfile exch write } def /w2 { dup -8 bitshift w1 w1 } def /wbyte % <byte> <label> wbyte { VDEBUG { print ( =byte= ) print dup == flush } { pop } ifelse w1 } def /wword % <word16> <label> wword { VDEBUG { print ( =word= ) print dup == flush } { pop } ifelse w2 } def /wdword % <word32> <label> wdword { VDEBUG { print ( =dword= ) print dup == flush } { pop } ifelse dup -16 bitshift w2 w2 } def /style.posture.keys [ { (Italic) } { (Oblique) } { } ] def /style.posture.values <010100> def /style.appearance.width.keys [ { (Ultra) (Compressed) } { (Extra) (Compressed) } { (Extra) (Condensed) } { (Extra) (Extended) } { (Extra) (Expanded) } { (Compressed) } { (Condensed) } { (Extended) } { (Expanded) } { } ] def /style.appearance.width.values <04030207070201060600> def /width.type.keys [ { (Ultra) (Compressed) } { (Extra) (Compressed) } { (Extra) (Condensed) } { (Extra) (Expanded) } { (Compressed) } { (Condensed) } { (Expanded) } { } ] def /width.type.values <fbfcfd03fdfe0200> def /stroke.weight.keys [ { (Ultra) (Thin) } { (Ultra) (Black) } { (Extra) (Thin) } { (Extra) (Light) } { (Extra) (Bold) } { (Extra) (Black) } { (Demi) (Light) } { (Demi) (Bold) } { (Semi) (Light) } { (Semi) (Bold) } { (Thin) } { (Light) } { (Bold) } { (Black) } { } ] def /stroke.weight.values <f907fafc0406fe02ff01fbfd030500> def /vendor.keys [ { (Agfa) } { (Bitstream) } { (Linotype) } { (Monotype) } { (Adobe) } { } ] def /vendor.default.index 4 def % might as well be Adobe /old.vendor.values <020406080a00> def /new.vendor.values <010203040500> def /vendor.initials (CBLMA\000) def currentdict readonly end pop % pcldict % Convert and write a PCL font for the current font and transformation. % Write the font header. We split this off only to avoid overflowing % the limit on the maximum size of a procedure. % Free variables: outfile uury u0y rw rh orientation uh ully /writefontheader { outfile (\033\)s) writestring outfile 64 WriteResolution? { 4 add } if Copyright length add write==only outfile (W) writestring WriteResolution? { 20 68 } { 0 64 } ifelse (Font Descriptor Size) wword (Header Format) wbyte 1 (Font Type) wbyte FullName style.posture.keys keysearch style.posture.values exch get FullName style.appearance.width.keys keysearch style.appearance.width.values exch get 4 mul add PaintType 2 eq { 32 add } if /style exch def style -8 bitshift (Style MSB) wbyte 0 (Reserved) wbyte /baseline uury 1 sub u0y sub def baseline (Baseline Position) wword rw (Cell Width) wword rh (Cell Height) wword orientation (Orientation) wbyte FontInfo /isFixedPitch .knownget not { false } if { 0 } { 1 } ifelse (Spacing) wbyte % Use loop/exit to fake a multiple-exit block. { Encoding StandardEncoding eq { 10 (J) exit } if Encoding ISOLatin1Encoding eq { 11 (J) exit } if Encoding SymbolEncoding eq { 19 (M) exit } if Encoding DingbatsEncoding eq { 10 (L) exit } if % (Warning: unknown Encoding, using ISOLatin1.\n) print flush 11 (J) exit } loop 0 get 64 sub exch 32 mul add (Symbol Set) wword ( ) stringwidth pop 0 dtransform add abs 4 mul /pitch exch def pitch cvi (Pitch) wword uh 4 mul (Height) wword % Height (x) charheight (x-Height) wword FullName width.type.keys keysearch width.type.values exch get (Width Type) wbyte style 255 and (Style LSB) wbyte FullName stroke.weight.keys keysearch stroke.weight.values exch get (Stroke Weight) wbyte FullName vendor.keys keysearch dup vendor.initials exch get 0 eq { % No vendor in FullName, try Notice pop Copyright vendor.keys keysearch dup vendor.initials exch get 0 eq { pop vendor.default.index } if } if /vendor.index exch def 0 (Typeface LSB) wbyte % punt 0 (Typeface MSB) wbyte % punt 0 (Serif Style) wbyte % punt 2 (Quality) wbyte 0 (Placement) wbyte gsave FontMatrix concat rot neg rotate /ulwidth FontInfo /UnderlineThickness .knownget { 0 exch dtransform exch pop abs } { resolution 100 div } ifelse def FontInfo /UnderlinePosition .knownget { 0 exch transform exch pop negY ulwidth 2 div add } { ully ulwidth add } ifelse u0y sub round cvi 1 .max 255 .min (Underline Position) wbyte ulwidth round cvi 1 .max 255 .min (Underline Thickness) wbyte grestore uh 1.2 mul 4 mul cvi (Text Height) wword (average lowercase character) dup stringwidth pop 0 dtransform add abs exch length div 4 mul cvi (Text Width) wword 0 { dup Encoding exch get /.notdef ne { exit } if 1 add } loop (First Code) wword 255 { dup Encoding exch get /.notdef ne { exit } if 1 sub } loop (Last Code) wword pitch dup cvi sub 256 mul cvi (Pitch Extended) wbyte 0 (Height Extended) wbyte 0 (Cap Height) wword % (default) currentfont /UniqueID known { UniqueID } { 0 } ifelse 16#c1000000 add (Font Number (Adobe UniqueID)) wdword FontName length 16 .max string dup FontName exch cvs pop outfile exch 0 16 getinterval writestring % Font Name WriteResolution? { resolution dup (X Resolution) wword (Y Resolution) wword } if outfile Copyright writestring % Copyright } def /writePCL % <fontfile> <resolution> writePCL - { save currentfont begin pcldict begin 80 dict begin % allow for recursion /saved exch def /resolution exch def /outfile exch def matrix currentmatrix dup 4 0 put dup 5 0 put setmatrix % Supply some default values so we don't have to check later. currentfont /FontInfo known not { /FontInfo 1 dict def } if currentfont /FontName known not { /FontName () def } if /Copyright FontInfo /Notice .knownget not { () } if def /FullName FontInfo /FullName .knownget not { FontName dup length string cvs } if def % Determine the original font, and its relationship to this one. /OrigFont currentfont origfont def /OrigMatrix OrigFont /FontMatrix get def /OrigMatrixInverse OrigMatrix matrix invertmatrix def /ScaleMatrix matrix currentfont OrigFont ne { FontMatrix exch OrigMatrixInverse exch concatmatrix } if def /CurrentScaleMatrix matrix currentmatrix matrix defaultmatrix dup 0 get 1 index 3 get mul 0 lt 1 index dup 1 get exch 2 get mul 0 gt or /flipY exch def dup invertmatrix dup concatmatrix def /negY flipY { {neg} } { {} } ifelse def % Print debugging information. /CDEBUG where { pop } { /CDEBUG false def } ifelse /VDEBUG where { pop } { /VDEBUG false def } ifelse CDEBUG { /VDEBUG true def } if DEBUG { (currentmatrix: ) print matrix currentmatrix == (defaultmatrix: ) print matrix defaultmatrix == (flipY: ) print flipY == (scaling matrix: ) print CurrentScaleMatrix == (FontMatrix: ) print FontMatrix == (FontBBox: ) print /FontBBox load == currentfont OrigFont ne { OrigFont /FontName .knownget { (orig FontName: ) print == } if (orig FontMatrix: ) print OrigMatrix == } if currentfont /ScaleMatrix .knownget { (ScaleMatrix: ) print == } if gsave FontMatrix concat (combined matrix: ) print matrix currentmatrix == grestore flush } if % Determine the orientation. ScaleMatrix matrix currentmatrix dup concatmatrix 0 1 3 { 1 index 1 get 0 eq 2 index 2 get 0 eq and 2 index 0 get 0 gt and { exit } if pop -90 matrix rotate exch dup concatmatrix } for dup type /integertype ne { (Only rotations by multiples of 90 degrees are supported:\n) print == flush saved end end end restore stop } if /orientation exch def /rot orientation 90 mul def DEBUG { (orientation: ) print orientation == flush } if dup dup 0 get exch 3 get negY sub abs 0.5 ge { (Only identical scaling in X and Y is supported:\n) print exch flipY 3 array astore == currentdevice .devicename == matrix defaultmatrix == flush saved end end end restore stop } if pop % Determine the font metrics, in the PCL character coordinate system, % which has +Y going towards the top of the page. gsave FontMatrix concat 0 0 transform negY round cvi /r0y exch def round cvi /r0x exch def ixbbox negY /rury exch def /rurx exch def negY /rlly exch def /rllx exch def /rminx rllx rurx .min def /rminy rlly negY rury negY .min def /rw rurx rllx sub abs def /rh rury rlly sub abs def gsave rot neg rotate 0 0 transform negY round cvi /u0y exch def round cvi /u0x exch def ixbbox negY /uury exch def /uurx exch def negY /ully exch def /ullx exch def /uw uurx ullx sub def /uh uury ully sub def grestore DEBUG { (rmatrix: ) print matrix currentmatrix == (rFontBBox: ) print [rllx rlly rurx rury] == (uFontBBox: ) print [ullx ully uurx uury] == flush } if grestore % Disable the character cache, to avoid excessive allocation % and memory sandbars. mark cachestatus /upper exch def cleartomark 0 setcachelimit % Write the font header. writefontheader % Establish an image device for rasterizing characters. matrix currentmatrix dup 4 rminx neg put dup 5 rminy neg put % Round the width up to a multiple of 8 % so we don't get garbage bits in the last byte of each row. rw 7 add -8 and rh <ff 00> makeimagedevice /cdevice exch def nulldevice % prevent page device switching cdevice setdevice % Rasterize each character in turn. /raster rw 7 add 8 idiv def /row raster string def /zerow row length string def 0 1 Encoding length 1 sub { /cindex exch def Encoding cindex get /.notdef ne { VDEBUG { Encoding cindex get == flush } if erasepage initgraphics 0 0 moveto currentpoint transform add ( ) dup 0 cindex put show currentpoint transform add exch sub round cvi /cwidth exch abs def rw rh devbbox VDEBUG { (image bbox: ) print 4 copy 4 2 roll 4 array astore == flush } if % Save the device bounding box. % Note that this is in current device coordinates, % not PCL (right-handed) coordinates. /bqx exch def /bpx exch def /bqy exch def /bpy exch def % Re-render with the character justified to (0,0). % This may be either the lower left or the upper left corner. bpx neg bpy neg idtransform moveto erasepage VDEBUG { (show point: ) print [ currentpoint transform ] == flush } if ( ) dup 0 cindex put show % Find the bounding box. Note that xmin and ymin are now 0, % xmax1 = xw, and ymax1 = yh. rw rh devbbox /xw exch def % xmin or ymin can be non-zero only if the character is blank. xw 0 eq { pop }