%!PS-Adobe-3.0 EPSF-3.0 www.ps.bam.de/WG99/10L/L99E00XX.PS 20060601 
%%BoundingBox: 00 00 414 292

/pdfmark where {pop} {userdict /pdfmark /cleartomark load put} ifelse
/languagelevel where {pop languagelevel} {1} ifelse
2 lt { userdict (<<) cvn ([) cvn load put
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     } if
[ /Title (PostScript pictures: www.ps.bam.de/WG99/WG99.HTM)
  /Author (compare K. Richter "Computergrafik ...": ISBN 3-8007-1775-1)
  /Subject (goto: www.ps.bam.de or http://o2.ps.bam.de)
  /Keywords (image reproduction, colour devices)
  /Creator (klaus.Richter@bam.de)
  /CreationDate (D:2006060112000)
  /ModDate (D:2006060112000)
/DOCINFO pdfmark

[ /View [ /Fit ]
/DOCVIEW pdfmark

%BEG WG99/10L/L99N00ZED NO Output Linearization LAB* -> cmyolvnw* 20030101

%BEG OUTLIN10.PS

/MTLoutaS0g 21 array def
/MTLoutaS0g [18.01 23.17 28.33 33.49 38.65 43.81 48.97 54.13
             59.29 64.45 69.61 74.77 79.93 85.09 90.25 95.41
             18.01 37.36 56.71 76.06 95.41] def




%FILE PREPARED FOR MIXED MODE, e. g. input ORS and output TLS
 /IMES 0 def %0=LAB* used, no reflection factor necessary
%/IMES 1 def /Yre 2.52 def %1=XYZ measurement and standard device reflection
%/i*ptrsc 0 def %LAB* setcolor to cmy0* / 000n* setcmykcolor
 /i*ptrsc 1 def %LAB* setcolor to olv* setrgbcolor / w* setgray
%/i*ptrsc 2 def %LAB* setcolor to cmy0* / nnn0* setcmykcolor
%/i*ptrsc 3 def %LAB* setcolor to olv* / www* setrgbcolor
%/i*ptrsc 4 def %LAB* setcolor to lab* setcolor
%/i*ptrsc 5 def %LAB* setcolor to LAB* setcolor
%/i*ptrsc 6 def %LAB* setcolor to 000n* setcmykcolor
%/i*ptrsc 7 def %LAB* setcolor to w* setgray

 /ISYSLAB 0 def %default input  for Offset Reflective System (ORS18)
 /ISYSTEM 0 def %default output for Offset Reflective System (ORS18)
%/ISYSLAB 1 def %input  for Television Luminous System (TLS00)
%/ISYSTEM 1 def %output for Television Luminous System (TLS00)
%/ISYSLAB 2 def %input  for Device Reflective measurement system (DRSXX)
%/ISYSTEM 2 def %output for Device Reflective measurement system (DRSXX)
%/ISYSLAB 3 def %input  for Television Luminous Reflection System (TLS18)
%/ISYSTEM 3 def %output for Television Luminous Reflection System (TLS18)
%/ISYSLAB 4 def %input  for Device Luminous measurement system (DLSXX)
%/ISYSTEM 4 def %output for Device Luminous measurement system (DLSXX)
 /iLAB 0 def % for preparing input-output system data only once

%END WG99/10L/EARLY BINDING

%END WG99/10L/L99N00ZED NO Output Linearisation (OL) LAB* -> cmyolvnw* 20030101

%BEG WG99/10L/OUTLIN1XNA.PS MXYZ_to_LAB* 20030101

%BEG WG99/10L/EARLY BINDING AND SYSTEM (ONLY USED IN CASE OF OL)
/sggray {setgray} bind def
/sgrgbcolor {setrgbcolor} bind def
/sgcmykcolor {setcmykcolor} bind def
/sgtransfer {settransfer} bind def
/sgcolortransfer {setcolortransfer} bind def
/sgcolor {setcolor} bind def
%END WG99/10L/EARLY BINDING AND SYSTEM (ONLY USED IN CASE OF OL)

%INTENDED, START and LINEARIZED OUTPUT OF 16 STEP GREY (GLOBAL TO BE CHANGED)
/MTLoutaS0g 21 array def
/MTLoutaS1g 16 array def
/MTLoutaS2g 16 array def

%absolute lightness L* output
%theoretical standard absolute linear L* output: no change of output
%do not change the following two lines of output data
/MTLoutaS0g [18.01 23.17 28.33 33.49 38.65 43.81 48.97 54.13
             59.29 64.45 69.61 74.77 79.93 85.09 90.25 95.41
             18.01 37.36 56.71 76.06 95.41] def

%theoretical absolute square root (Exp. 0.5) L* output
%/MTLoutaS1g [18.0 38.0 46.3 52.6 58.0 62.7 67.0 70.9
%             74.5 78.0 81.2 83.4 87.2 90.1 92.8 95.4] def
%change the following two lines for the 16 start grey CIELAB L* output data
/MTLoutaS1g [18.01 23.17 28.33 33.49 38.65 43.81 48.97 54.13
             59.29 64.45 69.61 74.77 79.93 85.09 90.25 95.41] def

%theoretical absolute half square (Exp. 1.5) L* output
%/MTLoutaS2g [18.0 19.3 21.8 24.9 28.7 32.9 37.6 42.7
%             48.1 54.0 60.1 66.6 74.3 80.4 87.8 95.4] def
%change the following two lines for the 16 linearized grey CIELAB L* output data
/MTLoutaS2g [18.01 23.17 28.33 33.49 38.65 43.81 48.97 54.13
             59.29 64.45 69.61 74.77 79.93 85.09 90.25 95.41] def

%BEG Procedure special input XYZ to be transferred to LAB*
/MXYZ_to_LAB* {%BEG MXYZ_to_LAB*

/XD65 95.05 def /YD65 100.00 def /ZD65 108.90 def
/Xwref XD65 0.8859 mul def %wref=white reference
/Ywref YD65 0.8859 mul def
/Zwref ZD65 0.8859 mul def
/Xnref XD65 Yre 100 div mul def %nref=black reference
/Ynref YD65 Yre 100 div mul def
/Znref ZD65 Yre 100 div mul def

0 16 240 {/j exch def %j=0,112,16
          %Asumption END point "white"
          /i10 j 4 mul 1 add def /i20 i10 15 4 mul add def

0 1 15 {/i exch def %i=0,15
        /i2i1 i10 i 4 mul add def
        /i2i2 i2i1 1 add def /i2i3 i2i1 2 add def
        /XQ MISO_S1gXYZ i2i1 get MISO_S1gXYZ i20 0 add get div
         Xwref mul Xnref add XD65 div def
        /YQ MISO_S1gXYZ i2i2 get MISO_S1gXYZ i20 1 add get div
         Ywref mul Ynref add YD65 div def
        /ZQ MISO_S1gXYZ i2i3 get MISO_S1gXYZ i20 2 add get div
         Zwref mul Znref add ZD65 div def
        XQ 0 lt {/XQ 0.00000001 def} if
        YQ 0 lt {/YQ 0.00000001 def} if
        ZQ 0 lt {/ZQ 0.00000001 def} if
        MISO_S1g i2i1 YQ 0.008856 lt {903.3 YQ mul}
                 {YQ 0.33333333 exp 116 mul 16 sub} ifelse put
        MISO_S1g i2i2 XQ 0.008856 lt {7.787 XQ mul 16 116 div add}
                 {XQ 0.33333333 exp} ifelse
                 YQ 0.008856 lt {7.787 YQ mul 16 116 div add}
                 {YQ 0.33333333 exp} ifelse sub 500 mul put
        MISO_S1g i2i3 YQ 0.008856 lt {7.787 YQ mul 16 116 div add}
                 {YQ 0.33333333 exp} ifelse
                 ZQ 0.008856 lt {7.787 ZQ mul 16 116 div add}
                 {ZQ 0.33333333 exp} ifelse sub 200 mul put
      } for %i=0,15

      } for %j=0,240,16
       
      } bind def %END Procedure MXYZ_to_LAB*

%END WG99/10L/OUTLIN1XNA.PS MXYZ_to_LAB* 20030101

/CFilenameS1g                                  %START output of step S1g
(www.ps.bam.de/WG99/10L/L99G00N) def           %Link file name for data
/CDateS1g (2004-05-01, Name) def               %Date of calculation, Tester
/CDeviceS1g (unknown ) def                     %Device name
/CMeasS1g (WG99/10L/L99G00N) def               %File name measured in step S1g

%change scount2g from  2 to  10 for 10 series
%change pcount2g from  8 to 240 for 240 pages of each series
/scount1g 1 def /scount2g   1 def /scountg 1 def
/pcount1g 1 def /pcount2g   1 def /pcountg 1 def
/xchart1g 0 def /xchart2g   1 def /xchartg 0 def

/BeginEPSF {            % def   % Prepare for EPS file
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0 setgray 0 setlinecap
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10 setmiterlimit [] 0 setdash newpath
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} bind def

/EndEPSF {	% def
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} bind def
         
/FS {findfont exch scalefont setfont} bind def
/MM {72 25.4 div mul} def /str {8 string } bind def
/languagelevel where {pop languagelevel} {1} ifelse
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/dictende {counttomark 2 idiv dup dict begin {def}
           repeat pop currentdict end} bind def
                                                    
% !AUSTAUSCH Times-Roman -> Times-Roman-ISOLatin1=Times-I
 
/Times-Roman findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/Times-ISOL1 exch definefont pop
 
/Times-Italic findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesI-ISOL1 exch definefont pop
 
/Times-Bold findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesB-ISOL1 exch definefont pop
 
/Times-BoldItalic findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesBI-ISOL1 exch definefont pop
 
/TK {250 /Times-ISOL1 FS} bind def
/TM {300 /Times-ISOL1 FS} bind def
/TG {350 /Times-ISOL1 FS} bind def
 
/TIK {250 /TimesI-ISOL1 FS} bind def
/TIM {300 /TimesI-ISOL1 FS} bind def
/TIG {350 /TimesI-ISOL1 FS} bind def
 
/TBK {250 /TimesB-ISOL1 FS} bind def
/TBM {300 /TimesB-ISOL1 FS} bind def
/TBG {350 /TimesB-ISOL1 FS} bind def
 
/TBIK {250 /TimesBI-ISOL1 FS} bind def
/TBIM {300 /TimesBI-ISOL1 FS} bind def
/TBIG {350 /TimesBI-ISOL1 FS} bind def
 
%ANFA CMYKDEF
%CMYKDEA0 (A0=Standard-Drucker-CMYKDEF) 15.3.97
/tzac [1.000 0.933 0.867 0.800 0.733 0.667 0.600 0.533
       0.467 0.400 0.333 0.267 0.200 0.132 0.067 0.000
       1.000 0.750 0.500 0.250 0.000] def
/tzam [1.000 0.933 0.867 0.800 0.733 0.667 0.600 0.533
       0.467 0.400 0.333 0.267 0.200 0.132 0.067 0.000
       1.000 0.750 0.500 0.250 0.000] def
/tzay [1.000 0.933 0.867 0.800 0.733 0.667 0.600 0.533
       0.467 0.400 0.333 0.267 0.200 0.132 0.067 0.000
       1.000 0.750 0.500 0.250 0.000] def
/tzan [1.000 0.933 0.867 0.800 0.733 0.667 0.600 0.533
       0.467 0.400 0.333 0.267 0.200 0.132 0.067 0.000
       1.000 0.750 0.500 0.250 0.000] def
/tza0 [0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
       0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
       0.000 0.000 0.000 0.000 0.000] def
/tza1 [1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000
       1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000
       1.000 1.000 1.000 1.000 1.000] def
%ENDE CMYKD
 
/rec %x, y width heigth
  {/heigth exch def /width exch def
   moveto width 0 rlineto 0 heigth rlineto width neg 0 rlineto
   closepath } bind def
 
/colrecfiLAB* %x y width heigth LAB*
  { setcolor rec fill} bind def

/colrecstLAB* %x y width heigth LAB*
  { setcolor rec stroke} bind def

/colrecficmyn* %x y width heigth cmy0* or 000n*
  { setcmykcolor rec fill} bind def
 
/colrecstcmyn* %x y width heigth cmy0* or 000n*
  { setcmykcolor rec stroke} bind def

/colrecfiw* %x y width heigth w*
  { setgray rec fill} bind def

/colrecstw* %x y width heigth w*
  { setgray rec stroke} bind def

/colrecfiolv* %x y width heigth olv*
  { setrgbcolor rec fill} bind def

/colrecstolv* %x y width heigth olv*
  { setrgbcolor rec stroke} bind def
 
/tzocmy0* {0.0 1.0 1.0 0.0} bind def %Reproduction colours
/tzlcmy0* {1.0 0.0 1.0 0.0} bind def %cmyn* setcmykcolor
/tzvcmy0* {1.0 1.0 0.0 0.0} bind def
/tzccmy0* {1.0 0.0 0.0 0.0} bind def
/tzmcmy0* {0.0 1.0 0.0 0.0} bind def
/tzycmy0* {0.0 0.0 1.0 0.0} bind def

/tzoolv* {1.0 0.0 0.0} bind def %Reproduction colours
/tzlolv* {0.0 1.0 0.0} bind def %olv* setrgbcolor
/tzvolv* {0.0 0.0 1.0} bind def
/tzcolv* {0.0 1.0 1.0} bind def
/tzmolv* {1.0 0.0 1.0} bind def
/tzyolv* {1.0 1.0 0.0} bind def
 
/tzoLAB* [53.34  72.46  50.66] def %Reproduction colours
/tzlLAB* [84.93 -79.83  74.80] def %LAB* setcolor
/tzvLAB* [32.20  24.88 -37.89] def
/tzcLAB* [88.10 -44.88 -13.36] def
/tzmLAB* [59.66  90.32 -19.65] def
/tzyLAB* [93.76 -20.24  85.93] def

/tzncmy0* {1.00 1.00 1.00 0.00} bind def %grey series
/tzdcmy0* {0.75 0.75 0.75 0.00} bind def %cmy0* setcmykcolor
/tzzcmy0* {0.50 0.50 0.50 0.00} bind def
/tzhcmy0* {0.25 0.25 0.25 0.00} bind def
/tzwcmy0* {0.00 0.00 0.00 0.00} bind def
 
/tzn000n* {0.00 0.00 0.00 1.00} bind def %grey series 000n*
/tzd000n* {0.00 0.00 0.00 0.75} bind def %000n* setcmykcolor
/tzz000n* {0.00 0.00 0.00 0.50} bind def
/tzh000n* {0.00 0.00 0.00 0.25} bind def
/tzw000n* {0.00 0.00 0.00 0.00} bind def

/tznw* {0.00} bind def %grey series
/tzdw* {0.25} bind def %w* setgray
/tzzw* {0.50} bind def
/tzhw* {0.75} bind def
/tzww* {1.00} bind def

/tznolv* {0.00 0.00 0.00} bind def %grey series
/tzdolv* {0.25 0.25 0.25} bind def %olv* setrgbcolor
/tzzolv* {0.50 0.50 0.50} bind def
/tzholv* {0.75 0.75 0.75} bind def
/tzwolv* {1.00 1.00 1.00} bind def

/tznLAB* [18.01 0.00 0.00] def %grey series
/tzdLAB* [37.36 0.00 0.00] def %LAB* setcolor
/tzzLAB* [56.71 0.00 0.00] def
/tzhLAB* [76.06 0.00 0.00] def
/tzwLAB* [95.41 0.00 0.00] def

/tfn {0 setgray} bind def
/tfw {1 setgray} bind def
 
/A4quer {598 0 translate 90 rotate} def
%0
%1
/cvishow {cvi 6 string cvs show} def
/cvsshow1 {10 mul cvi 0.1 mul 7 string cvs show} def
/cvsshow2 {100 mul cvi 0.01 mul 7 string cvs show} def
/cvsshow3 {1000 mul cvi 0.001 mul 7 string cvs show} def

/tzank [1.000 0.933 0.867 0.800 0.733 0.667 0.600 0.533
        0.467 0.400 0.333 0.267 0.200 0.132 0.067 0.000
        1.000 0.750 0.500 0.250 0.000] def 

%picturetransfer from standard locations (8 pictures, 5 test charts)
/xpic5458 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0        %x for chartg=0
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/ypic5458 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0        %y for chartg=0
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           0.0 0.0 0.0 -05 0.0 0.0 0.0 0.0        %y for chartg=3
           0.0 0.0 0.0 -20 0.0 0.0 0.0 0.0] def   %y for chartg=4

%BEG 61 lines comment or new PS operators possible
%02
%03
%04
%05
%06
%07
%08
%09

%11

%END 38 lines comment or new PS operators possible

%%EndProlog

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/SC$ [(N) (F) (S) (D) (T) (E) (C)] def
/SX$ [(0) (1) (2) (3) (4) (5) (6) (7) (8) (9) (A) (B) (C) (D) (E) (F)] def
/SY$ [(0) (1) (2) (3) (4) (5) (6) (7) (8) (9) (A) (B) (C) (D) (E) (F)] def
%       0           1            2            3            4            5
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/EY$ [(1.DAT) (B.DAT) (G.DAT) (H.DAT) (I.DAT) (J.DAT)
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/lanindg1 0 def /lanindg2 0 def
/colormg1 0 def /colormg2 0 def
/xcolorg1 0 def /xcolorg2 0 def
/xchartg1 0 def /xchartg2 0 def
/lanindg lanindg1 def %no loops
/colormg colormg1 def
/xcolorg xcolorg1 def
/xchartg xchartg1 def

/pcount2x pcount2g xchart2g sub 2 add def

1 1 1 {/scountg exch def %s=serie, e. g. 1,1,10
1 1 1 {/pcountg exch def %p=page, e. g. 1,1,250

pcountg pcount1g eq {/xchart10 0 def /xchart20 0 def}
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%%pcountg pcount2x eq {/xchart10 0 def /xchart20 0 def} if
0 1 0 {/xchartg exch def

%2 MM /Times-Roman FS
%274 MM 82 MM moveto -90 rotate (/WG99/  ) show (Form: ) show
%xchartg 1 add cvi 6 string cvs show (/) show
%xchart2g 1 add cvi 6 string cvs show (,) show 90 rotate
%274 MM 65 MM moveto -90 rotate (Serie: ) show
%scountg cvi 6 string cvs show (/) show
%scount2g cvi 6 string cvs show (,) show 90 rotate
%274 MM 55 MM moveto -90 rotate
%lanindg 0 eq {(Seite: )}{(Page: )} ifelse show
%pcountg xchartg xchart10 sub add cvi 6 string cvs show 90 rotate

%274 MM 45 MM moveto
%-90 rotate
%lanindg 0 eq {(Seitenz\344hlung )}{(Page: count: )} ifelse show
%scountg 1 sub pcount2g mul pcountg add
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%90 rotate
/GSS$ SS$ lanindg get def
/GSC$ SC$ colormg get def
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/xcha801 xchartg 8 mul 0 add def /xcha803 xchartg 8 mul 1 add def
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%gsave
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%START PDFDE011.EPS
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[ /Title (PostScript pictures: Image Technology)
  /Author (compare K. Richter "Computergrafik ...": ISBN 3-8007-1775-1)
  /Subject (goto: http://o2.ps.bam.de or http://www.ps.bam.de)
  /Keywords (image reproduction, colour devices)
  /Creator (klaus.richter@bam.de)
  /CreationDate (D:2006040112000)
  /ModDate (D:2006040112000)
/DOCINFO pdfmark
[ /View [ /FitB ]
/DOCVIEW pdfmark
%END  PDFDE011

% !AUSTAUSCH Times-Roman -> Times-Roman-ISOLatin1=Times-I
 
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/Times-Italic findfont dup length dict  begin
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/Times-Bold findfont dup length dict  begin
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/Times-BoldItalic findfont dup length dict  begin
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/TKi {160 /Times-ISOL1 FS} bind def
 
/TIK {200 /TimesI-ISOL1 FS} bind def
/TIM {250 /TimesI-ISOL1 FS} bind def
/TIG {300 /TimesI-ISOL1 FS} bind def
 
/TBK {200 /TimesB-ISOL1 FS} bind def
/TBM {250 /TimesB-ISOL1 FS} bind def
/TBG {300 /TimesB-ISOL1 FS} bind def
/TBKe {160 /TimesB-ISOL1 FS} bind def
 
/TBIK {200 /TimesBI-ISOL1 FS} bind def
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/TBIG {300 /TimesBI-ISOL1 FS} bind def
 
/SK {200 10 sub /Symbol FS} bind def
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/nshowG {TG  show} bind def
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/bishowG {TBIG show} bind def
/ishowG {TM 0 -60 rmoveto show 0 60 rmoveto} bind def
/ebshowG {TBM 0 200 rmoveto show 0 -200 rmoveto} bind def
/sshowG {SG show} bind def

/nshowM {TM  show} bind def
/kshowM {TIM show} bind def
/bshowM {TBM show} bind def
/bishowM {TBIM show} bind def
/ishowM {TK 0 -40 rmoveto show 0 40 rmoveto} bind def
/ebshowM {TBK 0 160 rmoveto show 0 -160 rmoveto} bind def
/sshowM {SM show} bind def

/nshowK {TK  show} bind def
/kshowK {TIK show} bind def
/bshowK {TBK show} bind def
/bishowK {TBIK show} bind def
/ishowK {TKi 0 -30 rmoveto show 0 30 rmoveto} bind def
/ebshowK {TBKe 0 130 rmoveto show 0 -130 rmoveto} bind def
/sshowK {SK show} bind def
 
/tzo {0.0 1.0 1.0 0.0} bind def %Reproduktionsfarben
/tzl {1.0 0.0 1.0 0.0} bind def
/tzv {1.0 1.0 0.0 0.0} bind def
/tzc {1.0 0.0 0.0 0.0} bind def
/tzm {0.0 1.0 0.0 0.0} bind def
/tzy {0.0 0.0 1.0 0.0} bind def

/tzn {0.0 0.0 0.0 1.00} bind def %Graureihe
/tzd {0.0 0.0 0.0 0.75} bind def
/tzz {0.0 0.0 0.0 0.50} bind def
/tzh {0.0 0.0 0.0 0.25} bind def
/tzw {0.0 0.0 0.0 0.00} bind def

/tzr {0.0 1.0 0.5 0.0} bind def %Elementarfarben
/tzg {1.0 0.0 0.5 0.0} bind def
/tzb {1.0 0.5 0.0 0.0} bind def
/tzj {0.0 0.0 1.0 0.0} bind def

/tzrz {0.0 1.0 0.5 0.5} bind def %Elementarfarben vergraut
/tzgz {1.0 0.0 0.5 0.5} bind def
/tzbz {1.0 0.5 0.0 0.5} bind def
/tzjz {0.0 0.0 1.0 0.5} bind def

/tfo {tzo setcmykcolor} bind def
/tfl {tzl setcmykcolor} bind def
/tfv {tzv setcmykcolor} bind def
/tfc {tzc setcmykcolor} bind def
/tfm {tzm setcmykcolor} bind def
/tfy {tzy setcmykcolor} bind def

/tfn {tzn setcmykcolor} bind def
/tfd {tzd setcmykcolor} bind def
/tfz {tzz setcmykcolor} bind def
/tfh {tzh setcmykcolor} bind def
/tfw {tzw setcmykcolor} bind def

/tfr {tzr setcmykcolor} bind def
/tfg {tzg setcmykcolor} bind def
/tfb {tzb setcmykcolor} bind def
/tfj {tzj setcmykcolor} bind def

/tfrz {tzrz setcmykcolor} bind def
/tfgz {tzgz setcmykcolor} bind def
/tfbz {tzbz setcmykcolor} bind def
/tfjz {tzjz setcmykcolor} bind def
 
/A4quer {598 0 tl 90 rotate} def
/setcmyknew {setcmykcolor} def
/outSM {sshowM} def
/outSK {sshowK} def
/outxshowf {setcmykcolor show} def

%for output test only
/tspace {dup abs 1.0 le {(   ) show} if
         dup dup -1.0 le exch -10 gt and {(  ) show} if
         dup dup 1.0 gt exch  10 lt and {(   ) show} if
         dup dup 1.0 gt exch  10 ge and {( ) show} if
            } bind def

/trushow {tspace 0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/troshow {0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/trushow4 {0.00005 add 10000 mul truncate 10000 div
           10 string cvs show} bind def
           
/cvishow {cvi 6 string cvs show} def
/cvsshow1 {10 mul cvi 0.1 mul 7 string cvs show} def
/cvsshow2 {100 mul cvi 0.01 mul 7 string cvs show} def
/cvsshow3 {1000 mul cvi 0.001 mul 7 string cvs show} def

/W 9 array def
/W  [555 570 540 435 495 525 570 540 435] def

/WS 9 array def
0 1 8 {/j exch def %j=0,8
       WS j 525 W j get 525 sub sub put
      } for %j=0,8

/YIXU 88 array def
/YIXP 88 array def
/YIXD 88 array def
/YIXT 88 array def
/YIXN 88 array def
/YIXW 88 array def

/YIXUS 88 array def
/YIXPS 88 array def
/YIXDS 88 array def
/YIXTS 88 array def
/YIXNS 88 array def
/YIXWS 88 array def

/YEXP0 88 array def
/YEXP1 88 array def
/YEXP2 88 array def
/YEXP3 88 array def
/YEXP4 88 array def
/YEXP5 88 array def
/YEXP6 88 array def
/YEXP7 88 array def
/YEXP8 88 array def

/YEXP0S 88 array def
/YEXP1S 88 array def
/YEXP2S 88 array def
/YEXP3S 88 array def
/YEXP4S 88 array def
/YEXP5S 88 array def
/YEXP6S 88 array def
/YEXP7S 88 array def
/YEXP8S 88 array def

/Yix 88 array def
/Yiy 88 array def

/Xi 88 array def
/Yi 88 array def

/YixS 88 array def
/YiyS 88 array def

/XiS 88 array def
/YiS 88 array def

/KURVA 9 array def %9 actual curves
/KURVA1 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2 9 array def %9 curves, Saturation, one or two colours
%        U P D T N W P D T
/KURVA1 [2 0 0 1 2 2 1 1 0] def
/KURVA2 [2 0 0 1 2 2 1 1 0] def

/IDAI1 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00 [100 000 000 000 100 100 100 100 100] def
/IDAI01 [100 000 000 000 100 100 100 100 100] def
/IDAI10 [100 000 000 000 100 100 100 100 100] def
/IDAI11 [100 000 000 000 100 100 100 100 100] def

/FKUC1 9 array def %Actual colour C, Sensitivity
/FKUC2 9 array def %Actual colour C, Saturation
/FKUM1 9 array def %Actual colour M, Sensitivity
/FKUM2 9 array def %Actual colour M, Saturation
/FKUY1 9 array def %Actual colour Y, Sensitivity
/FKUY2 9 array def %Actual colour Y, Saturation
/FKUN1 9 array def %Actual colour N, Sensitivity
/FKUN2 9 array def %Actual colour N, Saturation

/FKUCI00 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10 9 array def %Cyan, Colour 1, Saturation
/FKUCI11 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI01 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def
/FKUCI10 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI11 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def

/FKUMI00 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10 9 array def %Magenta, Colour 1, Saturation
/FKUMI11 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI01 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def
/FKUMI10 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI11 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def

/FKUYI00 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10 9 array def %Yellow, Colour 1, Saturation
/FKUYI11 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI01 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI11 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00 9 array def %Black, Colour 1, Sensitivity
/FKUNI01 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10 9 array def %Black, Colour 1, Saturation
/FKUNI11 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI01 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI11 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAI 8 array def
/XRG$I 8 array def
/XJBAI 8 array def
/XBJ$I 8 array def
/XRGAI [ 525   575   475   600   575   575   575   575 ] def
/XRG$I [(525) (575) (475) (600) (575) (575) (575) (575)] def
/XJBAI [ 525   575   475   600   525   495   475   435 ] def
/XBJ$I [(525) (575) (475) (600) (525) (495) (475) (435)] def

/KURVAS 9 array def %9 actual curves
/KURVA1S 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2S 9 array def %9 curves, Saturation, one or two colours
%         U'P'D'T'N'W'P'D'T'
/KURVA1S [0 2 2 0 2 2 0 0 2] def
/KURVA2S [0 2 2 0 2 2 0 0 2] def

/IDAI1S 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2S 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00S 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01S 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10S 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11S 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00S [100 100 100 100 100 100 100 100 100] def
/IDAI01S [100 100 100 100 100 100 100 100 100] def
/IDAI10S [100 100 100 100 100 100 100 100 100] def
/IDAI11S [100 100 100 100 100 100 100 100 100] def

/FKUC1S 9 array def %Actual colour C, Sensitivity
/FKUC2S 9 array def %Actual colour C, Saturation
/FKUM1S 9 array def %Actual colour M, Sensitivity
/FKUM2S 9 array def %Actual colour M, Saturation
/FKUY1S 9 array def %Actual colour Y, Sensitivity
/FKUY2S 9 array def %Actual colour Y, Saturation
/FKUN1S 9 array def %Actual colour N, Sensitivity
/FKUN2S 9 array def %Actual colour N, Saturation

/FKUCI00S 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01S 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10S 9 array def %Cyan, Colour 1, Saturation
/FKUCI11S 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI01S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def
/FKUCI10S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI11S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def

/FKUMI00S 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01S 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10S 9 array def %Magenta, Colour 1, Saturation
/FKUMI11S 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI01S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def
/FKUMI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI11S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def

/FKUYI00S 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01S 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10S 9 array def %Yellow, Colour 1, Saturation
/FKUYI11S 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI01S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI11S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00S 9 array def %Black, Colour 1, Sensitivity
/FKUNI01S 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10S 9 array def %Black, Colour 1, Saturation
/FKUNI11S 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI01S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI11S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAIS 8 array def
/XRG$IS 8 array def
/XJBAIS 8 array def
/XBJ$IS 8 array def

0 1 7 {/j exch def %j=0,7
       XRGAIS j 525 XRGAI j get 525 sub sub put
       XJBAIS j 525 XJBAI j get 525 sub sub put
       XRG$IS j XRGAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
       XBJ$IS j XJBAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
      } for %j=0,7
      
/JPPM 4 def
/CY 0.35 def
/CX  50 def

%%EndProlog
gsave
/lanind 0 def
/lantex [(G) (E) (S) (N) (I) (J) (M)] def
/showde {0 lanind eq {show} {pop} ifelse} bind def
/showen {1 lanind eq {show} {pop} ifelse} bind def
/showes {2 lanind eq {show} {pop} ifelse} bind def
/showfr {3 lanind eq {show} {pop} ifelse} bind def
/showit {4 lanind eq {show} {pop} ifelse} bind def
/showjp {5 lanind eq {show} {pop} ifelse} bind def
/showm {6 lanind eq {show} {pop} ifelse} bind def
/lanindg where {pop /lanind1 lanindg def /lanind2 lanindg def}
               {/lanind1 0 def /lanind2 0 def} ifelse
/colormg where {pop /colorm1 colormg def /colorm2 colormg def}
               {/colorm1 0 def /colorm2 0 def} ifelse
/xcolorg where {pop /xcolor1 xcolorg def /xcolor2 xcolorg def}
               {/xcolor1 0 def /xcolor2 0 def} ifelse
/xchartg where {pop /xchart1 xchartg def /xchart2 xchartg def}
               {/xchart1 0 def /xchart2 0 def} ifelse
/lanind lanind1 def %lanind1 1 lanind2 {/lanind exch def %output showpage
/colorm colorm1 def %colorm1 1 colorm2 {/colorm exch def %output showpage
/xcolor xcolor1 def %xcolor1 1 xcolor2 {/xcolor exch def %output showpage
/xchart xchart1 def %xchart1 1 xchart2 {/xchart exch def %output showpage

/GSS$ where {pop /LSS$ GSS$ def}
            {/LSS$ (1) def} ifelse
/GSC$ where {pop /LSC$ GSC$ def}
            {/LSC$ (N) def} ifelse
/GSX$ where {pop /LSX$ GSX$ def}
            {/LSX$ (0) def} ifelse
/GSY$ where {pop /LSY$ GSY$ def}
            {/LSY$ (0) def} ifelse
/GEX$ where {pop /LEX$ GEX$ def}
            {/LEX$ (P.PS./PDF) def} ifelse
/GEY$ where {pop /LEY$ GEY$ def}
            {/LEY$ (P.DAT) def} ifelse
/IMES where {pop %/IMES IMES def
            }
            {/IMES 0 def} ifelse

/xchartg where {pop /xchart   0 def} {/xchart   0 def} ifelse

5 /Times-ISOL1 FS
72 84 moveto
    ( WG990-1, ) show

(Change of PDT (LMS) in volour vision; Adaptation) showen
(\304nderung von PDT (LMS) beim Farbensehen; Adaptation) showde

72 90 translate

%/xchart 02 def
%0 1 15 {/xchart exch def %xchart=0,15

gsave

xchart  0 eq {/ILK 0 def /ILS 0 def /INE 0 def /ILF 0 def} if %ILT=0 NO threshold
xchart  1 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  2 eq {/ILK 1 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  3 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  4 eq {/ILK 2 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  5 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  6 eq {/ILK 3 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  7 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  8 eq {/ILK 0 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart  9 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 10 eq {/ILK 1 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 11 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 12 eq {/ILK 2 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 13 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 14 eq {/ILK 3 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 15 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 1 def} if
/ILT 1 def
%/ILF 1 def
%/IKOM 3 def %0=U, 1=N/G, 2=W/R, 3=V
xchart  0 ge xchart  3 le and {/IKOM 3 def} if %W
xchart  4 ge xchart  7 le and {/IKOM 3 def} if %W
xchart  8 ge xchart 11 le and {/IKOM 3 def} if %W
xchart 12 ge xchart 15 le and {/IKOM 3 def} if %W
%/ILN 4 def %L&M, L&S, M&S, UVW&S
%/ILN 5 def %L&M, L&S, M&S, UGR&S
/ILN 6 def %L&M, L&S, M&S, UGR&SGR
ILN 5 eq {/JPPM 6 def} {/JPPM 5 def} ifelse
ILN 6 eq {/JPPM 8 def} if
ILF 1 eq {/JPPM 1 def} if
ILS 2 eq {/JPPM 5 def} if

/ILU 0 def %NO u scale
ILT 0 eq {/ta 0.0 def /logta -6 def} if
ILT 1 eq {/ta 0.007 def /logta ta log def} if
ILT 2 eq {/ta 0.002 def /logta ta log def} if
/MULX 0600 def
/MULY 1200 0.8 mul def
ILS 1 eq {/MULY 1200 0.4 mul def} if
/MULF 1200 0.8 mul def

0.01 MM 0.01 MM scale
 
30 setlinewidth
[ ] 0 setdash

0.0 0.0 0.0 0.5 setcmykcolor
0 0  moveto 5400 0 rlineto 0 4000 rlineto -5400 0 rlineto
closepath fill

/Xa {(a) ishowM} def
/Xo {(o) ishowM} def

/P0o {tfo (P)  bishowM tfo (o) ishowM} def
/D0o {tfl (D)  bishowM tfl (o) ishowM} def
/T0o {tfv (T)  bishowM tfv (o) ishowM} def

/P0a {tfo (P)  bishowM tfo (a) ishowM} def
/D0a {tfl (D)  bishowM tfl (a) ishowM} def
/T0a {tfv (T)  bishowM tfv (a) ishowM} def

/U0a {tfn (U) bishowM tfy (a) ishowM} def
/N0a {tfn (N) bishowM tfc (a) ishowM} def
/W0a {tfn (W) bishowM tfm (a) ishowM} def

/P0oS {tfo (P')  bishowM tfo (o) ishowM} def
/D0oS {tfl (D')  bishowM tfl (o) ishowM} def
/T0oS {tfv (T')  bishowM tfv (o) ishowM} def

/P0aS {tfo (P')  bishowM tfo (a) ishowM} def
/D0aS {tfl (D')  bishowM tfl (a) ishowM} def
/T0aS {tfv (T')  bishowM tfv (a) ishowM} def

/U0aS {tfn (U') bishowM tfy (a) ishowM} def
/N0aS {tfn (N') bishowM tfc (a) ishowM} def
/W0aS {tfn (W') bishowM tfm (a) ishowM} def

/YAa  {IKOM 0 eq {tfn (U) bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N) bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W) bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W) bishowM tfm (a) ishowM} if} def
/YAaS {IKOM 0 eq {tfn (U') bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N') bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W') bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W') bishowM tfm (a) ishowM} if} def

/AF1 0.5 def
/AF2 0.5 def

/XRGA {XRGAI ILK get} def
/XJBA {XJBAI ILK get} def
/XRG$ {XRG$I ILK get} def
/XBJ$ {XBJ$I ILK get} def

/XRGAS {XRGAIS ILK get} def
/XJBAS {XJBAIS ILK get} def
/XRG$S {XRG$IS ILK get} def
/XBJ$S {XBJ$IS ILK get} def

/W0 {W 0 get} def
/W1 {W 1 get} def
/W2 {W 2 get} def
/W3 {W 3 get} def
/W4 {W 4 get} def
/W5 {W 5 get} def
/W6 {W 6 get} def
/W7 {W 7 get} def
/W8 {W 8 get} def

/W0S {WS 0 get} def
/W1S {WS 1 get} def
/W2S {WS 2 get} def
/W3S {WS 3 get} def
/W4S {WS 4 get} def
/W5S {WS 5 get} def
/W6S {WS 6 get} def
/W7S {WS 7 get} def
/W8S {WS 8 get} def

%function value for curve U normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1 {XRGA W0 sub CX div dup mul CY mul neg} def
/YU2 {XJBA W0 sub CX div dup mul CY mul neg} def
/YUP {W1 W0 sub CX div dup mul CY mul neg} def
/YUD {W2 W0 sub CX div dup mul CY mul neg} def
/YUT {W3 W0 sub CX div dup mul CY mul neg} def
/YUN {W4 W0 sub CX div dup mul CY mul neg} def
/YUW {W5 W0 sub CX div dup mul CY mul neg} def
/YUB {475 W0 sub CX div dup mul CY mul neg} def
/YUJ {575 W0 sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1 {XRGA XRGA 525 sub 0 ge {W1} {W1S} ifelse
      sub CX div dup mul CY mul neg} def
/YP2 {XJBA W1 sub CX div dup mul CY mul neg} def
/YPP {W1 W1 sub CX div dup mul CY mul neg} def
/YPD {W2 W1 sub CX div dup mul CY mul neg} def
/YPT {W3 W1 sub CX div dup mul CY mul neg} def
/YPN {W4 W1 sub CX div dup mul CY mul neg} def
/YPW {W5 W1 sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5),
%            450(V=6), 475(B=6), 575(J=7), 600(O=8)
/YD1 {XRGA XRGA 525 sub 0 ge {W2} {W2S} ifelse
      sub CX div dup mul CY mul neg} def
/YD2 {XJBA W2 sub CX div dup mul CY mul neg} def
/YDP {W1 W2 sub CX div dup mul CY mul neg} def
/YDD {W2 W2 sub CX div dup mul CY mul neg} def
/YDT {W3 W2 sub CX div dup mul CY mul neg} def
/YDN {W4 W2 sub CX div dup mul CY mul neg} def
/YDW {W5 W2 sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1 {XRGA W3 sub CX div dup mul CY mul neg} def
/YT2 {XJBA XJBA 525 sub 0 le {W3} {W3S} ifelse
      sub CX div dup mul CY mul neg} def
/YTP {W1 W3 sub CX div dup mul CY mul neg} def
/YTD {W2 W3 sub CX div dup mul CY mul neg} def
/YTT {W3 W3 sub CX div dup mul CY mul neg} def
/YTN {W4 W3 sub CX div dup mul CY mul neg} def
/YTW {W5 W3 sub CX div dup mul CY mul neg} def
/YTB {475 W3 sub CX div dup mul CY mul neg} def
/YTJ {575 W3 sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1 {XRGA W4 sub CX div dup mul CY mul neg} def
/YN2 {XJBA W4 sub CX div dup mul CY mul neg} def
/YNP {W1 W4 sub CX div dup mul CY mul neg} def
/YND {W2 W4 sub CX div dup mul CY mul neg} def
/YNT {W3 W4 sub CX div dup mul CY mul neg} def
/YNN {W4 W4 sub CX div dup mul CY mul neg} def
/YNW {W5 W4 sub CX div dup mul CY mul neg} def
/YNB {475 W4 sub CX div dup mul CY mul neg} def
/YNJ {575 W4 sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1 {XRGA W5 sub CX div dup mul CY mul neg} def
/YW2 {XJBA W5 sub CX div dup mul CY mul neg} def
/YWP {YUP YNP add 0.5 mul} def
/YWD {YUD YND add 0.5 mul} def
/YWT {YUT YNT add 0.5 mul} def
/YWN {YUN YNN add 0.5 mul} def
/YWW {YUW YNW add 0.5 mul} def
/YWB {YUB YNB add 0.5 mul} def
/YWJ {YUJ YNJ add 0.5 mul} def

%function value for curve U normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1S {XRGAS W0S sub CX div dup mul CY mul neg} def
/YU2S {XJBAS W0S sub CX div dup mul CY mul neg} def
/YUPS {W1S W0S sub CX div dup mul CY mul neg} def
/YUDS {W2S W0S sub CX div dup mul CY mul neg} def
/YUTS {W3S W0S sub CX div dup mul CY mul neg} def
/YUNS {W4S W0S sub CX div dup mul CY mul neg} def
/YUWS {W5S W0S sub CX div dup mul CY mul neg} def
/YUBS {575 W0S sub CX div dup mul CY mul neg} def
/YUJS {475 W0S sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1S {XRGAS XRGAS 525 sub 0 le {W1S} {W1} ifelse
      sub CX div dup mul CY mul neg} def
/YP2S {XJBAS W1S sub CX div dup mul CY mul neg} def
/YPPS {W1S W1S sub CX div dup mul CY mul neg} def
/YPDS {W2S W1S sub CX div dup mul CY mul neg} def
/YPTS {W3S W1S sub CX div dup mul CY mul neg} def
/YPNS {W4S W1S sub CX div dup mul CY mul neg} def
/YPWS {W5S W1S sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YD1S {XRGAS XRGAS 525 sub 0 le {W2S} {W2} ifelse
      sub CX div dup mul CY mul neg} def
/YD2S {XJBAS W2S sub CX div dup mul CY mul neg} def
/YDPS {W1S W2S sub CX div dup mul CY mul neg} def
/YDDS {W2S W2S sub CX div dup mul CY mul neg} def
/YDTS {W3S W2S sub CX div dup mul CY mul neg} def
/YDNS {W4S W2S sub CX div dup mul CY mul neg} def
/YDWS {W5S W2S sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1S {XRGAS W3S sub CX div dup mul CY mul neg} def
/YT2S {XJBAS XJBAS 525 sub 0 ge {W3S} {W3} ifelse
      sub CX div dup mul CY mul neg} def
/YTPS {W1S W3S sub CX div dup mul CY mul neg} def
/YTDS {W2S W3S sub CX div dup mul CY mul neg} def
/YTTS {W3S W3S sub CX div dup mul CY mul neg} def
/YTNS {W4S W3S sub CX div dup mul CY mul neg} def
/YTWS {W5S W3S sub CX div dup mul CY mul neg} def
/YTBS {575 W3S sub CX div dup mul CY mul neg} def
/YTJS {475 W3S sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1S {XRGAS W4S sub CX div dup mul CY mul neg} def
/YN2S {XJBAS W4S sub CX div dup mul CY mul neg} def
/YNPS {W1S W4S sub CX div dup mul CY mul neg} def
/YNDS {W2S W4S sub CX div dup mul CY mul neg} def
/YNTS {W3S W4S sub CX div dup mul CY mul neg} def
/YNNS {W4S W4S sub CX div dup mul CY mul neg} def
/YNWS {W5S W4S sub CX div dup mul CY mul neg} def
/YNBS {575 W4S sub CX div dup mul CY mul neg} def
/YNJS {475 W4S sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1S {XRGAS W5S sub CX div dup mul CY mul neg} def
/YW2S {XJBAS W5S sub CX div dup mul CY mul neg} def
/YWPS {YUPS YNPS add 0.5 mul} def
/YWDS {YUDS YNDS add 0.5 mul} def
/YWTS {YUTS YNTS add 0.5 mul} def
/YWNS {YUNS YNNS add 0.5 mul} def
/YWWS {YUWS YNWS add 0.5 mul} def
/YWBS {YUBS YNBS add 0.5 mul} def
/YWJS {YUJS YNJS add 0.5 mul} def

%i=0,85: 400_500_600_700_400(81)
0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXU i XEXI W 0 get sub CX div dup mul CY mul neg put
        YIXP i XEXI W 1 get sub CX div dup mul CY mul neg put
        YIXD i XEXI W 2 get sub CX div dup mul CY mul neg put
        YIXT i XEXI W 3 get sub CX div dup mul CY mul neg put
        YIXN i XEXI W 4 get sub CX div dup mul CY mul neg put
        YIXW i XEXI W 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXU i YIXU 60 get 1malp mul YIXU 0 get alpha mul add put
         YIXP i YIXP 60 get 1malp mul YIXP 0 get alpha mul add put
         YIXD i YIXD 60 get 1malp mul YIXD 0 get alpha mul add put
         YIXT i YIXT 60 get 1malp mul YIXT 0 get alpha mul add put
         YIXN i YIXN 60 get 1malp mul YIXN 0 get alpha mul add put
         YIXW i YIXW 60 get 1malp mul YIXW 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXU i YIXU i 80 sub get put
         YIXP i YIXP i 80 sub get put
         YIXD i YIXD i 80 sub get put
         YIXT i YIXT i 80 sub get put
         YIXN i YIXN i 80 sub get put
         YIXW i YIXW i 80 sub get put
} for %i=81,85: 405_425(5)

0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXUS i XEXI WS 0 get sub CX div dup mul CY mul neg put
        YIXPS i XEXI WS 1 get sub CX div dup mul CY mul neg put
        YIXDS i XEXI WS 2 get sub CX div dup mul CY mul neg put
        YIXTS i XEXI WS 3 get sub CX div dup mul CY mul neg put
        YIXNS i XEXI WS 4 get sub CX div dup mul CY mul neg put
        YIXWS i XEXI WS 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXUS i YIXUS 60 get 1malp mul YIXUS 0 get alpha mul add put
         YIXPS i YIXPS 60 get 1malp mul YIXPS 0 get alpha mul add put
         YIXDS i YIXDS 60 get 1malp mul YIXDS 0 get alpha mul add put
         YIXTS i YIXTS 60 get 1malp mul YIXTS 0 get alpha mul add put
         YIXNS i YIXNS 60 get 1malp mul YIXNS 0 get alpha mul add put
         YIXWS i YIXWS 60 get 1malp mul YIXWS 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXUS i YIXUS i 80 sub get put
         YIXPS i YIXPS i 80 sub get put
         YIXDS i YIXDS i 80 sub get put
         YIXTS i YIXTS i 80 sub get put
         YIXNS i YIXNS i 80 sub get put
         YIXWS i YIXWS i 80 sub get put
} for %i=81,85: 405_425(5)

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

0 1 85 {/i exch def
        /YEXU {YIXU i get} def
        /YEXP {YIXP i get YP1T add} def
        /YEXD {YIXD i get YD1T add} def
        /YEXT {YIXT i get YT2T add} def
        /YEXN {YIXN i get} def
        /YEXW {YIXW i get YW2T add} def

/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXA YEXU def} if
          IKOM 1 eq {/YEXA YEXN def} if
          IKOM 2 eq {/YEXA YEXW def} if
          IKOM 3 eq {/YEXA YEXW def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXU YEXA sub fneg def YDchange
                  YEXP0 i YD put} if
          j 1 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP1 i YD put} if
          j 2 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP2 i YD put} if
          j 3 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP3 i YD put} if
          j 4 eq {/YD YEXN YEXA sub fneg def YDchange
                  YEXP4 i YD put} if
          j 5 eq {/YD YEXW YEXA sub fneg def YDchange
                  YEXP5 i YD put} if
          j 6 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP6 i YD put} if
          j 7 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP7 i YD put} if
          j 8 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP8 i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0 i get YEXA add def YEXP0 i YE put} if
                    j 1 eq {/YE YEXP1 i get YEXA add def YEXP1 i YE put} if
                    j 2 eq {/YE YEXP2 i get YEXA add def YEXP2 i YE put} if
                    j 3 eq {/YE YEXP3 i get YEXA add def YEXP3 i YE put} if
                    j 4 eq {/YE YEXP4 i get YEXA add def YEXP4 i YE put} if
                    j 5 eq {/YE YEXP5 i get YEXA add def YEXP5 i YE put} if
                    j 6 eq {/YE YEXP6 i get YEXA add def YEXP6 i YE put} if
                    j 7 eq {/YE YEXP7 i get YEXA add def YEXP7 i YE put} if
                    j 8 eq {/YE YEXP8 i get YEXA add def YEXP8 i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        /YEXUS {YIXUS i get} def %identical YEXN
        /YEXPS {YIXPS i get YP1ST add} def
        /YEXDS {YIXDS i get YD1ST add} def
        /YEXTS {YIXTS i get YT2ST add} def 
        /YEXNS {YIXNS i get} def %identical YEXU
        /YEXWS {YIXWS i get YW2ST add} def
        
/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXAS YEXNS def} if
          IKOM 1 eq {/YEXAS YEXUS def} if
          IKOM 2 eq {/YEXAS YEXWS def} if
          IKOM 3 eq {/YEXAS YEXWS def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXUS YEXAS sub fneg def YDchange
                  YEXP0S i YD put} if
          j 1 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP1S i YD put} if
          j 2 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP2S i YD put} if
          j 3 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP3S i YD put} if
          j 4 eq {/YD YEXNS YEXAS sub fneg def YDchange
                  YEXP4S i YD put} if
          j 5 eq {/YD YEXWS YEXAS sub fneg def YDchange
                  YEXP5S i YD put} if
          j 6 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP6S i YD put} if
          j 7 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP7S i YD put} if
          j 8 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP8S i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0S i get YEXAS add def YEXP0S i YE put} if
                    j 1 eq {/YE YEXP1S i get YEXAS add def YEXP1S i YE put} if
                    j 2 eq {/YE YEXP2S i get YEXAS add def YEXP2S i YE put} if
                    j 3 eq {/YE YEXP3S i get YEXAS add def YEXP3S i YE put} if
                    j 4 eq {/YE YEXP4S i get YEXAS add def YEXP4S i YE put} if
                    j 5 eq {/YE YEXP5S i get YEXAS add def YEXP5S i YE put} if
                    j 6 eq {/YE YEXP6S i get YEXAS add def YEXP6S i YE put} if
                    j 7 eq {/YE YEXP7S i get YEXAS add def YEXP7S i YE put} if
                    j 8 eq {/YE YEXP8S i get YEXAS add def YEXP8S i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

ILF 0 eq {%ILF=0
1800 050 moveto tfw
(l) outSM (d) ishowK 30 0 rmoveto (/nm) nshowM
4200 050 moveto tfw
(l) outSM (c) ishowK 30 0 rmoveto (/nm) nshowM
ILU 1 eq {4900 550 moveto (u) bishowM} if
} if %ILF=0

3100 2975 moveto tfw (Adaptation: ) bshowM 
tfw (l) outSM tfo (R) ishowK tfl (G) ishowK 
tfw (=) bshowM XRG$I ILK get bshowM

%special; first part not visible
3100 2725 moveto 0.0 0.0 0.0 0.5 setcmykcolor (Adaptation: ) bshowM 
tfw (l) outSM tfv (B) ishowK tfy (J) ishowK 
tfw (=) bshowM XBJ$I ILK get bshowM

ILS 0 eq ILS 2 eq or {%ILS=0&2,#0
          3400 2725 moveto (t) bshowM (s) ishowK (=) bshowM ta trushow4
         }
         {
          0800 2975 moveto TBM (Threshold: ) showen (Schwelle: ) showde
          (t) bshowM (s) ishowK (=) bshowM ta trushow4
         } ifelse %ILS=0&2,#0

010 3800 moveto
ILS 0 eq {%iLS=0,1
          tfw (log [) bshowM P0a D0a T0a U0a N0a W0a
               tfw (]) bshowM}
         {INE 0 eq {tfw (log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]-log) bshowM YAa}
                   {tfw (log) bshowM YAa
                    tfw (-log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]) bshowM
                   } ifelse
         } ifelse %ILS=0,1

210 3525 moveto %special U0a,N0a
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5
         
210 3250 moveto
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5

3100 3800 moveto tfw (log) bshowM 30 0 rmoveto P0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto P0o tfw 
YU1 YP1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YP1 sub abs troshow

3100 3525 moveto tfw (log) bshowM 30 0 rmoveto D0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto D0o tfw
YU1 YD1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YD1 sub abs troshow

%special for 475nm/575nm
3100 3250 moveto tfw (log) bshowM 30 0 rmoveto T0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto T0o tfw
/YDTW YT2 neg YW2 add def
YDTW 0 ge {( + )} {( - )} ifelse bshowM
YDTW abs troshow

%4300 2000 moveto TBM YT2 troshow
%4300 1700 moveto TBM YW2 troshow
%4300 1400 moveto TBM YTB troshow
%4300 1100 moveto TBM YWB troshow

%4300 1000 moveto TBM YT2S troshow
%4300 0700 moveto TBM YW2S troshow
%4300 0400 moveto TBM YTBS troshow
%4300 0100 moveto TBM YWBS troshow

%y-arrow
 100 3400 moveto 0 300 rlineto -50 -150 rlineto
                                50  150 rlineto 50 -150 rlineto stroke

tfw
380 280 translate
50 setlinewidth

ILF 0 eq {%ILF=0 sensitivity or saturation
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto 0 ILS 0 eq ILS 2 eq or {3300} {3600} ifelse 
            0.8 mul rlineto  stroke
 ILS 0 eq ILS 2 eq or {0 2700 0.8 mul moveto 400 12 mul 0 rlineto stroke} if

TBK
/tx [ (400) (500) (600) (700) (400)] def
/tye [(-2) () (-1) () (  0) () (-2)] def
/tys [(-2) (-1) (  0) (  1) (  2) (  3) (-2)] def
/tu [ (    -3,1) (-1,1) (  0,9)  (  2,9) (    -3,1)] def
 
%!u-Achse: 100 Einheiten = 1200 Skalen-Einheiten

ILU 1 eq {%ILU=1
0 1 4 {/i exch def
       /ixt {-180 i 1200 mul add} def
       /ixl {240 i 1200 mul add} def
        ixt 150 moveto tu i get exec show } for
 
% 555 nm; u=0.0
          /ixt -180 1.55 1200 mul add def
          /ixl  240 1.55 1200 mul add def
          0.25 0.0 1.0 0.0 setcmykcolor
          ixt 150 moveto (   0.0) show
          /ixt  20  1860 add def
          ixt -320 moveto (555) show
          ixl 75 moveto 0 -150 rlineto stroke
         } if %ILU=1
 
%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten
tfw
0 1 4 {/i exch def
       /ixt {-150 i 1200 mul add} def
       /ixl { 000 i 1200 mul add} def
        ixt -250 moveto tx i get exec show
        ixl   75 moveto 0 -150 rlineto stroke } for
 
%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten
TBK 
0 1 5 {/i exch def
       /iyt {200 i 0480 mul add} def
       /iyl {240 i 0480 mul add} def
        -300 iyt moveto ILS 0 eq ILS 2 eq or {tye} {tys} ifelse
                        i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

TBK
30 setlinewidth
%400nm
/X400 000 0.00 1200 mul add def
%425nm 
/X425 000 0.25 1200 mul add def
%475nm 
/X475 000 0.75 1200 mul add def
%525nm
/X525 000 1.25 1200 mul add def
%575nm
/X575 000 1.75 1200 mul add def
%625nm
/X625 000 2.25 1200 mul add def
%675nm
/X675 000 2.75 1200 mul add def
%375cnm 
/X700 000 3.00 1200 mul add def
%395cnm
/X400c 000 4.00 1200 mul add def

%ymax = 240 + 4 * 480 = 2160
[100 100] 0 setdash

X525 0 moveto 0 2160 rlineto stroke
X700 0 moveto 0 2160 rlineto stroke
X400c 0 moveto 0 2160 rlineto stroke

X525 20 add 100 moveto (525) show
%X700 20 add 100 moveto (700) show
%X400c 20 add 100 moveto (400) show

%xchart 2 ge {%xchart>=2
             X475 0 moveto 0 2160 rlineto stroke
             X575 0 moveto 0 2160 rlineto stroke
             X475 20 add 100 moveto (475) show
             X575 20 add 100 moveto (575) show
%            } if %xchart>=2
[ ] 0 setdash
TBG

50 setlinewidth
%Cero point at 555 nm
/X0t {555 400 sub 12 mul} def
X0t 0 translate

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram
TBG
/ix00 000 def
/ty [(-2) (-1) (  0) (  1) (  2) (  3)] def

tfw
50 setlinewidth
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto  0 2400 rlineto  stroke

TBM
/tx [(-3) (-2) (-1) (  0) (  1) (  2) (  3) (  4)] def

%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten

0 1 6 {/i exch def /ix00 000 def
       /ixt { ix00 -280 add i 0600 mul add} def
       /ixl { ix00  000 add i 0600 mul add} def
        ixt 100 add -250 moveto tx i get exec show
        ixl 75 moveto 0 -150 rlineto stroke } for

%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten

0 1 4 {/i exch def
       /iyt {-100 i 0600 mul add} def
       /iyl { 000 i 0600 mul add} def
        -350 iyt moveto ty i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

%Nullpunkt-Achsenkreuz
30 setlinewidth tfn
1800 0000 moveto 0000 2350 rlineto stroke
0000 1200 moveto 4000 0000 rlineto stroke
50 setlinewidth tfw

%text
3400 0600 moveto tfw (| log [) bshowM P0a tfw (/) bshowM YAa
                 tfw (]) bshowM
3400 0300 moveto tfw (-log [) bshowM D0a tfw (/) bshowM YAa
                 tfw (] |) bshowM
0200 2200 moveto tfw  (log [) bshowM U0a tfw (/) bshowM YAa
                 tfw (]) bshowM
0200 1900 moveto tfw (-log [) bshowM T0a tfw (/) bshowM YAa
                 tfw (]) bshowM

} if %ILF>=1 chromaticity diagram
 
ILF 0 eq {%ILF=0 for clip
0 setlinewidth
/Y0C 0000 def
/Y1C 2400 def
ILU 1 eq {/Y0C 0450 def} if
ILS 0 eq {/Y1C 2900 def} if

0.0 0.0 0.0 0.0 setcmykcolor
X0t neg Y0C moveto  4800 0 rlineto 0 Y1C rlineto
                   -4800 0 rlineto 0 Y1C neg rlineto clip stroke
} if %ILF=0 for clip

ILS 0 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %response diagram
ILS 1 eq ILF 0 eq and {/IORY 1500 0.8 mul def} if %saturation diagram
ILS 2 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %purity diagram
ILS 1 eq ILF 1 eq and {/IORX 1800 def /IORY 1200 def} if %chromaticity diagram

%begin only for %j=1,2,8=P',D',T'
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        XiS i i 5 mul 400 add put
        j 0 eq {YiS i YEXP0S i get put} if
        j 1 eq {YiS i YEXP1S i get put} if
        j 2 eq {YiS i YEXP2S i get put} if
        j 3 eq {YiS i YEXP3S i get put} if
        j 4 eq {YiS i YEXP4S i get put} if
        j 5 eq {YiS i YEXP5S i get put} if
        j 6 eq {YiS i YEXP6S i get put} if
        j 7 eq {YiS i YEXP7S i get put} if
        j 8 eq {YiS i YEXP8S i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1S j FKUCI00S j get put
          FKUM1S j FKUMI00S j get put
          FKUY1S j FKUYI00S j get put
          FKUN1S j FKUNI00S j get put
          FKUC2S j FKUCI01S j get put
          FKUM2S j FKUMI01S j get put
          FKUY2S j FKUYI01S j get put
          FKUN2S j FKUNI01S j get put
          IDAI1S j IDAI00S j get put
          IDAI2S j IDAI01S j get put
          KURVAS j KURVA1S j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1S j FKUCI10S j get put
          FKUM1S j FKUMI10S j get put
          FKUY1S j FKUYI10S j get put
          FKUN1S j FKUNI10S j get put
          FKUC2S j FKUCI11S j get put
          FKUM2S j FKUMI11S j get put
          FKUY2S j FKUYI11S j get put
          FKUN2S j FKUNI11S j get put
          IDAI1S j IDAI10S j get put
          IDAI2S j IDAI11S j get put
          KURVAS j KURVA2S j get put
         } if %ILS=1

/KURVMS {KURVAS j get} def

KURVMS 0 gt {%if KURVMS>0 then KURVE

1 1 KURVMS {/KURVS exch def %KURVS=1,KURVMS

/IDA1S {IDAI1S j get cvi} def
/IDA2S {IDAI2S j get cvi} def 

KURVS 1 eq {[ ] 0 setdash} if
KURVS 2 eq {%KURVS=2 %special for 475nm curve j=3
           /IDA1S {IDAI1S j get} def
           /IDA2S {IDAI2S j get} def 
          [ IDA1S IDA2S] 0 setdash
          } if %KURVS=2

KURVS 1 eq {%KURVS=1
          /jadd 0 def
%           ILS 1 ge j 1 eq and {/jadd 3 def} if
           /FKUCS {FKUC1S j jadd add get} def
           /FKUMS {FKUM1S j jadd add get} def
           /FKUYS {FKUY1S j jadd add get} def
           /FKUNS {FKUN1S j jadd add get} def
          } if %KURV=1
KURVS 2 eq {%KURVS=2
           /FKUCS {FKUC2S j get} def
           /FKUMS {FKUM2S j get} def
           /FKUYS {FKUY2S j get} def
           /FKUNS {FKUN2S j get} def
          } if %KURVS=2

FKUCS FKUMS FKUYS FKUNS setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 1 eq j 2 eq or {%j=1,2=P',D'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=1,2=P',D'

j 8 eq {%j=8=T'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def  %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=8=T

} if %ILF=0 sensitivity or saturation
} if %ILS#2

} for %KURVS=1,KURVMS

} if %if KURVMS>0 then KURVES

} for %j=0,JPPM
%end only for %j=1,2,8=P',D',T'

%begin only for %j=3,6,7=T,P,D
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation, not purity
50 setlinewidth

j 3 eq {%j=3=T
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=3

j 6 eq j 7 eq or{%j=6,7=P,D
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=6,7=P,D

} if %ILF=0 sensitivity or saturation, not purity
} if %ILS#2

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=3,6,7=T,P,D

%begin only for %j=0,4,5=U,N,W
0 1 JPPM {/j exch def %j=0,JPPM

ILF 0 eq {%ILF=0 (for ILS=0,1,2)
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 2 eq {%ILS=2 correction for j=0,4,5
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
       /Xx Xi i get def
       j 0 eq j 4 eq or j 5 eq or {%ILS=2 correction for j=0,4,5
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRG YEXP1  i get YEXP2  i get sub abs neg def}
                    {/XRG YEXP1S i get YEXP2S i get sub abs neg def
                    } ifelse %lambda>=525
         XJBA 525 ge {%XJBA>=525
                       /XJB YEXP0  i get YEXP5  i get sub abs neg def}
                      {/XJB YEXP5S i get YEXP0S i get sub abs neg def
                     } ifelse %XJBA>=525
         j 0 eq {Yi i XRG put} if          
         j 4 eq {Yi i XJB put} if
         j 5 eq {Yi i XRG XJB add put} if
%         j 5 eq {Yi i XRG dup mul XJB dup mul add sqrt neg put} if
        } if %ILS=2 correction for j=0,4,5 
       } for %i=0,85: 400_700_400(81)
         } if %ILS=2 correction for j=0,4,5

ILF 1 eq {%ILF=1

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {%j=0
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRGPM YEXP1  i get  
                            YEXP2  i get sub
                            %YP1T sub 
                            def}
                    {/XRGPM YEXP1S i get
                            YEXP2S i get sub
                            %YP1ST sub 
                            def
                    } ifelse %lambda>=525
         /XJBPM YEXP0  i get YEXP4  i get sub def
%         XJBA 525 ge {%XJBA>=525 P5=P5S P0S=PN P0=PU 
%                      %P0-P5=PU-PWa, P5S-P0S=PWa-PN
%                      /XJBPM YEXP0  i get YEXP5  i get sub def}
%                     {/XJBPM YEXP5S i get YEXP0S i get sub def
%                    } ifelse %XJBA>=525
        Yix i XRGPM put
        Yiy i XJBPM 0.5 mul put
        } if %j=0
       } for %i=0,85: 400_700_400(81)

%correction for purple colours
62 1 80 {/i exch def %i=61,80: 700+_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         Yix i  Yix 60 get 1malp mul  Yix 0 get alpha mul add put
         Yiy i  Yiy 60 get 1malp mul  Yiy 0 get alpha mul add put
       } for %i=61,80: 700+_400(81)
} if %ILF=1

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 0 eq j 4 eq or j 5 eq or {%j=0,4,5=U,N,W
         /I0 0 def /I1 0 def /I2 80 def
         /xst {Xi I0       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi I0 get MULY mul add} bind def
         xst yst moveto
I1 3 I2 {/i exch def  %i=1,80: 405_400
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_400
         stroke
} if %j=0,4,5=U,N,W

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram         
30 setlinewidth

j 0 eq {%j=0=U

/xst {IORX Yix 0 get MULF mul add} bind def
/yst {IORY Yiy 0 get MULF mul add} bind def
xst yst moveto
0 3 77 {/i exch def %i=1,80: 405_700_400
        /xst {IORX Yix i get       MULF mul add} bind def
        /yst {IORY Yiy i get       MULF mul add} bind def
        /x20 {IORX Yix i 1 add get MULF mul add} bind def
        /y20 {IORY Yiy i 1 add get MULF mul add} bind def
        /x21 {IORX Yix i 2 add get MULF mul add} bind def
        /y21 {IORY Yiy i 2 add get MULF mul add} bind def
        /x22 {IORX Yix i 3 add get MULF mul add} bind def
        /y22 {IORY Yiy i 3 add get MULF mul add} bind def
        x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_700_400
stroke

TBK
0 10 70 {/i exch def  %i=0,10,85: 400_700_400
        /xst {IORX Yix i get MULF mul add} bind def
        /yst {IORY Yiy i get MULF mul add} bind def
        newpath
        xst yst 40 0 360 arc fill
        newpath
        xst 400 sub yst 50 sub moveto 400 i 5 mul add cvishow
       } for %i=0,10,85: 400_700_400

        3000 2400 moveto (YP1T) show
        3000 2000 moveto 0 YP1T add cvsshow3
        3000 1600 moveto 0 YD1T add cvsshow3
        3000 1200 moveto 0 YT2T add cvsshow3
        3000 0800 moveto 0 YW2T add cvsshow3
 
        4000 2400 moveto (YP1ST) show
        4000 2000 moveto 0 YP1ST add cvsshow3
        4000 1600 moveto 0 YD1ST add cvsshow3
        4000 1200 moveto 0 YT2ST add cvsshow3
        4000 0800 moveto 0 YW2ST add cvsshow3

        0000 2400 moveto (UPDTNW1) show
        0000 2000 moveto YU1 cvsshow3
        0000 1600 moveto YP1 cvsshow3
        0000 1200 moveto YD1 cvsshow3
        0000 0800 moveto YT1 cvsshow3
        0000 0400 moveto YN1 cvsshow3
        0000 0000 moveto YW1 cvsshow3

        1300 2400 moveto (UPDTNW2) show
        1300 2000 moveto YU2 cvsshow3
        1300 1600 moveto YP2 cvsshow3
        1300 1200 moveto YD2 cvsshow3
        1300 0800 moveto YT2 cvsshow3
        1300 0400 moveto YN2 cvsshow3
        1300 0000 moveto YW2 cvsshow3
       
} if %j=0=U

} if %ILF=1 chromaticity diagram

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=0,4,5=U,N,W

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showpage
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BeginEPSF
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2 lt { userdict (<<) cvn ([) cvn load put
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[ /Title (PostScript pictures: Image Technology)
  /Author (compare K. Richter "Computergrafik ...": ISBN 3-8007-1775-1)
  /Subject (goto: http://o2.ps.bam.de or http://www.ps.bam.de)
  /Keywords (image reproduction, colour devices)
  /Creator (klaus.richter@bam.de)
  /CreationDate (D:2006040112000)
  /ModDate (D:2006040112000)
/DOCINFO pdfmark
[ /View [ /FitB ]
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/YEXP1S 88 array def
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/YEXP3S 88 array def
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/YEXP7S 88 array def
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/Yiy 88 array def

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/Yi 88 array def

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/KURVA 9 array def %9 actual curves
/KURVA1 9 array def %9 curves, Sensitivity, one or two colours
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%        U P D T N W P D T
/KURVA1 [2 0 0 1 2 2 1 1 0] def
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/IDAI1 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00 [100 000 000 000 100 100 100 100 100] def
/IDAI01 [100 000 000 000 100 100 100 100 100] def
/IDAI10 [100 000 000 000 100 100 100 100 100] def
/IDAI11 [100 000 000 000 100 100 100 100 100] def

/FKUC1 9 array def %Actual colour C, Sensitivity
/FKUC2 9 array def %Actual colour C, Saturation
/FKUM1 9 array def %Actual colour M, Sensitivity
/FKUM2 9 array def %Actual colour M, Saturation
/FKUY1 9 array def %Actual colour Y, Sensitivity
/FKUY2 9 array def %Actual colour Y, Saturation
/FKUN1 9 array def %Actual colour N, Sensitivity
/FKUN2 9 array def %Actual colour N, Saturation

/FKUCI00 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10 9 array def %Cyan, Colour 1, Saturation
/FKUCI11 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI01 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def
/FKUCI10 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI11 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def

/FKUMI00 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10 9 array def %Magenta, Colour 1, Saturation
/FKUMI11 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI01 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def
/FKUMI10 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI11 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def

/FKUYI00 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10 9 array def %Yellow, Colour 1, Saturation
/FKUYI11 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI01 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI11 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00 9 array def %Black, Colour 1, Sensitivity
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/FKUNI10 9 array def %Black, Colour 1, Saturation
/FKUNI11 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
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/FKUNI10 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI11 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

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/XRGAI [ 525   575   475   600   575   575   575   575 ] def
/XRG$I [(525) (575) (475) (600) (575) (575) (575) (575)] def
/XJBAI [ 525   575   475   600   525   495   475   435 ] def
/XBJ$I [(525) (575) (475) (600) (525) (495) (475) (435)] def

/KURVAS 9 array def %9 actual curves
/KURVA1S 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2S 9 array def %9 curves, Saturation, one or two colours
%         U'P'D'T'N'W'P'D'T'
/KURVA1S [0 2 2 0 2 2 0 0 2] def
/KURVA2S [0 2 2 0 2 2 0 0 2] def

/IDAI1S 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2S 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00S 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01S 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10S 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11S 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00S [100 100 100 100 100 100 100 100 100] def
/IDAI01S [100 100 100 100 100 100 100 100 100] def
/IDAI10S [100 100 100 100 100 100 100 100 100] def
/IDAI11S [100 100 100 100 100 100 100 100 100] def

/FKUC1S 9 array def %Actual colour C, Sensitivity
/FKUC2S 9 array def %Actual colour C, Saturation
/FKUM1S 9 array def %Actual colour M, Sensitivity
/FKUM2S 9 array def %Actual colour M, Saturation
/FKUY1S 9 array def %Actual colour Y, Sensitivity
/FKUY2S 9 array def %Actual colour Y, Saturation
/FKUN1S 9 array def %Actual colour N, Sensitivity
/FKUN2S 9 array def %Actual colour N, Saturation

/FKUCI00S 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01S 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10S 9 array def %Cyan, Colour 1, Saturation
/FKUCI11S 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI01S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def
/FKUCI10S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI11S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def

/FKUMI00S 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01S 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10S 9 array def %Magenta, Colour 1, Saturation
/FKUMI11S 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI01S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def
/FKUMI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI11S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def

/FKUYI00S 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01S 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10S 9 array def %Yellow, Colour 1, Saturation
/FKUYI11S 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI01S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI11S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00S 9 array def %Black, Colour 1, Sensitivity
/FKUNI01S 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10S 9 array def %Black, Colour 1, Saturation
/FKUNI11S 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI01S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
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0 1 7 {/j exch def %j=0,7
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ILN 6 eq {/JPPM 8 def} if
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/P0aS {tfo (P')  bishowM tfo (a) ishowM} def
/D0aS {tfl (D')  bishowM tfl (a) ishowM} def
/T0aS {tfv (T')  bishowM tfv (a) ishowM} def

/U0aS {tfn (U') bishowM tfy (a) ishowM} def
/N0aS {tfn (N') bishowM tfc (a) ishowM} def
/W0aS {tfn (W') bishowM tfm (a) ishowM} def

/YAa  {IKOM 0 eq {tfn (U) bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N) bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W) bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W) bishowM tfm (a) ishowM} if} def
/YAaS {IKOM 0 eq {tfn (U') bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N') bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W') bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W') bishowM tfm (a) ishowM} if} def

/AF1 0.5 def
/AF2 0.5 def

/XRGA {XRGAI ILK get} def
/XJBA {XJBAI ILK get} def
/XRG$ {XRG$I ILK get} def
/XBJ$ {XBJ$I ILK get} def

/XRGAS {XRGAIS ILK get} def
/XJBAS {XJBAIS ILK get} def
/XRG$S {XRG$IS ILK get} def
/XBJ$S {XBJ$IS ILK get} def

/W0 {W 0 get} def
/W1 {W 1 get} def
/W2 {W 2 get} def
/W3 {W 3 get} def
/W4 {W 4 get} def
/W5 {W 5 get} def
/W6 {W 6 get} def
/W7 {W 7 get} def
/W8 {W 8 get} def

/W0S {WS 0 get} def
/W1S {WS 1 get} def
/W2S {WS 2 get} def
/W3S {WS 3 get} def
/W4S {WS 4 get} def
/W5S {WS 5 get} def
/W6S {WS 6 get} def
/W7S {WS 7 get} def
/W8S {WS 8 get} def

%function value for curve U normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1 {XRGA W0 sub CX div dup mul CY mul neg} def
/YU2 {XJBA W0 sub CX div dup mul CY mul neg} def
/YUP {W1 W0 sub CX div dup mul CY mul neg} def
/YUD {W2 W0 sub CX div dup mul CY mul neg} def
/YUT {W3 W0 sub CX div dup mul CY mul neg} def
/YUN {W4 W0 sub CX div dup mul CY mul neg} def
/YUW {W5 W0 sub CX div dup mul CY mul neg} def
/YUB {475 W0 sub CX div dup mul CY mul neg} def
/YUJ {575 W0 sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1 {XRGA XRGA 525 sub 0 ge {W1} {W1S} ifelse
      sub CX div dup mul CY mul neg} def
/YP2 {XJBA W1 sub CX div dup mul CY mul neg} def
/YPP {W1 W1 sub CX div dup mul CY mul neg} def
/YPD {W2 W1 sub CX div dup mul CY mul neg} def
/YPT {W3 W1 sub CX div dup mul CY mul neg} def
/YPN {W4 W1 sub CX div dup mul CY mul neg} def
/YPW {W5 W1 sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5),
%            450(V=6), 475(B=6), 575(J=7), 600(O=8)
/YD1 {XRGA XRGA 525 sub 0 ge {W2} {W2S} ifelse
      sub CX div dup mul CY mul neg} def
/YD2 {XJBA W2 sub CX div dup mul CY mul neg} def
/YDP {W1 W2 sub CX div dup mul CY mul neg} def
/YDD {W2 W2 sub CX div dup mul CY mul neg} def
/YDT {W3 W2 sub CX div dup mul CY mul neg} def
/YDN {W4 W2 sub CX div dup mul CY mul neg} def
/YDW {W5 W2 sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1 {XRGA W3 sub CX div dup mul CY mul neg} def
/YT2 {XJBA XJBA 525 sub 0 le {W3} {W3S} ifelse
      sub CX div dup mul CY mul neg} def
/YTP {W1 W3 sub CX div dup mul CY mul neg} def
/YTD {W2 W3 sub CX div dup mul CY mul neg} def
/YTT {W3 W3 sub CX div dup mul CY mul neg} def
/YTN {W4 W3 sub CX div dup mul CY mul neg} def
/YTW {W5 W3 sub CX div dup mul CY mul neg} def
/YTB {475 W3 sub CX div dup mul CY mul neg} def
/YTJ {575 W3 sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1 {XRGA W4 sub CX div dup mul CY mul neg} def
/YN2 {XJBA W4 sub CX div dup mul CY mul neg} def
/YNP {W1 W4 sub CX div dup mul CY mul neg} def
/YND {W2 W4 sub CX div dup mul CY mul neg} def
/YNT {W3 W4 sub CX div dup mul CY mul neg} def
/YNN {W4 W4 sub CX div dup mul CY mul neg} def
/YNW {W5 W4 sub CX div dup mul CY mul neg} def
/YNB {475 W4 sub CX div dup mul CY mul neg} def
/YNJ {575 W4 sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1 {XRGA W5 sub CX div dup mul CY mul neg} def
/YW2 {XJBA W5 sub CX div dup mul CY mul neg} def
/YWP {YUP YNP add 0.5 mul} def
/YWD {YUD YND add 0.5 mul} def
/YWT {YUT YNT add 0.5 mul} def
/YWN {YUN YNN add 0.5 mul} def
/YWW {YUW YNW add 0.5 mul} def
/YWB {YUB YNB add 0.5 mul} def
/YWJ {YUJ YNJ add 0.5 mul} def

%function value for curve U normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1S {XRGAS W0S sub CX div dup mul CY mul neg} def
/YU2S {XJBAS W0S sub CX div dup mul CY mul neg} def
/YUPS {W1S W0S sub CX div dup mul CY mul neg} def
/YUDS {W2S W0S sub CX div dup mul CY mul neg} def
/YUTS {W3S W0S sub CX div dup mul CY mul neg} def
/YUNS {W4S W0S sub CX div dup mul CY mul neg} def
/YUWS {W5S W0S sub CX div dup mul CY mul neg} def
/YUBS {575 W0S sub CX div dup mul CY mul neg} def
/YUJS {475 W0S sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1S {XRGAS XRGAS 525 sub 0 le {W1S} {W1} ifelse
      sub CX div dup mul CY mul neg} def
/YP2S {XJBAS W1S sub CX div dup mul CY mul neg} def
/YPPS {W1S W1S sub CX div dup mul CY mul neg} def
/YPDS {W2S W1S sub CX div dup mul CY mul neg} def
/YPTS {W3S W1S sub CX div dup mul CY mul neg} def
/YPNS {W4S W1S sub CX div dup mul CY mul neg} def
/YPWS {W5S W1S sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YD1S {XRGAS XRGAS 525 sub 0 le {W2S} {W2} ifelse
      sub CX div dup mul CY mul neg} def
/YD2S {XJBAS W2S sub CX div dup mul CY mul neg} def
/YDPS {W1S W2S sub CX div dup mul CY mul neg} def
/YDDS {W2S W2S sub CX div dup mul CY mul neg} def
/YDTS {W3S W2S sub CX div dup mul CY mul neg} def
/YDNS {W4S W2S sub CX div dup mul CY mul neg} def
/YDWS {W5S W2S sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1S {XRGAS W3S sub CX div dup mul CY mul neg} def
/YT2S {XJBAS XJBAS 525 sub 0 ge {W3S} {W3} ifelse
      sub CX div dup mul CY mul neg} def
/YTPS {W1S W3S sub CX div dup mul CY mul neg} def
/YTDS {W2S W3S sub CX div dup mul CY mul neg} def
/YTTS {W3S W3S sub CX div dup mul CY mul neg} def
/YTNS {W4S W3S sub CX div dup mul CY mul neg} def
/YTWS {W5S W3S sub CX div dup mul CY mul neg} def
/YTBS {575 W3S sub CX div dup mul CY mul neg} def
/YTJS {475 W3S sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1S {XRGAS W4S sub CX div dup mul CY mul neg} def
/YN2S {XJBAS W4S sub CX div dup mul CY mul neg} def
/YNPS {W1S W4S sub CX div dup mul CY mul neg} def
/YNDS {W2S W4S sub CX div dup mul CY mul neg} def
/YNTS {W3S W4S sub CX div dup mul CY mul neg} def
/YNNS {W4S W4S sub CX div dup mul CY mul neg} def
/YNWS {W5S W4S sub CX div dup mul CY mul neg} def
/YNBS {575 W4S sub CX div dup mul CY mul neg} def
/YNJS {475 W4S sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1S {XRGAS W5S sub CX div dup mul CY mul neg} def
/YW2S {XJBAS W5S sub CX div dup mul CY mul neg} def
/YWPS {YUPS YNPS add 0.5 mul} def
/YWDS {YUDS YNDS add 0.5 mul} def
/YWTS {YUTS YNTS add 0.5 mul} def
/YWNS {YUNS YNNS add 0.5 mul} def
/YWWS {YUWS YNWS add 0.5 mul} def
/YWBS {YUBS YNBS add 0.5 mul} def
/YWJS {YUJS YNJS add 0.5 mul} def

%i=0,85: 400_500_600_700_400(81)
0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXU i XEXI W 0 get sub CX div dup mul CY mul neg put
        YIXP i XEXI W 1 get sub CX div dup mul CY mul neg put
        YIXD i XEXI W 2 get sub CX div dup mul CY mul neg put
        YIXT i XEXI W 3 get sub CX div dup mul CY mul neg put
        YIXN i XEXI W 4 get sub CX div dup mul CY mul neg put
        YIXW i XEXI W 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXU i YIXU 60 get 1malp mul YIXU 0 get alpha mul add put
         YIXP i YIXP 60 get 1malp mul YIXP 0 get alpha mul add put
         YIXD i YIXD 60 get 1malp mul YIXD 0 get alpha mul add put
         YIXT i YIXT 60 get 1malp mul YIXT 0 get alpha mul add put
         YIXN i YIXN 60 get 1malp mul YIXN 0 get alpha mul add put
         YIXW i YIXW 60 get 1malp mul YIXW 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXU i YIXU i 80 sub get put
         YIXP i YIXP i 80 sub get put
         YIXD i YIXD i 80 sub get put
         YIXT i YIXT i 80 sub get put
         YIXN i YIXN i 80 sub get put
         YIXW i YIXW i 80 sub get put
} for %i=81,85: 405_425(5)

0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXUS i XEXI WS 0 get sub CX div dup mul CY mul neg put
        YIXPS i XEXI WS 1 get sub CX div dup mul CY mul neg put
        YIXDS i XEXI WS 2 get sub CX div dup mul CY mul neg put
        YIXTS i XEXI WS 3 get sub CX div dup mul CY mul neg put
        YIXNS i XEXI WS 4 get sub CX div dup mul CY mul neg put
        YIXWS i XEXI WS 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXUS i YIXUS 60 get 1malp mul YIXUS 0 get alpha mul add put
         YIXPS i YIXPS 60 get 1malp mul YIXPS 0 get alpha mul add put
         YIXDS i YIXDS 60 get 1malp mul YIXDS 0 get alpha mul add put
         YIXTS i YIXTS 60 get 1malp mul YIXTS 0 get alpha mul add put
         YIXNS i YIXNS 60 get 1malp mul YIXNS 0 get alpha mul add put
         YIXWS i YIXWS 60 get 1malp mul YIXWS 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXUS i YIXUS i 80 sub get put
         YIXPS i YIXPS i 80 sub get put
         YIXDS i YIXDS i 80 sub get put
         YIXTS i YIXTS i 80 sub get put
         YIXNS i YIXNS i 80 sub get put
         YIXWS i YIXWS i 80 sub get put
} for %i=81,85: 405_425(5)

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

0 1 85 {/i exch def
        /YEXU {YIXU i get} def
        /YEXP {YIXP i get YP1T add} def
        /YEXD {YIXD i get YD1T add} def
        /YEXT {YIXT i get YT2T add} def
        /YEXN {YIXN i get} def
        /YEXW {YIXW i get YW2T add} def

/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXA YEXU def} if
          IKOM 1 eq {/YEXA YEXN def} if
          IKOM 2 eq {/YEXA YEXW def} if
          IKOM 3 eq {/YEXA YEXW def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXU YEXA sub fneg def YDchange
                  YEXP0 i YD put} if
          j 1 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP1 i YD put} if
          j 2 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP2 i YD put} if
          j 3 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP3 i YD put} if
          j 4 eq {/YD YEXN YEXA sub fneg def YDchange
                  YEXP4 i YD put} if
          j 5 eq {/YD YEXW YEXA sub fneg def YDchange
                  YEXP5 i YD put} if
          j 6 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP6 i YD put} if
          j 7 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP7 i YD put} if
          j 8 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP8 i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0 i get YEXA add def YEXP0 i YE put} if
                    j 1 eq {/YE YEXP1 i get YEXA add def YEXP1 i YE put} if
                    j 2 eq {/YE YEXP2 i get YEXA add def YEXP2 i YE put} if
                    j 3 eq {/YE YEXP3 i get YEXA add def YEXP3 i YE put} if
                    j 4 eq {/YE YEXP4 i get YEXA add def YEXP4 i YE put} if
                    j 5 eq {/YE YEXP5 i get YEXA add def YEXP5 i YE put} if
                    j 6 eq {/YE YEXP6 i get YEXA add def YEXP6 i YE put} if
                    j 7 eq {/YE YEXP7 i get YEXA add def YEXP7 i YE put} if
                    j 8 eq {/YE YEXP8 i get YEXA add def YEXP8 i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        /YEXUS {YIXUS i get} def %identical YEXN
        /YEXPS {YIXPS i get YP1ST add} def
        /YEXDS {YIXDS i get YD1ST add} def
        /YEXTS {YIXTS i get YT2ST add} def 
        /YEXNS {YIXNS i get} def %identical YEXU
        /YEXWS {YIXWS i get YW2ST add} def
        
/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXAS YEXNS def} if
          IKOM 1 eq {/YEXAS YEXUS def} if
          IKOM 2 eq {/YEXAS YEXWS def} if
          IKOM 3 eq {/YEXAS YEXWS def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXUS YEXAS sub fneg def YDchange
                  YEXP0S i YD put} if
          j 1 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP1S i YD put} if
          j 2 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP2S i YD put} if
          j 3 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP3S i YD put} if
          j 4 eq {/YD YEXNS YEXAS sub fneg def YDchange
                  YEXP4S i YD put} if
          j 5 eq {/YD YEXWS YEXAS sub fneg def YDchange
                  YEXP5S i YD put} if
          j 6 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP6S i YD put} if
          j 7 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP7S i YD put} if
          j 8 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP8S i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0S i get YEXAS add def YEXP0S i YE put} if
                    j 1 eq {/YE YEXP1S i get YEXAS add def YEXP1S i YE put} if
                    j 2 eq {/YE YEXP2S i get YEXAS add def YEXP2S i YE put} if
                    j 3 eq {/YE YEXP3S i get YEXAS add def YEXP3S i YE put} if
                    j 4 eq {/YE YEXP4S i get YEXAS add def YEXP4S i YE put} if
                    j 5 eq {/YE YEXP5S i get YEXAS add def YEXP5S i YE put} if
                    j 6 eq {/YE YEXP6S i get YEXAS add def YEXP6S i YE put} if
                    j 7 eq {/YE YEXP7S i get YEXAS add def YEXP7S i YE put} if
                    j 8 eq {/YE YEXP8S i get YEXAS add def YEXP8S i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

ILF 0 eq {%ILF=0
1800 050 moveto tfw
(l) outSM (d) ishowK 30 0 rmoveto (/nm) nshowM
4200 050 moveto tfw
(l) outSM (c) ishowK 30 0 rmoveto (/nm) nshowM
ILU 1 eq {4900 550 moveto (u) bishowM} if
} if %ILF=0

3100 2975 moveto tfw (Adaptation: ) bshowM 
tfw (l) outSM tfo (R) ishowK tfl (G) ishowK 
tfw (=) bshowM XRG$I ILK get bshowM

%special; first part not visible
3100 2725 moveto 0.0 0.0 0.0 0.5 setcmykcolor (Adaptation: ) bshowM 
tfw (l) outSM tfv (B) ishowK tfy (J) ishowK 
tfw (=) bshowM XBJ$I ILK get bshowM

ILS 0 eq ILS 2 eq or {%ILS=0&2,#0
          3400 2725 moveto (t) bshowM (s) ishowK (=) bshowM ta trushow4
         }
         {
          0800 2975 moveto TBM (Threshold: ) showen (Schwelle: ) showde
          (t) bshowM (s) ishowK (=) bshowM ta trushow4
         } ifelse %ILS=0&2,#0

010 3800 moveto
ILS 0 eq {%iLS=0,1
          tfw (log [) bshowM P0a D0a T0a U0a N0a W0a
               tfw (]) bshowM}
         {INE 0 eq {tfw (log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]-log) bshowM YAa}
                   {tfw (log) bshowM YAa
                    tfw (-log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]) bshowM
                   } ifelse
         } ifelse %ILS=0,1

210 3525 moveto %special U0a,N0a
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5
         
210 3250 moveto
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5

3100 3800 moveto tfw (log) bshowM 30 0 rmoveto P0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto P0o tfw 
YU1 YP1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YP1 sub abs troshow

3100 3525 moveto tfw (log) bshowM 30 0 rmoveto D0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto D0o tfw
YU1 YD1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YD1 sub abs troshow

%special for 475nm/575nm
3100 3250 moveto tfw (log) bshowM 30 0 rmoveto T0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto T0o tfw
/YDTW YT2 neg YW2 add def
YDTW 0 ge {( + )} {( - )} ifelse bshowM
YDTW abs troshow

%4300 2000 moveto TBM YT2 troshow
%4300 1700 moveto TBM YW2 troshow
%4300 1400 moveto TBM YTB troshow
%4300 1100 moveto TBM YWB troshow

%4300 1000 moveto TBM YT2S troshow
%4300 0700 moveto TBM YW2S troshow
%4300 0400 moveto TBM YTBS troshow
%4300 0100 moveto TBM YWBS troshow

%y-arrow
 100 3400 moveto 0 300 rlineto -50 -150 rlineto
                                50  150 rlineto 50 -150 rlineto stroke

tfw
380 280 translate
50 setlinewidth

ILF 0 eq {%ILF=0 sensitivity or saturation
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto 0 ILS 0 eq ILS 2 eq or {3300} {3600} ifelse 
            0.8 mul rlineto  stroke
 ILS 0 eq ILS 2 eq or {0 2700 0.8 mul moveto 400 12 mul 0 rlineto stroke} if

TBK
/tx [ (400) (500) (600) (700) (400)] def
/tye [(-2) () (-1) () (  0) () (-2)] def
/tys [(-2) (-1) (  0) (  1) (  2) (  3) (-2)] def
/tu [ (    -3,1) (-1,1) (  0,9)  (  2,9) (    -3,1)] def
 
%!u-Achse: 100 Einheiten = 1200 Skalen-Einheiten

ILU 1 eq {%ILU=1
0 1 4 {/i exch def
       /ixt {-180 i 1200 mul add} def
       /ixl {240 i 1200 mul add} def
        ixt 150 moveto tu i get exec show } for
 
% 555 nm; u=0.0
          /ixt -180 1.55 1200 mul add def
          /ixl  240 1.55 1200 mul add def
          0.25 0.0 1.0 0.0 setcmykcolor
          ixt 150 moveto (   0.0) show
          /ixt  20  1860 add def
          ixt -320 moveto (555) show
          ixl 75 moveto 0 -150 rlineto stroke
         } if %ILU=1
 
%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten
tfw
0 1 4 {/i exch def
       /ixt {-150 i 1200 mul add} def
       /ixl { 000 i 1200 mul add} def
        ixt -250 moveto tx i get exec show
        ixl   75 moveto 0 -150 rlineto stroke } for
 
%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten
TBK 
0 1 5 {/i exch def
       /iyt {200 i 0480 mul add} def
       /iyl {240 i 0480 mul add} def
        -300 iyt moveto ILS 0 eq ILS 2 eq or {tye} {tys} ifelse
                        i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

TBK
30 setlinewidth
%400nm
/X400 000 0.00 1200 mul add def
%425nm 
/X425 000 0.25 1200 mul add def
%475nm 
/X475 000 0.75 1200 mul add def
%525nm
/X525 000 1.25 1200 mul add def
%575nm
/X575 000 1.75 1200 mul add def
%625nm
/X625 000 2.25 1200 mul add def
%675nm
/X675 000 2.75 1200 mul add def
%375cnm 
/X700 000 3.00 1200 mul add def
%395cnm
/X400c 000 4.00 1200 mul add def

%ymax = 240 + 4 * 480 = 2160
[100 100] 0 setdash

X525 0 moveto 0 2160 rlineto stroke
X700 0 moveto 0 2160 rlineto stroke
X400c 0 moveto 0 2160 rlineto stroke

X525 20 add 100 moveto (525) show
%X700 20 add 100 moveto (700) show
%X400c 20 add 100 moveto (400) show

%xchart 2 ge {%xchart>=2
             X475 0 moveto 0 2160 rlineto stroke
             X575 0 moveto 0 2160 rlineto stroke
             X475 20 add 100 moveto (475) show
             X575 20 add 100 moveto (575) show
%            } if %xchart>=2
[ ] 0 setdash
TBG

50 setlinewidth
%Cero point at 555 nm
/X0t {555 400 sub 12 mul} def
X0t 0 translate

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram
TBG
/ix00 000 def
/ty [(-2) (-1) (  0) (  1) (  2) (  3)] def

tfw
50 setlinewidth
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto  0 2400 rlineto  stroke

TBM
/tx [(-3) (-2) (-1) (  0) (  1) (  2) (  3) (  4)] def

%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten

0 1 6 {/i exch def /ix00 000 def
       /ixt { ix00 -280 add i 0600 mul add} def
       /ixl { ix00  000 add i 0600 mul add} def
        ixt 100 add -250 moveto tx i get exec show
        ixl 75 moveto 0 -150 rlineto stroke } for

%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten

0 1 4 {/i exch def
       /iyt {-100 i 0600 mul add} def
       /iyl { 000 i 0600 mul add} def
        -350 iyt moveto ty i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

%Nullpunkt-Achsenkreuz
30 setlinewidth tfn
1800 0000 moveto 0000 2350 rlineto stroke
0000 1200 moveto 4000 0000 rlineto stroke
50 setlinewidth tfw

%text
3400 0600 moveto tfw (| log [) bshowM P0a tfw (/) bshowM YAa
                 tfw (]) bshowM
3400 0300 moveto tfw (-log [) bshowM D0a tfw (/) bshowM YAa
                 tfw (] |) bshowM
0200 2200 moveto tfw  (log [) bshowM U0a tfw (/) bshowM YAa
                 tfw (]) bshowM
0200 1900 moveto tfw (-log [) bshowM T0a tfw (/) bshowM YAa
                 tfw (]) bshowM

} if %ILF>=1 chromaticity diagram
 
ILF 0 eq {%ILF=0 for clip
0 setlinewidth
/Y0C 0000 def
/Y1C 2400 def
ILU 1 eq {/Y0C 0450 def} if
ILS 0 eq {/Y1C 2900 def} if

0.0 0.0 0.0 0.0 setcmykcolor
X0t neg Y0C moveto  4800 0 rlineto 0 Y1C rlineto
                   -4800 0 rlineto 0 Y1C neg rlineto clip stroke
} if %ILF=0 for clip

ILS 0 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %response diagram
ILS 1 eq ILF 0 eq and {/IORY 1500 0.8 mul def} if %saturation diagram
ILS 2 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %purity diagram
ILS 1 eq ILF 1 eq and {/IORX 1800 def /IORY 1200 def} if %chromaticity diagram

%begin only for %j=1,2,8=P',D',T'
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        XiS i i 5 mul 400 add put
        j 0 eq {YiS i YEXP0S i get put} if
        j 1 eq {YiS i YEXP1S i get put} if
        j 2 eq {YiS i YEXP2S i get put} if
        j 3 eq {YiS i YEXP3S i get put} if
        j 4 eq {YiS i YEXP4S i get put} if
        j 5 eq {YiS i YEXP5S i get put} if
        j 6 eq {YiS i YEXP6S i get put} if
        j 7 eq {YiS i YEXP7S i get put} if
        j 8 eq {YiS i YEXP8S i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1S j FKUCI00S j get put
          FKUM1S j FKUMI00S j get put
          FKUY1S j FKUYI00S j get put
          FKUN1S j FKUNI00S j get put
          FKUC2S j FKUCI01S j get put
          FKUM2S j FKUMI01S j get put
          FKUY2S j FKUYI01S j get put
          FKUN2S j FKUNI01S j get put
          IDAI1S j IDAI00S j get put
          IDAI2S j IDAI01S j get put
          KURVAS j KURVA1S j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1S j FKUCI10S j get put
          FKUM1S j FKUMI10S j get put
          FKUY1S j FKUYI10S j get put
          FKUN1S j FKUNI10S j get put
          FKUC2S j FKUCI11S j get put
          FKUM2S j FKUMI11S j get put
          FKUY2S j FKUYI11S j get put
          FKUN2S j FKUNI11S j get put
          IDAI1S j IDAI10S j get put
          IDAI2S j IDAI11S j get put
          KURVAS j KURVA2S j get put
         } if %ILS=1

/KURVMS {KURVAS j get} def

KURVMS 0 gt {%if KURVMS>0 then KURVE

1 1 KURVMS {/KURVS exch def %KURVS=1,KURVMS

/IDA1S {IDAI1S j get cvi} def
/IDA2S {IDAI2S j get cvi} def 

KURVS 1 eq {[ ] 0 setdash} if
KURVS 2 eq {%KURVS=2 %special for 475nm curve j=3
           /IDA1S {IDAI1S j get} def
           /IDA2S {IDAI2S j get} def 
          [ IDA1S IDA2S] 0 setdash
          } if %KURVS=2

KURVS 1 eq {%KURVS=1
          /jadd 0 def
%           ILS 1 ge j 1 eq and {/jadd 3 def} if
           /FKUCS {FKUC1S j jadd add get} def
           /FKUMS {FKUM1S j jadd add get} def
           /FKUYS {FKUY1S j jadd add get} def
           /FKUNS {FKUN1S j jadd add get} def
          } if %KURV=1
KURVS 2 eq {%KURVS=2
           /FKUCS {FKUC2S j get} def
           /FKUMS {FKUM2S j get} def
           /FKUYS {FKUY2S j get} def
           /FKUNS {FKUN2S j get} def
          } if %KURVS=2

FKUCS FKUMS FKUYS FKUNS setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 1 eq j 2 eq or {%j=1,2=P',D'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=1,2=P',D'

j 8 eq {%j=8=T'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def  %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=8=T

} if %ILF=0 sensitivity or saturation
} if %ILS#2

} for %KURVS=1,KURVMS

} if %if KURVMS>0 then KURVES

} for %j=0,JPPM
%end only for %j=1,2,8=P',D',T'

%begin only for %j=3,6,7=T,P,D
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation, not purity
50 setlinewidth

j 3 eq {%j=3=T
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=3

j 6 eq j 7 eq or{%j=6,7=P,D
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=6,7=P,D

} if %ILF=0 sensitivity or saturation, not purity
} if %ILS#2

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=3,6,7=T,P,D

%begin only for %j=0,4,5=U,N,W
0 1 JPPM {/j exch def %j=0,JPPM

ILF 0 eq {%ILF=0 (for ILS=0,1,2)
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 2 eq {%ILS=2 correction for j=0,4,5
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
       /Xx Xi i get def
       j 0 eq j 4 eq or j 5 eq or {%ILS=2 correction for j=0,4,5
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRG YEXP1  i get YEXP2  i get sub abs neg def}
                    {/XRG YEXP1S i get YEXP2S i get sub abs neg def
                    } ifelse %lambda>=525
         XJBA 525 ge {%XJBA>=525
                       /XJB YEXP0  i get YEXP5  i get sub abs neg def}
                      {/XJB YEXP5S i get YEXP0S i get sub abs neg def
                     } ifelse %XJBA>=525
         j 0 eq {Yi i XRG put} if          
         j 4 eq {Yi i XJB put} if
         j 5 eq {Yi i XRG XJB add put} if
%         j 5 eq {Yi i XRG dup mul XJB dup mul add sqrt neg put} if
        } if %ILS=2 correction for j=0,4,5 
       } for %i=0,85: 400_700_400(81)
         } if %ILS=2 correction for j=0,4,5

ILF 1 eq {%ILF=1

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {%j=0
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRGPM YEXP1  i get  
                            YEXP2  i get sub
                            %YP1T sub 
                            def}
                    {/XRGPM YEXP1S i get
                            YEXP2S i get sub
                            %YP1ST sub 
                            def
                    } ifelse %lambda>=525
         /XJBPM YEXP0  i get YEXP4  i get sub def
%         XJBA 525 ge {%XJBA>=525 P5=P5S P0S=PN P0=PU 
%                      %P0-P5=PU-PWa, P5S-P0S=PWa-PN
%                      /XJBPM YEXP0  i get YEXP5  i get sub def}
%                     {/XJBPM YEXP5S i get YEXP0S i get sub def
%                    } ifelse %XJBA>=525
        Yix i XRGPM put
        Yiy i XJBPM 0.5 mul put
        } if %j=0
       } for %i=0,85: 400_700_400(81)

%correction for purple colours
62 1 80 {/i exch def %i=61,80: 700+_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         Yix i  Yix 60 get 1malp mul  Yix 0 get alpha mul add put
         Yiy i  Yiy 60 get 1malp mul  Yiy 0 get alpha mul add put
       } for %i=61,80: 700+_400(81)
} if %ILF=1

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 0 eq j 4 eq or j 5 eq or {%j=0,4,5=U,N,W
         /I0 0 def /I1 0 def /I2 80 def
         /xst {Xi I0       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi I0 get MULY mul add} bind def
         xst yst moveto
I1 3 I2 {/i exch def  %i=1,80: 405_400
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_400
         stroke
} if %j=0,4,5=U,N,W

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram         
30 setlinewidth

j 0 eq {%j=0=U

/xst {IORX Yix 0 get MULF mul add} bind def
/yst {IORY Yiy 0 get MULF mul add} bind def
xst yst moveto
0 3 77 {/i exch def %i=1,80: 405_700_400
        /xst {IORX Yix i get       MULF mul add} bind def
        /yst {IORY Yiy i get       MULF mul add} bind def
        /x20 {IORX Yix i 1 add get MULF mul add} bind def
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        /x22 {IORX Yix i 3 add get MULF mul add} bind def
        /y22 {IORY Yiy i 3 add get MULF mul add} bind def
        x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_700_400
stroke

TBK
0 10 70 {/i exch def  %i=0,10,85: 400_700_400
        /xst {IORX Yix i get MULF mul add} bind def
        /yst {IORY Yiy i get MULF mul add} bind def
        newpath
        xst yst 40 0 360 arc fill
        newpath
        xst 400 sub yst 50 sub moveto 400 i 5 mul add cvishow
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        3000 2400 moveto (YP1T) show
        3000 2000 moveto 0 YP1T add cvsshow3
        3000 1600 moveto 0 YD1T add cvsshow3
        3000 1200 moveto 0 YT2T add cvsshow3
        3000 0800 moveto 0 YW2T add cvsshow3
 
        4000 2400 moveto (YP1ST) show
        4000 2000 moveto 0 YP1ST add cvsshow3
        4000 1600 moveto 0 YD1ST add cvsshow3
        4000 1200 moveto 0 YT2ST add cvsshow3
        4000 0800 moveto 0 YW2ST add cvsshow3

        0000 2400 moveto (UPDTNW1) show
        0000 2000 moveto YU1 cvsshow3
        0000 1600 moveto YP1 cvsshow3
        0000 1200 moveto YD1 cvsshow3
        0000 0800 moveto YT1 cvsshow3
        0000 0400 moveto YN1 cvsshow3
        0000 0000 moveto YW1 cvsshow3

        1300 2400 moveto (UPDTNW2) show
        1300 2000 moveto YU2 cvsshow3
        1300 1600 moveto YP2 cvsshow3
        1300 1200 moveto YD2 cvsshow3
        1300 0800 moveto YT2 cvsshow3
        1300 0400 moveto YN2 cvsshow3
        1300 0000 moveto YW2 cvsshow3
       
} if %j=0=U

} if %ILF=1 chromaticity diagram

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=0,4,5=U,N,W

ILF 0 eq {X0t neg 0 translate} if

-380 -280 translate

showpage
grestore

%} for %xchart=0,15

%%Trailor

%%EndDocument
EndEPSF grestore gsave
                         
BeginEPSF
 28 MM 108 MM translate
  10 /Times-ISOL1 FS  53 MM 1 MM moveto ( ) show 1 1 scale  -77 -91 translate
%%BeginDocument: Bild 13

%line 359
%!PS-Adobe-3.0 EPSF-3.0 WG990-3
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%START PDFDE011.EPS
/pdfmark where {pop} {userdict /pdfmark /cleartomark load put} ifelse
/languagelevel where {pop languagelevel} {1} ifelse
2 lt { userdict (<<) cvn ([) cvn load put
       userdict (>>) cvn (]) cvn load put} if
[ /Title (PostScript pictures: Image Technology)
  /Author (compare K. Richter "Computergrafik ...": ISBN 3-8007-1775-1)
  /Subject (goto: http://o2.ps.bam.de or http://www.ps.bam.de)
  /Keywords (image reproduction, colour devices)
  /Creator (klaus.richter@bam.de)
  /CreationDate (D:2006040112000)
  /ModDate (D:2006040112000)
/DOCINFO pdfmark
[ /View [ /FitB ]
/DOCVIEW pdfmark
%END  PDFDE011

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/nshowG {TG  show} bind def
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/nshowM {TM  show} bind def
/kshowM {TIM show} bind def
/bshowM {TBM show} bind def
/bishowM {TBIM show} bind def
/ishowM {TK 0 -40 rmoveto show 0 40 rmoveto} bind def
/ebshowM {TBK 0 160 rmoveto show 0 -160 rmoveto} bind def
/sshowM {SM show} bind def

/nshowK {TK  show} bind def
/kshowK {TIK show} bind def
/bshowK {TBK show} bind def
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/ishowK {TKi 0 -30 rmoveto show 0 30 rmoveto} bind def
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/tzn {0.0 0.0 0.0 1.00} bind def %Graureihe
/tzd {0.0 0.0 0.0 0.75} bind def
/tzz {0.0 0.0 0.0 0.50} bind def
/tzh {0.0 0.0 0.0 0.25} bind def
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/tzrz {0.0 1.0 0.5 0.5} bind def %Elementarfarben vergraut
/tzgz {1.0 0.0 0.5 0.5} bind def
/tzbz {1.0 0.5 0.0 0.5} bind def
/tzjz {0.0 0.0 1.0 0.5} bind def

/tfo {tzo setcmykcolor} bind def
/tfl {tzl setcmykcolor} bind def
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/tfy {tzy setcmykcolor} bind def

/tfn {tzn setcmykcolor} bind def
/tfd {tzd setcmykcolor} bind def
/tfz {tzz setcmykcolor} bind def
/tfh {tzh setcmykcolor} bind def
/tfw {tzw setcmykcolor} bind def

/tfr {tzr setcmykcolor} bind def
/tfg {tzg setcmykcolor} bind def
/tfb {tzb setcmykcolor} bind def
/tfj {tzj setcmykcolor} bind def

/tfrz {tzrz setcmykcolor} bind def
/tfgz {tzgz setcmykcolor} bind def
/tfbz {tzbz setcmykcolor} bind def
/tfjz {tzjz setcmykcolor} bind def
 
/A4quer {598 0 tl 90 rotate} def
/setcmyknew {setcmykcolor} def
/outSM {sshowM} def
/outSK {sshowK} def
/outxshowf {setcmykcolor show} def

%for output test only
/tspace {dup abs 1.0 le {(   ) show} if
         dup dup -1.0 le exch -10 gt and {(  ) show} if
         dup dup 1.0 gt exch  10 lt and {(   ) show} if
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/trushow {tspace 0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/troshow {0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/trushow4 {0.00005 add 10000 mul truncate 10000 div
           10 string cvs show} bind def
           
/cvishow {cvi 6 string cvs show} def
/cvsshow1 {10 mul cvi 0.1 mul 7 string cvs show} def
/cvsshow2 {100 mul cvi 0.01 mul 7 string cvs show} def
/cvsshow3 {1000 mul cvi 0.001 mul 7 string cvs show} def

/W 9 array def
/W  [555 570 540 435 495 525 570 540 435] def

/WS 9 array def
0 1 8 {/j exch def %j=0,8
       WS j 525 W j get 525 sub sub put
      } for %j=0,8

/YIXU 88 array def
/YIXP 88 array def
/YIXD 88 array def
/YIXT 88 array def
/YIXN 88 array def
/YIXW 88 array def

/YIXUS 88 array def
/YIXPS 88 array def
/YIXDS 88 array def
/YIXTS 88 array def
/YIXNS 88 array def
/YIXWS 88 array def

/YEXP0 88 array def
/YEXP1 88 array def
/YEXP2 88 array def
/YEXP3 88 array def
/YEXP4 88 array def
/YEXP5 88 array def
/YEXP6 88 array def
/YEXP7 88 array def
/YEXP8 88 array def

/YEXP0S 88 array def
/YEXP1S 88 array def
/YEXP2S 88 array def
/YEXP3S 88 array def
/YEXP4S 88 array def
/YEXP5S 88 array def
/YEXP6S 88 array def
/YEXP7S 88 array def
/YEXP8S 88 array def

/Yix 88 array def
/Yiy 88 array def

/Xi 88 array def
/Yi 88 array def

/YixS 88 array def
/YiyS 88 array def

/XiS 88 array def
/YiS 88 array def

/KURVA 9 array def %9 actual curves
/KURVA1 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2 9 array def %9 curves, Saturation, one or two colours
%        U P D T N W P D T
/KURVA1 [2 0 0 1 2 2 1 1 0] def
/KURVA2 [2 0 0 1 2 2 1 1 0] def

/IDAI1 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00 [100 000 000 000 100 100 100 100 100] def
/IDAI01 [100 000 000 000 100 100 100 100 100] def
/IDAI10 [100 000 000 000 100 100 100 100 100] def
/IDAI11 [100 000 000 000 100 100 100 100 100] def

/FKUC1 9 array def %Actual colour C, Sensitivity
/FKUC2 9 array def %Actual colour C, Saturation
/FKUM1 9 array def %Actual colour M, Sensitivity
/FKUM2 9 array def %Actual colour M, Saturation
/FKUY1 9 array def %Actual colour Y, Sensitivity
/FKUY2 9 array def %Actual colour Y, Saturation
/FKUN1 9 array def %Actual colour N, Sensitivity
/FKUN2 9 array def %Actual colour N, Saturation

/FKUCI00 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10 9 array def %Cyan, Colour 1, Saturation
/FKUCI11 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI01 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def
/FKUCI10 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI11 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def

/FKUMI00 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10 9 array def %Magenta, Colour 1, Saturation
/FKUMI11 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI01 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def
/FKUMI10 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI11 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def

/FKUYI00 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10 9 array def %Yellow, Colour 1, Saturation
/FKUYI11 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI01 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI11 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00 9 array def %Black, Colour 1, Sensitivity
/FKUNI01 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10 9 array def %Black, Colour 1, Saturation
/FKUNI11 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI01 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI11 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAI 8 array def
/XRG$I 8 array def
/XJBAI 8 array def
/XBJ$I 8 array def
/XRGAI [ 525   575   475   600   575   575   575   575 ] def
/XRG$I [(525) (575) (475) (600) (575) (575) (575) (575)] def
/XJBAI [ 525   575   475   600   525   495   475   435 ] def
/XBJ$I [(525) (575) (475) (600) (525) (495) (475) (435)] def

/KURVAS 9 array def %9 actual curves
/KURVA1S 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2S 9 array def %9 curves, Saturation, one or two colours
%         U'P'D'T'N'W'P'D'T'
/KURVA1S [0 2 2 0 2 2 0 0 2] def
/KURVA2S [0 2 2 0 2 2 0 0 2] def

/IDAI1S 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2S 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00S 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01S 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10S 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11S 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00S [100 100 100 100 100 100 100 100 100] def
/IDAI01S [100 100 100 100 100 100 100 100 100] def
/IDAI10S [100 100 100 100 100 100 100 100 100] def
/IDAI11S [100 100 100 100 100 100 100 100 100] def

/FKUC1S 9 array def %Actual colour C, Sensitivity
/FKUC2S 9 array def %Actual colour C, Saturation
/FKUM1S 9 array def %Actual colour M, Sensitivity
/FKUM2S 9 array def %Actual colour M, Saturation
/FKUY1S 9 array def %Actual colour Y, Sensitivity
/FKUY2S 9 array def %Actual colour Y, Saturation
/FKUN1S 9 array def %Actual colour N, Sensitivity
/FKUN2S 9 array def %Actual colour N, Saturation

/FKUCI00S 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01S 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10S 9 array def %Cyan, Colour 1, Saturation
/FKUCI11S 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI01S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def
/FKUCI10S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI11S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def

/FKUMI00S 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01S 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10S 9 array def %Magenta, Colour 1, Saturation
/FKUMI11S 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI01S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def
/FKUMI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI11S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def

/FKUYI00S 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01S 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10S 9 array def %Yellow, Colour 1, Saturation
/FKUYI11S 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI01S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI11S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00S 9 array def %Black, Colour 1, Sensitivity
/FKUNI01S 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10S 9 array def %Black, Colour 1, Saturation
/FKUNI11S 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI01S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI11S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAIS 8 array def
/XRG$IS 8 array def
/XJBAIS 8 array def
/XBJ$IS 8 array def

0 1 7 {/j exch def %j=0,7
       XRGAIS j 525 XRGAI j get 525 sub sub put
       XJBAIS j 525 XJBAI j get 525 sub sub put
       XRG$IS j XRGAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
       XBJ$IS j XJBAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
      } for %j=0,7
      
/JPPM 4 def
/CY 0.35 def
/CX  50 def

%%EndProlog
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/xchartg where {pop /xchart   2 def} {/xchart   2 def} ifelse

5 /Times-ISOL1 FS
72 84 moveto
    ( WG990-3, ) show

(Change of PDT (LMS) in volour vision; Adaptation) showen
(\304nderung von PDT (LMS) beim Farbensehen; Adaptation) showde

72 90 translate

%/xchart 02 def
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gsave

xchart  0 eq {/ILK 0 def /ILS 0 def /INE 0 def /ILF 0 def} if %ILT=0 NO threshold
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xchart  4 eq {/ILK 2 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  5 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  6 eq {/ILK 3 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  7 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  8 eq {/ILK 0 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart  9 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 10 eq {/ILK 1 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 11 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 12 eq {/ILK 2 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 13 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 14 eq {/ILK 3 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 15 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 1 def} if
/ILT 1 def
%/ILF 1 def
%/IKOM 3 def %0=U, 1=N/G, 2=W/R, 3=V
xchart  0 ge xchart  3 le and {/IKOM 3 def} if %W
xchart  4 ge xchart  7 le and {/IKOM 3 def} if %W
xchart  8 ge xchart 11 le and {/IKOM 3 def} if %W
xchart 12 ge xchart 15 le and {/IKOM 3 def} if %W
%/ILN 4 def %L&M, L&S, M&S, UVW&S
%/ILN 5 def %L&M, L&S, M&S, UGR&S
/ILN 6 def %L&M, L&S, M&S, UGR&SGR
ILN 5 eq {/JPPM 6 def} {/JPPM 5 def} ifelse
ILN 6 eq {/JPPM 8 def} if
ILF 1 eq {/JPPM 1 def} if
ILS 2 eq {/JPPM 5 def} if

/ILU 0 def %NO u scale
ILT 0 eq {/ta 0.0 def /logta -6 def} if
ILT 1 eq {/ta 0.007 def /logta ta log def} if
ILT 2 eq {/ta 0.002 def /logta ta log def} if
/MULX 0600 def
/MULY 1200 0.8 mul def
ILS 1 eq {/MULY 1200 0.4 mul def} if
/MULF 1200 0.8 mul def

0.01 MM 0.01 MM scale
 
30 setlinewidth
[ ] 0 setdash

0.0 0.0 0.0 0.5 setcmykcolor
0 0  moveto 5400 0 rlineto 0 4000 rlineto -5400 0 rlineto
closepath fill

/Xa {(a) ishowM} def
/Xo {(o) ishowM} def

/P0o {tfo (P)  bishowM tfo (o) ishowM} def
/D0o {tfl (D)  bishowM tfl (o) ishowM} def
/T0o {tfv (T)  bishowM tfv (o) ishowM} def

/P0a {tfo (P)  bishowM tfo (a) ishowM} def
/D0a {tfl (D)  bishowM tfl (a) ishowM} def
/T0a {tfv (T)  bishowM tfv (a) ishowM} def

/U0a {tfn (U) bishowM tfy (a) ishowM} def
/N0a {tfn (N) bishowM tfc (a) ishowM} def
/W0a {tfn (W) bishowM tfm (a) ishowM} def

/P0oS {tfo (P')  bishowM tfo (o) ishowM} def
/D0oS {tfl (D')  bishowM tfl (o) ishowM} def
/T0oS {tfv (T')  bishowM tfv (o) ishowM} def

/P0aS {tfo (P')  bishowM tfo (a) ishowM} def
/D0aS {tfl (D')  bishowM tfl (a) ishowM} def
/T0aS {tfv (T')  bishowM tfv (a) ishowM} def

/U0aS {tfn (U') bishowM tfy (a) ishowM} def
/N0aS {tfn (N') bishowM tfc (a) ishowM} def
/W0aS {tfn (W') bishowM tfm (a) ishowM} def

/YAa  {IKOM 0 eq {tfn (U) bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N) bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W) bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W) bishowM tfm (a) ishowM} if} def
/YAaS {IKOM 0 eq {tfn (U') bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N') bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W') bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W') bishowM tfm (a) ishowM} if} def

/AF1 0.5 def
/AF2 0.5 def

/XRGA {XRGAI ILK get} def
/XJBA {XJBAI ILK get} def
/XRG$ {XRG$I ILK get} def
/XBJ$ {XBJ$I ILK get} def

/XRGAS {XRGAIS ILK get} def
/XJBAS {XJBAIS ILK get} def
/XRG$S {XRG$IS ILK get} def
/XBJ$S {XBJ$IS ILK get} def

/W0 {W 0 get} def
/W1 {W 1 get} def
/W2 {W 2 get} def
/W3 {W 3 get} def
/W4 {W 4 get} def
/W5 {W 5 get} def
/W6 {W 6 get} def
/W7 {W 7 get} def
/W8 {W 8 get} def

/W0S {WS 0 get} def
/W1S {WS 1 get} def
/W2S {WS 2 get} def
/W3S {WS 3 get} def
/W4S {WS 4 get} def
/W5S {WS 5 get} def
/W6S {WS 6 get} def
/W7S {WS 7 get} def
/W8S {WS 8 get} def

%function value for curve U normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1 {XRGA W0 sub CX div dup mul CY mul neg} def
/YU2 {XJBA W0 sub CX div dup mul CY mul neg} def
/YUP {W1 W0 sub CX div dup mul CY mul neg} def
/YUD {W2 W0 sub CX div dup mul CY mul neg} def
/YUT {W3 W0 sub CX div dup mul CY mul neg} def
/YUN {W4 W0 sub CX div dup mul CY mul neg} def
/YUW {W5 W0 sub CX div dup mul CY mul neg} def
/YUB {475 W0 sub CX div dup mul CY mul neg} def
/YUJ {575 W0 sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1 {XRGA XRGA 525 sub 0 ge {W1} {W1S} ifelse
      sub CX div dup mul CY mul neg} def
/YP2 {XJBA W1 sub CX div dup mul CY mul neg} def
/YPP {W1 W1 sub CX div dup mul CY mul neg} def
/YPD {W2 W1 sub CX div dup mul CY mul neg} def
/YPT {W3 W1 sub CX div dup mul CY mul neg} def
/YPN {W4 W1 sub CX div dup mul CY mul neg} def
/YPW {W5 W1 sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5),
%            450(V=6), 475(B=6), 575(J=7), 600(O=8)
/YD1 {XRGA XRGA 525 sub 0 ge {W2} {W2S} ifelse
      sub CX div dup mul CY mul neg} def
/YD2 {XJBA W2 sub CX div dup mul CY mul neg} def
/YDP {W1 W2 sub CX div dup mul CY mul neg} def
/YDD {W2 W2 sub CX div dup mul CY mul neg} def
/YDT {W3 W2 sub CX div dup mul CY mul neg} def
/YDN {W4 W2 sub CX div dup mul CY mul neg} def
/YDW {W5 W2 sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1 {XRGA W3 sub CX div dup mul CY mul neg} def
/YT2 {XJBA XJBA 525 sub 0 le {W3} {W3S} ifelse
      sub CX div dup mul CY mul neg} def
/YTP {W1 W3 sub CX div dup mul CY mul neg} def
/YTD {W2 W3 sub CX div dup mul CY mul neg} def
/YTT {W3 W3 sub CX div dup mul CY mul neg} def
/YTN {W4 W3 sub CX div dup mul CY mul neg} def
/YTW {W5 W3 sub CX div dup mul CY mul neg} def
/YTB {475 W3 sub CX div dup mul CY mul neg} def
/YTJ {575 W3 sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1 {XRGA W4 sub CX div dup mul CY mul neg} def
/YN2 {XJBA W4 sub CX div dup mul CY mul neg} def
/YNP {W1 W4 sub CX div dup mul CY mul neg} def
/YND {W2 W4 sub CX div dup mul CY mul neg} def
/YNT {W3 W4 sub CX div dup mul CY mul neg} def
/YNN {W4 W4 sub CX div dup mul CY mul neg} def
/YNW {W5 W4 sub CX div dup mul CY mul neg} def
/YNB {475 W4 sub CX div dup mul CY mul neg} def
/YNJ {575 W4 sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1 {XRGA W5 sub CX div dup mul CY mul neg} def
/YW2 {XJBA W5 sub CX div dup mul CY mul neg} def
/YWP {YUP YNP add 0.5 mul} def
/YWD {YUD YND add 0.5 mul} def
/YWT {YUT YNT add 0.5 mul} def
/YWN {YUN YNN add 0.5 mul} def
/YWW {YUW YNW add 0.5 mul} def
/YWB {YUB YNB add 0.5 mul} def
/YWJ {YUJ YNJ add 0.5 mul} def

%function value for curve U normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1S {XRGAS W0S sub CX div dup mul CY mul neg} def
/YU2S {XJBAS W0S sub CX div dup mul CY mul neg} def
/YUPS {W1S W0S sub CX div dup mul CY mul neg} def
/YUDS {W2S W0S sub CX div dup mul CY mul neg} def
/YUTS {W3S W0S sub CX div dup mul CY mul neg} def
/YUNS {W4S W0S sub CX div dup mul CY mul neg} def
/YUWS {W5S W0S sub CX div dup mul CY mul neg} def
/YUBS {575 W0S sub CX div dup mul CY mul neg} def
/YUJS {475 W0S sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1S {XRGAS XRGAS 525 sub 0 le {W1S} {W1} ifelse
      sub CX div dup mul CY mul neg} def
/YP2S {XJBAS W1S sub CX div dup mul CY mul neg} def
/YPPS {W1S W1S sub CX div dup mul CY mul neg} def
/YPDS {W2S W1S sub CX div dup mul CY mul neg} def
/YPTS {W3S W1S sub CX div dup mul CY mul neg} def
/YPNS {W4S W1S sub CX div dup mul CY mul neg} def
/YPWS {W5S W1S sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YD1S {XRGAS XRGAS 525 sub 0 le {W2S} {W2} ifelse
      sub CX div dup mul CY mul neg} def
/YD2S {XJBAS W2S sub CX div dup mul CY mul neg} def
/YDPS {W1S W2S sub CX div dup mul CY mul neg} def
/YDDS {W2S W2S sub CX div dup mul CY mul neg} def
/YDTS {W3S W2S sub CX div dup mul CY mul neg} def
/YDNS {W4S W2S sub CX div dup mul CY mul neg} def
/YDWS {W5S W2S sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1S {XRGAS W3S sub CX div dup mul CY mul neg} def
/YT2S {XJBAS XJBAS 525 sub 0 ge {W3S} {W3} ifelse
      sub CX div dup mul CY mul neg} def
/YTPS {W1S W3S sub CX div dup mul CY mul neg} def
/YTDS {W2S W3S sub CX div dup mul CY mul neg} def
/YTTS {W3S W3S sub CX div dup mul CY mul neg} def
/YTNS {W4S W3S sub CX div dup mul CY mul neg} def
/YTWS {W5S W3S sub CX div dup mul CY mul neg} def
/YTBS {575 W3S sub CX div dup mul CY mul neg} def
/YTJS {475 W3S sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1S {XRGAS W4S sub CX div dup mul CY mul neg} def
/YN2S {XJBAS W4S sub CX div dup mul CY mul neg} def
/YNPS {W1S W4S sub CX div dup mul CY mul neg} def
/YNDS {W2S W4S sub CX div dup mul CY mul neg} def
/YNTS {W3S W4S sub CX div dup mul CY mul neg} def
/YNNS {W4S W4S sub CX div dup mul CY mul neg} def
/YNWS {W5S W4S sub CX div dup mul CY mul neg} def
/YNBS {575 W4S sub CX div dup mul CY mul neg} def
/YNJS {475 W4S sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1S {XRGAS W5S sub CX div dup mul CY mul neg} def
/YW2S {XJBAS W5S sub CX div dup mul CY mul neg} def
/YWPS {YUPS YNPS add 0.5 mul} def
/YWDS {YUDS YNDS add 0.5 mul} def
/YWTS {YUTS YNTS add 0.5 mul} def
/YWNS {YUNS YNNS add 0.5 mul} def
/YWWS {YUWS YNWS add 0.5 mul} def
/YWBS {YUBS YNBS add 0.5 mul} def
/YWJS {YUJS YNJS add 0.5 mul} def

%i=0,85: 400_500_600_700_400(81)
0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXU i XEXI W 0 get sub CX div dup mul CY mul neg put
        YIXP i XEXI W 1 get sub CX div dup mul CY mul neg put
        YIXD i XEXI W 2 get sub CX div dup mul CY mul neg put
        YIXT i XEXI W 3 get sub CX div dup mul CY mul neg put
        YIXN i XEXI W 4 get sub CX div dup mul CY mul neg put
        YIXW i XEXI W 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXU i YIXU 60 get 1malp mul YIXU 0 get alpha mul add put
         YIXP i YIXP 60 get 1malp mul YIXP 0 get alpha mul add put
         YIXD i YIXD 60 get 1malp mul YIXD 0 get alpha mul add put
         YIXT i YIXT 60 get 1malp mul YIXT 0 get alpha mul add put
         YIXN i YIXN 60 get 1malp mul YIXN 0 get alpha mul add put
         YIXW i YIXW 60 get 1malp mul YIXW 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXU i YIXU i 80 sub get put
         YIXP i YIXP i 80 sub get put
         YIXD i YIXD i 80 sub get put
         YIXT i YIXT i 80 sub get put
         YIXN i YIXN i 80 sub get put
         YIXW i YIXW i 80 sub get put
} for %i=81,85: 405_425(5)

0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXUS i XEXI WS 0 get sub CX div dup mul CY mul neg put
        YIXPS i XEXI WS 1 get sub CX div dup mul CY mul neg put
        YIXDS i XEXI WS 2 get sub CX div dup mul CY mul neg put
        YIXTS i XEXI WS 3 get sub CX div dup mul CY mul neg put
        YIXNS i XEXI WS 4 get sub CX div dup mul CY mul neg put
        YIXWS i XEXI WS 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXUS i YIXUS 60 get 1malp mul YIXUS 0 get alpha mul add put
         YIXPS i YIXPS 60 get 1malp mul YIXPS 0 get alpha mul add put
         YIXDS i YIXDS 60 get 1malp mul YIXDS 0 get alpha mul add put
         YIXTS i YIXTS 60 get 1malp mul YIXTS 0 get alpha mul add put
         YIXNS i YIXNS 60 get 1malp mul YIXNS 0 get alpha mul add put
         YIXWS i YIXWS 60 get 1malp mul YIXWS 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXUS i YIXUS i 80 sub get put
         YIXPS i YIXPS i 80 sub get put
         YIXDS i YIXDS i 80 sub get put
         YIXTS i YIXTS i 80 sub get put
         YIXNS i YIXNS i 80 sub get put
         YIXWS i YIXWS i 80 sub get put
} for %i=81,85: 405_425(5)

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

0 1 85 {/i exch def
        /YEXU {YIXU i get} def
        /YEXP {YIXP i get YP1T add} def
        /YEXD {YIXD i get YD1T add} def
        /YEXT {YIXT i get YT2T add} def
        /YEXN {YIXN i get} def
        /YEXW {YIXW i get YW2T add} def

/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXA YEXU def} if
          IKOM 1 eq {/YEXA YEXN def} if
          IKOM 2 eq {/YEXA YEXW def} if
          IKOM 3 eq {/YEXA YEXW def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXU YEXA sub fneg def YDchange
                  YEXP0 i YD put} if
          j 1 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP1 i YD put} if
          j 2 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP2 i YD put} if
          j 3 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP3 i YD put} if
          j 4 eq {/YD YEXN YEXA sub fneg def YDchange
                  YEXP4 i YD put} if
          j 5 eq {/YD YEXW YEXA sub fneg def YDchange
                  YEXP5 i YD put} if
          j 6 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP6 i YD put} if
          j 7 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP7 i YD put} if
          j 8 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP8 i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0 i get YEXA add def YEXP0 i YE put} if
                    j 1 eq {/YE YEXP1 i get YEXA add def YEXP1 i YE put} if
                    j 2 eq {/YE YEXP2 i get YEXA add def YEXP2 i YE put} if
                    j 3 eq {/YE YEXP3 i get YEXA add def YEXP3 i YE put} if
                    j 4 eq {/YE YEXP4 i get YEXA add def YEXP4 i YE put} if
                    j 5 eq {/YE YEXP5 i get YEXA add def YEXP5 i YE put} if
                    j 6 eq {/YE YEXP6 i get YEXA add def YEXP6 i YE put} if
                    j 7 eq {/YE YEXP7 i get YEXA add def YEXP7 i YE put} if
                    j 8 eq {/YE YEXP8 i get YEXA add def YEXP8 i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        /YEXUS {YIXUS i get} def %identical YEXN
        /YEXPS {YIXPS i get YP1ST add} def
        /YEXDS {YIXDS i get YD1ST add} def
        /YEXTS {YIXTS i get YT2ST add} def 
        /YEXNS {YIXNS i get} def %identical YEXU
        /YEXWS {YIXWS i get YW2ST add} def
        
/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXAS YEXNS def} if
          IKOM 1 eq {/YEXAS YEXUS def} if
          IKOM 2 eq {/YEXAS YEXWS def} if
          IKOM 3 eq {/YEXAS YEXWS def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXUS YEXAS sub fneg def YDchange
                  YEXP0S i YD put} if
          j 1 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP1S i YD put} if
          j 2 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP2S i YD put} if
          j 3 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP3S i YD put} if
          j 4 eq {/YD YEXNS YEXAS sub fneg def YDchange
                  YEXP4S i YD put} if
          j 5 eq {/YD YEXWS YEXAS sub fneg def YDchange
                  YEXP5S i YD put} if
          j 6 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP6S i YD put} if
          j 7 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP7S i YD put} if
          j 8 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP8S i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0S i get YEXAS add def YEXP0S i YE put} if
                    j 1 eq {/YE YEXP1S i get YEXAS add def YEXP1S i YE put} if
                    j 2 eq {/YE YEXP2S i get YEXAS add def YEXP2S i YE put} if
                    j 3 eq {/YE YEXP3S i get YEXAS add def YEXP3S i YE put} if
                    j 4 eq {/YE YEXP4S i get YEXAS add def YEXP4S i YE put} if
                    j 5 eq {/YE YEXP5S i get YEXAS add def YEXP5S i YE put} if
                    j 6 eq {/YE YEXP6S i get YEXAS add def YEXP6S i YE put} if
                    j 7 eq {/YE YEXP7S i get YEXAS add def YEXP7S i YE put} if
                    j 8 eq {/YE YEXP8S i get YEXAS add def YEXP8S i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

ILF 0 eq {%ILF=0
1800 050 moveto tfw
(l) outSM (d) ishowK 30 0 rmoveto (/nm) nshowM
4200 050 moveto tfw
(l) outSM (c) ishowK 30 0 rmoveto (/nm) nshowM
ILU 1 eq {4900 550 moveto (u) bishowM} if
} if %ILF=0

3100 2975 moveto tfw (Adaptation: ) bshowM 
tfw (l) outSM tfo (R) ishowK tfl (G) ishowK 
tfw (=) bshowM XRG$I ILK get bshowM

%special; first part not visible
3100 2725 moveto 0.0 0.0 0.0 0.5 setcmykcolor (Adaptation: ) bshowM 
tfw (l) outSM tfv (B) ishowK tfy (J) ishowK 
tfw (=) bshowM XBJ$I ILK get bshowM

ILS 0 eq ILS 2 eq or {%ILS=0&2,#0
          3400 2725 moveto (t) bshowM (s) ishowK (=) bshowM ta trushow4
         }
         {
          0800 2975 moveto TBM (Threshold: ) showen (Schwelle: ) showde
          (t) bshowM (s) ishowK (=) bshowM ta trushow4
         } ifelse %ILS=0&2,#0

010 3800 moveto
ILS 0 eq {%iLS=0,1
          tfw (log [) bshowM P0a D0a T0a U0a N0a W0a
               tfw (]) bshowM}
         {INE 0 eq {tfw (log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]-log) bshowM YAa}
                   {tfw (log) bshowM YAa
                    tfw (-log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]) bshowM
                   } ifelse
         } ifelse %ILS=0,1

210 3525 moveto %special U0a,N0a
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5
         
210 3250 moveto
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5

3100 3800 moveto tfw (log) bshowM 30 0 rmoveto P0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto P0o tfw 
YU1 YP1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YP1 sub abs troshow

3100 3525 moveto tfw (log) bshowM 30 0 rmoveto D0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto D0o tfw
YU1 YD1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YD1 sub abs troshow

%special for 475nm/575nm
3100 3250 moveto tfw (log) bshowM 30 0 rmoveto T0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto T0o tfw
/YDTW YT2 neg YW2 add def
YDTW 0 ge {( + )} {( - )} ifelse bshowM
YDTW abs troshow

%4300 2000 moveto TBM YT2 troshow
%4300 1700 moveto TBM YW2 troshow
%4300 1400 moveto TBM YTB troshow
%4300 1100 moveto TBM YWB troshow

%4300 1000 moveto TBM YT2S troshow
%4300 0700 moveto TBM YW2S troshow
%4300 0400 moveto TBM YTBS troshow
%4300 0100 moveto TBM YWBS troshow

%y-arrow
 100 3400 moveto 0 300 rlineto -50 -150 rlineto
                                50  150 rlineto 50 -150 rlineto stroke

tfw
380 280 translate
50 setlinewidth

ILF 0 eq {%ILF=0 sensitivity or saturation
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto 0 ILS 0 eq ILS 2 eq or {3300} {3600} ifelse 
            0.8 mul rlineto  stroke
 ILS 0 eq ILS 2 eq or {0 2700 0.8 mul moveto 400 12 mul 0 rlineto stroke} if

TBK
/tx [ (400) (500) (600) (700) (400)] def
/tye [(-2) () (-1) () (  0) () (-2)] def
/tys [(-2) (-1) (  0) (  1) (  2) (  3) (-2)] def
/tu [ (    -3,1) (-1,1) (  0,9)  (  2,9) (    -3,1)] def
 
%!u-Achse: 100 Einheiten = 1200 Skalen-Einheiten

ILU 1 eq {%ILU=1
0 1 4 {/i exch def
       /ixt {-180 i 1200 mul add} def
       /ixl {240 i 1200 mul add} def
        ixt 150 moveto tu i get exec show } for
 
% 555 nm; u=0.0
          /ixt -180 1.55 1200 mul add def
          /ixl  240 1.55 1200 mul add def
          0.25 0.0 1.0 0.0 setcmykcolor
          ixt 150 moveto (   0.0) show
          /ixt  20  1860 add def
          ixt -320 moveto (555) show
          ixl 75 moveto 0 -150 rlineto stroke
         } if %ILU=1
 
%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten
tfw
0 1 4 {/i exch def
       /ixt {-150 i 1200 mul add} def
       /ixl { 000 i 1200 mul add} def
        ixt -250 moveto tx i get exec show
        ixl   75 moveto 0 -150 rlineto stroke } for
 
%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten
TBK 
0 1 5 {/i exch def
       /iyt {200 i 0480 mul add} def
       /iyl {240 i 0480 mul add} def
        -300 iyt moveto ILS 0 eq ILS 2 eq or {tye} {tys} ifelse
                        i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

TBK
30 setlinewidth
%400nm
/X400 000 0.00 1200 mul add def
%425nm 
/X425 000 0.25 1200 mul add def
%475nm 
/X475 000 0.75 1200 mul add def
%525nm
/X525 000 1.25 1200 mul add def
%575nm
/X575 000 1.75 1200 mul add def
%625nm
/X625 000 2.25 1200 mul add def
%675nm
/X675 000 2.75 1200 mul add def
%375cnm 
/X700 000 3.00 1200 mul add def
%395cnm
/X400c 000 4.00 1200 mul add def

%ymax = 240 + 4 * 480 = 2160
[100 100] 0 setdash

X525 0 moveto 0 2160 rlineto stroke
X700 0 moveto 0 2160 rlineto stroke
X400c 0 moveto 0 2160 rlineto stroke

X525 20 add 100 moveto (525) show
%X700 20 add 100 moveto (700) show
%X400c 20 add 100 moveto (400) show

%xchart 2 ge {%xchart>=2
             X475 0 moveto 0 2160 rlineto stroke
             X575 0 moveto 0 2160 rlineto stroke
             X475 20 add 100 moveto (475) show
             X575 20 add 100 moveto (575) show
%            } if %xchart>=2
[ ] 0 setdash
TBG

50 setlinewidth
%Cero point at 555 nm
/X0t {555 400 sub 12 mul} def
X0t 0 translate

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram
TBG
/ix00 000 def
/ty [(-2) (-1) (  0) (  1) (  2) (  3)] def

tfw
50 setlinewidth
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto  0 2400 rlineto  stroke

TBM
/tx [(-3) (-2) (-1) (  0) (  1) (  2) (  3) (  4)] def

%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten

0 1 6 {/i exch def /ix00 000 def
       /ixt { ix00 -280 add i 0600 mul add} def
       /ixl { ix00  000 add i 0600 mul add} def
        ixt 100 add -250 moveto tx i get exec show
        ixl 75 moveto 0 -150 rlineto stroke } for

%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten

0 1 4 {/i exch def
       /iyt {-100 i 0600 mul add} def
       /iyl { 000 i 0600 mul add} def
        -350 iyt moveto ty i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

%Nullpunkt-Achsenkreuz
30 setlinewidth tfn
1800 0000 moveto 0000 2350 rlineto stroke
0000 1200 moveto 4000 0000 rlineto stroke
50 setlinewidth tfw

%text
3400 0600 moveto tfw (| log [) bshowM P0a tfw (/) bshowM YAa
                 tfw (]) bshowM
3400 0300 moveto tfw (-log [) bshowM D0a tfw (/) bshowM YAa
                 tfw (] |) bshowM
0200 2200 moveto tfw  (log [) bshowM U0a tfw (/) bshowM YAa
                 tfw (]) bshowM
0200 1900 moveto tfw (-log [) bshowM T0a tfw (/) bshowM YAa
                 tfw (]) bshowM

} if %ILF>=1 chromaticity diagram
 
ILF 0 eq {%ILF=0 for clip
0 setlinewidth
/Y0C 0000 def
/Y1C 2400 def
ILU 1 eq {/Y0C 0450 def} if
ILS 0 eq {/Y1C 2900 def} if

0.0 0.0 0.0 0.0 setcmykcolor
X0t neg Y0C moveto  4800 0 rlineto 0 Y1C rlineto
                   -4800 0 rlineto 0 Y1C neg rlineto clip stroke
} if %ILF=0 for clip

ILS 0 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %response diagram
ILS 1 eq ILF 0 eq and {/IORY 1500 0.8 mul def} if %saturation diagram
ILS 2 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %purity diagram
ILS 1 eq ILF 1 eq and {/IORX 1800 def /IORY 1200 def} if %chromaticity diagram

%begin only for %j=1,2,8=P',D',T'
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        XiS i i 5 mul 400 add put
        j 0 eq {YiS i YEXP0S i get put} if
        j 1 eq {YiS i YEXP1S i get put} if
        j 2 eq {YiS i YEXP2S i get put} if
        j 3 eq {YiS i YEXP3S i get put} if
        j 4 eq {YiS i YEXP4S i get put} if
        j 5 eq {YiS i YEXP5S i get put} if
        j 6 eq {YiS i YEXP6S i get put} if
        j 7 eq {YiS i YEXP7S i get put} if
        j 8 eq {YiS i YEXP8S i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1S j FKUCI00S j get put
          FKUM1S j FKUMI00S j get put
          FKUY1S j FKUYI00S j get put
          FKUN1S j FKUNI00S j get put
          FKUC2S j FKUCI01S j get put
          FKUM2S j FKUMI01S j get put
          FKUY2S j FKUYI01S j get put
          FKUN2S j FKUNI01S j get put
          IDAI1S j IDAI00S j get put
          IDAI2S j IDAI01S j get put
          KURVAS j KURVA1S j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1S j FKUCI10S j get put
          FKUM1S j FKUMI10S j get put
          FKUY1S j FKUYI10S j get put
          FKUN1S j FKUNI10S j get put
          FKUC2S j FKUCI11S j get put
          FKUM2S j FKUMI11S j get put
          FKUY2S j FKUYI11S j get put
          FKUN2S j FKUNI11S j get put
          IDAI1S j IDAI10S j get put
          IDAI2S j IDAI11S j get put
          KURVAS j KURVA2S j get put
         } if %ILS=1

/KURVMS {KURVAS j get} def

KURVMS 0 gt {%if KURVMS>0 then KURVE

1 1 KURVMS {/KURVS exch def %KURVS=1,KURVMS

/IDA1S {IDAI1S j get cvi} def
/IDA2S {IDAI2S j get cvi} def 

KURVS 1 eq {[ ] 0 setdash} if
KURVS 2 eq {%KURVS=2 %special for 475nm curve j=3
           /IDA1S {IDAI1S j get} def
           /IDA2S {IDAI2S j get} def 
          [ IDA1S IDA2S] 0 setdash
          } if %KURVS=2

KURVS 1 eq {%KURVS=1
          /jadd 0 def
%           ILS 1 ge j 1 eq and {/jadd 3 def} if
           /FKUCS {FKUC1S j jadd add get} def
           /FKUMS {FKUM1S j jadd add get} def
           /FKUYS {FKUY1S j jadd add get} def
           /FKUNS {FKUN1S j jadd add get} def
          } if %KURV=1
KURVS 2 eq {%KURVS=2
           /FKUCS {FKUC2S j get} def
           /FKUMS {FKUM2S j get} def
           /FKUYS {FKUY2S j get} def
           /FKUNS {FKUN2S j get} def
          } if %KURVS=2

FKUCS FKUMS FKUYS FKUNS setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 1 eq j 2 eq or {%j=1,2=P',D'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=1,2=P',D'

j 8 eq {%j=8=T'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def  %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=8=T

} if %ILF=0 sensitivity or saturation
} if %ILS#2

} for %KURVS=1,KURVMS

} if %if KURVMS>0 then KURVES

} for %j=0,JPPM
%end only for %j=1,2,8=P',D',T'

%begin only for %j=3,6,7=T,P,D
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation, not purity
50 setlinewidth

j 3 eq {%j=3=T
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=3

j 6 eq j 7 eq or{%j=6,7=P,D
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=6,7=P,D

} if %ILF=0 sensitivity or saturation, not purity
} if %ILS#2

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=3,6,7=T,P,D

%begin only for %j=0,4,5=U,N,W
0 1 JPPM {/j exch def %j=0,JPPM

ILF 0 eq {%ILF=0 (for ILS=0,1,2)
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 2 eq {%ILS=2 correction for j=0,4,5
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
       /Xx Xi i get def
       j 0 eq j 4 eq or j 5 eq or {%ILS=2 correction for j=0,4,5
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRG YEXP1  i get YEXP2  i get sub abs neg def}
                    {/XRG YEXP1S i get YEXP2S i get sub abs neg def
                    } ifelse %lambda>=525
         XJBA 525 ge {%XJBA>=525
                       /XJB YEXP0  i get YEXP5  i get sub abs neg def}
                      {/XJB YEXP5S i get YEXP0S i get sub abs neg def
                     } ifelse %XJBA>=525
         j 0 eq {Yi i XRG put} if          
         j 4 eq {Yi i XJB put} if
         j 5 eq {Yi i XRG XJB add put} if
%         j 5 eq {Yi i XRG dup mul XJB dup mul add sqrt neg put} if
        } if %ILS=2 correction for j=0,4,5 
       } for %i=0,85: 400_700_400(81)
         } if %ILS=2 correction for j=0,4,5

ILF 1 eq {%ILF=1

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {%j=0
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRGPM YEXP1  i get  
                            YEXP2  i get sub
                            %YP1T sub 
                            def}
                    {/XRGPM YEXP1S i get
                            YEXP2S i get sub
                            %YP1ST sub 
                            def
                    } ifelse %lambda>=525
         /XJBPM YEXP0  i get YEXP4  i get sub def
%         XJBA 525 ge {%XJBA>=525 P5=P5S P0S=PN P0=PU 
%                      %P0-P5=PU-PWa, P5S-P0S=PWa-PN
%                      /XJBPM YEXP0  i get YEXP5  i get sub def}
%                     {/XJBPM YEXP5S i get YEXP0S i get sub def
%                    } ifelse %XJBA>=525
        Yix i XRGPM put
        Yiy i XJBPM 0.5 mul put
        } if %j=0
       } for %i=0,85: 400_700_400(81)

%correction for purple colours
62 1 80 {/i exch def %i=61,80: 700+_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         Yix i  Yix 60 get 1malp mul  Yix 0 get alpha mul add put
         Yiy i  Yiy 60 get 1malp mul  Yiy 0 get alpha mul add put
       } for %i=61,80: 700+_400(81)
} if %ILF=1

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 0 eq j 4 eq or j 5 eq or {%j=0,4,5=U,N,W
         /I0 0 def /I1 0 def /I2 80 def
         /xst {Xi I0       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi I0 get MULY mul add} bind def
         xst yst moveto
I1 3 I2 {/i exch def  %i=1,80: 405_400
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_400
         stroke
} if %j=0,4,5=U,N,W

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram         
30 setlinewidth

j 0 eq {%j=0=U

/xst {IORX Yix 0 get MULF mul add} bind def
/yst {IORY Yiy 0 get MULF mul add} bind def
xst yst moveto
0 3 77 {/i exch def %i=1,80: 405_700_400
        /xst {IORX Yix i get       MULF mul add} bind def
        /yst {IORY Yiy i get       MULF mul add} bind def
        /x20 {IORX Yix i 1 add get MULF mul add} bind def
        /y20 {IORY Yiy i 1 add get MULF mul add} bind def
        /x21 {IORX Yix i 2 add get MULF mul add} bind def
        /y21 {IORY Yiy i 2 add get MULF mul add} bind def
        /x22 {IORX Yix i 3 add get MULF mul add} bind def
        /y22 {IORY Yiy i 3 add get MULF mul add} bind def
        x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_700_400
stroke

TBK
0 10 70 {/i exch def  %i=0,10,85: 400_700_400
        /xst {IORX Yix i get MULF mul add} bind def
        /yst {IORY Yiy i get MULF mul add} bind def
        newpath
        xst yst 40 0 360 arc fill
        newpath
        xst 400 sub yst 50 sub moveto 400 i 5 mul add cvishow
       } for %i=0,10,85: 400_700_400

        3000 2400 moveto (YP1T) show
        3000 2000 moveto 0 YP1T add cvsshow3
        3000 1600 moveto 0 YD1T add cvsshow3
        3000 1200 moveto 0 YT2T add cvsshow3
        3000 0800 moveto 0 YW2T add cvsshow3
 
        4000 2400 moveto (YP1ST) show
        4000 2000 moveto 0 YP1ST add cvsshow3
        4000 1600 moveto 0 YD1ST add cvsshow3
        4000 1200 moveto 0 YT2ST add cvsshow3
        4000 0800 moveto 0 YW2ST add cvsshow3

        0000 2400 moveto (UPDTNW1) show
        0000 2000 moveto YU1 cvsshow3
        0000 1600 moveto YP1 cvsshow3
        0000 1200 moveto YD1 cvsshow3
        0000 0800 moveto YT1 cvsshow3
        0000 0400 moveto YN1 cvsshow3
        0000 0000 moveto YW1 cvsshow3

        1300 2400 moveto (UPDTNW2) show
        1300 2000 moveto YU2 cvsshow3
        1300 1600 moveto YP2 cvsshow3
        1300 1200 moveto YD2 cvsshow3
        1300 0800 moveto YT2 cvsshow3
        1300 0400 moveto YN2 cvsshow3
        1300 0000 moveto YW2 cvsshow3
       
} if %j=0=U

} if %ILF=1 chromaticity diagram

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=0,4,5=U,N,W

ILF 0 eq {X0t neg 0 translate} if

-380 -280 translate

showpage
grestore

%} for %xchart=0,15

%%Trailor

%%EndDocument
EndEPSF grestore gsave
                         
BeginEPSF
 86 MM 108 MM translate
  10 /Times-ISOL1 FS  53 MM 1 MM moveto ( ) show 1 1 scale  -77 -91 translate
%%BeginDocument: Bild 14

%line 369
%!PS-Adobe-3.0 EPSF-3.0 WG990-4
%%BoundingBox: 70 82 226 206

%START PDFDE011.EPS
/pdfmark where {pop} {userdict /pdfmark /cleartomark load put} ifelse
/languagelevel where {pop languagelevel} {1} ifelse
2 lt { userdict (<<) cvn ([) cvn load put
       userdict (>>) cvn (]) cvn load put} if
[ /Title (PostScript pictures: Image Technology)
  /Author (compare K. Richter "Computergrafik ...": ISBN 3-8007-1775-1)
  /Subject (goto: http://o2.ps.bam.de or http://www.ps.bam.de)
  /Keywords (image reproduction, colour devices)
  /Creator (klaus.richter@bam.de)
  /CreationDate (D:2006040112000)
  /ModDate (D:2006040112000)
/DOCINFO pdfmark
[ /View [ /FitB ]
/DOCVIEW pdfmark
%END  PDFDE011

% !AUSTAUSCH Times-Roman -> Times-Roman-ISOLatin1=Times-I
 
/Times-Roman findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/Times-ISOL1 exch definefont pop
 
/Times-Italic findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesI-ISOL1 exch definefont pop
 
/Times-Bold findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesB-ISOL1 exch definefont pop
 
/Times-BoldItalic findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesBI-ISOL1 exch definefont pop
 
/FS {findfont exch scalefont setfont} bind def
/MM {72 25.4 div mul} def /str {8 string } bind def
 
/TK {200 /Times-ISOL1 FS} bind def
/TM {250 /Times-ISOL1 FS} bind def
/TG {300 /Times-ISOL1 FS} bind def
/TKi {160 /Times-ISOL1 FS} bind def
 
/TIK {200 /TimesI-ISOL1 FS} bind def
/TIM {250 /TimesI-ISOL1 FS} bind def
/TIG {300 /TimesI-ISOL1 FS} bind def
 
/TBK {200 /TimesB-ISOL1 FS} bind def
/TBM {250 /TimesB-ISOL1 FS} bind def
/TBG {300 /TimesB-ISOL1 FS} bind def
/TBKe {160 /TimesB-ISOL1 FS} bind def
 
/TBIK {200 /TimesBI-ISOL1 FS} bind def
/TBIM {250 /TimesBI-ISOL1 FS} bind def
/TBIG {300 /TimesBI-ISOL1 FS} bind def
 
/SK {200 10 sub /Symbol FS} bind def
/SM {250 12 sub /Symbol FS} bind def
/SG {300 14 sub /Symbol FS} bind def

/nshowG {TG  show} bind def
/kshowG {TIG show} bind def
/bshowG {TBG show} bind def
/bishowG {TBIG show} bind def
/ishowG {TM 0 -60 rmoveto show 0 60 rmoveto} bind def
/ebshowG {TBM 0 200 rmoveto show 0 -200 rmoveto} bind def
/sshowG {SG show} bind def

/nshowM {TM  show} bind def
/kshowM {TIM show} bind def
/bshowM {TBM show} bind def
/bishowM {TBIM show} bind def
/ishowM {TK 0 -40 rmoveto show 0 40 rmoveto} bind def
/ebshowM {TBK 0 160 rmoveto show 0 -160 rmoveto} bind def
/sshowM {SM show} bind def

/nshowK {TK  show} bind def
/kshowK {TIK show} bind def
/bshowK {TBK show} bind def
/bishowK {TBIK show} bind def
/ishowK {TKi 0 -30 rmoveto show 0 30 rmoveto} bind def
/ebshowK {TBKe 0 130 rmoveto show 0 -130 rmoveto} bind def
/sshowK {SK show} bind def
 
/tzo {0.0 1.0 1.0 0.0} bind def %Reproduktionsfarben
/tzl {1.0 0.0 1.0 0.0} bind def
/tzv {1.0 1.0 0.0 0.0} bind def
/tzc {1.0 0.0 0.0 0.0} bind def
/tzm {0.0 1.0 0.0 0.0} bind def
/tzy {0.0 0.0 1.0 0.0} bind def

/tzn {0.0 0.0 0.0 1.00} bind def %Graureihe
/tzd {0.0 0.0 0.0 0.75} bind def
/tzz {0.0 0.0 0.0 0.50} bind def
/tzh {0.0 0.0 0.0 0.25} bind def
/tzw {0.0 0.0 0.0 0.00} bind def

/tzr {0.0 1.0 0.5 0.0} bind def %Elementarfarben
/tzg {1.0 0.0 0.5 0.0} bind def
/tzb {1.0 0.5 0.0 0.0} bind def
/tzj {0.0 0.0 1.0 0.0} bind def

/tzrz {0.0 1.0 0.5 0.5} bind def %Elementarfarben vergraut
/tzgz {1.0 0.0 0.5 0.5} bind def
/tzbz {1.0 0.5 0.0 0.5} bind def
/tzjz {0.0 0.0 1.0 0.5} bind def

/tfo {tzo setcmykcolor} bind def
/tfl {tzl setcmykcolor} bind def
/tfv {tzv setcmykcolor} bind def
/tfc {tzc setcmykcolor} bind def
/tfm {tzm setcmykcolor} bind def
/tfy {tzy setcmykcolor} bind def

/tfn {tzn setcmykcolor} bind def
/tfd {tzd setcmykcolor} bind def
/tfz {tzz setcmykcolor} bind def
/tfh {tzh setcmykcolor} bind def
/tfw {tzw setcmykcolor} bind def

/tfr {tzr setcmykcolor} bind def
/tfg {tzg setcmykcolor} bind def
/tfb {tzb setcmykcolor} bind def
/tfj {tzj setcmykcolor} bind def

/tfrz {tzrz setcmykcolor} bind def
/tfgz {tzgz setcmykcolor} bind def
/tfbz {tzbz setcmykcolor} bind def
/tfjz {tzjz setcmykcolor} bind def
 
/A4quer {598 0 tl 90 rotate} def
/setcmyknew {setcmykcolor} def
/outSM {sshowM} def
/outSK {sshowK} def
/outxshowf {setcmykcolor show} def

%for output test only
/tspace {dup abs 1.0 le {(   ) show} if
         dup dup -1.0 le exch -10 gt and {(  ) show} if
         dup dup 1.0 gt exch  10 lt and {(   ) show} if
         dup dup 1.0 gt exch  10 ge and {( ) show} if
            } bind def

/trushow {tspace 0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/troshow {0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/trushow4 {0.00005 add 10000 mul truncate 10000 div
           10 string cvs show} bind def
           
/cvishow {cvi 6 string cvs show} def
/cvsshow1 {10 mul cvi 0.1 mul 7 string cvs show} def
/cvsshow2 {100 mul cvi 0.01 mul 7 string cvs show} def
/cvsshow3 {1000 mul cvi 0.001 mul 7 string cvs show} def

/W 9 array def
/W  [555 570 540 435 495 525 570 540 435] def

/WS 9 array def
0 1 8 {/j exch def %j=0,8
       WS j 525 W j get 525 sub sub put
      } for %j=0,8

/YIXU 88 array def
/YIXP 88 array def
/YIXD 88 array def
/YIXT 88 array def
/YIXN 88 array def
/YIXW 88 array def

/YIXUS 88 array def
/YIXPS 88 array def
/YIXDS 88 array def
/YIXTS 88 array def
/YIXNS 88 array def
/YIXWS 88 array def

/YEXP0 88 array def
/YEXP1 88 array def
/YEXP2 88 array def
/YEXP3 88 array def
/YEXP4 88 array def
/YEXP5 88 array def
/YEXP6 88 array def
/YEXP7 88 array def
/YEXP8 88 array def

/YEXP0S 88 array def
/YEXP1S 88 array def
/YEXP2S 88 array def
/YEXP3S 88 array def
/YEXP4S 88 array def
/YEXP5S 88 array def
/YEXP6S 88 array def
/YEXP7S 88 array def
/YEXP8S 88 array def

/Yix 88 array def
/Yiy 88 array def

/Xi 88 array def
/Yi 88 array def

/YixS 88 array def
/YiyS 88 array def

/XiS 88 array def
/YiS 88 array def

/KURVA 9 array def %9 actual curves
/KURVA1 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2 9 array def %9 curves, Saturation, one or two colours
%        U P D T N W P D T
/KURVA1 [2 0 0 1 2 2 1 1 0] def
/KURVA2 [2 0 0 1 2 2 1 1 0] def

/IDAI1 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00 [100 000 000 000 100 100 100 100 100] def
/IDAI01 [100 000 000 000 100 100 100 100 100] def
/IDAI10 [100 000 000 000 100 100 100 100 100] def
/IDAI11 [100 000 000 000 100 100 100 100 100] def

/FKUC1 9 array def %Actual colour C, Sensitivity
/FKUC2 9 array def %Actual colour C, Saturation
/FKUM1 9 array def %Actual colour M, Sensitivity
/FKUM2 9 array def %Actual colour M, Saturation
/FKUY1 9 array def %Actual colour Y, Sensitivity
/FKUY2 9 array def %Actual colour Y, Saturation
/FKUN1 9 array def %Actual colour N, Sensitivity
/FKUN2 9 array def %Actual colour N, Saturation

/FKUCI00 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10 9 array def %Cyan, Colour 1, Saturation
/FKUCI11 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI01 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def
/FKUCI10 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI11 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def

/FKUMI00 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10 9 array def %Magenta, Colour 1, Saturation
/FKUMI11 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI01 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def
/FKUMI10 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI11 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def

/FKUYI00 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10 9 array def %Yellow, Colour 1, Saturation
/FKUYI11 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI01 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI11 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00 9 array def %Black, Colour 1, Sensitivity
/FKUNI01 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10 9 array def %Black, Colour 1, Saturation
/FKUNI11 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI01 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI11 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAI 8 array def
/XRG$I 8 array def
/XJBAI 8 array def
/XBJ$I 8 array def
/XRGAI [ 525   575   475   600   575   575   575   575 ] def
/XRG$I [(525) (575) (475) (600) (575) (575) (575) (575)] def
/XJBAI [ 525   575   475   600   525   495   475   435 ] def
/XBJ$I [(525) (575) (475) (600) (525) (495) (475) (435)] def

/KURVAS 9 array def %9 actual curves
/KURVA1S 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2S 9 array def %9 curves, Saturation, one or two colours
%         U'P'D'T'N'W'P'D'T'
/KURVA1S [0 2 2 0 2 2 0 0 2] def
/KURVA2S [0 2 2 0 2 2 0 0 2] def

/IDAI1S 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2S 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00S 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01S 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10S 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11S 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00S [100 100 100 100 100 100 100 100 100] def
/IDAI01S [100 100 100 100 100 100 100 100 100] def
/IDAI10S [100 100 100 100 100 100 100 100 100] def
/IDAI11S [100 100 100 100 100 100 100 100 100] def

/FKUC1S 9 array def %Actual colour C, Sensitivity
/FKUC2S 9 array def %Actual colour C, Saturation
/FKUM1S 9 array def %Actual colour M, Sensitivity
/FKUM2S 9 array def %Actual colour M, Saturation
/FKUY1S 9 array def %Actual colour Y, Sensitivity
/FKUY2S 9 array def %Actual colour Y, Saturation
/FKUN1S 9 array def %Actual colour N, Sensitivity
/FKUN2S 9 array def %Actual colour N, Saturation

/FKUCI00S 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01S 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10S 9 array def %Cyan, Colour 1, Saturation
/FKUCI11S 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI01S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def
/FKUCI10S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI11S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def

/FKUMI00S 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01S 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10S 9 array def %Magenta, Colour 1, Saturation
/FKUMI11S 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI01S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def
/FKUMI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI11S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def

/FKUYI00S 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01S 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10S 9 array def %Yellow, Colour 1, Saturation
/FKUYI11S 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI01S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI11S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00S 9 array def %Black, Colour 1, Sensitivity
/FKUNI01S 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10S 9 array def %Black, Colour 1, Saturation
/FKUNI11S 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI01S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI11S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAIS 8 array def
/XRG$IS 8 array def
/XJBAIS 8 array def
/XBJ$IS 8 array def

0 1 7 {/j exch def %j=0,7
       XRGAIS j 525 XRGAI j get 525 sub sub put
       XJBAIS j 525 XJBAI j get 525 sub sub put
       XRG$IS j XRGAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
       XBJ$IS j XJBAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
      } for %j=0,7
      
/JPPM 4 def
/CY 0.35 def
/CX  50 def

%%EndProlog
gsave
/lanind 0 def
/lantex [(G) (E) (S) (N) (I) (J) (M)] def
/showde {0 lanind eq {show} {pop} ifelse} bind def
/showen {1 lanind eq {show} {pop} ifelse} bind def
/showes {2 lanind eq {show} {pop} ifelse} bind def
/showfr {3 lanind eq {show} {pop} ifelse} bind def
/showit {4 lanind eq {show} {pop} ifelse} bind def
/showjp {5 lanind eq {show} {pop} ifelse} bind def
/showm {6 lanind eq {show} {pop} ifelse} bind def
/lanindg where {pop /lanind1 lanindg def /lanind2 lanindg def}
               {/lanind1 0 def /lanind2 0 def} ifelse
/colormg where {pop /colorm1 colormg def /colorm2 colormg def}
               {/colorm1 0 def /colorm2 0 def} ifelse
/xcolorg where {pop /xcolor1 xcolorg def /xcolor2 xcolorg def}
               {/xcolor1 0 def /xcolor2 0 def} ifelse
/xchartg where {pop /xchart1 xchartg def /xchart2 xchartg def}
               {/xchart1 0 def /xchart2 0 def} ifelse
/lanind lanind1 def %lanind1 1 lanind2 {/lanind exch def %output showpage
/colorm colorm1 def %colorm1 1 colorm2 {/colorm exch def %output showpage
/xcolor xcolor1 def %xcolor1 1 xcolor2 {/xcolor exch def %output showpage
/xchart xchart1 def %xchart1 1 xchart2 {/xchart exch def %output showpage

/GSS$ where {pop /LSS$ GSS$ def}
            {/LSS$ (1) def} ifelse
/GSC$ where {pop /LSC$ GSC$ def}
            {/LSC$ (N) def} ifelse
/GSX$ where {pop /LSX$ GSX$ def}
            {/LSX$ (0) def} ifelse
/GSY$ where {pop /LSY$ GSY$ def}
            {/LSY$ (0) def} ifelse
/GEX$ where {pop /LEX$ GEX$ def}
            {/LEX$ (P.PS./PDF) def} ifelse
/GEY$ where {pop /LEY$ GEY$ def}
            {/LEY$ (P.DAT) def} ifelse
/IMES where {pop %/IMES IMES def
            }
            {/IMES 0 def} ifelse

/xchartg where {pop /xchart   3 def} {/xchart   3 def} ifelse

5 /Times-ISOL1 FS
72 84 moveto
    ( WG990-4, ) show

(Change of PDT (LMS) in volour vision; Adaptation) showen
(\304nderung von PDT (LMS) beim Farbensehen; Adaptation) showde

72 90 translate

%/xchart 02 def
%0 1 15 {/xchart exch def %xchart=0,15

gsave

xchart  0 eq {/ILK 0 def /ILS 0 def /INE 0 def /ILF 0 def} if %ILT=0 NO threshold
xchart  1 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  2 eq {/ILK 1 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  3 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  4 eq {/ILK 2 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  5 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  6 eq {/ILK 3 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  7 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  8 eq {/ILK 0 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart  9 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 10 eq {/ILK 1 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 11 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 12 eq {/ILK 2 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 13 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 14 eq {/ILK 3 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 15 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 1 def} if
/ILT 1 def
%/ILF 1 def
%/IKOM 3 def %0=U, 1=N/G, 2=W/R, 3=V
xchart  0 ge xchart  3 le and {/IKOM 3 def} if %W
xchart  4 ge xchart  7 le and {/IKOM 3 def} if %W
xchart  8 ge xchart 11 le and {/IKOM 3 def} if %W
xchart 12 ge xchart 15 le and {/IKOM 3 def} if %W
%/ILN 4 def %L&M, L&S, M&S, UVW&S
%/ILN 5 def %L&M, L&S, M&S, UGR&S
/ILN 6 def %L&M, L&S, M&S, UGR&SGR
ILN 5 eq {/JPPM 6 def} {/JPPM 5 def} ifelse
ILN 6 eq {/JPPM 8 def} if
ILF 1 eq {/JPPM 1 def} if
ILS 2 eq {/JPPM 5 def} if

/ILU 0 def %NO u scale
ILT 0 eq {/ta 0.0 def /logta -6 def} if
ILT 1 eq {/ta 0.007 def /logta ta log def} if
ILT 2 eq {/ta 0.002 def /logta ta log def} if
/MULX 0600 def
/MULY 1200 0.8 mul def
ILS 1 eq {/MULY 1200 0.4 mul def} if
/MULF 1200 0.8 mul def

0.01 MM 0.01 MM scale
 
30 setlinewidth
[ ] 0 setdash

0.0 0.0 0.0 0.5 setcmykcolor
0 0  moveto 5400 0 rlineto 0 4000 rlineto -5400 0 rlineto
closepath fill

/Xa {(a) ishowM} def
/Xo {(o) ishowM} def

/P0o {tfo (P)  bishowM tfo (o) ishowM} def
/D0o {tfl (D)  bishowM tfl (o) ishowM} def
/T0o {tfv (T)  bishowM tfv (o) ishowM} def

/P0a {tfo (P)  bishowM tfo (a) ishowM} def
/D0a {tfl (D)  bishowM tfl (a) ishowM} def
/T0a {tfv (T)  bishowM tfv (a) ishowM} def

/U0a {tfn (U) bishowM tfy (a) ishowM} def
/N0a {tfn (N) bishowM tfc (a) ishowM} def
/W0a {tfn (W) bishowM tfm (a) ishowM} def

/P0oS {tfo (P')  bishowM tfo (o) ishowM} def
/D0oS {tfl (D')  bishowM tfl (o) ishowM} def
/T0oS {tfv (T')  bishowM tfv (o) ishowM} def

/P0aS {tfo (P')  bishowM tfo (a) ishowM} def
/D0aS {tfl (D')  bishowM tfl (a) ishowM} def
/T0aS {tfv (T')  bishowM tfv (a) ishowM} def

/U0aS {tfn (U') bishowM tfy (a) ishowM} def
/N0aS {tfn (N') bishowM tfc (a) ishowM} def
/W0aS {tfn (W') bishowM tfm (a) ishowM} def

/YAa  {IKOM 0 eq {tfn (U) bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N) bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W) bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W) bishowM tfm (a) ishowM} if} def
/YAaS {IKOM 0 eq {tfn (U') bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N') bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W') bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W') bishowM tfm (a) ishowM} if} def

/AF1 0.5 def
/AF2 0.5 def

/XRGA {XRGAI ILK get} def
/XJBA {XJBAI ILK get} def
/XRG$ {XRG$I ILK get} def
/XBJ$ {XBJ$I ILK get} def

/XRGAS {XRGAIS ILK get} def
/XJBAS {XJBAIS ILK get} def
/XRG$S {XRG$IS ILK get} def
/XBJ$S {XBJ$IS ILK get} def

/W0 {W 0 get} def
/W1 {W 1 get} def
/W2 {W 2 get} def
/W3 {W 3 get} def
/W4 {W 4 get} def
/W5 {W 5 get} def
/W6 {W 6 get} def
/W7 {W 7 get} def
/W8 {W 8 get} def

/W0S {WS 0 get} def
/W1S {WS 1 get} def
/W2S {WS 2 get} def
/W3S {WS 3 get} def
/W4S {WS 4 get} def
/W5S {WS 5 get} def
/W6S {WS 6 get} def
/W7S {WS 7 get} def
/W8S {WS 8 get} def

%function value for curve U normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1 {XRGA W0 sub CX div dup mul CY mul neg} def
/YU2 {XJBA W0 sub CX div dup mul CY mul neg} def
/YUP {W1 W0 sub CX div dup mul CY mul neg} def
/YUD {W2 W0 sub CX div dup mul CY mul neg} def
/YUT {W3 W0 sub CX div dup mul CY mul neg} def
/YUN {W4 W0 sub CX div dup mul CY mul neg} def
/YUW {W5 W0 sub CX div dup mul CY mul neg} def
/YUB {475 W0 sub CX div dup mul CY mul neg} def
/YUJ {575 W0 sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1 {XRGA XRGA 525 sub 0 ge {W1} {W1S} ifelse
      sub CX div dup mul CY mul neg} def
/YP2 {XJBA W1 sub CX div dup mul CY mul neg} def
/YPP {W1 W1 sub CX div dup mul CY mul neg} def
/YPD {W2 W1 sub CX div dup mul CY mul neg} def
/YPT {W3 W1 sub CX div dup mul CY mul neg} def
/YPN {W4 W1 sub CX div dup mul CY mul neg} def
/YPW {W5 W1 sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5),
%            450(V=6), 475(B=6), 575(J=7), 600(O=8)
/YD1 {XRGA XRGA 525 sub 0 ge {W2} {W2S} ifelse
      sub CX div dup mul CY mul neg} def
/YD2 {XJBA W2 sub CX div dup mul CY mul neg} def
/YDP {W1 W2 sub CX div dup mul CY mul neg} def
/YDD {W2 W2 sub CX div dup mul CY mul neg} def
/YDT {W3 W2 sub CX div dup mul CY mul neg} def
/YDN {W4 W2 sub CX div dup mul CY mul neg} def
/YDW {W5 W2 sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1 {XRGA W3 sub CX div dup mul CY mul neg} def
/YT2 {XJBA XJBA 525 sub 0 le {W3} {W3S} ifelse
      sub CX div dup mul CY mul neg} def
/YTP {W1 W3 sub CX div dup mul CY mul neg} def
/YTD {W2 W3 sub CX div dup mul CY mul neg} def
/YTT {W3 W3 sub CX div dup mul CY mul neg} def
/YTN {W4 W3 sub CX div dup mul CY mul neg} def
/YTW {W5 W3 sub CX div dup mul CY mul neg} def
/YTB {475 W3 sub CX div dup mul CY mul neg} def
/YTJ {575 W3 sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1 {XRGA W4 sub CX div dup mul CY mul neg} def
/YN2 {XJBA W4 sub CX div dup mul CY mul neg} def
/YNP {W1 W4 sub CX div dup mul CY mul neg} def
/YND {W2 W4 sub CX div dup mul CY mul neg} def
/YNT {W3 W4 sub CX div dup mul CY mul neg} def
/YNN {W4 W4 sub CX div dup mul CY mul neg} def
/YNW {W5 W4 sub CX div dup mul CY mul neg} def
/YNB {475 W4 sub CX div dup mul CY mul neg} def
/YNJ {575 W4 sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1 {XRGA W5 sub CX div dup mul CY mul neg} def
/YW2 {XJBA W5 sub CX div dup mul CY mul neg} def
/YWP {YUP YNP add 0.5 mul} def
/YWD {YUD YND add 0.5 mul} def
/YWT {YUT YNT add 0.5 mul} def
/YWN {YUN YNN add 0.5 mul} def
/YWW {YUW YNW add 0.5 mul} def
/YWB {YUB YNB add 0.5 mul} def
/YWJ {YUJ YNJ add 0.5 mul} def

%function value for curve U normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1S {XRGAS W0S sub CX div dup mul CY mul neg} def
/YU2S {XJBAS W0S sub CX div dup mul CY mul neg} def
/YUPS {W1S W0S sub CX div dup mul CY mul neg} def
/YUDS {W2S W0S sub CX div dup mul CY mul neg} def
/YUTS {W3S W0S sub CX div dup mul CY mul neg} def
/YUNS {W4S W0S sub CX div dup mul CY mul neg} def
/YUWS {W5S W0S sub CX div dup mul CY mul neg} def
/YUBS {575 W0S sub CX div dup mul CY mul neg} def
/YUJS {475 W0S sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1S {XRGAS XRGAS 525 sub 0 le {W1S} {W1} ifelse
      sub CX div dup mul CY mul neg} def
/YP2S {XJBAS W1S sub CX div dup mul CY mul neg} def
/YPPS {W1S W1S sub CX div dup mul CY mul neg} def
/YPDS {W2S W1S sub CX div dup mul CY mul neg} def
/YPTS {W3S W1S sub CX div dup mul CY mul neg} def
/YPNS {W4S W1S sub CX div dup mul CY mul neg} def
/YPWS {W5S W1S sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YD1S {XRGAS XRGAS 525 sub 0 le {W2S} {W2} ifelse
      sub CX div dup mul CY mul neg} def
/YD2S {XJBAS W2S sub CX div dup mul CY mul neg} def
/YDPS {W1S W2S sub CX div dup mul CY mul neg} def
/YDDS {W2S W2S sub CX div dup mul CY mul neg} def
/YDTS {W3S W2S sub CX div dup mul CY mul neg} def
/YDNS {W4S W2S sub CX div dup mul CY mul neg} def
/YDWS {W5S W2S sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1S {XRGAS W3S sub CX div dup mul CY mul neg} def
/YT2S {XJBAS XJBAS 525 sub 0 ge {W3S} {W3} ifelse
      sub CX div dup mul CY mul neg} def
/YTPS {W1S W3S sub CX div dup mul CY mul neg} def
/YTDS {W2S W3S sub CX div dup mul CY mul neg} def
/YTTS {W3S W3S sub CX div dup mul CY mul neg} def
/YTNS {W4S W3S sub CX div dup mul CY mul neg} def
/YTWS {W5S W3S sub CX div dup mul CY mul neg} def
/YTBS {575 W3S sub CX div dup mul CY mul neg} def
/YTJS {475 W3S sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1S {XRGAS W4S sub CX div dup mul CY mul neg} def
/YN2S {XJBAS W4S sub CX div dup mul CY mul neg} def
/YNPS {W1S W4S sub CX div dup mul CY mul neg} def
/YNDS {W2S W4S sub CX div dup mul CY mul neg} def
/YNTS {W3S W4S sub CX div dup mul CY mul neg} def
/YNNS {W4S W4S sub CX div dup mul CY mul neg} def
/YNWS {W5S W4S sub CX div dup mul CY mul neg} def
/YNBS {575 W4S sub CX div dup mul CY mul neg} def
/YNJS {475 W4S sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1S {XRGAS W5S sub CX div dup mul CY mul neg} def
/YW2S {XJBAS W5S sub CX div dup mul CY mul neg} def
/YWPS {YUPS YNPS add 0.5 mul} def
/YWDS {YUDS YNDS add 0.5 mul} def
/YWTS {YUTS YNTS add 0.5 mul} def
/YWNS {YUNS YNNS add 0.5 mul} def
/YWWS {YUWS YNWS add 0.5 mul} def
/YWBS {YUBS YNBS add 0.5 mul} def
/YWJS {YUJS YNJS add 0.5 mul} def

%i=0,85: 400_500_600_700_400(81)
0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXU i XEXI W 0 get sub CX div dup mul CY mul neg put
        YIXP i XEXI W 1 get sub CX div dup mul CY mul neg put
        YIXD i XEXI W 2 get sub CX div dup mul CY mul neg put
        YIXT i XEXI W 3 get sub CX div dup mul CY mul neg put
        YIXN i XEXI W 4 get sub CX div dup mul CY mul neg put
        YIXW i XEXI W 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXU i YIXU 60 get 1malp mul YIXU 0 get alpha mul add put
         YIXP i YIXP 60 get 1malp mul YIXP 0 get alpha mul add put
         YIXD i YIXD 60 get 1malp mul YIXD 0 get alpha mul add put
         YIXT i YIXT 60 get 1malp mul YIXT 0 get alpha mul add put
         YIXN i YIXN 60 get 1malp mul YIXN 0 get alpha mul add put
         YIXW i YIXW 60 get 1malp mul YIXW 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXU i YIXU i 80 sub get put
         YIXP i YIXP i 80 sub get put
         YIXD i YIXD i 80 sub get put
         YIXT i YIXT i 80 sub get put
         YIXN i YIXN i 80 sub get put
         YIXW i YIXW i 80 sub get put
} for %i=81,85: 405_425(5)

0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXUS i XEXI WS 0 get sub CX div dup mul CY mul neg put
        YIXPS i XEXI WS 1 get sub CX div dup mul CY mul neg put
        YIXDS i XEXI WS 2 get sub CX div dup mul CY mul neg put
        YIXTS i XEXI WS 3 get sub CX div dup mul CY mul neg put
        YIXNS i XEXI WS 4 get sub CX div dup mul CY mul neg put
        YIXWS i XEXI WS 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXUS i YIXUS 60 get 1malp mul YIXUS 0 get alpha mul add put
         YIXPS i YIXPS 60 get 1malp mul YIXPS 0 get alpha mul add put
         YIXDS i YIXDS 60 get 1malp mul YIXDS 0 get alpha mul add put
         YIXTS i YIXTS 60 get 1malp mul YIXTS 0 get alpha mul add put
         YIXNS i YIXNS 60 get 1malp mul YIXNS 0 get alpha mul add put
         YIXWS i YIXWS 60 get 1malp mul YIXWS 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXUS i YIXUS i 80 sub get put
         YIXPS i YIXPS i 80 sub get put
         YIXDS i YIXDS i 80 sub get put
         YIXTS i YIXTS i 80 sub get put
         YIXNS i YIXNS i 80 sub get put
         YIXWS i YIXWS i 80 sub get put
} for %i=81,85: 405_425(5)

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

0 1 85 {/i exch def
        /YEXU {YIXU i get} def
        /YEXP {YIXP i get YP1T add} def
        /YEXD {YIXD i get YD1T add} def
        /YEXT {YIXT i get YT2T add} def
        /YEXN {YIXN i get} def
        /YEXW {YIXW i get YW2T add} def

/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXA YEXU def} if
          IKOM 1 eq {/YEXA YEXN def} if
          IKOM 2 eq {/YEXA YEXW def} if
          IKOM 3 eq {/YEXA YEXW def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXU YEXA sub fneg def YDchange
                  YEXP0 i YD put} if
          j 1 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP1 i YD put} if
          j 2 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP2 i YD put} if
          j 3 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP3 i YD put} if
          j 4 eq {/YD YEXN YEXA sub fneg def YDchange
                  YEXP4 i YD put} if
          j 5 eq {/YD YEXW YEXA sub fneg def YDchange
                  YEXP5 i YD put} if
          j 6 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP6 i YD put} if
          j 7 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP7 i YD put} if
          j 8 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP8 i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0 i get YEXA add def YEXP0 i YE put} if
                    j 1 eq {/YE YEXP1 i get YEXA add def YEXP1 i YE put} if
                    j 2 eq {/YE YEXP2 i get YEXA add def YEXP2 i YE put} if
                    j 3 eq {/YE YEXP3 i get YEXA add def YEXP3 i YE put} if
                    j 4 eq {/YE YEXP4 i get YEXA add def YEXP4 i YE put} if
                    j 5 eq {/YE YEXP5 i get YEXA add def YEXP5 i YE put} if
                    j 6 eq {/YE YEXP6 i get YEXA add def YEXP6 i YE put} if
                    j 7 eq {/YE YEXP7 i get YEXA add def YEXP7 i YE put} if
                    j 8 eq {/YE YEXP8 i get YEXA add def YEXP8 i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        /YEXUS {YIXUS i get} def %identical YEXN
        /YEXPS {YIXPS i get YP1ST add} def
        /YEXDS {YIXDS i get YD1ST add} def
        /YEXTS {YIXTS i get YT2ST add} def 
        /YEXNS {YIXNS i get} def %identical YEXU
        /YEXWS {YIXWS i get YW2ST add} def
        
/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXAS YEXNS def} if
          IKOM 1 eq {/YEXAS YEXUS def} if
          IKOM 2 eq {/YEXAS YEXWS def} if
          IKOM 3 eq {/YEXAS YEXWS def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXUS YEXAS sub fneg def YDchange
                  YEXP0S i YD put} if
          j 1 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP1S i YD put} if
          j 2 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP2S i YD put} if
          j 3 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP3S i YD put} if
          j 4 eq {/YD YEXNS YEXAS sub fneg def YDchange
                  YEXP4S i YD put} if
          j 5 eq {/YD YEXWS YEXAS sub fneg def YDchange
                  YEXP5S i YD put} if
          j 6 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP6S i YD put} if
          j 7 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP7S i YD put} if
          j 8 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP8S i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0S i get YEXAS add def YEXP0S i YE put} if
                    j 1 eq {/YE YEXP1S i get YEXAS add def YEXP1S i YE put} if
                    j 2 eq {/YE YEXP2S i get YEXAS add def YEXP2S i YE put} if
                    j 3 eq {/YE YEXP3S i get YEXAS add def YEXP3S i YE put} if
                    j 4 eq {/YE YEXP4S i get YEXAS add def YEXP4S i YE put} if
                    j 5 eq {/YE YEXP5S i get YEXAS add def YEXP5S i YE put} if
                    j 6 eq {/YE YEXP6S i get YEXAS add def YEXP6S i YE put} if
                    j 7 eq {/YE YEXP7S i get YEXAS add def YEXP7S i YE put} if
                    j 8 eq {/YE YEXP8S i get YEXAS add def YEXP8S i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

ILF 0 eq {%ILF=0
1800 050 moveto tfw
(l) outSM (d) ishowK 30 0 rmoveto (/nm) nshowM
4200 050 moveto tfw
(l) outSM (c) ishowK 30 0 rmoveto (/nm) nshowM
ILU 1 eq {4900 550 moveto (u) bishowM} if
} if %ILF=0

3100 2975 moveto tfw (Adaptation: ) bshowM 
tfw (l) outSM tfo (R) ishowK tfl (G) ishowK 
tfw (=) bshowM XRG$I ILK get bshowM

%special; first part not visible
3100 2725 moveto 0.0 0.0 0.0 0.5 setcmykcolor (Adaptation: ) bshowM 
tfw (l) outSM tfv (B) ishowK tfy (J) ishowK 
tfw (=) bshowM XBJ$I ILK get bshowM

ILS 0 eq ILS 2 eq or {%ILS=0&2,#0
          3400 2725 moveto (t) bshowM (s) ishowK (=) bshowM ta trushow4
         }
         {
          0800 2975 moveto TBM (Threshold: ) showen (Schwelle: ) showde
          (t) bshowM (s) ishowK (=) bshowM ta trushow4
         } ifelse %ILS=0&2,#0

010 3800 moveto
ILS 0 eq {%iLS=0,1
          tfw (log [) bshowM P0a D0a T0a U0a N0a W0a
               tfw (]) bshowM}
         {INE 0 eq {tfw (log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]-log) bshowM YAa}
                   {tfw (log) bshowM YAa
                    tfw (-log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]) bshowM
                   } ifelse
         } ifelse %ILS=0,1

210 3525 moveto %special U0a,N0a
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5
         
210 3250 moveto
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5

3100 3800 moveto tfw (log) bshowM 30 0 rmoveto P0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto P0o tfw 
YU1 YP1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YP1 sub abs troshow

3100 3525 moveto tfw (log) bshowM 30 0 rmoveto D0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto D0o tfw
YU1 YD1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YD1 sub abs troshow

%special for 475nm/575nm
3100 3250 moveto tfw (log) bshowM 30 0 rmoveto T0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto T0o tfw
/YDTW YT2 neg YW2 add def
YDTW 0 ge {( + )} {( - )} ifelse bshowM
YDTW abs troshow

%4300 2000 moveto TBM YT2 troshow
%4300 1700 moveto TBM YW2 troshow
%4300 1400 moveto TBM YTB troshow
%4300 1100 moveto TBM YWB troshow

%4300 1000 moveto TBM YT2S troshow
%4300 0700 moveto TBM YW2S troshow
%4300 0400 moveto TBM YTBS troshow
%4300 0100 moveto TBM YWBS troshow

%y-arrow
 100 3400 moveto 0 300 rlineto -50 -150 rlineto
                                50  150 rlineto 50 -150 rlineto stroke

tfw
380 280 translate
50 setlinewidth

ILF 0 eq {%ILF=0 sensitivity or saturation
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto 0 ILS 0 eq ILS 2 eq or {3300} {3600} ifelse 
            0.8 mul rlineto  stroke
 ILS 0 eq ILS 2 eq or {0 2700 0.8 mul moveto 400 12 mul 0 rlineto stroke} if

TBK
/tx [ (400) (500) (600) (700) (400)] def
/tye [(-2) () (-1) () (  0) () (-2)] def
/tys [(-2) (-1) (  0) (  1) (  2) (  3) (-2)] def
/tu [ (    -3,1) (-1,1) (  0,9)  (  2,9) (    -3,1)] def
 
%!u-Achse: 100 Einheiten = 1200 Skalen-Einheiten

ILU 1 eq {%ILU=1
0 1 4 {/i exch def
       /ixt {-180 i 1200 mul add} def
       /ixl {240 i 1200 mul add} def
        ixt 150 moveto tu i get exec show } for
 
% 555 nm; u=0.0
          /ixt -180 1.55 1200 mul add def
          /ixl  240 1.55 1200 mul add def
          0.25 0.0 1.0 0.0 setcmykcolor
          ixt 150 moveto (   0.0) show
          /ixt  20  1860 add def
          ixt -320 moveto (555) show
          ixl 75 moveto 0 -150 rlineto stroke
         } if %ILU=1
 
%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten
tfw
0 1 4 {/i exch def
       /ixt {-150 i 1200 mul add} def
       /ixl { 000 i 1200 mul add} def
        ixt -250 moveto tx i get exec show
        ixl   75 moveto 0 -150 rlineto stroke } for
 
%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten
TBK 
0 1 5 {/i exch def
       /iyt {200 i 0480 mul add} def
       /iyl {240 i 0480 mul add} def
        -300 iyt moveto ILS 0 eq ILS 2 eq or {tye} {tys} ifelse
                        i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

TBK
30 setlinewidth
%400nm
/X400 000 0.00 1200 mul add def
%425nm 
/X425 000 0.25 1200 mul add def
%475nm 
/X475 000 0.75 1200 mul add def
%525nm
/X525 000 1.25 1200 mul add def
%575nm
/X575 000 1.75 1200 mul add def
%625nm
/X625 000 2.25 1200 mul add def
%675nm
/X675 000 2.75 1200 mul add def
%375cnm 
/X700 000 3.00 1200 mul add def
%395cnm
/X400c 000 4.00 1200 mul add def

%ymax = 240 + 4 * 480 = 2160
[100 100] 0 setdash

X525 0 moveto 0 2160 rlineto stroke
X700 0 moveto 0 2160 rlineto stroke
X400c 0 moveto 0 2160 rlineto stroke

X525 20 add 100 moveto (525) show
%X700 20 add 100 moveto (700) show
%X400c 20 add 100 moveto (400) show

%xchart 2 ge {%xchart>=2
             X475 0 moveto 0 2160 rlineto stroke
             X575 0 moveto 0 2160 rlineto stroke
             X475 20 add 100 moveto (475) show
             X575 20 add 100 moveto (575) show
%            } if %xchart>=2
[ ] 0 setdash
TBG

50 setlinewidth
%Cero point at 555 nm
/X0t {555 400 sub 12 mul} def
X0t 0 translate

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram
TBG
/ix00 000 def
/ty [(-2) (-1) (  0) (  1) (  2) (  3)] def

tfw
50 setlinewidth
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto  0 2400 rlineto  stroke

TBM
/tx [(-3) (-2) (-1) (  0) (  1) (  2) (  3) (  4)] def

%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten

0 1 6 {/i exch def /ix00 000 def
       /ixt { ix00 -280 add i 0600 mul add} def
       /ixl { ix00  000 add i 0600 mul add} def
        ixt 100 add -250 moveto tx i get exec show
        ixl 75 moveto 0 -150 rlineto stroke } for

%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten

0 1 4 {/i exch def
       /iyt {-100 i 0600 mul add} def
       /iyl { 000 i 0600 mul add} def
        -350 iyt moveto ty i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

%Nullpunkt-Achsenkreuz
30 setlinewidth tfn
1800 0000 moveto 0000 2350 rlineto stroke
0000 1200 moveto 4000 0000 rlineto stroke
50 setlinewidth tfw

%text
3400 0600 moveto tfw (| log [) bshowM P0a tfw (/) bshowM YAa
                 tfw (]) bshowM
3400 0300 moveto tfw (-log [) bshowM D0a tfw (/) bshowM YAa
                 tfw (] |) bshowM
0200 2200 moveto tfw  (log [) bshowM U0a tfw (/) bshowM YAa
                 tfw (]) bshowM
0200 1900 moveto tfw (-log [) bshowM T0a tfw (/) bshowM YAa
                 tfw (]) bshowM

} if %ILF>=1 chromaticity diagram
 
ILF 0 eq {%ILF=0 for clip
0 setlinewidth
/Y0C 0000 def
/Y1C 2400 def
ILU 1 eq {/Y0C 0450 def} if
ILS 0 eq {/Y1C 2900 def} if

0.0 0.0 0.0 0.0 setcmykcolor
X0t neg Y0C moveto  4800 0 rlineto 0 Y1C rlineto
                   -4800 0 rlineto 0 Y1C neg rlineto clip stroke
} if %ILF=0 for clip

ILS 0 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %response diagram
ILS 1 eq ILF 0 eq and {/IORY 1500 0.8 mul def} if %saturation diagram
ILS 2 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %purity diagram
ILS 1 eq ILF 1 eq and {/IORX 1800 def /IORY 1200 def} if %chromaticity diagram

%begin only for %j=1,2,8=P',D',T'
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        XiS i i 5 mul 400 add put
        j 0 eq {YiS i YEXP0S i get put} if
        j 1 eq {YiS i YEXP1S i get put} if
        j 2 eq {YiS i YEXP2S i get put} if
        j 3 eq {YiS i YEXP3S i get put} if
        j 4 eq {YiS i YEXP4S i get put} if
        j 5 eq {YiS i YEXP5S i get put} if
        j 6 eq {YiS i YEXP6S i get put} if
        j 7 eq {YiS i YEXP7S i get put} if
        j 8 eq {YiS i YEXP8S i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1S j FKUCI00S j get put
          FKUM1S j FKUMI00S j get put
          FKUY1S j FKUYI00S j get put
          FKUN1S j FKUNI00S j get put
          FKUC2S j FKUCI01S j get put
          FKUM2S j FKUMI01S j get put
          FKUY2S j FKUYI01S j get put
          FKUN2S j FKUNI01S j get put
          IDAI1S j IDAI00S j get put
          IDAI2S j IDAI01S j get put
          KURVAS j KURVA1S j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1S j FKUCI10S j get put
          FKUM1S j FKUMI10S j get put
          FKUY1S j FKUYI10S j get put
          FKUN1S j FKUNI10S j get put
          FKUC2S j FKUCI11S j get put
          FKUM2S j FKUMI11S j get put
          FKUY2S j FKUYI11S j get put
          FKUN2S j FKUNI11S j get put
          IDAI1S j IDAI10S j get put
          IDAI2S j IDAI11S j get put
          KURVAS j KURVA2S j get put
         } if %ILS=1

/KURVMS {KURVAS j get} def

KURVMS 0 gt {%if KURVMS>0 then KURVE

1 1 KURVMS {/KURVS exch def %KURVS=1,KURVMS

/IDA1S {IDAI1S j get cvi} def
/IDA2S {IDAI2S j get cvi} def 

KURVS 1 eq {[ ] 0 setdash} if
KURVS 2 eq {%KURVS=2 %special for 475nm curve j=3
           /IDA1S {IDAI1S j get} def
           /IDA2S {IDAI2S j get} def 
          [ IDA1S IDA2S] 0 setdash
          } if %KURVS=2

KURVS 1 eq {%KURVS=1
          /jadd 0 def
%           ILS 1 ge j 1 eq and {/jadd 3 def} if
           /FKUCS {FKUC1S j jadd add get} def
           /FKUMS {FKUM1S j jadd add get} def
           /FKUYS {FKUY1S j jadd add get} def
           /FKUNS {FKUN1S j jadd add get} def
          } if %KURV=1
KURVS 2 eq {%KURVS=2
           /FKUCS {FKUC2S j get} def
           /FKUMS {FKUM2S j get} def
           /FKUYS {FKUY2S j get} def
           /FKUNS {FKUN2S j get} def
          } if %KURVS=2

FKUCS FKUMS FKUYS FKUNS setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 1 eq j 2 eq or {%j=1,2=P',D'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=1,2=P',D'

j 8 eq {%j=8=T'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def  %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=8=T

} if %ILF=0 sensitivity or saturation
} if %ILS#2

} for %KURVS=1,KURVMS

} if %if KURVMS>0 then KURVES

} for %j=0,JPPM
%end only for %j=1,2,8=P',D',T'

%begin only for %j=3,6,7=T,P,D
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation, not purity
50 setlinewidth

j 3 eq {%j=3=T
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=3

j 6 eq j 7 eq or{%j=6,7=P,D
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=6,7=P,D

} if %ILF=0 sensitivity or saturation, not purity
} if %ILS#2

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=3,6,7=T,P,D

%begin only for %j=0,4,5=U,N,W
0 1 JPPM {/j exch def %j=0,JPPM

ILF 0 eq {%ILF=0 (for ILS=0,1,2)
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 2 eq {%ILS=2 correction for j=0,4,5
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
       /Xx Xi i get def
       j 0 eq j 4 eq or j 5 eq or {%ILS=2 correction for j=0,4,5
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRG YEXP1  i get YEXP2  i get sub abs neg def}
                    {/XRG YEXP1S i get YEXP2S i get sub abs neg def
                    } ifelse %lambda>=525
         XJBA 525 ge {%XJBA>=525
                       /XJB YEXP0  i get YEXP5  i get sub abs neg def}
                      {/XJB YEXP5S i get YEXP0S i get sub abs neg def
                     } ifelse %XJBA>=525
         j 0 eq {Yi i XRG put} if          
         j 4 eq {Yi i XJB put} if
         j 5 eq {Yi i XRG XJB add put} if
%         j 5 eq {Yi i XRG dup mul XJB dup mul add sqrt neg put} if
        } if %ILS=2 correction for j=0,4,5 
       } for %i=0,85: 400_700_400(81)
         } if %ILS=2 correction for j=0,4,5

ILF 1 eq {%ILF=1

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {%j=0
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRGPM YEXP1  i get  
                            YEXP2  i get sub
                            %YP1T sub 
                            def}
                    {/XRGPM YEXP1S i get
                            YEXP2S i get sub
                            %YP1ST sub 
                            def
                    } ifelse %lambda>=525
         /XJBPM YEXP0  i get YEXP4  i get sub def
%         XJBA 525 ge {%XJBA>=525 P5=P5S P0S=PN P0=PU 
%                      %P0-P5=PU-PWa, P5S-P0S=PWa-PN
%                      /XJBPM YEXP0  i get YEXP5  i get sub def}
%                     {/XJBPM YEXP5S i get YEXP0S i get sub def
%                    } ifelse %XJBA>=525
        Yix i XRGPM put
        Yiy i XJBPM 0.5 mul put
        } if %j=0
       } for %i=0,85: 400_700_400(81)

%correction for purple colours
62 1 80 {/i exch def %i=61,80: 700+_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         Yix i  Yix 60 get 1malp mul  Yix 0 get alpha mul add put
         Yiy i  Yiy 60 get 1malp mul  Yiy 0 get alpha mul add put
       } for %i=61,80: 700+_400(81)
} if %ILF=1

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 0 eq j 4 eq or j 5 eq or {%j=0,4,5=U,N,W
         /I0 0 def /I1 0 def /I2 80 def
         /xst {Xi I0       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi I0 get MULY mul add} bind def
         xst yst moveto
I1 3 I2 {/i exch def  %i=1,80: 405_400
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_400
         stroke
} if %j=0,4,5=U,N,W

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram         
30 setlinewidth

j 0 eq {%j=0=U

/xst {IORX Yix 0 get MULF mul add} bind def
/yst {IORY Yiy 0 get MULF mul add} bind def
xst yst moveto
0 3 77 {/i exch def %i=1,80: 405_700_400
        /xst {IORX Yix i get       MULF mul add} bind def
        /yst {IORY Yiy i get       MULF mul add} bind def
        /x20 {IORX Yix i 1 add get MULF mul add} bind def
        /y20 {IORY Yiy i 1 add get MULF mul add} bind def
        /x21 {IORX Yix i 2 add get MULF mul add} bind def
        /y21 {IORY Yiy i 2 add get MULF mul add} bind def
        /x22 {IORX Yix i 3 add get MULF mul add} bind def
        /y22 {IORY Yiy i 3 add get MULF mul add} bind def
        x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_700_400
stroke

TBK
0 10 70 {/i exch def  %i=0,10,85: 400_700_400
        /xst {IORX Yix i get MULF mul add} bind def
        /yst {IORY Yiy i get MULF mul add} bind def
        newpath
        xst yst 40 0 360 arc fill
        newpath
        xst 400 sub yst 50 sub moveto 400 i 5 mul add cvishow
       } for %i=0,10,85: 400_700_400

        3000 2400 moveto (YP1T) show
        3000 2000 moveto 0 YP1T add cvsshow3
        3000 1600 moveto 0 YD1T add cvsshow3
        3000 1200 moveto 0 YT2T add cvsshow3
        3000 0800 moveto 0 YW2T add cvsshow3
 
        4000 2400 moveto (YP1ST) show
        4000 2000 moveto 0 YP1ST add cvsshow3
        4000 1600 moveto 0 YD1ST add cvsshow3
        4000 1200 moveto 0 YT2ST add cvsshow3
        4000 0800 moveto 0 YW2ST add cvsshow3

        0000 2400 moveto (UPDTNW1) show
        0000 2000 moveto YU1 cvsshow3
        0000 1600 moveto YP1 cvsshow3
        0000 1200 moveto YD1 cvsshow3
        0000 0800 moveto YT1 cvsshow3
        0000 0400 moveto YN1 cvsshow3
        0000 0000 moveto YW1 cvsshow3

        1300 2400 moveto (UPDTNW2) show
        1300 2000 moveto YU2 cvsshow3
        1300 1600 moveto YP2 cvsshow3
        1300 1200 moveto YD2 cvsshow3
        1300 0800 moveto YT2 cvsshow3
        1300 0400 moveto YN2 cvsshow3
        1300 0000 moveto YW2 cvsshow3
       
} if %j=0=U

} if %ILF=1 chromaticity diagram

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=0,4,5=U,N,W

ILF 0 eq {X0t neg 0 translate} if

-380 -280 translate

showpage
grestore

%} for %xchart=0,15

%%Trailor

%%EndDocument
EndEPSF grestore gsave
                         
BeginEPSF
 28 MM 064 MM translate
  10 /Times-ISOL1 FS  53 MM 1 MM moveto ( ) show 1 1 scale  -77 -91 translate
%%BeginDocument: Bild 15

%line 379
%!PS-Adobe-3.0 EPSF-3.0 WG990-5
%%BoundingBox: 70 82 226 206

%START PDFDE011.EPS
/pdfmark where {pop} {userdict /pdfmark /cleartomark load put} ifelse
/languagelevel where {pop languagelevel} {1} ifelse
2 lt { userdict (<<) cvn ([) cvn load put
       userdict (>>) cvn (]) cvn load put} if
[ /Title (PostScript pictures: Image Technology)
  /Author (compare K. Richter "Computergrafik ...": ISBN 3-8007-1775-1)
  /Subject (goto: http://o2.ps.bam.de or http://www.ps.bam.de)
  /Keywords (image reproduction, colour devices)
  /Creator (klaus.richter@bam.de)
  /CreationDate (D:2006040112000)
  /ModDate (D:2006040112000)
/DOCINFO pdfmark
[ /View [ /FitB ]
/DOCVIEW pdfmark
%END  PDFDE011

% !AUSTAUSCH Times-Roman -> Times-Roman-ISOLatin1=Times-I
 
/Times-Roman findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/Times-ISOL1 exch definefont pop
 
/Times-Italic findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesI-ISOL1 exch definefont pop
 
/Times-Bold findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesB-ISOL1 exch definefont pop
 
/Times-BoldItalic findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesBI-ISOL1 exch definefont pop
 
/FS {findfont exch scalefont setfont} bind def
/MM {72 25.4 div mul} def /str {8 string } bind def
 
/TK {200 /Times-ISOL1 FS} bind def
/TM {250 /Times-ISOL1 FS} bind def
/TG {300 /Times-ISOL1 FS} bind def
/TKi {160 /Times-ISOL1 FS} bind def
 
/TIK {200 /TimesI-ISOL1 FS} bind def
/TIM {250 /TimesI-ISOL1 FS} bind def
/TIG {300 /TimesI-ISOL1 FS} bind def
 
/TBK {200 /TimesB-ISOL1 FS} bind def
/TBM {250 /TimesB-ISOL1 FS} bind def
/TBG {300 /TimesB-ISOL1 FS} bind def
/TBKe {160 /TimesB-ISOL1 FS} bind def
 
/TBIK {200 /TimesBI-ISOL1 FS} bind def
/TBIM {250 /TimesBI-ISOL1 FS} bind def
/TBIG {300 /TimesBI-ISOL1 FS} bind def
 
/SK {200 10 sub /Symbol FS} bind def
/SM {250 12 sub /Symbol FS} bind def
/SG {300 14 sub /Symbol FS} bind def

/nshowG {TG  show} bind def
/kshowG {TIG show} bind def
/bshowG {TBG show} bind def
/bishowG {TBIG show} bind def
/ishowG {TM 0 -60 rmoveto show 0 60 rmoveto} bind def
/ebshowG {TBM 0 200 rmoveto show 0 -200 rmoveto} bind def
/sshowG {SG show} bind def

/nshowM {TM  show} bind def
/kshowM {TIM show} bind def
/bshowM {TBM show} bind def
/bishowM {TBIM show} bind def
/ishowM {TK 0 -40 rmoveto show 0 40 rmoveto} bind def
/ebshowM {TBK 0 160 rmoveto show 0 -160 rmoveto} bind def
/sshowM {SM show} bind def

/nshowK {TK  show} bind def
/kshowK {TIK show} bind def
/bshowK {TBK show} bind def
/bishowK {TBIK show} bind def
/ishowK {TKi 0 -30 rmoveto show 0 30 rmoveto} bind def
/ebshowK {TBKe 0 130 rmoveto show 0 -130 rmoveto} bind def
/sshowK {SK show} bind def
 
/tzo {0.0 1.0 1.0 0.0} bind def %Reproduktionsfarben
/tzl {1.0 0.0 1.0 0.0} bind def
/tzv {1.0 1.0 0.0 0.0} bind def
/tzc {1.0 0.0 0.0 0.0} bind def
/tzm {0.0 1.0 0.0 0.0} bind def
/tzy {0.0 0.0 1.0 0.0} bind def

/tzn {0.0 0.0 0.0 1.00} bind def %Graureihe
/tzd {0.0 0.0 0.0 0.75} bind def
/tzz {0.0 0.0 0.0 0.50} bind def
/tzh {0.0 0.0 0.0 0.25} bind def
/tzw {0.0 0.0 0.0 0.00} bind def

/tzr {0.0 1.0 0.5 0.0} bind def %Elementarfarben
/tzg {1.0 0.0 0.5 0.0} bind def
/tzb {1.0 0.5 0.0 0.0} bind def
/tzj {0.0 0.0 1.0 0.0} bind def

/tzrz {0.0 1.0 0.5 0.5} bind def %Elementarfarben vergraut
/tzgz {1.0 0.0 0.5 0.5} bind def
/tzbz {1.0 0.5 0.0 0.5} bind def
/tzjz {0.0 0.0 1.0 0.5} bind def

/tfo {tzo setcmykcolor} bind def
/tfl {tzl setcmykcolor} bind def
/tfv {tzv setcmykcolor} bind def
/tfc {tzc setcmykcolor} bind def
/tfm {tzm setcmykcolor} bind def
/tfy {tzy setcmykcolor} bind def

/tfn {tzn setcmykcolor} bind def
/tfd {tzd setcmykcolor} bind def
/tfz {tzz setcmykcolor} bind def
/tfh {tzh setcmykcolor} bind def
/tfw {tzw setcmykcolor} bind def

/tfr {tzr setcmykcolor} bind def
/tfg {tzg setcmykcolor} bind def
/tfb {tzb setcmykcolor} bind def
/tfj {tzj setcmykcolor} bind def

/tfrz {tzrz setcmykcolor} bind def
/tfgz {tzgz setcmykcolor} bind def
/tfbz {tzbz setcmykcolor} bind def
/tfjz {tzjz setcmykcolor} bind def
 
/A4quer {598 0 tl 90 rotate} def
/setcmyknew {setcmykcolor} def
/outSM {sshowM} def
/outSK {sshowK} def
/outxshowf {setcmykcolor show} def

%for output test only
/tspace {dup abs 1.0 le {(   ) show} if
         dup dup -1.0 le exch -10 gt and {(  ) show} if
         dup dup 1.0 gt exch  10 lt and {(   ) show} if
         dup dup 1.0 gt exch  10 ge and {( ) show} if
            } bind def

/trushow {tspace 0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/troshow {0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/trushow4 {0.00005 add 10000 mul truncate 10000 div
           10 string cvs show} bind def
           
/cvishow {cvi 6 string cvs show} def
/cvsshow1 {10 mul cvi 0.1 mul 7 string cvs show} def
/cvsshow2 {100 mul cvi 0.01 mul 7 string cvs show} def
/cvsshow3 {1000 mul cvi 0.001 mul 7 string cvs show} def

/W 9 array def
/W  [555 570 540 435 495 525 570 540 435] def

/WS 9 array def
0 1 8 {/j exch def %j=0,8
       WS j 525 W j get 525 sub sub put
      } for %j=0,8

/YIXU 88 array def
/YIXP 88 array def
/YIXD 88 array def
/YIXT 88 array def
/YIXN 88 array def
/YIXW 88 array def

/YIXUS 88 array def
/YIXPS 88 array def
/YIXDS 88 array def
/YIXTS 88 array def
/YIXNS 88 array def
/YIXWS 88 array def

/YEXP0 88 array def
/YEXP1 88 array def
/YEXP2 88 array def
/YEXP3 88 array def
/YEXP4 88 array def
/YEXP5 88 array def
/YEXP6 88 array def
/YEXP7 88 array def
/YEXP8 88 array def

/YEXP0S 88 array def
/YEXP1S 88 array def
/YEXP2S 88 array def
/YEXP3S 88 array def
/YEXP4S 88 array def
/YEXP5S 88 array def
/YEXP6S 88 array def
/YEXP7S 88 array def
/YEXP8S 88 array def

/Yix 88 array def
/Yiy 88 array def

/Xi 88 array def
/Yi 88 array def

/YixS 88 array def
/YiyS 88 array def

/XiS 88 array def
/YiS 88 array def

/KURVA 9 array def %9 actual curves
/KURVA1 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2 9 array def %9 curves, Saturation, one or two colours
%        U P D T N W P D T
/KURVA1 [2 0 0 1 2 2 1 1 0] def
/KURVA2 [2 0 0 1 2 2 1 1 0] def

/IDAI1 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00 [100 000 000 000 100 100 100 100 100] def
/IDAI01 [100 000 000 000 100 100 100 100 100] def
/IDAI10 [100 000 000 000 100 100 100 100 100] def
/IDAI11 [100 000 000 000 100 100 100 100 100] def

/FKUC1 9 array def %Actual colour C, Sensitivity
/FKUC2 9 array def %Actual colour C, Saturation
/FKUM1 9 array def %Actual colour M, Sensitivity
/FKUM2 9 array def %Actual colour M, Saturation
/FKUY1 9 array def %Actual colour Y, Sensitivity
/FKUY2 9 array def %Actual colour Y, Saturation
/FKUN1 9 array def %Actual colour N, Sensitivity
/FKUN2 9 array def %Actual colour N, Saturation

/FKUCI00 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10 9 array def %Cyan, Colour 1, Saturation
/FKUCI11 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI01 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def
/FKUCI10 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI11 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def

/FKUMI00 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10 9 array def %Magenta, Colour 1, Saturation
/FKUMI11 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI01 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def
/FKUMI10 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI11 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def

/FKUYI00 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10 9 array def %Yellow, Colour 1, Saturation
/FKUYI11 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI01 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI11 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00 9 array def %Black, Colour 1, Sensitivity
/FKUNI01 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10 9 array def %Black, Colour 1, Saturation
/FKUNI11 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI01 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI11 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAI 8 array def
/XRG$I 8 array def
/XJBAI 8 array def
/XBJ$I 8 array def
/XRGAI [ 525   575   475   600   575   575   575   575 ] def
/XRG$I [(525) (575) (475) (600) (575) (575) (575) (575)] def
/XJBAI [ 525   575   475   600   525   495   475   435 ] def
/XBJ$I [(525) (575) (475) (600) (525) (495) (475) (435)] def

/KURVAS 9 array def %9 actual curves
/KURVA1S 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2S 9 array def %9 curves, Saturation, one or two colours
%         U'P'D'T'N'W'P'D'T'
/KURVA1S [0 2 2 0 2 2 0 0 2] def
/KURVA2S [0 2 2 0 2 2 0 0 2] def

/IDAI1S 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2S 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00S 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01S 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10S 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11S 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00S [100 100 100 100 100 100 100 100 100] def
/IDAI01S [100 100 100 100 100 100 100 100 100] def
/IDAI10S [100 100 100 100 100 100 100 100 100] def
/IDAI11S [100 100 100 100 100 100 100 100 100] def

/FKUC1S 9 array def %Actual colour C, Sensitivity
/FKUC2S 9 array def %Actual colour C, Saturation
/FKUM1S 9 array def %Actual colour M, Sensitivity
/FKUM2S 9 array def %Actual colour M, Saturation
/FKUY1S 9 array def %Actual colour Y, Sensitivity
/FKUY2S 9 array def %Actual colour Y, Saturation
/FKUN1S 9 array def %Actual colour N, Sensitivity
/FKUN2S 9 array def %Actual colour N, Saturation

/FKUCI00S 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01S 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10S 9 array def %Cyan, Colour 1, Saturation
/FKUCI11S 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI01S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def
/FKUCI10S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI11S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def

/FKUMI00S 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01S 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10S 9 array def %Magenta, Colour 1, Saturation
/FKUMI11S 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI01S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def
/FKUMI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI11S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def

/FKUYI00S 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01S 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10S 9 array def %Yellow, Colour 1, Saturation
/FKUYI11S 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI01S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI11S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00S 9 array def %Black, Colour 1, Sensitivity
/FKUNI01S 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10S 9 array def %Black, Colour 1, Saturation
/FKUNI11S 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI01S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI11S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAIS 8 array def
/XRG$IS 8 array def
/XJBAIS 8 array def
/XBJ$IS 8 array def

0 1 7 {/j exch def %j=0,7
       XRGAIS j 525 XRGAI j get 525 sub sub put
       XJBAIS j 525 XJBAI j get 525 sub sub put
       XRG$IS j XRGAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
       XBJ$IS j XJBAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
      } for %j=0,7
      
/JPPM 4 def
/CY 0.35 def
/CX  50 def

%%EndProlog
gsave
/lanind 0 def
/lantex [(G) (E) (S) (N) (I) (J) (M)] def
/showde {0 lanind eq {show} {pop} ifelse} bind def
/showen {1 lanind eq {show} {pop} ifelse} bind def
/showes {2 lanind eq {show} {pop} ifelse} bind def
/showfr {3 lanind eq {show} {pop} ifelse} bind def
/showit {4 lanind eq {show} {pop} ifelse} bind def
/showjp {5 lanind eq {show} {pop} ifelse} bind def
/showm {6 lanind eq {show} {pop} ifelse} bind def
/lanindg where {pop /lanind1 lanindg def /lanind2 lanindg def}
               {/lanind1 0 def /lanind2 0 def} ifelse
/colormg where {pop /colorm1 colormg def /colorm2 colormg def}
               {/colorm1 0 def /colorm2 0 def} ifelse
/xcolorg where {pop /xcolor1 xcolorg def /xcolor2 xcolorg def}
               {/xcolor1 0 def /xcolor2 0 def} ifelse
/xchartg where {pop /xchart1 xchartg def /xchart2 xchartg def}
               {/xchart1 0 def /xchart2 0 def} ifelse
/lanind lanind1 def %lanind1 1 lanind2 {/lanind exch def %output showpage
/colorm colorm1 def %colorm1 1 colorm2 {/colorm exch def %output showpage
/xcolor xcolor1 def %xcolor1 1 xcolor2 {/xcolor exch def %output showpage
/xchart xchart1 def %xchart1 1 xchart2 {/xchart exch def %output showpage

/GSS$ where {pop /LSS$ GSS$ def}
            {/LSS$ (1) def} ifelse
/GSC$ where {pop /LSC$ GSC$ def}
            {/LSC$ (N) def} ifelse
/GSX$ where {pop /LSX$ GSX$ def}
            {/LSX$ (0) def} ifelse
/GSY$ where {pop /LSY$ GSY$ def}
            {/LSY$ (0) def} ifelse
/GEX$ where {pop /LEX$ GEX$ def}
            {/LEX$ (P.PS./PDF) def} ifelse
/GEY$ where {pop /LEY$ GEY$ def}
            {/LEY$ (P.DAT) def} ifelse
/IMES where {pop %/IMES IMES def
            }
            {/IMES 0 def} ifelse

/xchartg where {pop /xchart   4 def} {/xchart   4 def} ifelse

5 /Times-ISOL1 FS
72 84 moveto
    ( WG990-5, ) show

(Change of PDT (LMS) in volour vision; Adaptation) showen
(\304nderung von PDT (LMS) beim Farbensehen; Adaptation) showde

72 90 translate

%/xchart 02 def
%0 1 15 {/xchart exch def %xchart=0,15

gsave

xchart  0 eq {/ILK 0 def /ILS 0 def /INE 0 def /ILF 0 def} if %ILT=0 NO threshold
xchart  1 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  2 eq {/ILK 1 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  3 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  4 eq {/ILK 2 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  5 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  6 eq {/ILK 3 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  7 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  8 eq {/ILK 0 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart  9 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 10 eq {/ILK 1 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 11 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 12 eq {/ILK 2 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 13 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 14 eq {/ILK 3 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 15 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 1 def} if
/ILT 1 def
%/ILF 1 def
%/IKOM 3 def %0=U, 1=N/G, 2=W/R, 3=V
xchart  0 ge xchart  3 le and {/IKOM 3 def} if %W
xchart  4 ge xchart  7 le and {/IKOM 3 def} if %W
xchart  8 ge xchart 11 le and {/IKOM 3 def} if %W
xchart 12 ge xchart 15 le and {/IKOM 3 def} if %W
%/ILN 4 def %L&M, L&S, M&S, UVW&S
%/ILN 5 def %L&M, L&S, M&S, UGR&S
/ILN 6 def %L&M, L&S, M&S, UGR&SGR
ILN 5 eq {/JPPM 6 def} {/JPPM 5 def} ifelse
ILN 6 eq {/JPPM 8 def} if
ILF 1 eq {/JPPM 1 def} if
ILS 2 eq {/JPPM 5 def} if

/ILU 0 def %NO u scale
ILT 0 eq {/ta 0.0 def /logta -6 def} if
ILT 1 eq {/ta 0.007 def /logta ta log def} if
ILT 2 eq {/ta 0.002 def /logta ta log def} if
/MULX 0600 def
/MULY 1200 0.8 mul def
ILS 1 eq {/MULY 1200 0.4 mul def} if
/MULF 1200 0.8 mul def

0.01 MM 0.01 MM scale
 
30 setlinewidth
[ ] 0 setdash

0.0 0.0 0.0 0.5 setcmykcolor
0 0  moveto 5400 0 rlineto 0 4000 rlineto -5400 0 rlineto
closepath fill

/Xa {(a) ishowM} def
/Xo {(o) ishowM} def

/P0o {tfo (P)  bishowM tfo (o) ishowM} def
/D0o {tfl (D)  bishowM tfl (o) ishowM} def
/T0o {tfv (T)  bishowM tfv (o) ishowM} def

/P0a {tfo (P)  bishowM tfo (a) ishowM} def
/D0a {tfl (D)  bishowM tfl (a) ishowM} def
/T0a {tfv (T)  bishowM tfv (a) ishowM} def

/U0a {tfn (U) bishowM tfy (a) ishowM} def
/N0a {tfn (N) bishowM tfc (a) ishowM} def
/W0a {tfn (W) bishowM tfm (a) ishowM} def

/P0oS {tfo (P')  bishowM tfo (o) ishowM} def
/D0oS {tfl (D')  bishowM tfl (o) ishowM} def
/T0oS {tfv (T')  bishowM tfv (o) ishowM} def

/P0aS {tfo (P')  bishowM tfo (a) ishowM} def
/D0aS {tfl (D')  bishowM tfl (a) ishowM} def
/T0aS {tfv (T')  bishowM tfv (a) ishowM} def

/U0aS {tfn (U') bishowM tfy (a) ishowM} def
/N0aS {tfn (N') bishowM tfc (a) ishowM} def
/W0aS {tfn (W') bishowM tfm (a) ishowM} def

/YAa  {IKOM 0 eq {tfn (U) bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N) bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W) bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W) bishowM tfm (a) ishowM} if} def
/YAaS {IKOM 0 eq {tfn (U') bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N') bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W') bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W') bishowM tfm (a) ishowM} if} def

/AF1 0.5 def
/AF2 0.5 def

/XRGA {XRGAI ILK get} def
/XJBA {XJBAI ILK get} def
/XRG$ {XRG$I ILK get} def
/XBJ$ {XBJ$I ILK get} def

/XRGAS {XRGAIS ILK get} def
/XJBAS {XJBAIS ILK get} def
/XRG$S {XRG$IS ILK get} def
/XBJ$S {XBJ$IS ILK get} def

/W0 {W 0 get} def
/W1 {W 1 get} def
/W2 {W 2 get} def
/W3 {W 3 get} def
/W4 {W 4 get} def
/W5 {W 5 get} def
/W6 {W 6 get} def
/W7 {W 7 get} def
/W8 {W 8 get} def

/W0S {WS 0 get} def
/W1S {WS 1 get} def
/W2S {WS 2 get} def
/W3S {WS 3 get} def
/W4S {WS 4 get} def
/W5S {WS 5 get} def
/W6S {WS 6 get} def
/W7S {WS 7 get} def
/W8S {WS 8 get} def

%function value for curve U normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1 {XRGA W0 sub CX div dup mul CY mul neg} def
/YU2 {XJBA W0 sub CX div dup mul CY mul neg} def
/YUP {W1 W0 sub CX div dup mul CY mul neg} def
/YUD {W2 W0 sub CX div dup mul CY mul neg} def
/YUT {W3 W0 sub CX div dup mul CY mul neg} def
/YUN {W4 W0 sub CX div dup mul CY mul neg} def
/YUW {W5 W0 sub CX div dup mul CY mul neg} def
/YUB {475 W0 sub CX div dup mul CY mul neg} def
/YUJ {575 W0 sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1 {XRGA XRGA 525 sub 0 ge {W1} {W1S} ifelse
      sub CX div dup mul CY mul neg} def
/YP2 {XJBA W1 sub CX div dup mul CY mul neg} def
/YPP {W1 W1 sub CX div dup mul CY mul neg} def
/YPD {W2 W1 sub CX div dup mul CY mul neg} def
/YPT {W3 W1 sub CX div dup mul CY mul neg} def
/YPN {W4 W1 sub CX div dup mul CY mul neg} def
/YPW {W5 W1 sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5),
%            450(V=6), 475(B=6), 575(J=7), 600(O=8)
/YD1 {XRGA XRGA 525 sub 0 ge {W2} {W2S} ifelse
      sub CX div dup mul CY mul neg} def
/YD2 {XJBA W2 sub CX div dup mul CY mul neg} def
/YDP {W1 W2 sub CX div dup mul CY mul neg} def
/YDD {W2 W2 sub CX div dup mul CY mul neg} def
/YDT {W3 W2 sub CX div dup mul CY mul neg} def
/YDN {W4 W2 sub CX div dup mul CY mul neg} def
/YDW {W5 W2 sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1 {XRGA W3 sub CX div dup mul CY mul neg} def
/YT2 {XJBA XJBA 525 sub 0 le {W3} {W3S} ifelse
      sub CX div dup mul CY mul neg} def
/YTP {W1 W3 sub CX div dup mul CY mul neg} def
/YTD {W2 W3 sub CX div dup mul CY mul neg} def
/YTT {W3 W3 sub CX div dup mul CY mul neg} def
/YTN {W4 W3 sub CX div dup mul CY mul neg} def
/YTW {W5 W3 sub CX div dup mul CY mul neg} def
/YTB {475 W3 sub CX div dup mul CY mul neg} def
/YTJ {575 W3 sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1 {XRGA W4 sub CX div dup mul CY mul neg} def
/YN2 {XJBA W4 sub CX div dup mul CY mul neg} def
/YNP {W1 W4 sub CX div dup mul CY mul neg} def
/YND {W2 W4 sub CX div dup mul CY mul neg} def
/YNT {W3 W4 sub CX div dup mul CY mul neg} def
/YNN {W4 W4 sub CX div dup mul CY mul neg} def
/YNW {W5 W4 sub CX div dup mul CY mul neg} def
/YNB {475 W4 sub CX div dup mul CY mul neg} def
/YNJ {575 W4 sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1 {XRGA W5 sub CX div dup mul CY mul neg} def
/YW2 {XJBA W5 sub CX div dup mul CY mul neg} def
/YWP {YUP YNP add 0.5 mul} def
/YWD {YUD YND add 0.5 mul} def
/YWT {YUT YNT add 0.5 mul} def
/YWN {YUN YNN add 0.5 mul} def
/YWW {YUW YNW add 0.5 mul} def
/YWB {YUB YNB add 0.5 mul} def
/YWJ {YUJ YNJ add 0.5 mul} def

%function value for curve U normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1S {XRGAS W0S sub CX div dup mul CY mul neg} def
/YU2S {XJBAS W0S sub CX div dup mul CY mul neg} def
/YUPS {W1S W0S sub CX div dup mul CY mul neg} def
/YUDS {W2S W0S sub CX div dup mul CY mul neg} def
/YUTS {W3S W0S sub CX div dup mul CY mul neg} def
/YUNS {W4S W0S sub CX div dup mul CY mul neg} def
/YUWS {W5S W0S sub CX div dup mul CY mul neg} def
/YUBS {575 W0S sub CX div dup mul CY mul neg} def
/YUJS {475 W0S sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1S {XRGAS XRGAS 525 sub 0 le {W1S} {W1} ifelse
      sub CX div dup mul CY mul neg} def
/YP2S {XJBAS W1S sub CX div dup mul CY mul neg} def
/YPPS {W1S W1S sub CX div dup mul CY mul neg} def
/YPDS {W2S W1S sub CX div dup mul CY mul neg} def
/YPTS {W3S W1S sub CX div dup mul CY mul neg} def
/YPNS {W4S W1S sub CX div dup mul CY mul neg} def
/YPWS {W5S W1S sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YD1S {XRGAS XRGAS 525 sub 0 le {W2S} {W2} ifelse
      sub CX div dup mul CY mul neg} def
/YD2S {XJBAS W2S sub CX div dup mul CY mul neg} def
/YDPS {W1S W2S sub CX div dup mul CY mul neg} def
/YDDS {W2S W2S sub CX div dup mul CY mul neg} def
/YDTS {W3S W2S sub CX div dup mul CY mul neg} def
/YDNS {W4S W2S sub CX div dup mul CY mul neg} def
/YDWS {W5S W2S sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1S {XRGAS W3S sub CX div dup mul CY mul neg} def
/YT2S {XJBAS XJBAS 525 sub 0 ge {W3S} {W3} ifelse
      sub CX div dup mul CY mul neg} def
/YTPS {W1S W3S sub CX div dup mul CY mul neg} def
/YTDS {W2S W3S sub CX div dup mul CY mul neg} def
/YTTS {W3S W3S sub CX div dup mul CY mul neg} def
/YTNS {W4S W3S sub CX div dup mul CY mul neg} def
/YTWS {W5S W3S sub CX div dup mul CY mul neg} def
/YTBS {575 W3S sub CX div dup mul CY mul neg} def
/YTJS {475 W3S sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1S {XRGAS W4S sub CX div dup mul CY mul neg} def
/YN2S {XJBAS W4S sub CX div dup mul CY mul neg} def
/YNPS {W1S W4S sub CX div dup mul CY mul neg} def
/YNDS {W2S W4S sub CX div dup mul CY mul neg} def
/YNTS {W3S W4S sub CX div dup mul CY mul neg} def
/YNNS {W4S W4S sub CX div dup mul CY mul neg} def
/YNWS {W5S W4S sub CX div dup mul CY mul neg} def
/YNBS {575 W4S sub CX div dup mul CY mul neg} def
/YNJS {475 W4S sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1S {XRGAS W5S sub CX div dup mul CY mul neg} def
/YW2S {XJBAS W5S sub CX div dup mul CY mul neg} def
/YWPS {YUPS YNPS add 0.5 mul} def
/YWDS {YUDS YNDS add 0.5 mul} def
/YWTS {YUTS YNTS add 0.5 mul} def
/YWNS {YUNS YNNS add 0.5 mul} def
/YWWS {YUWS YNWS add 0.5 mul} def
/YWBS {YUBS YNBS add 0.5 mul} def
/YWJS {YUJS YNJS add 0.5 mul} def

%i=0,85: 400_500_600_700_400(81)
0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXU i XEXI W 0 get sub CX div dup mul CY mul neg put
        YIXP i XEXI W 1 get sub CX div dup mul CY mul neg put
        YIXD i XEXI W 2 get sub CX div dup mul CY mul neg put
        YIXT i XEXI W 3 get sub CX div dup mul CY mul neg put
        YIXN i XEXI W 4 get sub CX div dup mul CY mul neg put
        YIXW i XEXI W 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXU i YIXU 60 get 1malp mul YIXU 0 get alpha mul add put
         YIXP i YIXP 60 get 1malp mul YIXP 0 get alpha mul add put
         YIXD i YIXD 60 get 1malp mul YIXD 0 get alpha mul add put
         YIXT i YIXT 60 get 1malp mul YIXT 0 get alpha mul add put
         YIXN i YIXN 60 get 1malp mul YIXN 0 get alpha mul add put
         YIXW i YIXW 60 get 1malp mul YIXW 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXU i YIXU i 80 sub get put
         YIXP i YIXP i 80 sub get put
         YIXD i YIXD i 80 sub get put
         YIXT i YIXT i 80 sub get put
         YIXN i YIXN i 80 sub get put
         YIXW i YIXW i 80 sub get put
} for %i=81,85: 405_425(5)

0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXUS i XEXI WS 0 get sub CX div dup mul CY mul neg put
        YIXPS i XEXI WS 1 get sub CX div dup mul CY mul neg put
        YIXDS i XEXI WS 2 get sub CX div dup mul CY mul neg put
        YIXTS i XEXI WS 3 get sub CX div dup mul CY mul neg put
        YIXNS i XEXI WS 4 get sub CX div dup mul CY mul neg put
        YIXWS i XEXI WS 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXUS i YIXUS 60 get 1malp mul YIXUS 0 get alpha mul add put
         YIXPS i YIXPS 60 get 1malp mul YIXPS 0 get alpha mul add put
         YIXDS i YIXDS 60 get 1malp mul YIXDS 0 get alpha mul add put
         YIXTS i YIXTS 60 get 1malp mul YIXTS 0 get alpha mul add put
         YIXNS i YIXNS 60 get 1malp mul YIXNS 0 get alpha mul add put
         YIXWS i YIXWS 60 get 1malp mul YIXWS 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXUS i YIXUS i 80 sub get put
         YIXPS i YIXPS i 80 sub get put
         YIXDS i YIXDS i 80 sub get put
         YIXTS i YIXTS i 80 sub get put
         YIXNS i YIXNS i 80 sub get put
         YIXWS i YIXWS i 80 sub get put
} for %i=81,85: 405_425(5)

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

0 1 85 {/i exch def
        /YEXU {YIXU i get} def
        /YEXP {YIXP i get YP1T add} def
        /YEXD {YIXD i get YD1T add} def
        /YEXT {YIXT i get YT2T add} def
        /YEXN {YIXN i get} def
        /YEXW {YIXW i get YW2T add} def

/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXA YEXU def} if
          IKOM 1 eq {/YEXA YEXN def} if
          IKOM 2 eq {/YEXA YEXW def} if
          IKOM 3 eq {/YEXA YEXW def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXU YEXA sub fneg def YDchange
                  YEXP0 i YD put} if
          j 1 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP1 i YD put} if
          j 2 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP2 i YD put} if
          j 3 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP3 i YD put} if
          j 4 eq {/YD YEXN YEXA sub fneg def YDchange
                  YEXP4 i YD put} if
          j 5 eq {/YD YEXW YEXA sub fneg def YDchange
                  YEXP5 i YD put} if
          j 6 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP6 i YD put} if
          j 7 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP7 i YD put} if
          j 8 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP8 i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0 i get YEXA add def YEXP0 i YE put} if
                    j 1 eq {/YE YEXP1 i get YEXA add def YEXP1 i YE put} if
                    j 2 eq {/YE YEXP2 i get YEXA add def YEXP2 i YE put} if
                    j 3 eq {/YE YEXP3 i get YEXA add def YEXP3 i YE put} if
                    j 4 eq {/YE YEXP4 i get YEXA add def YEXP4 i YE put} if
                    j 5 eq {/YE YEXP5 i get YEXA add def YEXP5 i YE put} if
                    j 6 eq {/YE YEXP6 i get YEXA add def YEXP6 i YE put} if
                    j 7 eq {/YE YEXP7 i get YEXA add def YEXP7 i YE put} if
                    j 8 eq {/YE YEXP8 i get YEXA add def YEXP8 i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        /YEXUS {YIXUS i get} def %identical YEXN
        /YEXPS {YIXPS i get YP1ST add} def
        /YEXDS {YIXDS i get YD1ST add} def
        /YEXTS {YIXTS i get YT2ST add} def 
        /YEXNS {YIXNS i get} def %identical YEXU
        /YEXWS {YIXWS i get YW2ST add} def
        
/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXAS YEXNS def} if
          IKOM 1 eq {/YEXAS YEXUS def} if
          IKOM 2 eq {/YEXAS YEXWS def} if
          IKOM 3 eq {/YEXAS YEXWS def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXUS YEXAS sub fneg def YDchange
                  YEXP0S i YD put} if
          j 1 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP1S i YD put} if
          j 2 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP2S i YD put} if
          j 3 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP3S i YD put} if
          j 4 eq {/YD YEXNS YEXAS sub fneg def YDchange
                  YEXP4S i YD put} if
          j 5 eq {/YD YEXWS YEXAS sub fneg def YDchange
                  YEXP5S i YD put} if
          j 6 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP6S i YD put} if
          j 7 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP7S i YD put} if
          j 8 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP8S i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0S i get YEXAS add def YEXP0S i YE put} if
                    j 1 eq {/YE YEXP1S i get YEXAS add def YEXP1S i YE put} if
                    j 2 eq {/YE YEXP2S i get YEXAS add def YEXP2S i YE put} if
                    j 3 eq {/YE YEXP3S i get YEXAS add def YEXP3S i YE put} if
                    j 4 eq {/YE YEXP4S i get YEXAS add def YEXP4S i YE put} if
                    j 5 eq {/YE YEXP5S i get YEXAS add def YEXP5S i YE put} if
                    j 6 eq {/YE YEXP6S i get YEXAS add def YEXP6S i YE put} if
                    j 7 eq {/YE YEXP7S i get YEXAS add def YEXP7S i YE put} if
                    j 8 eq {/YE YEXP8S i get YEXAS add def YEXP8S i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

ILF 0 eq {%ILF=0
1800 050 moveto tfw
(l) outSM (d) ishowK 30 0 rmoveto (/nm) nshowM
4200 050 moveto tfw
(l) outSM (c) ishowK 30 0 rmoveto (/nm) nshowM
ILU 1 eq {4900 550 moveto (u) bishowM} if
} if %ILF=0

3100 2975 moveto tfw (Adaptation: ) bshowM 
tfw (l) outSM tfo (R) ishowK tfl (G) ishowK 
tfw (=) bshowM XRG$I ILK get bshowM

%special; first part not visible
3100 2725 moveto 0.0 0.0 0.0 0.5 setcmykcolor (Adaptation: ) bshowM 
tfw (l) outSM tfv (B) ishowK tfy (J) ishowK 
tfw (=) bshowM XBJ$I ILK get bshowM

ILS 0 eq ILS 2 eq or {%ILS=0&2,#0
          3400 2725 moveto (t) bshowM (s) ishowK (=) bshowM ta trushow4
         }
         {
          0800 2975 moveto TBM (Threshold: ) showen (Schwelle: ) showde
          (t) bshowM (s) ishowK (=) bshowM ta trushow4
         } ifelse %ILS=0&2,#0

010 3800 moveto
ILS 0 eq {%iLS=0,1
          tfw (log [) bshowM P0a D0a T0a U0a N0a W0a
               tfw (]) bshowM}
         {INE 0 eq {tfw (log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]-log) bshowM YAa}
                   {tfw (log) bshowM YAa
                    tfw (-log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]) bshowM
                   } ifelse
         } ifelse %ILS=0,1

210 3525 moveto %special U0a,N0a
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5
         
210 3250 moveto
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5

3100 3800 moveto tfw (log) bshowM 30 0 rmoveto P0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto P0o tfw 
YU1 YP1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YP1 sub abs troshow

3100 3525 moveto tfw (log) bshowM 30 0 rmoveto D0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto D0o tfw
YU1 YD1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YD1 sub abs troshow

%special for 475nm/575nm
3100 3250 moveto tfw (log) bshowM 30 0 rmoveto T0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto T0o tfw
/YDTW YT2 neg YW2 add def
YDTW 0 ge {( + )} {( - )} ifelse bshowM
YDTW abs troshow

%4300 2000 moveto TBM YT2 troshow
%4300 1700 moveto TBM YW2 troshow
%4300 1400 moveto TBM YTB troshow
%4300 1100 moveto TBM YWB troshow

%4300 1000 moveto TBM YT2S troshow
%4300 0700 moveto TBM YW2S troshow
%4300 0400 moveto TBM YTBS troshow
%4300 0100 moveto TBM YWBS troshow

%y-arrow
 100 3400 moveto 0 300 rlineto -50 -150 rlineto
                                50  150 rlineto 50 -150 rlineto stroke

tfw
380 280 translate
50 setlinewidth

ILF 0 eq {%ILF=0 sensitivity or saturation
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto 0 ILS 0 eq ILS 2 eq or {3300} {3600} ifelse 
            0.8 mul rlineto  stroke
 ILS 0 eq ILS 2 eq or {0 2700 0.8 mul moveto 400 12 mul 0 rlineto stroke} if

TBK
/tx [ (400) (500) (600) (700) (400)] def
/tye [(-2) () (-1) () (  0) () (-2)] def
/tys [(-2) (-1) (  0) (  1) (  2) (  3) (-2)] def
/tu [ (    -3,1) (-1,1) (  0,9)  (  2,9) (    -3,1)] def
 
%!u-Achse: 100 Einheiten = 1200 Skalen-Einheiten

ILU 1 eq {%ILU=1
0 1 4 {/i exch def
       /ixt {-180 i 1200 mul add} def
       /ixl {240 i 1200 mul add} def
        ixt 150 moveto tu i get exec show } for
 
% 555 nm; u=0.0
          /ixt -180 1.55 1200 mul add def
          /ixl  240 1.55 1200 mul add def
          0.25 0.0 1.0 0.0 setcmykcolor
          ixt 150 moveto (   0.0) show
          /ixt  20  1860 add def
          ixt -320 moveto (555) show
          ixl 75 moveto 0 -150 rlineto stroke
         } if %ILU=1
 
%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten
tfw
0 1 4 {/i exch def
       /ixt {-150 i 1200 mul add} def
       /ixl { 000 i 1200 mul add} def
        ixt -250 moveto tx i get exec show
        ixl   75 moveto 0 -150 rlineto stroke } for
 
%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten
TBK 
0 1 5 {/i exch def
       /iyt {200 i 0480 mul add} def
       /iyl {240 i 0480 mul add} def
        -300 iyt moveto ILS 0 eq ILS 2 eq or {tye} {tys} ifelse
                        i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

TBK
30 setlinewidth
%400nm
/X400 000 0.00 1200 mul add def
%425nm 
/X425 000 0.25 1200 mul add def
%475nm 
/X475 000 0.75 1200 mul add def
%525nm
/X525 000 1.25 1200 mul add def
%575nm
/X575 000 1.75 1200 mul add def
%625nm
/X625 000 2.25 1200 mul add def
%675nm
/X675 000 2.75 1200 mul add def
%375cnm 
/X700 000 3.00 1200 mul add def
%395cnm
/X400c 000 4.00 1200 mul add def

%ymax = 240 + 4 * 480 = 2160
[100 100] 0 setdash

X525 0 moveto 0 2160 rlineto stroke
X700 0 moveto 0 2160 rlineto stroke
X400c 0 moveto 0 2160 rlineto stroke

X525 20 add 100 moveto (525) show
%X700 20 add 100 moveto (700) show
%X400c 20 add 100 moveto (400) show

%xchart 2 ge {%xchart>=2
             X475 0 moveto 0 2160 rlineto stroke
             X575 0 moveto 0 2160 rlineto stroke
             X475 20 add 100 moveto (475) show
             X575 20 add 100 moveto (575) show
%            } if %xchart>=2
[ ] 0 setdash
TBG

50 setlinewidth
%Cero point at 555 nm
/X0t {555 400 sub 12 mul} def
X0t 0 translate

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram
TBG
/ix00 000 def
/ty [(-2) (-1) (  0) (  1) (  2) (  3)] def

tfw
50 setlinewidth
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto  0 2400 rlineto  stroke

TBM
/tx [(-3) (-2) (-1) (  0) (  1) (  2) (  3) (  4)] def

%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten

0 1 6 {/i exch def /ix00 000 def
       /ixt { ix00 -280 add i 0600 mul add} def
       /ixl { ix00  000 add i 0600 mul add} def
        ixt 100 add -250 moveto tx i get exec show
        ixl 75 moveto 0 -150 rlineto stroke } for

%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten

0 1 4 {/i exch def
       /iyt {-100 i 0600 mul add} def
       /iyl { 000 i 0600 mul add} def
        -350 iyt moveto ty i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

%Nullpunkt-Achsenkreuz
30 setlinewidth tfn
1800 0000 moveto 0000 2350 rlineto stroke
0000 1200 moveto 4000 0000 rlineto stroke
50 setlinewidth tfw

%text
3400 0600 moveto tfw (| log [) bshowM P0a tfw (/) bshowM YAa
                 tfw (]) bshowM
3400 0300 moveto tfw (-log [) bshowM D0a tfw (/) bshowM YAa
                 tfw (] |) bshowM
0200 2200 moveto tfw  (log [) bshowM U0a tfw (/) bshowM YAa
                 tfw (]) bshowM
0200 1900 moveto tfw (-log [) bshowM T0a tfw (/) bshowM YAa
                 tfw (]) bshowM

} if %ILF>=1 chromaticity diagram
 
ILF 0 eq {%ILF=0 for clip
0 setlinewidth
/Y0C 0000 def
/Y1C 2400 def
ILU 1 eq {/Y0C 0450 def} if
ILS 0 eq {/Y1C 2900 def} if

0.0 0.0 0.0 0.0 setcmykcolor
X0t neg Y0C moveto  4800 0 rlineto 0 Y1C rlineto
                   -4800 0 rlineto 0 Y1C neg rlineto clip stroke
} if %ILF=0 for clip

ILS 0 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %response diagram
ILS 1 eq ILF 0 eq and {/IORY 1500 0.8 mul def} if %saturation diagram
ILS 2 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %purity diagram
ILS 1 eq ILF 1 eq and {/IORX 1800 def /IORY 1200 def} if %chromaticity diagram

%begin only for %j=1,2,8=P',D',T'
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        XiS i i 5 mul 400 add put
        j 0 eq {YiS i YEXP0S i get put} if
        j 1 eq {YiS i YEXP1S i get put} if
        j 2 eq {YiS i YEXP2S i get put} if
        j 3 eq {YiS i YEXP3S i get put} if
        j 4 eq {YiS i YEXP4S i get put} if
        j 5 eq {YiS i YEXP5S i get put} if
        j 6 eq {YiS i YEXP6S i get put} if
        j 7 eq {YiS i YEXP7S i get put} if
        j 8 eq {YiS i YEXP8S i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1S j FKUCI00S j get put
          FKUM1S j FKUMI00S j get put
          FKUY1S j FKUYI00S j get put
          FKUN1S j FKUNI00S j get put
          FKUC2S j FKUCI01S j get put
          FKUM2S j FKUMI01S j get put
          FKUY2S j FKUYI01S j get put
          FKUN2S j FKUNI01S j get put
          IDAI1S j IDAI00S j get put
          IDAI2S j IDAI01S j get put
          KURVAS j KURVA1S j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1S j FKUCI10S j get put
          FKUM1S j FKUMI10S j get put
          FKUY1S j FKUYI10S j get put
          FKUN1S j FKUNI10S j get put
          FKUC2S j FKUCI11S j get put
          FKUM2S j FKUMI11S j get put
          FKUY2S j FKUYI11S j get put
          FKUN2S j FKUNI11S j get put
          IDAI1S j IDAI10S j get put
          IDAI2S j IDAI11S j get put
          KURVAS j KURVA2S j get put
         } if %ILS=1

/KURVMS {KURVAS j get} def

KURVMS 0 gt {%if KURVMS>0 then KURVE

1 1 KURVMS {/KURVS exch def %KURVS=1,KURVMS

/IDA1S {IDAI1S j get cvi} def
/IDA2S {IDAI2S j get cvi} def 

KURVS 1 eq {[ ] 0 setdash} if
KURVS 2 eq {%KURVS=2 %special for 475nm curve j=3
           /IDA1S {IDAI1S j get} def
           /IDA2S {IDAI2S j get} def 
          [ IDA1S IDA2S] 0 setdash
          } if %KURVS=2

KURVS 1 eq {%KURVS=1
          /jadd 0 def
%           ILS 1 ge j 1 eq and {/jadd 3 def} if
           /FKUCS {FKUC1S j jadd add get} def
           /FKUMS {FKUM1S j jadd add get} def
           /FKUYS {FKUY1S j jadd add get} def
           /FKUNS {FKUN1S j jadd add get} def
          } if %KURV=1
KURVS 2 eq {%KURVS=2
           /FKUCS {FKUC2S j get} def
           /FKUMS {FKUM2S j get} def
           /FKUYS {FKUY2S j get} def
           /FKUNS {FKUN2S j get} def
          } if %KURVS=2

FKUCS FKUMS FKUYS FKUNS setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 1 eq j 2 eq or {%j=1,2=P',D'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=1,2=P',D'

j 8 eq {%j=8=T'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def  %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=8=T

} if %ILF=0 sensitivity or saturation
} if %ILS#2

} for %KURVS=1,KURVMS

} if %if KURVMS>0 then KURVES

} for %j=0,JPPM
%end only for %j=1,2,8=P',D',T'

%begin only for %j=3,6,7=T,P,D
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation, not purity
50 setlinewidth

j 3 eq {%j=3=T
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=3

j 6 eq j 7 eq or{%j=6,7=P,D
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=6,7=P,D

} if %ILF=0 sensitivity or saturation, not purity
} if %ILS#2

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=3,6,7=T,P,D

%begin only for %j=0,4,5=U,N,W
0 1 JPPM {/j exch def %j=0,JPPM

ILF 0 eq {%ILF=0 (for ILS=0,1,2)
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 2 eq {%ILS=2 correction for j=0,4,5
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
       /Xx Xi i get def
       j 0 eq j 4 eq or j 5 eq or {%ILS=2 correction for j=0,4,5
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRG YEXP1  i get YEXP2  i get sub abs neg def}
                    {/XRG YEXP1S i get YEXP2S i get sub abs neg def
                    } ifelse %lambda>=525
         XJBA 525 ge {%XJBA>=525
                       /XJB YEXP0  i get YEXP5  i get sub abs neg def}
                      {/XJB YEXP5S i get YEXP0S i get sub abs neg def
                     } ifelse %XJBA>=525
         j 0 eq {Yi i XRG put} if          
         j 4 eq {Yi i XJB put} if
         j 5 eq {Yi i XRG XJB add put} if
%         j 5 eq {Yi i XRG dup mul XJB dup mul add sqrt neg put} if
        } if %ILS=2 correction for j=0,4,5 
       } for %i=0,85: 400_700_400(81)
         } if %ILS=2 correction for j=0,4,5

ILF 1 eq {%ILF=1

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {%j=0
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRGPM YEXP1  i get  
                            YEXP2  i get sub
                            %YP1T sub 
                            def}
                    {/XRGPM YEXP1S i get
                            YEXP2S i get sub
                            %YP1ST sub 
                            def
                    } ifelse %lambda>=525
         /XJBPM YEXP0  i get YEXP4  i get sub def
%         XJBA 525 ge {%XJBA>=525 P5=P5S P0S=PN P0=PU 
%                      %P0-P5=PU-PWa, P5S-P0S=PWa-PN
%                      /XJBPM YEXP0  i get YEXP5  i get sub def}
%                     {/XJBPM YEXP5S i get YEXP0S i get sub def
%                    } ifelse %XJBA>=525
        Yix i XRGPM put
        Yiy i XJBPM 0.5 mul put
        } if %j=0
       } for %i=0,85: 400_700_400(81)

%correction for purple colours
62 1 80 {/i exch def %i=61,80: 700+_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         Yix i  Yix 60 get 1malp mul  Yix 0 get alpha mul add put
         Yiy i  Yiy 60 get 1malp mul  Yiy 0 get alpha mul add put
       } for %i=61,80: 700+_400(81)
} if %ILF=1

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 0 eq j 4 eq or j 5 eq or {%j=0,4,5=U,N,W
         /I0 0 def /I1 0 def /I2 80 def
         /xst {Xi I0       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi I0 get MULY mul add} bind def
         xst yst moveto
I1 3 I2 {/i exch def  %i=1,80: 405_400
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_400
         stroke
} if %j=0,4,5=U,N,W

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram         
30 setlinewidth

j 0 eq {%j=0=U

/xst {IORX Yix 0 get MULF mul add} bind def
/yst {IORY Yiy 0 get MULF mul add} bind def
xst yst moveto
0 3 77 {/i exch def %i=1,80: 405_700_400
        /xst {IORX Yix i get       MULF mul add} bind def
        /yst {IORY Yiy i get       MULF mul add} bind def
        /x20 {IORX Yix i 1 add get MULF mul add} bind def
        /y20 {IORY Yiy i 1 add get MULF mul add} bind def
        /x21 {IORX Yix i 2 add get MULF mul add} bind def
        /y21 {IORY Yiy i 2 add get MULF mul add} bind def
        /x22 {IORX Yix i 3 add get MULF mul add} bind def
        /y22 {IORY Yiy i 3 add get MULF mul add} bind def
        x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_700_400
stroke

TBK
0 10 70 {/i exch def  %i=0,10,85: 400_700_400
        /xst {IORX Yix i get MULF mul add} bind def
        /yst {IORY Yiy i get MULF mul add} bind def
        newpath
        xst yst 40 0 360 arc fill
        newpath
        xst 400 sub yst 50 sub moveto 400 i 5 mul add cvishow
       } for %i=0,10,85: 400_700_400

        3000 2400 moveto (YP1T) show
        3000 2000 moveto 0 YP1T add cvsshow3
        3000 1600 moveto 0 YD1T add cvsshow3
        3000 1200 moveto 0 YT2T add cvsshow3
        3000 0800 moveto 0 YW2T add cvsshow3
 
        4000 2400 moveto (YP1ST) show
        4000 2000 moveto 0 YP1ST add cvsshow3
        4000 1600 moveto 0 YD1ST add cvsshow3
        4000 1200 moveto 0 YT2ST add cvsshow3
        4000 0800 moveto 0 YW2ST add cvsshow3

        0000 2400 moveto (UPDTNW1) show
        0000 2000 moveto YU1 cvsshow3
        0000 1600 moveto YP1 cvsshow3
        0000 1200 moveto YD1 cvsshow3
        0000 0800 moveto YT1 cvsshow3
        0000 0400 moveto YN1 cvsshow3
        0000 0000 moveto YW1 cvsshow3

        1300 2400 moveto (UPDTNW2) show
        1300 2000 moveto YU2 cvsshow3
        1300 1600 moveto YP2 cvsshow3
        1300 1200 moveto YD2 cvsshow3
        1300 0800 moveto YT2 cvsshow3
        1300 0400 moveto YN2 cvsshow3
        1300 0000 moveto YW2 cvsshow3
       
} if %j=0=U

} if %ILF=1 chromaticity diagram

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=0,4,5=U,N,W

ILF 0 eq {X0t neg 0 translate} if

-380 -280 translate

showpage
grestore

%} for %xchart=0,15

%%Trailor

%%EndDocument
EndEPSF grestore gsave

BeginEPSF
 86 MM 064 MM translate
  10 /Times-ISOL1 FS  53 MM 1 MM moveto ( ) show 1 1 scale  -77 -91 translate
%%BeginDocument: Bild 16

%line 389
%!PS-Adobe-3.0 EPSF-3.0 WG990-6
%%BoundingBox: 70 82 226 206

%START PDFDE011.EPS
/pdfmark where {pop} {userdict /pdfmark /cleartomark load put} ifelse
/languagelevel where {pop languagelevel} {1} ifelse
2 lt { userdict (<<) cvn ([) cvn load put
       userdict (>>) cvn (]) cvn load put} if
[ /Title (PostScript pictures: Image Technology)
  /Author (compare K. Richter "Computergrafik ...": ISBN 3-8007-1775-1)
  /Subject (goto: http://o2.ps.bam.de or http://www.ps.bam.de)
  /Keywords (image reproduction, colour devices)
  /Creator (klaus.richter@bam.de)
  /CreationDate (D:2006040112000)
  /ModDate (D:2006040112000)
/DOCINFO pdfmark
[ /View [ /FitB ]
/DOCVIEW pdfmark
%END  PDFDE011

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/Times-Roman findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/Times-ISOL1 exch definefont pop
 
/Times-Italic findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesI-ISOL1 exch definefont pop
 
/Times-Bold findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesB-ISOL1 exch definefont pop
 
/Times-BoldItalic findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesBI-ISOL1 exch definefont pop
 
/FS {findfont exch scalefont setfont} bind def
/MM {72 25.4 div mul} def /str {8 string } bind def
 
/TK {200 /Times-ISOL1 FS} bind def
/TM {250 /Times-ISOL1 FS} bind def
/TG {300 /Times-ISOL1 FS} bind def
/TKi {160 /Times-ISOL1 FS} bind def
 
/TIK {200 /TimesI-ISOL1 FS} bind def
/TIM {250 /TimesI-ISOL1 FS} bind def
/TIG {300 /TimesI-ISOL1 FS} bind def
 
/TBK {200 /TimesB-ISOL1 FS} bind def
/TBM {250 /TimesB-ISOL1 FS} bind def
/TBG {300 /TimesB-ISOL1 FS} bind def
/TBKe {160 /TimesB-ISOL1 FS} bind def
 
/TBIK {200 /TimesBI-ISOL1 FS} bind def
/TBIM {250 /TimesBI-ISOL1 FS} bind def
/TBIG {300 /TimesBI-ISOL1 FS} bind def
 
/SK {200 10 sub /Symbol FS} bind def
/SM {250 12 sub /Symbol FS} bind def
/SG {300 14 sub /Symbol FS} bind def

/nshowG {TG  show} bind def
/kshowG {TIG show} bind def
/bshowG {TBG show} bind def
/bishowG {TBIG show} bind def
/ishowG {TM 0 -60 rmoveto show 0 60 rmoveto} bind def
/ebshowG {TBM 0 200 rmoveto show 0 -200 rmoveto} bind def
/sshowG {SG show} bind def

/nshowM {TM  show} bind def
/kshowM {TIM show} bind def
/bshowM {TBM show} bind def
/bishowM {TBIM show} bind def
/ishowM {TK 0 -40 rmoveto show 0 40 rmoveto} bind def
/ebshowM {TBK 0 160 rmoveto show 0 -160 rmoveto} bind def
/sshowM {SM show} bind def

/nshowK {TK  show} bind def
/kshowK {TIK show} bind def
/bshowK {TBK show} bind def
/bishowK {TBIK show} bind def
/ishowK {TKi 0 -30 rmoveto show 0 30 rmoveto} bind def
/ebshowK {TBKe 0 130 rmoveto show 0 -130 rmoveto} bind def
/sshowK {SK show} bind def
 
/tzo {0.0 1.0 1.0 0.0} bind def %Reproduktionsfarben
/tzl {1.0 0.0 1.0 0.0} bind def
/tzv {1.0 1.0 0.0 0.0} bind def
/tzc {1.0 0.0 0.0 0.0} bind def
/tzm {0.0 1.0 0.0 0.0} bind def
/tzy {0.0 0.0 1.0 0.0} bind def

/tzn {0.0 0.0 0.0 1.00} bind def %Graureihe
/tzd {0.0 0.0 0.0 0.75} bind def
/tzz {0.0 0.0 0.0 0.50} bind def
/tzh {0.0 0.0 0.0 0.25} bind def
/tzw {0.0 0.0 0.0 0.00} bind def

/tzr {0.0 1.0 0.5 0.0} bind def %Elementarfarben
/tzg {1.0 0.0 0.5 0.0} bind def
/tzb {1.0 0.5 0.0 0.0} bind def
/tzj {0.0 0.0 1.0 0.0} bind def

/tzrz {0.0 1.0 0.5 0.5} bind def %Elementarfarben vergraut
/tzgz {1.0 0.0 0.5 0.5} bind def
/tzbz {1.0 0.5 0.0 0.5} bind def
/tzjz {0.0 0.0 1.0 0.5} bind def

/tfo {tzo setcmykcolor} bind def
/tfl {tzl setcmykcolor} bind def
/tfv {tzv setcmykcolor} bind def
/tfc {tzc setcmykcolor} bind def
/tfm {tzm setcmykcolor} bind def
/tfy {tzy setcmykcolor} bind def

/tfn {tzn setcmykcolor} bind def
/tfd {tzd setcmykcolor} bind def
/tfz {tzz setcmykcolor} bind def
/tfh {tzh setcmykcolor} bind def
/tfw {tzw setcmykcolor} bind def

/tfr {tzr setcmykcolor} bind def
/tfg {tzg setcmykcolor} bind def
/tfb {tzb setcmykcolor} bind def
/tfj {tzj setcmykcolor} bind def

/tfrz {tzrz setcmykcolor} bind def
/tfgz {tzgz setcmykcolor} bind def
/tfbz {tzbz setcmykcolor} bind def
/tfjz {tzjz setcmykcolor} bind def
 
/A4quer {598 0 tl 90 rotate} def
/setcmyknew {setcmykcolor} def
/outSM {sshowM} def
/outSK {sshowK} def
/outxshowf {setcmykcolor show} def

%for output test only
/tspace {dup abs 1.0 le {(   ) show} if
         dup dup -1.0 le exch -10 gt and {(  ) show} if
         dup dup 1.0 gt exch  10 lt and {(   ) show} if
         dup dup 1.0 gt exch  10 ge and {( ) show} if
            } bind def

/trushow {tspace 0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/troshow {0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/trushow4 {0.00005 add 10000 mul truncate 10000 div
           10 string cvs show} bind def
           
/cvishow {cvi 6 string cvs show} def
/cvsshow1 {10 mul cvi 0.1 mul 7 string cvs show} def
/cvsshow2 {100 mul cvi 0.01 mul 7 string cvs show} def
/cvsshow3 {1000 mul cvi 0.001 mul 7 string cvs show} def

/W 9 array def
/W  [555 570 540 435 495 525 570 540 435] def

/WS 9 array def
0 1 8 {/j exch def %j=0,8
       WS j 525 W j get 525 sub sub put
      } for %j=0,8

/YIXU 88 array def
/YIXP 88 array def
/YIXD 88 array def
/YIXT 88 array def
/YIXN 88 array def
/YIXW 88 array def

/YIXUS 88 array def
/YIXPS 88 array def
/YIXDS 88 array def
/YIXTS 88 array def
/YIXNS 88 array def
/YIXWS 88 array def

/YEXP0 88 array def
/YEXP1 88 array def
/YEXP2 88 array def
/YEXP3 88 array def
/YEXP4 88 array def
/YEXP5 88 array def
/YEXP6 88 array def
/YEXP7 88 array def
/YEXP8 88 array def

/YEXP0S 88 array def
/YEXP1S 88 array def
/YEXP2S 88 array def
/YEXP3S 88 array def
/YEXP4S 88 array def
/YEXP5S 88 array def
/YEXP6S 88 array def
/YEXP7S 88 array def
/YEXP8S 88 array def

/Yix 88 array def
/Yiy 88 array def

/Xi 88 array def
/Yi 88 array def

/YixS 88 array def
/YiyS 88 array def

/XiS 88 array def
/YiS 88 array def

/KURVA 9 array def %9 actual curves
/KURVA1 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2 9 array def %9 curves, Saturation, one or two colours
%        U P D T N W P D T
/KURVA1 [2 0 0 1 2 2 1 1 0] def
/KURVA2 [2 0 0 1 2 2 1 1 0] def

/IDAI1 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00 [100 000 000 000 100 100 100 100 100] def
/IDAI01 [100 000 000 000 100 100 100 100 100] def
/IDAI10 [100 000 000 000 100 100 100 100 100] def
/IDAI11 [100 000 000 000 100 100 100 100 100] def

/FKUC1 9 array def %Actual colour C, Sensitivity
/FKUC2 9 array def %Actual colour C, Saturation
/FKUM1 9 array def %Actual colour M, Sensitivity
/FKUM2 9 array def %Actual colour M, Saturation
/FKUY1 9 array def %Actual colour Y, Sensitivity
/FKUY2 9 array def %Actual colour Y, Saturation
/FKUN1 9 array def %Actual colour N, Sensitivity
/FKUN2 9 array def %Actual colour N, Saturation

/FKUCI00 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10 9 array def %Cyan, Colour 1, Saturation
/FKUCI11 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI01 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def
/FKUCI10 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI11 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def

/FKUMI00 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10 9 array def %Magenta, Colour 1, Saturation
/FKUMI11 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI01 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def
/FKUMI10 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI11 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def

/FKUYI00 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10 9 array def %Yellow, Colour 1, Saturation
/FKUYI11 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI01 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI11 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00 9 array def %Black, Colour 1, Sensitivity
/FKUNI01 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10 9 array def %Black, Colour 1, Saturation
/FKUNI11 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI01 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI11 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAI 8 array def
/XRG$I 8 array def
/XJBAI 8 array def
/XBJ$I 8 array def
/XRGAI [ 525   575   475   600   575   575   575   575 ] def
/XRG$I [(525) (575) (475) (600) (575) (575) (575) (575)] def
/XJBAI [ 525   575   475   600   525   495   475   435 ] def
/XBJ$I [(525) (575) (475) (600) (525) (495) (475) (435)] def

/KURVAS 9 array def %9 actual curves
/KURVA1S 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2S 9 array def %9 curves, Saturation, one or two colours
%         U'P'D'T'N'W'P'D'T'
/KURVA1S [0 2 2 0 2 2 0 0 2] def
/KURVA2S [0 2 2 0 2 2 0 0 2] def

/IDAI1S 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2S 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00S 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01S 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10S 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11S 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00S [100 100 100 100 100 100 100 100 100] def
/IDAI01S [100 100 100 100 100 100 100 100 100] def
/IDAI10S [100 100 100 100 100 100 100 100 100] def
/IDAI11S [100 100 100 100 100 100 100 100 100] def

/FKUC1S 9 array def %Actual colour C, Sensitivity
/FKUC2S 9 array def %Actual colour C, Saturation
/FKUM1S 9 array def %Actual colour M, Sensitivity
/FKUM2S 9 array def %Actual colour M, Saturation
/FKUY1S 9 array def %Actual colour Y, Sensitivity
/FKUY2S 9 array def %Actual colour Y, Saturation
/FKUN1S 9 array def %Actual colour N, Sensitivity
/FKUN2S 9 array def %Actual colour N, Saturation

/FKUCI00S 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01S 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10S 9 array def %Cyan, Colour 1, Saturation
/FKUCI11S 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI01S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def
/FKUCI10S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI11S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def

/FKUMI00S 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01S 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10S 9 array def %Magenta, Colour 1, Saturation
/FKUMI11S 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI01S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def
/FKUMI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI11S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def

/FKUYI00S 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01S 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10S 9 array def %Yellow, Colour 1, Saturation
/FKUYI11S 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI01S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI11S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00S 9 array def %Black, Colour 1, Sensitivity
/FKUNI01S 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10S 9 array def %Black, Colour 1, Saturation
/FKUNI11S 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI01S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI11S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAIS 8 array def
/XRG$IS 8 array def
/XJBAIS 8 array def
/XBJ$IS 8 array def

0 1 7 {/j exch def %j=0,7
       XRGAIS j 525 XRGAI j get 525 sub sub put
       XJBAIS j 525 XJBAI j get 525 sub sub put
       XRG$IS j XRGAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
       XBJ$IS j XJBAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
      } for %j=0,7
      
/JPPM 4 def
/CY 0.35 def
/CX  50 def

%%EndProlog
gsave
/lanind 0 def
/lantex [(G) (E) (S) (N) (I) (J) (M)] def
/showde {0 lanind eq {show} {pop} ifelse} bind def
/showen {1 lanind eq {show} {pop} ifelse} bind def
/showes {2 lanind eq {show} {pop} ifelse} bind def
/showfr {3 lanind eq {show} {pop} ifelse} bind def
/showit {4 lanind eq {show} {pop} ifelse} bind def
/showjp {5 lanind eq {show} {pop} ifelse} bind def
/showm {6 lanind eq {show} {pop} ifelse} bind def
/lanindg where {pop /lanind1 lanindg def /lanind2 lanindg def}
               {/lanind1 0 def /lanind2 0 def} ifelse
/colormg where {pop /colorm1 colormg def /colorm2 colormg def}
               {/colorm1 0 def /colorm2 0 def} ifelse
/xcolorg where {pop /xcolor1 xcolorg def /xcolor2 xcolorg def}
               {/xcolor1 0 def /xcolor2 0 def} ifelse
/xchartg where {pop /xchart1 xchartg def /xchart2 xchartg def}
               {/xchart1 0 def /xchart2 0 def} ifelse
/lanind lanind1 def %lanind1 1 lanind2 {/lanind exch def %output showpage
/colorm colorm1 def %colorm1 1 colorm2 {/colorm exch def %output showpage
/xcolor xcolor1 def %xcolor1 1 xcolor2 {/xcolor exch def %output showpage
/xchart xchart1 def %xchart1 1 xchart2 {/xchart exch def %output showpage

/GSS$ where {pop /LSS$ GSS$ def}
            {/LSS$ (1) def} ifelse
/GSC$ where {pop /LSC$ GSC$ def}
            {/LSC$ (N) def} ifelse
/GSX$ where {pop /LSX$ GSX$ def}
            {/LSX$ (0) def} ifelse
/GSY$ where {pop /LSY$ GSY$ def}
            {/LSY$ (0) def} ifelse
/GEX$ where {pop /LEX$ GEX$ def}
            {/LEX$ (P.PS./PDF) def} ifelse
/GEY$ where {pop /LEY$ GEY$ def}
            {/LEY$ (P.DAT) def} ifelse
/IMES where {pop %/IMES IMES def
            }
            {/IMES 0 def} ifelse

/xchartg where {pop /xchart   5 def} {/xchart   5 def} ifelse

5 /Times-ISOL1 FS
72 84 moveto
    ( WG990-6, ) show

(Change of PDT (LMS) in volour vision; Adaptation) showen
(\304nderung von PDT (LMS) beim Farbensehen; Adaptation) showde

72 90 translate

%/xchart 02 def
%0 1 15 {/xchart exch def %xchart=0,15

gsave

xchart  0 eq {/ILK 0 def /ILS 0 def /INE 0 def /ILF 0 def} if %ILT=0 NO threshold
xchart  1 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  2 eq {/ILK 1 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  3 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  4 eq {/ILK 2 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  5 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  6 eq {/ILK 3 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  7 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  8 eq {/ILK 0 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart  9 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 10 eq {/ILK 1 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 11 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 12 eq {/ILK 2 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 13 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 14 eq {/ILK 3 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 15 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 1 def} if
/ILT 1 def
%/ILF 1 def
%/IKOM 3 def %0=U, 1=N/G, 2=W/R, 3=V
xchart  0 ge xchart  3 le and {/IKOM 3 def} if %W
xchart  4 ge xchart  7 le and {/IKOM 3 def} if %W
xchart  8 ge xchart 11 le and {/IKOM 3 def} if %W
xchart 12 ge xchart 15 le and {/IKOM 3 def} if %W
%/ILN 4 def %L&M, L&S, M&S, UVW&S
%/ILN 5 def %L&M, L&S, M&S, UGR&S
/ILN 6 def %L&M, L&S, M&S, UGR&SGR
ILN 5 eq {/JPPM 6 def} {/JPPM 5 def} ifelse
ILN 6 eq {/JPPM 8 def} if
ILF 1 eq {/JPPM 1 def} if
ILS 2 eq {/JPPM 5 def} if

/ILU 0 def %NO u scale
ILT 0 eq {/ta 0.0 def /logta -6 def} if
ILT 1 eq {/ta 0.007 def /logta ta log def} if
ILT 2 eq {/ta 0.002 def /logta ta log def} if
/MULX 0600 def
/MULY 1200 0.8 mul def
ILS 1 eq {/MULY 1200 0.4 mul def} if
/MULF 1200 0.8 mul def

0.01 MM 0.01 MM scale
 
30 setlinewidth
[ ] 0 setdash

0.0 0.0 0.0 0.5 setcmykcolor
0 0  moveto 5400 0 rlineto 0 4000 rlineto -5400 0 rlineto
closepath fill

/Xa {(a) ishowM} def
/Xo {(o) ishowM} def

/P0o {tfo (P)  bishowM tfo (o) ishowM} def
/D0o {tfl (D)  bishowM tfl (o) ishowM} def
/T0o {tfv (T)  bishowM tfv (o) ishowM} def

/P0a {tfo (P)  bishowM tfo (a) ishowM} def
/D0a {tfl (D)  bishowM tfl (a) ishowM} def
/T0a {tfv (T)  bishowM tfv (a) ishowM} def

/U0a {tfn (U) bishowM tfy (a) ishowM} def
/N0a {tfn (N) bishowM tfc (a) ishowM} def
/W0a {tfn (W) bishowM tfm (a) ishowM} def

/P0oS {tfo (P')  bishowM tfo (o) ishowM} def
/D0oS {tfl (D')  bishowM tfl (o) ishowM} def
/T0oS {tfv (T')  bishowM tfv (o) ishowM} def

/P0aS {tfo (P')  bishowM tfo (a) ishowM} def
/D0aS {tfl (D')  bishowM tfl (a) ishowM} def
/T0aS {tfv (T')  bishowM tfv (a) ishowM} def

/U0aS {tfn (U') bishowM tfy (a) ishowM} def
/N0aS {tfn (N') bishowM tfc (a) ishowM} def
/W0aS {tfn (W') bishowM tfm (a) ishowM} def

/YAa  {IKOM 0 eq {tfn (U) bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N) bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W) bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W) bishowM tfm (a) ishowM} if} def
/YAaS {IKOM 0 eq {tfn (U') bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N') bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W') bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W') bishowM tfm (a) ishowM} if} def

/AF1 0.5 def
/AF2 0.5 def

/XRGA {XRGAI ILK get} def
/XJBA {XJBAI ILK get} def
/XRG$ {XRG$I ILK get} def
/XBJ$ {XBJ$I ILK get} def

/XRGAS {XRGAIS ILK get} def
/XJBAS {XJBAIS ILK get} def
/XRG$S {XRG$IS ILK get} def
/XBJ$S {XBJ$IS ILK get} def

/W0 {W 0 get} def
/W1 {W 1 get} def
/W2 {W 2 get} def
/W3 {W 3 get} def
/W4 {W 4 get} def
/W5 {W 5 get} def
/W6 {W 6 get} def
/W7 {W 7 get} def
/W8 {W 8 get} def

/W0S {WS 0 get} def
/W1S {WS 1 get} def
/W2S {WS 2 get} def
/W3S {WS 3 get} def
/W4S {WS 4 get} def
/W5S {WS 5 get} def
/W6S {WS 6 get} def
/W7S {WS 7 get} def
/W8S {WS 8 get} def

%function value for curve U normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1 {XRGA W0 sub CX div dup mul CY mul neg} def
/YU2 {XJBA W0 sub CX div dup mul CY mul neg} def
/YUP {W1 W0 sub CX div dup mul CY mul neg} def
/YUD {W2 W0 sub CX div dup mul CY mul neg} def
/YUT {W3 W0 sub CX div dup mul CY mul neg} def
/YUN {W4 W0 sub CX div dup mul CY mul neg} def
/YUW {W5 W0 sub CX div dup mul CY mul neg} def
/YUB {475 W0 sub CX div dup mul CY mul neg} def
/YUJ {575 W0 sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1 {XRGA XRGA 525 sub 0 ge {W1} {W1S} ifelse
      sub CX div dup mul CY mul neg} def
/YP2 {XJBA W1 sub CX div dup mul CY mul neg} def
/YPP {W1 W1 sub CX div dup mul CY mul neg} def
/YPD {W2 W1 sub CX div dup mul CY mul neg} def
/YPT {W3 W1 sub CX div dup mul CY mul neg} def
/YPN {W4 W1 sub CX div dup mul CY mul neg} def
/YPW {W5 W1 sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5),
%            450(V=6), 475(B=6), 575(J=7), 600(O=8)
/YD1 {XRGA XRGA 525 sub 0 ge {W2} {W2S} ifelse
      sub CX div dup mul CY mul neg} def
/YD2 {XJBA W2 sub CX div dup mul CY mul neg} def
/YDP {W1 W2 sub CX div dup mul CY mul neg} def
/YDD {W2 W2 sub CX div dup mul CY mul neg} def
/YDT {W3 W2 sub CX div dup mul CY mul neg} def
/YDN {W4 W2 sub CX div dup mul CY mul neg} def
/YDW {W5 W2 sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1 {XRGA W3 sub CX div dup mul CY mul neg} def
/YT2 {XJBA XJBA 525 sub 0 le {W3} {W3S} ifelse
      sub CX div dup mul CY mul neg} def
/YTP {W1 W3 sub CX div dup mul CY mul neg} def
/YTD {W2 W3 sub CX div dup mul CY mul neg} def
/YTT {W3 W3 sub CX div dup mul CY mul neg} def
/YTN {W4 W3 sub CX div dup mul CY mul neg} def
/YTW {W5 W3 sub CX div dup mul CY mul neg} def
/YTB {475 W3 sub CX div dup mul CY mul neg} def
/YTJ {575 W3 sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1 {XRGA W4 sub CX div dup mul CY mul neg} def
/YN2 {XJBA W4 sub CX div dup mul CY mul neg} def
/YNP {W1 W4 sub CX div dup mul CY mul neg} def
/YND {W2 W4 sub CX div dup mul CY mul neg} def
/YNT {W3 W4 sub CX div dup mul CY mul neg} def
/YNN {W4 W4 sub CX div dup mul CY mul neg} def
/YNW {W5 W4 sub CX div dup mul CY mul neg} def
/YNB {475 W4 sub CX div dup mul CY mul neg} def
/YNJ {575 W4 sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1 {XRGA W5 sub CX div dup mul CY mul neg} def
/YW2 {XJBA W5 sub CX div dup mul CY mul neg} def
/YWP {YUP YNP add 0.5 mul} def
/YWD {YUD YND add 0.5 mul} def
/YWT {YUT YNT add 0.5 mul} def
/YWN {YUN YNN add 0.5 mul} def
/YWW {YUW YNW add 0.5 mul} def
/YWB {YUB YNB add 0.5 mul} def
/YWJ {YUJ YNJ add 0.5 mul} def

%function value for curve U normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1S {XRGAS W0S sub CX div dup mul CY mul neg} def
/YU2S {XJBAS W0S sub CX div dup mul CY mul neg} def
/YUPS {W1S W0S sub CX div dup mul CY mul neg} def
/YUDS {W2S W0S sub CX div dup mul CY mul neg} def
/YUTS {W3S W0S sub CX div dup mul CY mul neg} def
/YUNS {W4S W0S sub CX div dup mul CY mul neg} def
/YUWS {W5S W0S sub CX div dup mul CY mul neg} def
/YUBS {575 W0S sub CX div dup mul CY mul neg} def
/YUJS {475 W0S sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1S {XRGAS XRGAS 525 sub 0 le {W1S} {W1} ifelse
      sub CX div dup mul CY mul neg} def
/YP2S {XJBAS W1S sub CX div dup mul CY mul neg} def
/YPPS {W1S W1S sub CX div dup mul CY mul neg} def
/YPDS {W2S W1S sub CX div dup mul CY mul neg} def
/YPTS {W3S W1S sub CX div dup mul CY mul neg} def
/YPNS {W4S W1S sub CX div dup mul CY mul neg} def
/YPWS {W5S W1S sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YD1S {XRGAS XRGAS 525 sub 0 le {W2S} {W2} ifelse
      sub CX div dup mul CY mul neg} def
/YD2S {XJBAS W2S sub CX div dup mul CY mul neg} def
/YDPS {W1S W2S sub CX div dup mul CY mul neg} def
/YDDS {W2S W2S sub CX div dup mul CY mul neg} def
/YDTS {W3S W2S sub CX div dup mul CY mul neg} def
/YDNS {W4S W2S sub CX div dup mul CY mul neg} def
/YDWS {W5S W2S sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1S {XRGAS W3S sub CX div dup mul CY mul neg} def
/YT2S {XJBAS XJBAS 525 sub 0 ge {W3S} {W3} ifelse
      sub CX div dup mul CY mul neg} def
/YTPS {W1S W3S sub CX div dup mul CY mul neg} def
/YTDS {W2S W3S sub CX div dup mul CY mul neg} def
/YTTS {W3S W3S sub CX div dup mul CY mul neg} def
/YTNS {W4S W3S sub CX div dup mul CY mul neg} def
/YTWS {W5S W3S sub CX div dup mul CY mul neg} def
/YTBS {575 W3S sub CX div dup mul CY mul neg} def
/YTJS {475 W3S sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1S {XRGAS W4S sub CX div dup mul CY mul neg} def
/YN2S {XJBAS W4S sub CX div dup mul CY mul neg} def
/YNPS {W1S W4S sub CX div dup mul CY mul neg} def
/YNDS {W2S W4S sub CX div dup mul CY mul neg} def
/YNTS {W3S W4S sub CX div dup mul CY mul neg} def
/YNNS {W4S W4S sub CX div dup mul CY mul neg} def
/YNWS {W5S W4S sub CX div dup mul CY mul neg} def
/YNBS {575 W4S sub CX div dup mul CY mul neg} def
/YNJS {475 W4S sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1S {XRGAS W5S sub CX div dup mul CY mul neg} def
/YW2S {XJBAS W5S sub CX div dup mul CY mul neg} def
/YWPS {YUPS YNPS add 0.5 mul} def
/YWDS {YUDS YNDS add 0.5 mul} def
/YWTS {YUTS YNTS add 0.5 mul} def
/YWNS {YUNS YNNS add 0.5 mul} def
/YWWS {YUWS YNWS add 0.5 mul} def
/YWBS {YUBS YNBS add 0.5 mul} def
/YWJS {YUJS YNJS add 0.5 mul} def

%i=0,85: 400_500_600_700_400(81)
0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXU i XEXI W 0 get sub CX div dup mul CY mul neg put
        YIXP i XEXI W 1 get sub CX div dup mul CY mul neg put
        YIXD i XEXI W 2 get sub CX div dup mul CY mul neg put
        YIXT i XEXI W 3 get sub CX div dup mul CY mul neg put
        YIXN i XEXI W 4 get sub CX div dup mul CY mul neg put
        YIXW i XEXI W 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXU i YIXU 60 get 1malp mul YIXU 0 get alpha mul add put
         YIXP i YIXP 60 get 1malp mul YIXP 0 get alpha mul add put
         YIXD i YIXD 60 get 1malp mul YIXD 0 get alpha mul add put
         YIXT i YIXT 60 get 1malp mul YIXT 0 get alpha mul add put
         YIXN i YIXN 60 get 1malp mul YIXN 0 get alpha mul add put
         YIXW i YIXW 60 get 1malp mul YIXW 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXU i YIXU i 80 sub get put
         YIXP i YIXP i 80 sub get put
         YIXD i YIXD i 80 sub get put
         YIXT i YIXT i 80 sub get put
         YIXN i YIXN i 80 sub get put
         YIXW i YIXW i 80 sub get put
} for %i=81,85: 405_425(5)

0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXUS i XEXI WS 0 get sub CX div dup mul CY mul neg put
        YIXPS i XEXI WS 1 get sub CX div dup mul CY mul neg put
        YIXDS i XEXI WS 2 get sub CX div dup mul CY mul neg put
        YIXTS i XEXI WS 3 get sub CX div dup mul CY mul neg put
        YIXNS i XEXI WS 4 get sub CX div dup mul CY mul neg put
        YIXWS i XEXI WS 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXUS i YIXUS 60 get 1malp mul YIXUS 0 get alpha mul add put
         YIXPS i YIXPS 60 get 1malp mul YIXPS 0 get alpha mul add put
         YIXDS i YIXDS 60 get 1malp mul YIXDS 0 get alpha mul add put
         YIXTS i YIXTS 60 get 1malp mul YIXTS 0 get alpha mul add put
         YIXNS i YIXNS 60 get 1malp mul YIXNS 0 get alpha mul add put
         YIXWS i YIXWS 60 get 1malp mul YIXWS 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXUS i YIXUS i 80 sub get put
         YIXPS i YIXPS i 80 sub get put
         YIXDS i YIXDS i 80 sub get put
         YIXTS i YIXTS i 80 sub get put
         YIXNS i YIXNS i 80 sub get put
         YIXWS i YIXWS i 80 sub get put
} for %i=81,85: 405_425(5)

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

0 1 85 {/i exch def
        /YEXU {YIXU i get} def
        /YEXP {YIXP i get YP1T add} def
        /YEXD {YIXD i get YD1T add} def
        /YEXT {YIXT i get YT2T add} def
        /YEXN {YIXN i get} def
        /YEXW {YIXW i get YW2T add} def

/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXA YEXU def} if
          IKOM 1 eq {/YEXA YEXN def} if
          IKOM 2 eq {/YEXA YEXW def} if
          IKOM 3 eq {/YEXA YEXW def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXU YEXA sub fneg def YDchange
                  YEXP0 i YD put} if
          j 1 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP1 i YD put} if
          j 2 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP2 i YD put} if
          j 3 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP3 i YD put} if
          j 4 eq {/YD YEXN YEXA sub fneg def YDchange
                  YEXP4 i YD put} if
          j 5 eq {/YD YEXW YEXA sub fneg def YDchange
                  YEXP5 i YD put} if
          j 6 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP6 i YD put} if
          j 7 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP7 i YD put} if
          j 8 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP8 i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0 i get YEXA add def YEXP0 i YE put} if
                    j 1 eq {/YE YEXP1 i get YEXA add def YEXP1 i YE put} if
                    j 2 eq {/YE YEXP2 i get YEXA add def YEXP2 i YE put} if
                    j 3 eq {/YE YEXP3 i get YEXA add def YEXP3 i YE put} if
                    j 4 eq {/YE YEXP4 i get YEXA add def YEXP4 i YE put} if
                    j 5 eq {/YE YEXP5 i get YEXA add def YEXP5 i YE put} if
                    j 6 eq {/YE YEXP6 i get YEXA add def YEXP6 i YE put} if
                    j 7 eq {/YE YEXP7 i get YEXA add def YEXP7 i YE put} if
                    j 8 eq {/YE YEXP8 i get YEXA add def YEXP8 i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        /YEXUS {YIXUS i get} def %identical YEXN
        /YEXPS {YIXPS i get YP1ST add} def
        /YEXDS {YIXDS i get YD1ST add} def
        /YEXTS {YIXTS i get YT2ST add} def 
        /YEXNS {YIXNS i get} def %identical YEXU
        /YEXWS {YIXWS i get YW2ST add} def
        
/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXAS YEXNS def} if
          IKOM 1 eq {/YEXAS YEXUS def} if
          IKOM 2 eq {/YEXAS YEXWS def} if
          IKOM 3 eq {/YEXAS YEXWS def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXUS YEXAS sub fneg def YDchange
                  YEXP0S i YD put} if
          j 1 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP1S i YD put} if
          j 2 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP2S i YD put} if
          j 3 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP3S i YD put} if
          j 4 eq {/YD YEXNS YEXAS sub fneg def YDchange
                  YEXP4S i YD put} if
          j 5 eq {/YD YEXWS YEXAS sub fneg def YDchange
                  YEXP5S i YD put} if
          j 6 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP6S i YD put} if
          j 7 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP7S i YD put} if
          j 8 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP8S i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0S i get YEXAS add def YEXP0S i YE put} if
                    j 1 eq {/YE YEXP1S i get YEXAS add def YEXP1S i YE put} if
                    j 2 eq {/YE YEXP2S i get YEXAS add def YEXP2S i YE put} if
                    j 3 eq {/YE YEXP3S i get YEXAS add def YEXP3S i YE put} if
                    j 4 eq {/YE YEXP4S i get YEXAS add def YEXP4S i YE put} if
                    j 5 eq {/YE YEXP5S i get YEXAS add def YEXP5S i YE put} if
                    j 6 eq {/YE YEXP6S i get YEXAS add def YEXP6S i YE put} if
                    j 7 eq {/YE YEXP7S i get YEXAS add def YEXP7S i YE put} if
                    j 8 eq {/YE YEXP8S i get YEXAS add def YEXP8S i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

ILF 0 eq {%ILF=0
1800 050 moveto tfw
(l) outSM (d) ishowK 30 0 rmoveto (/nm) nshowM
4200 050 moveto tfw
(l) outSM (c) ishowK 30 0 rmoveto (/nm) nshowM
ILU 1 eq {4900 550 moveto (u) bishowM} if
} if %ILF=0

3100 2975 moveto tfw (Adaptation: ) bshowM 
tfw (l) outSM tfo (R) ishowK tfl (G) ishowK 
tfw (=) bshowM XRG$I ILK get bshowM

%special; first part not visible
3100 2725 moveto 0.0 0.0 0.0 0.5 setcmykcolor (Adaptation: ) bshowM 
tfw (l) outSM tfv (B) ishowK tfy (J) ishowK 
tfw (=) bshowM XBJ$I ILK get bshowM

ILS 0 eq ILS 2 eq or {%ILS=0&2,#0
          3400 2725 moveto (t) bshowM (s) ishowK (=) bshowM ta trushow4
         }
         {
          0800 2975 moveto TBM (Threshold: ) showen (Schwelle: ) showde
          (t) bshowM (s) ishowK (=) bshowM ta trushow4
         } ifelse %ILS=0&2,#0

010 3800 moveto
ILS 0 eq {%iLS=0,1
          tfw (log [) bshowM P0a D0a T0a U0a N0a W0a
               tfw (]) bshowM}
         {INE 0 eq {tfw (log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]-log) bshowM YAa}
                   {tfw (log) bshowM YAa
                    tfw (-log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]) bshowM
                   } ifelse
         } ifelse %ILS=0,1

210 3525 moveto %special U0a,N0a
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5
         
210 3250 moveto
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5

3100 3800 moveto tfw (log) bshowM 30 0 rmoveto P0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto P0o tfw 
YU1 YP1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YP1 sub abs troshow

3100 3525 moveto tfw (log) bshowM 30 0 rmoveto D0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto D0o tfw
YU1 YD1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YD1 sub abs troshow

%special for 475nm/575nm
3100 3250 moveto tfw (log) bshowM 30 0 rmoveto T0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto T0o tfw
/YDTW YT2 neg YW2 add def
YDTW 0 ge {( + )} {( - )} ifelse bshowM
YDTW abs troshow

%4300 2000 moveto TBM YT2 troshow
%4300 1700 moveto TBM YW2 troshow
%4300 1400 moveto TBM YTB troshow
%4300 1100 moveto TBM YWB troshow

%4300 1000 moveto TBM YT2S troshow
%4300 0700 moveto TBM YW2S troshow
%4300 0400 moveto TBM YTBS troshow
%4300 0100 moveto TBM YWBS troshow

%y-arrow
 100 3400 moveto 0 300 rlineto -50 -150 rlineto
                                50  150 rlineto 50 -150 rlineto stroke

tfw
380 280 translate
50 setlinewidth

ILF 0 eq {%ILF=0 sensitivity or saturation
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto 0 ILS 0 eq ILS 2 eq or {3300} {3600} ifelse 
            0.8 mul rlineto  stroke
 ILS 0 eq ILS 2 eq or {0 2700 0.8 mul moveto 400 12 mul 0 rlineto stroke} if

TBK
/tx [ (400) (500) (600) (700) (400)] def
/tye [(-2) () (-1) () (  0) () (-2)] def
/tys [(-2) (-1) (  0) (  1) (  2) (  3) (-2)] def
/tu [ (    -3,1) (-1,1) (  0,9)  (  2,9) (    -3,1)] def
 
%!u-Achse: 100 Einheiten = 1200 Skalen-Einheiten

ILU 1 eq {%ILU=1
0 1 4 {/i exch def
       /ixt {-180 i 1200 mul add} def
       /ixl {240 i 1200 mul add} def
        ixt 150 moveto tu i get exec show } for
 
% 555 nm; u=0.0
          /ixt -180 1.55 1200 mul add def
          /ixl  240 1.55 1200 mul add def
          0.25 0.0 1.0 0.0 setcmykcolor
          ixt 150 moveto (   0.0) show
          /ixt  20  1860 add def
          ixt -320 moveto (555) show
          ixl 75 moveto 0 -150 rlineto stroke
         } if %ILU=1
 
%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten
tfw
0 1 4 {/i exch def
       /ixt {-150 i 1200 mul add} def
       /ixl { 000 i 1200 mul add} def
        ixt -250 moveto tx i get exec show
        ixl   75 moveto 0 -150 rlineto stroke } for
 
%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten
TBK 
0 1 5 {/i exch def
       /iyt {200 i 0480 mul add} def
       /iyl {240 i 0480 mul add} def
        -300 iyt moveto ILS 0 eq ILS 2 eq or {tye} {tys} ifelse
                        i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

TBK
30 setlinewidth
%400nm
/X400 000 0.00 1200 mul add def
%425nm 
/X425 000 0.25 1200 mul add def
%475nm 
/X475 000 0.75 1200 mul add def
%525nm
/X525 000 1.25 1200 mul add def
%575nm
/X575 000 1.75 1200 mul add def
%625nm
/X625 000 2.25 1200 mul add def
%675nm
/X675 000 2.75 1200 mul add def
%375cnm 
/X700 000 3.00 1200 mul add def
%395cnm
/X400c 000 4.00 1200 mul add def

%ymax = 240 + 4 * 480 = 2160
[100 100] 0 setdash

X525 0 moveto 0 2160 rlineto stroke
X700 0 moveto 0 2160 rlineto stroke
X400c 0 moveto 0 2160 rlineto stroke

X525 20 add 100 moveto (525) show
%X700 20 add 100 moveto (700) show
%X400c 20 add 100 moveto (400) show

%xchart 2 ge {%xchart>=2
             X475 0 moveto 0 2160 rlineto stroke
             X575 0 moveto 0 2160 rlineto stroke
             X475 20 add 100 moveto (475) show
             X575 20 add 100 moveto (575) show
%            } if %xchart>=2
[ ] 0 setdash
TBG

50 setlinewidth
%Cero point at 555 nm
/X0t {555 400 sub 12 mul} def
X0t 0 translate

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram
TBG
/ix00 000 def
/ty [(-2) (-1) (  0) (  1) (  2) (  3)] def

tfw
50 setlinewidth
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto  0 2400 rlineto  stroke

TBM
/tx [(-3) (-2) (-1) (  0) (  1) (  2) (  3) (  4)] def

%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten

0 1 6 {/i exch def /ix00 000 def
       /ixt { ix00 -280 add i 0600 mul add} def
       /ixl { ix00  000 add i 0600 mul add} def
        ixt 100 add -250 moveto tx i get exec show
        ixl 75 moveto 0 -150 rlineto stroke } for

%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten

0 1 4 {/i exch def
       /iyt {-100 i 0600 mul add} def
       /iyl { 000 i 0600 mul add} def
        -350 iyt moveto ty i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

%Nullpunkt-Achsenkreuz
30 setlinewidth tfn
1800 0000 moveto 0000 2350 rlineto stroke
0000 1200 moveto 4000 0000 rlineto stroke
50 setlinewidth tfw

%text
3400 0600 moveto tfw (| log [) bshowM P0a tfw (/) bshowM YAa
                 tfw (]) bshowM
3400 0300 moveto tfw (-log [) bshowM D0a tfw (/) bshowM YAa
                 tfw (] |) bshowM
0200 2200 moveto tfw  (log [) bshowM U0a tfw (/) bshowM YAa
                 tfw (]) bshowM
0200 1900 moveto tfw (-log [) bshowM T0a tfw (/) bshowM YAa
                 tfw (]) bshowM

} if %ILF>=1 chromaticity diagram
 
ILF 0 eq {%ILF=0 for clip
0 setlinewidth
/Y0C 0000 def
/Y1C 2400 def
ILU 1 eq {/Y0C 0450 def} if
ILS 0 eq {/Y1C 2900 def} if

0.0 0.0 0.0 0.0 setcmykcolor
X0t neg Y0C moveto  4800 0 rlineto 0 Y1C rlineto
                   -4800 0 rlineto 0 Y1C neg rlineto clip stroke
} if %ILF=0 for clip

ILS 0 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %response diagram
ILS 1 eq ILF 0 eq and {/IORY 1500 0.8 mul def} if %saturation diagram
ILS 2 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %purity diagram
ILS 1 eq ILF 1 eq and {/IORX 1800 def /IORY 1200 def} if %chromaticity diagram

%begin only for %j=1,2,8=P',D',T'
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        XiS i i 5 mul 400 add put
        j 0 eq {YiS i YEXP0S i get put} if
        j 1 eq {YiS i YEXP1S i get put} if
        j 2 eq {YiS i YEXP2S i get put} if
        j 3 eq {YiS i YEXP3S i get put} if
        j 4 eq {YiS i YEXP4S i get put} if
        j 5 eq {YiS i YEXP5S i get put} if
        j 6 eq {YiS i YEXP6S i get put} if
        j 7 eq {YiS i YEXP7S i get put} if
        j 8 eq {YiS i YEXP8S i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1S j FKUCI00S j get put
          FKUM1S j FKUMI00S j get put
          FKUY1S j FKUYI00S j get put
          FKUN1S j FKUNI00S j get put
          FKUC2S j FKUCI01S j get put
          FKUM2S j FKUMI01S j get put
          FKUY2S j FKUYI01S j get put
          FKUN2S j FKUNI01S j get put
          IDAI1S j IDAI00S j get put
          IDAI2S j IDAI01S j get put
          KURVAS j KURVA1S j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1S j FKUCI10S j get put
          FKUM1S j FKUMI10S j get put
          FKUY1S j FKUYI10S j get put
          FKUN1S j FKUNI10S j get put
          FKUC2S j FKUCI11S j get put
          FKUM2S j FKUMI11S j get put
          FKUY2S j FKUYI11S j get put
          FKUN2S j FKUNI11S j get put
          IDAI1S j IDAI10S j get put
          IDAI2S j IDAI11S j get put
          KURVAS j KURVA2S j get put
         } if %ILS=1

/KURVMS {KURVAS j get} def

KURVMS 0 gt {%if KURVMS>0 then KURVE

1 1 KURVMS {/KURVS exch def %KURVS=1,KURVMS

/IDA1S {IDAI1S j get cvi} def
/IDA2S {IDAI2S j get cvi} def 

KURVS 1 eq {[ ] 0 setdash} if
KURVS 2 eq {%KURVS=2 %special for 475nm curve j=3
           /IDA1S {IDAI1S j get} def
           /IDA2S {IDAI2S j get} def 
          [ IDA1S IDA2S] 0 setdash
          } if %KURVS=2

KURVS 1 eq {%KURVS=1
          /jadd 0 def
%           ILS 1 ge j 1 eq and {/jadd 3 def} if
           /FKUCS {FKUC1S j jadd add get} def
           /FKUMS {FKUM1S j jadd add get} def
           /FKUYS {FKUY1S j jadd add get} def
           /FKUNS {FKUN1S j jadd add get} def
          } if %KURV=1
KURVS 2 eq {%KURVS=2
           /FKUCS {FKUC2S j get} def
           /FKUMS {FKUM2S j get} def
           /FKUYS {FKUY2S j get} def
           /FKUNS {FKUN2S j get} def
          } if %KURVS=2

FKUCS FKUMS FKUYS FKUNS setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 1 eq j 2 eq or {%j=1,2=P',D'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=1,2=P',D'

j 8 eq {%j=8=T'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def  %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=8=T

} if %ILF=0 sensitivity or saturation
} if %ILS#2

} for %KURVS=1,KURVMS

} if %if KURVMS>0 then KURVES

} for %j=0,JPPM
%end only for %j=1,2,8=P',D',T'

%begin only for %j=3,6,7=T,P,D
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation, not purity
50 setlinewidth

j 3 eq {%j=3=T
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=3

j 6 eq j 7 eq or{%j=6,7=P,D
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=6,7=P,D

} if %ILF=0 sensitivity or saturation, not purity
} if %ILS#2

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=3,6,7=T,P,D

%begin only for %j=0,4,5=U,N,W
0 1 JPPM {/j exch def %j=0,JPPM

ILF 0 eq {%ILF=0 (for ILS=0,1,2)
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 2 eq {%ILS=2 correction for j=0,4,5
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
       /Xx Xi i get def
       j 0 eq j 4 eq or j 5 eq or {%ILS=2 correction for j=0,4,5
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRG YEXP1  i get YEXP2  i get sub abs neg def}
                    {/XRG YEXP1S i get YEXP2S i get sub abs neg def
                    } ifelse %lambda>=525
         XJBA 525 ge {%XJBA>=525
                       /XJB YEXP0  i get YEXP5  i get sub abs neg def}
                      {/XJB YEXP5S i get YEXP0S i get sub abs neg def
                     } ifelse %XJBA>=525
         j 0 eq {Yi i XRG put} if          
         j 4 eq {Yi i XJB put} if
         j 5 eq {Yi i XRG XJB add put} if
%         j 5 eq {Yi i XRG dup mul XJB dup mul add sqrt neg put} if
        } if %ILS=2 correction for j=0,4,5 
       } for %i=0,85: 400_700_400(81)
         } if %ILS=2 correction for j=0,4,5

ILF 1 eq {%ILF=1

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {%j=0
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRGPM YEXP1  i get  
                            YEXP2  i get sub
                            %YP1T sub 
                            def}
                    {/XRGPM YEXP1S i get
                            YEXP2S i get sub
                            %YP1ST sub 
                            def
                    } ifelse %lambda>=525
         /XJBPM YEXP0  i get YEXP4  i get sub def
%         XJBA 525 ge {%XJBA>=525 P5=P5S P0S=PN P0=PU 
%                      %P0-P5=PU-PWa, P5S-P0S=PWa-PN
%                      /XJBPM YEXP0  i get YEXP5  i get sub def}
%                     {/XJBPM YEXP5S i get YEXP0S i get sub def
%                    } ifelse %XJBA>=525
        Yix i XRGPM put
        Yiy i XJBPM 0.5 mul put
        } if %j=0
       } for %i=0,85: 400_700_400(81)

%correction for purple colours
62 1 80 {/i exch def %i=61,80: 700+_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         Yix i  Yix 60 get 1malp mul  Yix 0 get alpha mul add put
         Yiy i  Yiy 60 get 1malp mul  Yiy 0 get alpha mul add put
       } for %i=61,80: 700+_400(81)
} if %ILF=1

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 0 eq j 4 eq or j 5 eq or {%j=0,4,5=U,N,W
         /I0 0 def /I1 0 def /I2 80 def
         /xst {Xi I0       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi I0 get MULY mul add} bind def
         xst yst moveto
I1 3 I2 {/i exch def  %i=1,80: 405_400
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_400
         stroke
} if %j=0,4,5=U,N,W

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram         
30 setlinewidth

j 0 eq {%j=0=U

/xst {IORX Yix 0 get MULF mul add} bind def
/yst {IORY Yiy 0 get MULF mul add} bind def
xst yst moveto
0 3 77 {/i exch def %i=1,80: 405_700_400
        /xst {IORX Yix i get       MULF mul add} bind def
        /yst {IORY Yiy i get       MULF mul add} bind def
        /x20 {IORX Yix i 1 add get MULF mul add} bind def
        /y20 {IORY Yiy i 1 add get MULF mul add} bind def
        /x21 {IORX Yix i 2 add get MULF mul add} bind def
        /y21 {IORY Yiy i 2 add get MULF mul add} bind def
        /x22 {IORX Yix i 3 add get MULF mul add} bind def
        /y22 {IORY Yiy i 3 add get MULF mul add} bind def
        x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_700_400
stroke

TBK
0 10 70 {/i exch def  %i=0,10,85: 400_700_400
        /xst {IORX Yix i get MULF mul add} bind def
        /yst {IORY Yiy i get MULF mul add} bind def
        newpath
        xst yst 40 0 360 arc fill
        newpath
        xst 400 sub yst 50 sub moveto 400 i 5 mul add cvishow
       } for %i=0,10,85: 400_700_400

        3000 2400 moveto (YP1T) show
        3000 2000 moveto 0 YP1T add cvsshow3
        3000 1600 moveto 0 YD1T add cvsshow3
        3000 1200 moveto 0 YT2T add cvsshow3
        3000 0800 moveto 0 YW2T add cvsshow3
 
        4000 2400 moveto (YP1ST) show
        4000 2000 moveto 0 YP1ST add cvsshow3
        4000 1600 moveto 0 YD1ST add cvsshow3
        4000 1200 moveto 0 YT2ST add cvsshow3
        4000 0800 moveto 0 YW2ST add cvsshow3

        0000 2400 moveto (UPDTNW1) show
        0000 2000 moveto YU1 cvsshow3
        0000 1600 moveto YP1 cvsshow3
        0000 1200 moveto YD1 cvsshow3
        0000 0800 moveto YT1 cvsshow3
        0000 0400 moveto YN1 cvsshow3
        0000 0000 moveto YW1 cvsshow3

        1300 2400 moveto (UPDTNW2) show
        1300 2000 moveto YU2 cvsshow3
        1300 1600 moveto YP2 cvsshow3
        1300 1200 moveto YD2 cvsshow3
        1300 0800 moveto YT2 cvsshow3
        1300 0400 moveto YN2 cvsshow3
        1300 0000 moveto YW2 cvsshow3
       
} if %j=0=U

} if %ILF=1 chromaticity diagram

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=0,4,5=U,N,W

ILF 0 eq {X0t neg 0 translate} if

-380 -280 translate

showpage
grestore

%} for %xchart=0,15

%%Trailor

%%EndDocument
EndEPSF grestore gsave
                         
BeginEPSF
 28 MM 020 MM translate
  10 /Times-ISOL1 FS  53 MM 1 MM moveto ( ) show 1 1 scale  -77 -91 translate
%%BeginDocument: Bild 17

%line 399
%!PS-Adobe-3.0 EPSF-3.0 WG990-7
%%BoundingBox: 70 82 226 206

%START PDFDE011.EPS
/pdfmark where {pop} {userdict /pdfmark /cleartomark load put} ifelse
/languagelevel where {pop languagelevel} {1} ifelse
2 lt { userdict (<<) cvn ([) cvn load put
       userdict (>>) cvn (]) cvn load put} if
[ /Title (PostScript pictures: Image Technology)
  /Author (compare K. Richter "Computergrafik ...": ISBN 3-8007-1775-1)
  /Subject (goto: http://o2.ps.bam.de or http://www.ps.bam.de)
  /Keywords (image reproduction, colour devices)
  /Creator (klaus.richter@bam.de)
  /CreationDate (D:2006040112000)
  /ModDate (D:2006040112000)
/DOCINFO pdfmark
[ /View [ /FitB ]
/DOCVIEW pdfmark
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/Encoding ISOLatin1Encoding def
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/TG {300 /Times-ISOL1 FS} bind def
/TKi {160 /Times-ISOL1 FS} bind def
 
/TIK {200 /TimesI-ISOL1 FS} bind def
/TIM {250 /TimesI-ISOL1 FS} bind def
/TIG {300 /TimesI-ISOL1 FS} bind def
 
/TBK {200 /TimesB-ISOL1 FS} bind def
/TBM {250 /TimesB-ISOL1 FS} bind def
/TBG {300 /TimesB-ISOL1 FS} bind def
/TBKe {160 /TimesB-ISOL1 FS} bind def
 
/TBIK {200 /TimesBI-ISOL1 FS} bind def
/TBIM {250 /TimesBI-ISOL1 FS} bind def
/TBIG {300 /TimesBI-ISOL1 FS} bind def
 
/SK {200 10 sub /Symbol FS} bind def
/SM {250 12 sub /Symbol FS} bind def
/SG {300 14 sub /Symbol FS} bind def

/nshowG {TG  show} bind def
/kshowG {TIG show} bind def
/bshowG {TBG show} bind def
/bishowG {TBIG show} bind def
/ishowG {TM 0 -60 rmoveto show 0 60 rmoveto} bind def
/ebshowG {TBM 0 200 rmoveto show 0 -200 rmoveto} bind def
/sshowG {SG show} bind def

/nshowM {TM  show} bind def
/kshowM {TIM show} bind def
/bshowM {TBM show} bind def
/bishowM {TBIM show} bind def
/ishowM {TK 0 -40 rmoveto show 0 40 rmoveto} bind def
/ebshowM {TBK 0 160 rmoveto show 0 -160 rmoveto} bind def
/sshowM {SM show} bind def

/nshowK {TK  show} bind def
/kshowK {TIK show} bind def
/bshowK {TBK show} bind def
/bishowK {TBIK show} bind def
/ishowK {TKi 0 -30 rmoveto show 0 30 rmoveto} bind def
/ebshowK {TBKe 0 130 rmoveto show 0 -130 rmoveto} bind def
/sshowK {SK show} bind def
 
/tzo {0.0 1.0 1.0 0.0} bind def %Reproduktionsfarben
/tzl {1.0 0.0 1.0 0.0} bind def
/tzv {1.0 1.0 0.0 0.0} bind def
/tzc {1.0 0.0 0.0 0.0} bind def
/tzm {0.0 1.0 0.0 0.0} bind def
/tzy {0.0 0.0 1.0 0.0} bind def

/tzn {0.0 0.0 0.0 1.00} bind def %Graureihe
/tzd {0.0 0.0 0.0 0.75} bind def
/tzz {0.0 0.0 0.0 0.50} bind def
/tzh {0.0 0.0 0.0 0.25} bind def
/tzw {0.0 0.0 0.0 0.00} bind def

/tzr {0.0 1.0 0.5 0.0} bind def %Elementarfarben
/tzg {1.0 0.0 0.5 0.0} bind def
/tzb {1.0 0.5 0.0 0.0} bind def
/tzj {0.0 0.0 1.0 0.0} bind def

/tzrz {0.0 1.0 0.5 0.5} bind def %Elementarfarben vergraut
/tzgz {1.0 0.0 0.5 0.5} bind def
/tzbz {1.0 0.5 0.0 0.5} bind def
/tzjz {0.0 0.0 1.0 0.5} bind def

/tfo {tzo setcmykcolor} bind def
/tfl {tzl setcmykcolor} bind def
/tfv {tzv setcmykcolor} bind def
/tfc {tzc setcmykcolor} bind def
/tfm {tzm setcmykcolor} bind def
/tfy {tzy setcmykcolor} bind def

/tfn {tzn setcmykcolor} bind def
/tfd {tzd setcmykcolor} bind def
/tfz {tzz setcmykcolor} bind def
/tfh {tzh setcmykcolor} bind def
/tfw {tzw setcmykcolor} bind def

/tfr {tzr setcmykcolor} bind def
/tfg {tzg setcmykcolor} bind def
/tfb {tzb setcmykcolor} bind def
/tfj {tzj setcmykcolor} bind def

/tfrz {tzrz setcmykcolor} bind def
/tfgz {tzgz setcmykcolor} bind def
/tfbz {tzbz setcmykcolor} bind def
/tfjz {tzjz setcmykcolor} bind def
 
/A4quer {598 0 tl 90 rotate} def
/setcmyknew {setcmykcolor} def
/outSM {sshowM} def
/outSK {sshowK} def
/outxshowf {setcmykcolor show} def

%for output test only
/tspace {dup abs 1.0 le {(   ) show} if
         dup dup -1.0 le exch -10 gt and {(  ) show} if
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/trushow {tspace 0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/troshow {0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/trushow4 {0.00005 add 10000 mul truncate 10000 div
           10 string cvs show} bind def
           
/cvishow {cvi 6 string cvs show} def
/cvsshow1 {10 mul cvi 0.1 mul 7 string cvs show} def
/cvsshow2 {100 mul cvi 0.01 mul 7 string cvs show} def
/cvsshow3 {1000 mul cvi 0.001 mul 7 string cvs show} def

/W 9 array def
/W  [555 570 540 435 495 525 570 540 435] def

/WS 9 array def
0 1 8 {/j exch def %j=0,8
       WS j 525 W j get 525 sub sub put
      } for %j=0,8

/YIXU 88 array def
/YIXP 88 array def
/YIXD 88 array def
/YIXT 88 array def
/YIXN 88 array def
/YIXW 88 array def

/YIXUS 88 array def
/YIXPS 88 array def
/YIXDS 88 array def
/YIXTS 88 array def
/YIXNS 88 array def
/YIXWS 88 array def

/YEXP0 88 array def
/YEXP1 88 array def
/YEXP2 88 array def
/YEXP3 88 array def
/YEXP4 88 array def
/YEXP5 88 array def
/YEXP6 88 array def
/YEXP7 88 array def
/YEXP8 88 array def

/YEXP0S 88 array def
/YEXP1S 88 array def
/YEXP2S 88 array def
/YEXP3S 88 array def
/YEXP4S 88 array def
/YEXP5S 88 array def
/YEXP6S 88 array def
/YEXP7S 88 array def
/YEXP8S 88 array def

/Yix 88 array def
/Yiy 88 array def

/Xi 88 array def
/Yi 88 array def

/YixS 88 array def
/YiyS 88 array def

/XiS 88 array def
/YiS 88 array def

/KURVA 9 array def %9 actual curves
/KURVA1 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2 9 array def %9 curves, Saturation, one or two colours
%        U P D T N W P D T
/KURVA1 [2 0 0 1 2 2 1 1 0] def
/KURVA2 [2 0 0 1 2 2 1 1 0] def

/IDAI1 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00 [100 000 000 000 100 100 100 100 100] def
/IDAI01 [100 000 000 000 100 100 100 100 100] def
/IDAI10 [100 000 000 000 100 100 100 100 100] def
/IDAI11 [100 000 000 000 100 100 100 100 100] def

/FKUC1 9 array def %Actual colour C, Sensitivity
/FKUC2 9 array def %Actual colour C, Saturation
/FKUM1 9 array def %Actual colour M, Sensitivity
/FKUM2 9 array def %Actual colour M, Saturation
/FKUY1 9 array def %Actual colour Y, Sensitivity
/FKUY2 9 array def %Actual colour Y, Saturation
/FKUN1 9 array def %Actual colour N, Sensitivity
/FKUN2 9 array def %Actual colour N, Saturation

/FKUCI00 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10 9 array def %Cyan, Colour 1, Saturation
/FKUCI11 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI01 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def
/FKUCI10 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI11 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def

/FKUMI00 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10 9 array def %Magenta, Colour 1, Saturation
/FKUMI11 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI01 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def
/FKUMI10 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI11 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def

/FKUYI00 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10 9 array def %Yellow, Colour 1, Saturation
/FKUYI11 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI01 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI11 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00 9 array def %Black, Colour 1, Sensitivity
/FKUNI01 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10 9 array def %Black, Colour 1, Saturation
/FKUNI11 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI01 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI11 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAI 8 array def
/XRG$I 8 array def
/XJBAI 8 array def
/XBJ$I 8 array def
/XRGAI [ 525   575   475   600   575   575   575   575 ] def
/XRG$I [(525) (575) (475) (600) (575) (575) (575) (575)] def
/XJBAI [ 525   575   475   600   525   495   475   435 ] def
/XBJ$I [(525) (575) (475) (600) (525) (495) (475) (435)] def

/KURVAS 9 array def %9 actual curves
/KURVA1S 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2S 9 array def %9 curves, Saturation, one or two colours
%         U'P'D'T'N'W'P'D'T'
/KURVA1S [0 2 2 0 2 2 0 0 2] def
/KURVA2S [0 2 2 0 2 2 0 0 2] def

/IDAI1S 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2S 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00S 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01S 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10S 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11S 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00S [100 100 100 100 100 100 100 100 100] def
/IDAI01S [100 100 100 100 100 100 100 100 100] def
/IDAI10S [100 100 100 100 100 100 100 100 100] def
/IDAI11S [100 100 100 100 100 100 100 100 100] def

/FKUC1S 9 array def %Actual colour C, Sensitivity
/FKUC2S 9 array def %Actual colour C, Saturation
/FKUM1S 9 array def %Actual colour M, Sensitivity
/FKUM2S 9 array def %Actual colour M, Saturation
/FKUY1S 9 array def %Actual colour Y, Sensitivity
/FKUY2S 9 array def %Actual colour Y, Saturation
/FKUN1S 9 array def %Actual colour N, Sensitivity
/FKUN2S 9 array def %Actual colour N, Saturation

/FKUCI00S 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01S 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10S 9 array def %Cyan, Colour 1, Saturation
/FKUCI11S 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI01S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def
/FKUCI10S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI11S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def

/FKUMI00S 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01S 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10S 9 array def %Magenta, Colour 1, Saturation
/FKUMI11S 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI01S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def
/FKUMI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI11S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def

/FKUYI00S 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01S 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10S 9 array def %Yellow, Colour 1, Saturation
/FKUYI11S 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI01S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI11S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00S 9 array def %Black, Colour 1, Sensitivity
/FKUNI01S 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10S 9 array def %Black, Colour 1, Saturation
/FKUNI11S 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI01S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI11S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAIS 8 array def
/XRG$IS 8 array def
/XJBAIS 8 array def
/XBJ$IS 8 array def

0 1 7 {/j exch def %j=0,7
       XRGAIS j 525 XRGAI j get 525 sub sub put
       XJBAIS j 525 XJBAI j get 525 sub sub put
       XRG$IS j XRGAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
       XBJ$IS j XJBAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
      } for %j=0,7
      
/JPPM 4 def
/CY 0.35 def
/CX  50 def

%%EndProlog
gsave
/lanind 0 def
/lantex [(G) (E) (S) (N) (I) (J) (M)] def
/showde {0 lanind eq {show} {pop} ifelse} bind def
/showen {1 lanind eq {show} {pop} ifelse} bind def
/showes {2 lanind eq {show} {pop} ifelse} bind def
/showfr {3 lanind eq {show} {pop} ifelse} bind def
/showit {4 lanind eq {show} {pop} ifelse} bind def
/showjp {5 lanind eq {show} {pop} ifelse} bind def
/showm {6 lanind eq {show} {pop} ifelse} bind def
/lanindg where {pop /lanind1 lanindg def /lanind2 lanindg def}
               {/lanind1 0 def /lanind2 0 def} ifelse
/colormg where {pop /colorm1 colormg def /colorm2 colormg def}
               {/colorm1 0 def /colorm2 0 def} ifelse
/xcolorg where {pop /xcolor1 xcolorg def /xcolor2 xcolorg def}
               {/xcolor1 0 def /xcolor2 0 def} ifelse
/xchartg where {pop /xchart1 xchartg def /xchart2 xchartg def}
               {/xchart1 0 def /xchart2 0 def} ifelse
/lanind lanind1 def %lanind1 1 lanind2 {/lanind exch def %output showpage
/colorm colorm1 def %colorm1 1 colorm2 {/colorm exch def %output showpage
/xcolor xcolor1 def %xcolor1 1 xcolor2 {/xcolor exch def %output showpage
/xchart xchart1 def %xchart1 1 xchart2 {/xchart exch def %output showpage

/GSS$ where {pop /LSS$ GSS$ def}
            {/LSS$ (1) def} ifelse
/GSC$ where {pop /LSC$ GSC$ def}
            {/LSC$ (N) def} ifelse
/GSX$ where {pop /LSX$ GSX$ def}
            {/LSX$ (0) def} ifelse
/GSY$ where {pop /LSY$ GSY$ def}
            {/LSY$ (0) def} ifelse
/GEX$ where {pop /LEX$ GEX$ def}
            {/LEX$ (P.PS./PDF) def} ifelse
/GEY$ where {pop /LEY$ GEY$ def}
            {/LEY$ (P.DAT) def} ifelse
/IMES where {pop %/IMES IMES def
            }
            {/IMES 0 def} ifelse

/xchartg where {pop /xchart   6 def} {/xchart   6 def} ifelse

5 /Times-ISOL1 FS
72 84 moveto
    ( WG990-7, ) show

(Change of PDT (LMS) in volour vision; Adaptation) showen
(\304nderung von PDT (LMS) beim Farbensehen; Adaptation) showde

72 90 translate

%/xchart 02 def
%0 1 15 {/xchart exch def %xchart=0,15

gsave

xchart  0 eq {/ILK 0 def /ILS 0 def /INE 0 def /ILF 0 def} if %ILT=0 NO threshold
xchart  1 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  2 eq {/ILK 1 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  3 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  4 eq {/ILK 2 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  5 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  6 eq {/ILK 3 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  7 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  8 eq {/ILK 0 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart  9 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 10 eq {/ILK 1 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 11 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 12 eq {/ILK 2 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 13 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 14 eq {/ILK 3 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 15 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 1 def} if
/ILT 1 def
%/ILF 1 def
%/IKOM 3 def %0=U, 1=N/G, 2=W/R, 3=V
xchart  0 ge xchart  3 le and {/IKOM 3 def} if %W
xchart  4 ge xchart  7 le and {/IKOM 3 def} if %W
xchart  8 ge xchart 11 le and {/IKOM 3 def} if %W
xchart 12 ge xchart 15 le and {/IKOM 3 def} if %W
%/ILN 4 def %L&M, L&S, M&S, UVW&S
%/ILN 5 def %L&M, L&S, M&S, UGR&S
/ILN 6 def %L&M, L&S, M&S, UGR&SGR
ILN 5 eq {/JPPM 6 def} {/JPPM 5 def} ifelse
ILN 6 eq {/JPPM 8 def} if
ILF 1 eq {/JPPM 1 def} if
ILS 2 eq {/JPPM 5 def} if

/ILU 0 def %NO u scale
ILT 0 eq {/ta 0.0 def /logta -6 def} if
ILT 1 eq {/ta 0.007 def /logta ta log def} if
ILT 2 eq {/ta 0.002 def /logta ta log def} if
/MULX 0600 def
/MULY 1200 0.8 mul def
ILS 1 eq {/MULY 1200 0.4 mul def} if
/MULF 1200 0.8 mul def

0.01 MM 0.01 MM scale
 
30 setlinewidth
[ ] 0 setdash

0.0 0.0 0.0 0.5 setcmykcolor
0 0  moveto 5400 0 rlineto 0 4000 rlineto -5400 0 rlineto
closepath fill

/Xa {(a) ishowM} def
/Xo {(o) ishowM} def

/P0o {tfo (P)  bishowM tfo (o) ishowM} def
/D0o {tfl (D)  bishowM tfl (o) ishowM} def
/T0o {tfv (T)  bishowM tfv (o) ishowM} def

/P0a {tfo (P)  bishowM tfo (a) ishowM} def
/D0a {tfl (D)  bishowM tfl (a) ishowM} def
/T0a {tfv (T)  bishowM tfv (a) ishowM} def

/U0a {tfn (U) bishowM tfy (a) ishowM} def
/N0a {tfn (N) bishowM tfc (a) ishowM} def
/W0a {tfn (W) bishowM tfm (a) ishowM} def

/P0oS {tfo (P')  bishowM tfo (o) ishowM} def
/D0oS {tfl (D')  bishowM tfl (o) ishowM} def
/T0oS {tfv (T')  bishowM tfv (o) ishowM} def

/P0aS {tfo (P')  bishowM tfo (a) ishowM} def
/D0aS {tfl (D')  bishowM tfl (a) ishowM} def
/T0aS {tfv (T')  bishowM tfv (a) ishowM} def

/U0aS {tfn (U') bishowM tfy (a) ishowM} def
/N0aS {tfn (N') bishowM tfc (a) ishowM} def
/W0aS {tfn (W') bishowM tfm (a) ishowM} def

/YAa  {IKOM 0 eq {tfn (U) bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N) bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W) bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W) bishowM tfm (a) ishowM} if} def
/YAaS {IKOM 0 eq {tfn (U') bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N') bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W') bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W') bishowM tfm (a) ishowM} if} def

/AF1 0.5 def
/AF2 0.5 def

/XRGA {XRGAI ILK get} def
/XJBA {XJBAI ILK get} def
/XRG$ {XRG$I ILK get} def
/XBJ$ {XBJ$I ILK get} def

/XRGAS {XRGAIS ILK get} def
/XJBAS {XJBAIS ILK get} def
/XRG$S {XRG$IS ILK get} def
/XBJ$S {XBJ$IS ILK get} def

/W0 {W 0 get} def
/W1 {W 1 get} def
/W2 {W 2 get} def
/W3 {W 3 get} def
/W4 {W 4 get} def
/W5 {W 5 get} def
/W6 {W 6 get} def
/W7 {W 7 get} def
/W8 {W 8 get} def

/W0S {WS 0 get} def
/W1S {WS 1 get} def
/W2S {WS 2 get} def
/W3S {WS 3 get} def
/W4S {WS 4 get} def
/W5S {WS 5 get} def
/W6S {WS 6 get} def
/W7S {WS 7 get} def
/W8S {WS 8 get} def

%function value for curve U normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1 {XRGA W0 sub CX div dup mul CY mul neg} def
/YU2 {XJBA W0 sub CX div dup mul CY mul neg} def
/YUP {W1 W0 sub CX div dup mul CY mul neg} def
/YUD {W2 W0 sub CX div dup mul CY mul neg} def
/YUT {W3 W0 sub CX div dup mul CY mul neg} def
/YUN {W4 W0 sub CX div dup mul CY mul neg} def
/YUW {W5 W0 sub CX div dup mul CY mul neg} def
/YUB {475 W0 sub CX div dup mul CY mul neg} def
/YUJ {575 W0 sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1 {XRGA XRGA 525 sub 0 ge {W1} {W1S} ifelse
      sub CX div dup mul CY mul neg} def
/YP2 {XJBA W1 sub CX div dup mul CY mul neg} def
/YPP {W1 W1 sub CX div dup mul CY mul neg} def
/YPD {W2 W1 sub CX div dup mul CY mul neg} def
/YPT {W3 W1 sub CX div dup mul CY mul neg} def
/YPN {W4 W1 sub CX div dup mul CY mul neg} def
/YPW {W5 W1 sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5),
%            450(V=6), 475(B=6), 575(J=7), 600(O=8)
/YD1 {XRGA XRGA 525 sub 0 ge {W2} {W2S} ifelse
      sub CX div dup mul CY mul neg} def
/YD2 {XJBA W2 sub CX div dup mul CY mul neg} def
/YDP {W1 W2 sub CX div dup mul CY mul neg} def
/YDD {W2 W2 sub CX div dup mul CY mul neg} def
/YDT {W3 W2 sub CX div dup mul CY mul neg} def
/YDN {W4 W2 sub CX div dup mul CY mul neg} def
/YDW {W5 W2 sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1 {XRGA W3 sub CX div dup mul CY mul neg} def
/YT2 {XJBA XJBA 525 sub 0 le {W3} {W3S} ifelse
      sub CX div dup mul CY mul neg} def
/YTP {W1 W3 sub CX div dup mul CY mul neg} def
/YTD {W2 W3 sub CX div dup mul CY mul neg} def
/YTT {W3 W3 sub CX div dup mul CY mul neg} def
/YTN {W4 W3 sub CX div dup mul CY mul neg} def
/YTW {W5 W3 sub CX div dup mul CY mul neg} def
/YTB {475 W3 sub CX div dup mul CY mul neg} def
/YTJ {575 W3 sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1 {XRGA W4 sub CX div dup mul CY mul neg} def
/YN2 {XJBA W4 sub CX div dup mul CY mul neg} def
/YNP {W1 W4 sub CX div dup mul CY mul neg} def
/YND {W2 W4 sub CX div dup mul CY mul neg} def
/YNT {W3 W4 sub CX div dup mul CY mul neg} def
/YNN {W4 W4 sub CX div dup mul CY mul neg} def
/YNW {W5 W4 sub CX div dup mul CY mul neg} def
/YNB {475 W4 sub CX div dup mul CY mul neg} def
/YNJ {575 W4 sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1 {XRGA W5 sub CX div dup mul CY mul neg} def
/YW2 {XJBA W5 sub CX div dup mul CY mul neg} def
/YWP {YUP YNP add 0.5 mul} def
/YWD {YUD YND add 0.5 mul} def
/YWT {YUT YNT add 0.5 mul} def
/YWN {YUN YNN add 0.5 mul} def
/YWW {YUW YNW add 0.5 mul} def
/YWB {YUB YNB add 0.5 mul} def
/YWJ {YUJ YNJ add 0.5 mul} def

%function value for curve U normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1S {XRGAS W0S sub CX div dup mul CY mul neg} def
/YU2S {XJBAS W0S sub CX div dup mul CY mul neg} def
/YUPS {W1S W0S sub CX div dup mul CY mul neg} def
/YUDS {W2S W0S sub CX div dup mul CY mul neg} def
/YUTS {W3S W0S sub CX div dup mul CY mul neg} def
/YUNS {W4S W0S sub CX div dup mul CY mul neg} def
/YUWS {W5S W0S sub CX div dup mul CY mul neg} def
/YUBS {575 W0S sub CX div dup mul CY mul neg} def
/YUJS {475 W0S sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1S {XRGAS XRGAS 525 sub 0 le {W1S} {W1} ifelse
      sub CX div dup mul CY mul neg} def
/YP2S {XJBAS W1S sub CX div dup mul CY mul neg} def
/YPPS {W1S W1S sub CX div dup mul CY mul neg} def
/YPDS {W2S W1S sub CX div dup mul CY mul neg} def
/YPTS {W3S W1S sub CX div dup mul CY mul neg} def
/YPNS {W4S W1S sub CX div dup mul CY mul neg} def
/YPWS {W5S W1S sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YD1S {XRGAS XRGAS 525 sub 0 le {W2S} {W2} ifelse
      sub CX div dup mul CY mul neg} def
/YD2S {XJBAS W2S sub CX div dup mul CY mul neg} def
/YDPS {W1S W2S sub CX div dup mul CY mul neg} def
/YDDS {W2S W2S sub CX div dup mul CY mul neg} def
/YDTS {W3S W2S sub CX div dup mul CY mul neg} def
/YDNS {W4S W2S sub CX div dup mul CY mul neg} def
/YDWS {W5S W2S sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1S {XRGAS W3S sub CX div dup mul CY mul neg} def
/YT2S {XJBAS XJBAS 525 sub 0 ge {W3S} {W3} ifelse
      sub CX div dup mul CY mul neg} def
/YTPS {W1S W3S sub CX div dup mul CY mul neg} def
/YTDS {W2S W3S sub CX div dup mul CY mul neg} def
/YTTS {W3S W3S sub CX div dup mul CY mul neg} def
/YTNS {W4S W3S sub CX div dup mul CY mul neg} def
/YTWS {W5S W3S sub CX div dup mul CY mul neg} def
/YTBS {575 W3S sub CX div dup mul CY mul neg} def
/YTJS {475 W3S sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1S {XRGAS W4S sub CX div dup mul CY mul neg} def
/YN2S {XJBAS W4S sub CX div dup mul CY mul neg} def
/YNPS {W1S W4S sub CX div dup mul CY mul neg} def
/YNDS {W2S W4S sub CX div dup mul CY mul neg} def
/YNTS {W3S W4S sub CX div dup mul CY mul neg} def
/YNNS {W4S W4S sub CX div dup mul CY mul neg} def
/YNWS {W5S W4S sub CX div dup mul CY mul neg} def
/YNBS {575 W4S sub CX div dup mul CY mul neg} def
/YNJS {475 W4S sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1S {XRGAS W5S sub CX div dup mul CY mul neg} def
/YW2S {XJBAS W5S sub CX div dup mul CY mul neg} def
/YWPS {YUPS YNPS add 0.5 mul} def
/YWDS {YUDS YNDS add 0.5 mul} def
/YWTS {YUTS YNTS add 0.5 mul} def
/YWNS {YUNS YNNS add 0.5 mul} def
/YWWS {YUWS YNWS add 0.5 mul} def
/YWBS {YUBS YNBS add 0.5 mul} def
/YWJS {YUJS YNJS add 0.5 mul} def

%i=0,85: 400_500_600_700_400(81)
0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXU i XEXI W 0 get sub CX div dup mul CY mul neg put
        YIXP i XEXI W 1 get sub CX div dup mul CY mul neg put
        YIXD i XEXI W 2 get sub CX div dup mul CY mul neg put
        YIXT i XEXI W 3 get sub CX div dup mul CY mul neg put
        YIXN i XEXI W 4 get sub CX div dup mul CY mul neg put
        YIXW i XEXI W 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXU i YIXU 60 get 1malp mul YIXU 0 get alpha mul add put
         YIXP i YIXP 60 get 1malp mul YIXP 0 get alpha mul add put
         YIXD i YIXD 60 get 1malp mul YIXD 0 get alpha mul add put
         YIXT i YIXT 60 get 1malp mul YIXT 0 get alpha mul add put
         YIXN i YIXN 60 get 1malp mul YIXN 0 get alpha mul add put
         YIXW i YIXW 60 get 1malp mul YIXW 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXU i YIXU i 80 sub get put
         YIXP i YIXP i 80 sub get put
         YIXD i YIXD i 80 sub get put
         YIXT i YIXT i 80 sub get put
         YIXN i YIXN i 80 sub get put
         YIXW i YIXW i 80 sub get put
} for %i=81,85: 405_425(5)

0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXUS i XEXI WS 0 get sub CX div dup mul CY mul neg put
        YIXPS i XEXI WS 1 get sub CX div dup mul CY mul neg put
        YIXDS i XEXI WS 2 get sub CX div dup mul CY mul neg put
        YIXTS i XEXI WS 3 get sub CX div dup mul CY mul neg put
        YIXNS i XEXI WS 4 get sub CX div dup mul CY mul neg put
        YIXWS i XEXI WS 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXUS i YIXUS 60 get 1malp mul YIXUS 0 get alpha mul add put
         YIXPS i YIXPS 60 get 1malp mul YIXPS 0 get alpha mul add put
         YIXDS i YIXDS 60 get 1malp mul YIXDS 0 get alpha mul add put
         YIXTS i YIXTS 60 get 1malp mul YIXTS 0 get alpha mul add put
         YIXNS i YIXNS 60 get 1malp mul YIXNS 0 get alpha mul add put
         YIXWS i YIXWS 60 get 1malp mul YIXWS 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXUS i YIXUS i 80 sub get put
         YIXPS i YIXPS i 80 sub get put
         YIXDS i YIXDS i 80 sub get put
         YIXTS i YIXTS i 80 sub get put
         YIXNS i YIXNS i 80 sub get put
         YIXWS i YIXWS i 80 sub get put
} for %i=81,85: 405_425(5)

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

0 1 85 {/i exch def
        /YEXU {YIXU i get} def
        /YEXP {YIXP i get YP1T add} def
        /YEXD {YIXD i get YD1T add} def
        /YEXT {YIXT i get YT2T add} def
        /YEXN {YIXN i get} def
        /YEXW {YIXW i get YW2T add} def

/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXA YEXU def} if
          IKOM 1 eq {/YEXA YEXN def} if
          IKOM 2 eq {/YEXA YEXW def} if
          IKOM 3 eq {/YEXA YEXW def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXU YEXA sub fneg def YDchange
                  YEXP0 i YD put} if
          j 1 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP1 i YD put} if
          j 2 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP2 i YD put} if
          j 3 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP3 i YD put} if
          j 4 eq {/YD YEXN YEXA sub fneg def YDchange
                  YEXP4 i YD put} if
          j 5 eq {/YD YEXW YEXA sub fneg def YDchange
                  YEXP5 i YD put} if
          j 6 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP6 i YD put} if
          j 7 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP7 i YD put} if
          j 8 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP8 i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0 i get YEXA add def YEXP0 i YE put} if
                    j 1 eq {/YE YEXP1 i get YEXA add def YEXP1 i YE put} if
                    j 2 eq {/YE YEXP2 i get YEXA add def YEXP2 i YE put} if
                    j 3 eq {/YE YEXP3 i get YEXA add def YEXP3 i YE put} if
                    j 4 eq {/YE YEXP4 i get YEXA add def YEXP4 i YE put} if
                    j 5 eq {/YE YEXP5 i get YEXA add def YEXP5 i YE put} if
                    j 6 eq {/YE YEXP6 i get YEXA add def YEXP6 i YE put} if
                    j 7 eq {/YE YEXP7 i get YEXA add def YEXP7 i YE put} if
                    j 8 eq {/YE YEXP8 i get YEXA add def YEXP8 i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        /YEXUS {YIXUS i get} def %identical YEXN
        /YEXPS {YIXPS i get YP1ST add} def
        /YEXDS {YIXDS i get YD1ST add} def
        /YEXTS {YIXTS i get YT2ST add} def 
        /YEXNS {YIXNS i get} def %identical YEXU
        /YEXWS {YIXWS i get YW2ST add} def
        
/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXAS YEXNS def} if
          IKOM 1 eq {/YEXAS YEXUS def} if
          IKOM 2 eq {/YEXAS YEXWS def} if
          IKOM 3 eq {/YEXAS YEXWS def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXUS YEXAS sub fneg def YDchange
                  YEXP0S i YD put} if
          j 1 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP1S i YD put} if
          j 2 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP2S i YD put} if
          j 3 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP3S i YD put} if
          j 4 eq {/YD YEXNS YEXAS sub fneg def YDchange
                  YEXP4S i YD put} if
          j 5 eq {/YD YEXWS YEXAS sub fneg def YDchange
                  YEXP5S i YD put} if
          j 6 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP6S i YD put} if
          j 7 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP7S i YD put} if
          j 8 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP8S i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0S i get YEXAS add def YEXP0S i YE put} if
                    j 1 eq {/YE YEXP1S i get YEXAS add def YEXP1S i YE put} if
                    j 2 eq {/YE YEXP2S i get YEXAS add def YEXP2S i YE put} if
                    j 3 eq {/YE YEXP3S i get YEXAS add def YEXP3S i YE put} if
                    j 4 eq {/YE YEXP4S i get YEXAS add def YEXP4S i YE put} if
                    j 5 eq {/YE YEXP5S i get YEXAS add def YEXP5S i YE put} if
                    j 6 eq {/YE YEXP6S i get YEXAS add def YEXP6S i YE put} if
                    j 7 eq {/YE YEXP7S i get YEXAS add def YEXP7S i YE put} if
                    j 8 eq {/YE YEXP8S i get YEXAS add def YEXP8S i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

ILF 0 eq {%ILF=0
1800 050 moveto tfw
(l) outSM (d) ishowK 30 0 rmoveto (/nm) nshowM
4200 050 moveto tfw
(l) outSM (c) ishowK 30 0 rmoveto (/nm) nshowM
ILU 1 eq {4900 550 moveto (u) bishowM} if
} if %ILF=0

3100 2975 moveto tfw (Adaptation: ) bshowM 
tfw (l) outSM tfo (R) ishowK tfl (G) ishowK 
tfw (=) bshowM XRG$I ILK get bshowM

%special; first part not visible
3100 2725 moveto 0.0 0.0 0.0 0.5 setcmykcolor (Adaptation: ) bshowM 
tfw (l) outSM tfv (B) ishowK tfy (J) ishowK 
tfw (=) bshowM XBJ$I ILK get bshowM

ILS 0 eq ILS 2 eq or {%ILS=0&2,#0
          3400 2725 moveto (t) bshowM (s) ishowK (=) bshowM ta trushow4
         }
         {
          0800 2975 moveto TBM (Threshold: ) showen (Schwelle: ) showde
          (t) bshowM (s) ishowK (=) bshowM ta trushow4
         } ifelse %ILS=0&2,#0

010 3800 moveto
ILS 0 eq {%iLS=0,1
          tfw (log [) bshowM P0a D0a T0a U0a N0a W0a
               tfw (]) bshowM}
         {INE 0 eq {tfw (log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]-log) bshowM YAa}
                   {tfw (log) bshowM YAa
                    tfw (-log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]) bshowM
                   } ifelse
         } ifelse %ILS=0,1

210 3525 moveto %special U0a,N0a
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5
         
210 3250 moveto
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5

3100 3800 moveto tfw (log) bshowM 30 0 rmoveto P0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto P0o tfw 
YU1 YP1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YP1 sub abs troshow

3100 3525 moveto tfw (log) bshowM 30 0 rmoveto D0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto D0o tfw
YU1 YD1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YD1 sub abs troshow

%special for 475nm/575nm
3100 3250 moveto tfw (log) bshowM 30 0 rmoveto T0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto T0o tfw
/YDTW YT2 neg YW2 add def
YDTW 0 ge {( + )} {( - )} ifelse bshowM
YDTW abs troshow

%4300 2000 moveto TBM YT2 troshow
%4300 1700 moveto TBM YW2 troshow
%4300 1400 moveto TBM YTB troshow
%4300 1100 moveto TBM YWB troshow

%4300 1000 moveto TBM YT2S troshow
%4300 0700 moveto TBM YW2S troshow
%4300 0400 moveto TBM YTBS troshow
%4300 0100 moveto TBM YWBS troshow

%y-arrow
 100 3400 moveto 0 300 rlineto -50 -150 rlineto
                                50  150 rlineto 50 -150 rlineto stroke

tfw
380 280 translate
50 setlinewidth

ILF 0 eq {%ILF=0 sensitivity or saturation
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto 0 ILS 0 eq ILS 2 eq or {3300} {3600} ifelse 
            0.8 mul rlineto  stroke
 ILS 0 eq ILS 2 eq or {0 2700 0.8 mul moveto 400 12 mul 0 rlineto stroke} if

TBK
/tx [ (400) (500) (600) (700) (400)] def
/tye [(-2) () (-1) () (  0) () (-2)] def
/tys [(-2) (-1) (  0) (  1) (  2) (  3) (-2)] def
/tu [ (    -3,1) (-1,1) (  0,9)  (  2,9) (    -3,1)] def
 
%!u-Achse: 100 Einheiten = 1200 Skalen-Einheiten

ILU 1 eq {%ILU=1
0 1 4 {/i exch def
       /ixt {-180 i 1200 mul add} def
       /ixl {240 i 1200 mul add} def
        ixt 150 moveto tu i get exec show } for
 
% 555 nm; u=0.0
          /ixt -180 1.55 1200 mul add def
          /ixl  240 1.55 1200 mul add def
          0.25 0.0 1.0 0.0 setcmykcolor
          ixt 150 moveto (   0.0) show
          /ixt  20  1860 add def
          ixt -320 moveto (555) show
          ixl 75 moveto 0 -150 rlineto stroke
         } if %ILU=1
 
%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten
tfw
0 1 4 {/i exch def
       /ixt {-150 i 1200 mul add} def
       /ixl { 000 i 1200 mul add} def
        ixt -250 moveto tx i get exec show
        ixl   75 moveto 0 -150 rlineto stroke } for
 
%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten
TBK 
0 1 5 {/i exch def
       /iyt {200 i 0480 mul add} def
       /iyl {240 i 0480 mul add} def
        -300 iyt moveto ILS 0 eq ILS 2 eq or {tye} {tys} ifelse
                        i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

TBK
30 setlinewidth
%400nm
/X400 000 0.00 1200 mul add def
%425nm 
/X425 000 0.25 1200 mul add def
%475nm 
/X475 000 0.75 1200 mul add def
%525nm
/X525 000 1.25 1200 mul add def
%575nm
/X575 000 1.75 1200 mul add def
%625nm
/X625 000 2.25 1200 mul add def
%675nm
/X675 000 2.75 1200 mul add def
%375cnm 
/X700 000 3.00 1200 mul add def
%395cnm
/X400c 000 4.00 1200 mul add def

%ymax = 240 + 4 * 480 = 2160
[100 100] 0 setdash

X525 0 moveto 0 2160 rlineto stroke
X700 0 moveto 0 2160 rlineto stroke
X400c 0 moveto 0 2160 rlineto stroke

X525 20 add 100 moveto (525) show
%X700 20 add 100 moveto (700) show
%X400c 20 add 100 moveto (400) show

%xchart 2 ge {%xchart>=2
             X475 0 moveto 0 2160 rlineto stroke
             X575 0 moveto 0 2160 rlineto stroke
             X475 20 add 100 moveto (475) show
             X575 20 add 100 moveto (575) show
%            } if %xchart>=2
[ ] 0 setdash
TBG

50 setlinewidth
%Cero point at 555 nm
/X0t {555 400 sub 12 mul} def
X0t 0 translate

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram
TBG
/ix00 000 def
/ty [(-2) (-1) (  0) (  1) (  2) (  3)] def

tfw
50 setlinewidth
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto  0 2400 rlineto  stroke

TBM
/tx [(-3) (-2) (-1) (  0) (  1) (  2) (  3) (  4)] def

%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten

0 1 6 {/i exch def /ix00 000 def
       /ixt { ix00 -280 add i 0600 mul add} def
       /ixl { ix00  000 add i 0600 mul add} def
        ixt 100 add -250 moveto tx i get exec show
        ixl 75 moveto 0 -150 rlineto stroke } for

%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten

0 1 4 {/i exch def
       /iyt {-100 i 0600 mul add} def
       /iyl { 000 i 0600 mul add} def
        -350 iyt moveto ty i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

%Nullpunkt-Achsenkreuz
30 setlinewidth tfn
1800 0000 moveto 0000 2350 rlineto stroke
0000 1200 moveto 4000 0000 rlineto stroke
50 setlinewidth tfw

%text
3400 0600 moveto tfw (| log [) bshowM P0a tfw (/) bshowM YAa
                 tfw (]) bshowM
3400 0300 moveto tfw (-log [) bshowM D0a tfw (/) bshowM YAa
                 tfw (] |) bshowM
0200 2200 moveto tfw  (log [) bshowM U0a tfw (/) bshowM YAa
                 tfw (]) bshowM
0200 1900 moveto tfw (-log [) bshowM T0a tfw (/) bshowM YAa
                 tfw (]) bshowM

} if %ILF>=1 chromaticity diagram
 
ILF 0 eq {%ILF=0 for clip
0 setlinewidth
/Y0C 0000 def
/Y1C 2400 def
ILU 1 eq {/Y0C 0450 def} if
ILS 0 eq {/Y1C 2900 def} if

0.0 0.0 0.0 0.0 setcmykcolor
X0t neg Y0C moveto  4800 0 rlineto 0 Y1C rlineto
                   -4800 0 rlineto 0 Y1C neg rlineto clip stroke
} if %ILF=0 for clip

ILS 0 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %response diagram
ILS 1 eq ILF 0 eq and {/IORY 1500 0.8 mul def} if %saturation diagram
ILS 2 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %purity diagram
ILS 1 eq ILF 1 eq and {/IORX 1800 def /IORY 1200 def} if %chromaticity diagram

%begin only for %j=1,2,8=P',D',T'
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        XiS i i 5 mul 400 add put
        j 0 eq {YiS i YEXP0S i get put} if
        j 1 eq {YiS i YEXP1S i get put} if
        j 2 eq {YiS i YEXP2S i get put} if
        j 3 eq {YiS i YEXP3S i get put} if
        j 4 eq {YiS i YEXP4S i get put} if
        j 5 eq {YiS i YEXP5S i get put} if
        j 6 eq {YiS i YEXP6S i get put} if
        j 7 eq {YiS i YEXP7S i get put} if
        j 8 eq {YiS i YEXP8S i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1S j FKUCI00S j get put
          FKUM1S j FKUMI00S j get put
          FKUY1S j FKUYI00S j get put
          FKUN1S j FKUNI00S j get put
          FKUC2S j FKUCI01S j get put
          FKUM2S j FKUMI01S j get put
          FKUY2S j FKUYI01S j get put
          FKUN2S j FKUNI01S j get put
          IDAI1S j IDAI00S j get put
          IDAI2S j IDAI01S j get put
          KURVAS j KURVA1S j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1S j FKUCI10S j get put
          FKUM1S j FKUMI10S j get put
          FKUY1S j FKUYI10S j get put
          FKUN1S j FKUNI10S j get put
          FKUC2S j FKUCI11S j get put
          FKUM2S j FKUMI11S j get put
          FKUY2S j FKUYI11S j get put
          FKUN2S j FKUNI11S j get put
          IDAI1S j IDAI10S j get put
          IDAI2S j IDAI11S j get put
          KURVAS j KURVA2S j get put
         } if %ILS=1

/KURVMS {KURVAS j get} def

KURVMS 0 gt {%if KURVMS>0 then KURVE

1 1 KURVMS {/KURVS exch def %KURVS=1,KURVMS

/IDA1S {IDAI1S j get cvi} def
/IDA2S {IDAI2S j get cvi} def 

KURVS 1 eq {[ ] 0 setdash} if
KURVS 2 eq {%KURVS=2 %special for 475nm curve j=3
           /IDA1S {IDAI1S j get} def
           /IDA2S {IDAI2S j get} def 
          [ IDA1S IDA2S] 0 setdash
          } if %KURVS=2

KURVS 1 eq {%KURVS=1
          /jadd 0 def
%           ILS 1 ge j 1 eq and {/jadd 3 def} if
           /FKUCS {FKUC1S j jadd add get} def
           /FKUMS {FKUM1S j jadd add get} def
           /FKUYS {FKUY1S j jadd add get} def
           /FKUNS {FKUN1S j jadd add get} def
          } if %KURV=1
KURVS 2 eq {%KURVS=2
           /FKUCS {FKUC2S j get} def
           /FKUMS {FKUM2S j get} def
           /FKUYS {FKUY2S j get} def
           /FKUNS {FKUN2S j get} def
          } if %KURVS=2

FKUCS FKUMS FKUYS FKUNS setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 1 eq j 2 eq or {%j=1,2=P',D'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=1,2=P',D'

j 8 eq {%j=8=T'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def  %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=8=T

} if %ILF=0 sensitivity or saturation
} if %ILS#2

} for %KURVS=1,KURVMS

} if %if KURVMS>0 then KURVES

} for %j=0,JPPM
%end only for %j=1,2,8=P',D',T'

%begin only for %j=3,6,7=T,P,D
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation, not purity
50 setlinewidth

j 3 eq {%j=3=T
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=3

j 6 eq j 7 eq or{%j=6,7=P,D
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=6,7=P,D

} if %ILF=0 sensitivity or saturation, not purity
} if %ILS#2

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=3,6,7=T,P,D

%begin only for %j=0,4,5=U,N,W
0 1 JPPM {/j exch def %j=0,JPPM

ILF 0 eq {%ILF=0 (for ILS=0,1,2)
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 2 eq {%ILS=2 correction for j=0,4,5
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
       /Xx Xi i get def
       j 0 eq j 4 eq or j 5 eq or {%ILS=2 correction for j=0,4,5
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRG YEXP1  i get YEXP2  i get sub abs neg def}
                    {/XRG YEXP1S i get YEXP2S i get sub abs neg def
                    } ifelse %lambda>=525
         XJBA 525 ge {%XJBA>=525
                       /XJB YEXP0  i get YEXP5  i get sub abs neg def}
                      {/XJB YEXP5S i get YEXP0S i get sub abs neg def
                     } ifelse %XJBA>=525
         j 0 eq {Yi i XRG put} if          
         j 4 eq {Yi i XJB put} if
         j 5 eq {Yi i XRG XJB add put} if
%         j 5 eq {Yi i XRG dup mul XJB dup mul add sqrt neg put} if
        } if %ILS=2 correction for j=0,4,5 
       } for %i=0,85: 400_700_400(81)
         } if %ILS=2 correction for j=0,4,5

ILF 1 eq {%ILF=1

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {%j=0
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRGPM YEXP1  i get  
                            YEXP2  i get sub
                            %YP1T sub 
                            def}
                    {/XRGPM YEXP1S i get
                            YEXP2S i get sub
                            %YP1ST sub 
                            def
                    } ifelse %lambda>=525
         /XJBPM YEXP0  i get YEXP4  i get sub def
%         XJBA 525 ge {%XJBA>=525 P5=P5S P0S=PN P0=PU 
%                      %P0-P5=PU-PWa, P5S-P0S=PWa-PN
%                      /XJBPM YEXP0  i get YEXP5  i get sub def}
%                     {/XJBPM YEXP5S i get YEXP0S i get sub def
%                    } ifelse %XJBA>=525
        Yix i XRGPM put
        Yiy i XJBPM 0.5 mul put
        } if %j=0
       } for %i=0,85: 400_700_400(81)

%correction for purple colours
62 1 80 {/i exch def %i=61,80: 700+_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         Yix i  Yix 60 get 1malp mul  Yix 0 get alpha mul add put
         Yiy i  Yiy 60 get 1malp mul  Yiy 0 get alpha mul add put
       } for %i=61,80: 700+_400(81)
} if %ILF=1

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 0 eq j 4 eq or j 5 eq or {%j=0,4,5=U,N,W
         /I0 0 def /I1 0 def /I2 80 def
         /xst {Xi I0       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi I0 get MULY mul add} bind def
         xst yst moveto
I1 3 I2 {/i exch def  %i=1,80: 405_400
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_400
         stroke
} if %j=0,4,5=U,N,W

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram         
30 setlinewidth

j 0 eq {%j=0=U

/xst {IORX Yix 0 get MULF mul add} bind def
/yst {IORY Yiy 0 get MULF mul add} bind def
xst yst moveto
0 3 77 {/i exch def %i=1,80: 405_700_400
        /xst {IORX Yix i get       MULF mul add} bind def
        /yst {IORY Yiy i get       MULF mul add} bind def
        /x20 {IORX Yix i 1 add get MULF mul add} bind def
        /y20 {IORY Yiy i 1 add get MULF mul add} bind def
        /x21 {IORX Yix i 2 add get MULF mul add} bind def
        /y21 {IORY Yiy i 2 add get MULF mul add} bind def
        /x22 {IORX Yix i 3 add get MULF mul add} bind def
        /y22 {IORY Yiy i 3 add get MULF mul add} bind def
        x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_700_400
stroke

TBK
0 10 70 {/i exch def  %i=0,10,85: 400_700_400
        /xst {IORX Yix i get MULF mul add} bind def
        /yst {IORY Yiy i get MULF mul add} bind def
        newpath
        xst yst 40 0 360 arc fill
        newpath
        xst 400 sub yst 50 sub moveto 400 i 5 mul add cvishow
       } for %i=0,10,85: 400_700_400

        3000 2400 moveto (YP1T) show
        3000 2000 moveto 0 YP1T add cvsshow3
        3000 1600 moveto 0 YD1T add cvsshow3
        3000 1200 moveto 0 YT2T add cvsshow3
        3000 0800 moveto 0 YW2T add cvsshow3
 
        4000 2400 moveto (YP1ST) show
        4000 2000 moveto 0 YP1ST add cvsshow3
        4000 1600 moveto 0 YD1ST add cvsshow3
        4000 1200 moveto 0 YT2ST add cvsshow3
        4000 0800 moveto 0 YW2ST add cvsshow3

        0000 2400 moveto (UPDTNW1) show
        0000 2000 moveto YU1 cvsshow3
        0000 1600 moveto YP1 cvsshow3
        0000 1200 moveto YD1 cvsshow3
        0000 0800 moveto YT1 cvsshow3
        0000 0400 moveto YN1 cvsshow3
        0000 0000 moveto YW1 cvsshow3

        1300 2400 moveto (UPDTNW2) show
        1300 2000 moveto YU2 cvsshow3
        1300 1600 moveto YP2 cvsshow3
        1300 1200 moveto YD2 cvsshow3
        1300 0800 moveto YT2 cvsshow3
        1300 0400 moveto YN2 cvsshow3
        1300 0000 moveto YW2 cvsshow3
       
} if %j=0=U

} if %ILF=1 chromaticity diagram

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=0,4,5=U,N,W

ILF 0 eq {X0t neg 0 translate} if

-380 -280 translate

showpage
grestore

%} for %xchart=0,15

%%Trailor

%%EndDocument
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[ /Title (PostScript pictures: Image Technology)
  /Author (compare K. Richter "Computergrafik ...": ISBN 3-8007-1775-1)
  /Subject (goto: http://o2.ps.bam.de or http://www.ps.bam.de)
  /Keywords (image reproduction, colour devices)
  /Creator (klaus.richter@bam.de)
  /CreationDate (D:2006040112000)
  /ModDate (D:2006040112000)
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[ /View [ /FitB ]
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/ebshowK {TBKe 0 130 rmoveto show 0 -130 rmoveto} bind def
/sshowK {SK show} bind def
 
/tzo {0.0 1.0 1.0 0.0} bind def %Reproduktionsfarben
/tzl {1.0 0.0 1.0 0.0} bind def
/tzv {1.0 1.0 0.0 0.0} bind def
/tzc {1.0 0.0 0.0 0.0} bind def
/tzm {0.0 1.0 0.0 0.0} bind def
/tzy {0.0 0.0 1.0 0.0} bind def

/tzn {0.0 0.0 0.0 1.00} bind def %Graureihe
/tzd {0.0 0.0 0.0 0.75} bind def
/tzz {0.0 0.0 0.0 0.50} bind def
/tzh {0.0 0.0 0.0 0.25} bind def
/tzw {0.0 0.0 0.0 0.00} bind def

/tzr {0.0 1.0 0.5 0.0} bind def %Elementarfarben
/tzg {1.0 0.0 0.5 0.0} bind def
/tzb {1.0 0.5 0.0 0.0} bind def
/tzj {0.0 0.0 1.0 0.0} bind def

/tzrz {0.0 1.0 0.5 0.5} bind def %Elementarfarben vergraut
/tzgz {1.0 0.0 0.5 0.5} bind def
/tzbz {1.0 0.5 0.0 0.5} bind def
/tzjz {0.0 0.0 1.0 0.5} bind def

/tfo {tzo setcmykcolor} bind def
/tfl {tzl setcmykcolor} bind def
/tfv {tzv setcmykcolor} bind def
/tfc {tzc setcmykcolor} bind def
/tfm {tzm setcmykcolor} bind def
/tfy {tzy setcmykcolor} bind def

/tfn {tzn setcmykcolor} bind def
/tfd {tzd setcmykcolor} bind def
/tfz {tzz setcmykcolor} bind def
/tfh {tzh setcmykcolor} bind def
/tfw {tzw setcmykcolor} bind def

/tfr {tzr setcmykcolor} bind def
/tfg {tzg setcmykcolor} bind def
/tfb {tzb setcmykcolor} bind def
/tfj {tzj setcmykcolor} bind def

/tfrz {tzrz setcmykcolor} bind def
/tfgz {tzgz setcmykcolor} bind def
/tfbz {tzbz setcmykcolor} bind def
/tfjz {tzjz setcmykcolor} bind def
 
/A4quer {598 0 tl 90 rotate} def
/setcmyknew {setcmykcolor} def
/outSM {sshowM} def
/outSK {sshowK} def
/outxshowf {setcmykcolor show} def

%for output test only
/tspace {dup abs 1.0 le {(   ) show} if
         dup dup -1.0 le exch -10 gt and {(  ) show} if
         dup dup 1.0 gt exch  10 lt and {(   ) show} if
         dup dup 1.0 gt exch  10 ge and {( ) show} if
            } bind def

/trushow {tspace 0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/troshow {0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/trushow4 {0.00005 add 10000 mul truncate 10000 div
           10 string cvs show} bind def
           
/cvishow {cvi 6 string cvs show} def
/cvsshow1 {10 mul cvi 0.1 mul 7 string cvs show} def
/cvsshow2 {100 mul cvi 0.01 mul 7 string cvs show} def
/cvsshow3 {1000 mul cvi 0.001 mul 7 string cvs show} def

/W 9 array def
/W  [555 570 540 435 495 525 570 540 435] def

/WS 9 array def
0 1 8 {/j exch def %j=0,8
       WS j 525 W j get 525 sub sub put
      } for %j=0,8

/YIXU 88 array def
/YIXP 88 array def
/YIXD 88 array def
/YIXT 88 array def
/YIXN 88 array def
/YIXW 88 array def

/YIXUS 88 array def
/YIXPS 88 array def
/YIXDS 88 array def
/YIXTS 88 array def
/YIXNS 88 array def
/YIXWS 88 array def

/YEXP0 88 array def
/YEXP1 88 array def
/YEXP2 88 array def
/YEXP3 88 array def
/YEXP4 88 array def
/YEXP5 88 array def
/YEXP6 88 array def
/YEXP7 88 array def
/YEXP8 88 array def

/YEXP0S 88 array def
/YEXP1S 88 array def
/YEXP2S 88 array def
/YEXP3S 88 array def
/YEXP4S 88 array def
/YEXP5S 88 array def
/YEXP6S 88 array def
/YEXP7S 88 array def
/YEXP8S 88 array def

/Yix 88 array def
/Yiy 88 array def

/Xi 88 array def
/Yi 88 array def

/YixS 88 array def
/YiyS 88 array def

/XiS 88 array def
/YiS 88 array def

/KURVA 9 array def %9 actual curves
/KURVA1 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2 9 array def %9 curves, Saturation, one or two colours
%        U P D T N W P D T
/KURVA1 [2 0 0 1 2 2 1 1 0] def
/KURVA2 [2 0 0 1 2 2 1 1 0] def

/IDAI1 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00 [100 000 000 000 100 100 100 100 100] def
/IDAI01 [100 000 000 000 100 100 100 100 100] def
/IDAI10 [100 000 000 000 100 100 100 100 100] def
/IDAI11 [100 000 000 000 100 100 100 100 100] def

/FKUC1 9 array def %Actual colour C, Sensitivity
/FKUC2 9 array def %Actual colour C, Saturation
/FKUM1 9 array def %Actual colour M, Sensitivity
/FKUM2 9 array def %Actual colour M, Saturation
/FKUY1 9 array def %Actual colour Y, Sensitivity
/FKUY2 9 array def %Actual colour Y, Saturation
/FKUN1 9 array def %Actual colour N, Sensitivity
/FKUN2 9 array def %Actual colour N, Saturation

/FKUCI00 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10 9 array def %Cyan, Colour 1, Saturation
/FKUCI11 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI01 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def
/FKUCI10 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI11 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def

/FKUMI00 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10 9 array def %Magenta, Colour 1, Saturation
/FKUMI11 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI01 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def
/FKUMI10 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI11 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def

/FKUYI00 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10 9 array def %Yellow, Colour 1, Saturation
/FKUYI11 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI01 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI11 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00 9 array def %Black, Colour 1, Sensitivity
/FKUNI01 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10 9 array def %Black, Colour 1, Saturation
/FKUNI11 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI01 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI11 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAI 8 array def
/XRG$I 8 array def
/XJBAI 8 array def
/XBJ$I 8 array def
/XRGAI [ 525   575   475   600   575   575   575   575 ] def
/XRG$I [(525) (575) (475) (600) (575) (575) (575) (575)] def
/XJBAI [ 525   575   475   600   525   495   475   435 ] def
/XBJ$I [(525) (575) (475) (600) (525) (495) (475) (435)] def

/KURVAS 9 array def %9 actual curves
/KURVA1S 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2S 9 array def %9 curves, Saturation, one or two colours
%         U'P'D'T'N'W'P'D'T'
/KURVA1S [0 2 2 0 2 2 0 0 2] def
/KURVA2S [0 2 2 0 2 2 0 0 2] def

/IDAI1S 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2S 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00S 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01S 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10S 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11S 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00S [100 100 100 100 100 100 100 100 100] def
/IDAI01S [100 100 100 100 100 100 100 100 100] def
/IDAI10S [100 100 100 100 100 100 100 100 100] def
/IDAI11S [100 100 100 100 100 100 100 100 100] def

/FKUC1S 9 array def %Actual colour C, Sensitivity
/FKUC2S 9 array def %Actual colour C, Saturation
/FKUM1S 9 array def %Actual colour M, Sensitivity
/FKUM2S 9 array def %Actual colour M, Saturation
/FKUY1S 9 array def %Actual colour Y, Sensitivity
/FKUY2S 9 array def %Actual colour Y, Saturation
/FKUN1S 9 array def %Actual colour N, Sensitivity
/FKUN2S 9 array def %Actual colour N, Saturation

/FKUCI00S 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01S 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10S 9 array def %Cyan, Colour 1, Saturation
/FKUCI11S 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI01S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def
/FKUCI10S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI11S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def

/FKUMI00S 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01S 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10S 9 array def %Magenta, Colour 1, Saturation
/FKUMI11S 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI01S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def
/FKUMI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI11S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def

/FKUYI00S 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01S 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10S 9 array def %Yellow, Colour 1, Saturation
/FKUYI11S 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI01S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI11S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00S 9 array def %Black, Colour 1, Sensitivity
/FKUNI01S 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10S 9 array def %Black, Colour 1, Saturation
/FKUNI11S 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI01S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI11S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAIS 8 array def
/XRG$IS 8 array def
/XJBAIS 8 array def
/XBJ$IS 8 array def

0 1 7 {/j exch def %j=0,7
       XRGAIS j 525 XRGAI j get 525 sub sub put
       XJBAIS j 525 XJBAI j get 525 sub sub put
       XRG$IS j XRGAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
       XBJ$IS j XJBAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
      } for %j=0,7
      
/JPPM 4 def
/CY 0.35 def
/CX  50 def

%%EndProlog
gsave
/lanind 0 def
/lantex [(G) (E) (S) (N) (I) (J) (M)] def
/showde {0 lanind eq {show} {pop} ifelse} bind def
/showen {1 lanind eq {show} {pop} ifelse} bind def
/showes {2 lanind eq {show} {pop} ifelse} bind def
/showfr {3 lanind eq {show} {pop} ifelse} bind def
/showit {4 lanind eq {show} {pop} ifelse} bind def
/showjp {5 lanind eq {show} {pop} ifelse} bind def
/showm {6 lanind eq {show} {pop} ifelse} bind def
/lanindg where {pop /lanind1 lanindg def /lanind2 lanindg def}
               {/lanind1 0 def /lanind2 0 def} ifelse
/colormg where {pop /colorm1 colormg def /colorm2 colormg def}
               {/colorm1 0 def /colorm2 0 def} ifelse
/xcolorg where {pop /xcolor1 xcolorg def /xcolor2 xcolorg def}
               {/xcolor1 0 def /xcolor2 0 def} ifelse
/xchartg where {pop /xchart1 xchartg def /xchart2 xchartg def}
               {/xchart1 0 def /xchart2 0 def} ifelse
/lanind lanind1 def %lanind1 1 lanind2 {/lanind exch def %output showpage
/colorm colorm1 def %colorm1 1 colorm2 {/colorm exch def %output showpage
/xcolor xcolor1 def %xcolor1 1 xcolor2 {/xcolor exch def %output showpage
/xchart xchart1 def %xchart1 1 xchart2 {/xchart exch def %output showpage

/GSS$ where {pop /LSS$ GSS$ def}
            {/LSS$ (1) def} ifelse
/GSC$ where {pop /LSC$ GSC$ def}
            {/LSC$ (N) def} ifelse
/GSX$ where {pop /LSX$ GSX$ def}
            {/LSX$ (0) def} ifelse
/GSY$ where {pop /LSY$ GSY$ def}
            {/LSY$ (0) def} ifelse
/GEX$ where {pop /LEX$ GEX$ def}
            {/LEX$ (P.PS./PDF) def} ifelse
/GEY$ where {pop /LEY$ GEY$ def}
            {/LEY$ (P.DAT) def} ifelse
/IMES where {pop %/IMES IMES def
            }
            {/IMES 0 def} ifelse

/xchartg where {pop /xchart   7 def} {/xchart   7 def} ifelse

5 /Times-ISOL1 FS
72 84 moveto
    ( WG990-8, ) show

(Change of PDT (LMS) in volour vision; Adaptation) showen
(\304nderung von PDT (LMS) beim Farbensehen; Adaptation) showde

72 90 translate

%/xchart 02 def
%0 1 15 {/xchart exch def %xchart=0,15

gsave

xchart  0 eq {/ILK 0 def /ILS 0 def /INE 0 def /ILF 0 def} if %ILT=0 NO threshold
xchart  1 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  2 eq {/ILK 1 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  3 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  4 eq {/ILK 2 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  5 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  6 eq {/ILK 3 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  7 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  8 eq {/ILK 0 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart  9 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 10 eq {/ILK 1 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 11 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 12 eq {/ILK 2 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 13 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 14 eq {/ILK 3 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 15 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 1 def} if
/ILT 1 def
%/ILF 1 def
%/IKOM 3 def %0=U, 1=N/G, 2=W/R, 3=V
xchart  0 ge xchart  3 le and {/IKOM 3 def} if %W
xchart  4 ge xchart  7 le and {/IKOM 3 def} if %W
xchart  8 ge xchart 11 le and {/IKOM 3 def} if %W
xchart 12 ge xchart 15 le and {/IKOM 3 def} if %W
%/ILN 4 def %L&M, L&S, M&S, UVW&S
%/ILN 5 def %L&M, L&S, M&S, UGR&S
/ILN 6 def %L&M, L&S, M&S, UGR&SGR
ILN 5 eq {/JPPM 6 def} {/JPPM 5 def} ifelse
ILN 6 eq {/JPPM 8 def} if
ILF 1 eq {/JPPM 1 def} if
ILS 2 eq {/JPPM 5 def} if

/ILU 0 def %NO u scale
ILT 0 eq {/ta 0.0 def /logta -6 def} if
ILT 1 eq {/ta 0.007 def /logta ta log def} if
ILT 2 eq {/ta 0.002 def /logta ta log def} if
/MULX 0600 def
/MULY 1200 0.8 mul def
ILS 1 eq {/MULY 1200 0.4 mul def} if
/MULF 1200 0.8 mul def

0.01 MM 0.01 MM scale
 
30 setlinewidth
[ ] 0 setdash

0.0 0.0 0.0 0.5 setcmykcolor
0 0  moveto 5400 0 rlineto 0 4000 rlineto -5400 0 rlineto
closepath fill

/Xa {(a) ishowM} def
/Xo {(o) ishowM} def

/P0o {tfo (P)  bishowM tfo (o) ishowM} def
/D0o {tfl (D)  bishowM tfl (o) ishowM} def
/T0o {tfv (T)  bishowM tfv (o) ishowM} def

/P0a {tfo (P)  bishowM tfo (a) ishowM} def
/D0a {tfl (D)  bishowM tfl (a) ishowM} def
/T0a {tfv (T)  bishowM tfv (a) ishowM} def

/U0a {tfn (U) bishowM tfy (a) ishowM} def
/N0a {tfn (N) bishowM tfc (a) ishowM} def
/W0a {tfn (W) bishowM tfm (a) ishowM} def

/P0oS {tfo (P')  bishowM tfo (o) ishowM} def
/D0oS {tfl (D')  bishowM tfl (o) ishowM} def
/T0oS {tfv (T')  bishowM tfv (o) ishowM} def

/P0aS {tfo (P')  bishowM tfo (a) ishowM} def
/D0aS {tfl (D')  bishowM tfl (a) ishowM} def
/T0aS {tfv (T')  bishowM tfv (a) ishowM} def

/U0aS {tfn (U') bishowM tfy (a) ishowM} def
/N0aS {tfn (N') bishowM tfc (a) ishowM} def
/W0aS {tfn (W') bishowM tfm (a) ishowM} def

/YAa  {IKOM 0 eq {tfn (U) bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N) bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W) bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W) bishowM tfm (a) ishowM} if} def
/YAaS {IKOM 0 eq {tfn (U') bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N') bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W') bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W') bishowM tfm (a) ishowM} if} def

/AF1 0.5 def
/AF2 0.5 def

/XRGA {XRGAI ILK get} def
/XJBA {XJBAI ILK get} def
/XRG$ {XRG$I ILK get} def
/XBJ$ {XBJ$I ILK get} def

/XRGAS {XRGAIS ILK get} def
/XJBAS {XJBAIS ILK get} def
/XRG$S {XRG$IS ILK get} def
/XBJ$S {XBJ$IS ILK get} def

/W0 {W 0 get} def
/W1 {W 1 get} def
/W2 {W 2 get} def
/W3 {W 3 get} def
/W4 {W 4 get} def
/W5 {W 5 get} def
/W6 {W 6 get} def
/W7 {W 7 get} def
/W8 {W 8 get} def

/W0S {WS 0 get} def
/W1S {WS 1 get} def
/W2S {WS 2 get} def
/W3S {WS 3 get} def
/W4S {WS 4 get} def
/W5S {WS 5 get} def
/W6S {WS 6 get} def
/W7S {WS 7 get} def
/W8S {WS 8 get} def

%function value for curve U normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1 {XRGA W0 sub CX div dup mul CY mul neg} def
/YU2 {XJBA W0 sub CX div dup mul CY mul neg} def
/YUP {W1 W0 sub CX div dup mul CY mul neg} def
/YUD {W2 W0 sub CX div dup mul CY mul neg} def
/YUT {W3 W0 sub CX div dup mul CY mul neg} def
/YUN {W4 W0 sub CX div dup mul CY mul neg} def
/YUW {W5 W0 sub CX div dup mul CY mul neg} def
/YUB {475 W0 sub CX div dup mul CY mul neg} def
/YUJ {575 W0 sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1 {XRGA XRGA 525 sub 0 ge {W1} {W1S} ifelse
      sub CX div dup mul CY mul neg} def
/YP2 {XJBA W1 sub CX div dup mul CY mul neg} def
/YPP {W1 W1 sub CX div dup mul CY mul neg} def
/YPD {W2 W1 sub CX div dup mul CY mul neg} def
/YPT {W3 W1 sub CX div dup mul CY mul neg} def
/YPN {W4 W1 sub CX div dup mul CY mul neg} def
/YPW {W5 W1 sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5),
%            450(V=6), 475(B=6), 575(J=7), 600(O=8)
/YD1 {XRGA XRGA 525 sub 0 ge {W2} {W2S} ifelse
      sub CX div dup mul CY mul neg} def
/YD2 {XJBA W2 sub CX div dup mul CY mul neg} def
/YDP {W1 W2 sub CX div dup mul CY mul neg} def
/YDD {W2 W2 sub CX div dup mul CY mul neg} def
/YDT {W3 W2 sub CX div dup mul CY mul neg} def
/YDN {W4 W2 sub CX div dup mul CY mul neg} def
/YDW {W5 W2 sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1 {XRGA W3 sub CX div dup mul CY mul neg} def
/YT2 {XJBA XJBA 525 sub 0 le {W3} {W3S} ifelse
      sub CX div dup mul CY mul neg} def
/YTP {W1 W3 sub CX div dup mul CY mul neg} def
/YTD {W2 W3 sub CX div dup mul CY mul neg} def
/YTT {W3 W3 sub CX div dup mul CY mul neg} def
/YTN {W4 W3 sub CX div dup mul CY mul neg} def
/YTW {W5 W3 sub CX div dup mul CY mul neg} def
/YTB {475 W3 sub CX div dup mul CY mul neg} def
/YTJ {575 W3 sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1 {XRGA W4 sub CX div dup mul CY mul neg} def
/YN2 {XJBA W4 sub CX div dup mul CY mul neg} def
/YNP {W1 W4 sub CX div dup mul CY mul neg} def
/YND {W2 W4 sub CX div dup mul CY mul neg} def
/YNT {W3 W4 sub CX div dup mul CY mul neg} def
/YNN {W4 W4 sub CX div dup mul CY mul neg} def
/YNW {W5 W4 sub CX div dup mul CY mul neg} def
/YNB {475 W4 sub CX div dup mul CY mul neg} def
/YNJ {575 W4 sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1 {XRGA W5 sub CX div dup mul CY mul neg} def
/YW2 {XJBA W5 sub CX div dup mul CY mul neg} def
/YWP {YUP YNP add 0.5 mul} def
/YWD {YUD YND add 0.5 mul} def
/YWT {YUT YNT add 0.5 mul} def
/YWN {YUN YNN add 0.5 mul} def
/YWW {YUW YNW add 0.5 mul} def
/YWB {YUB YNB add 0.5 mul} def
/YWJ {YUJ YNJ add 0.5 mul} def

%function value for curve U normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1S {XRGAS W0S sub CX div dup mul CY mul neg} def
/YU2S {XJBAS W0S sub CX div dup mul CY mul neg} def
/YUPS {W1S W0S sub CX div dup mul CY mul neg} def
/YUDS {W2S W0S sub CX div dup mul CY mul neg} def
/YUTS {W3S W0S sub CX div dup mul CY mul neg} def
/YUNS {W4S W0S sub CX div dup mul CY mul neg} def
/YUWS {W5S W0S sub CX div dup mul CY mul neg} def
/YUBS {575 W0S sub CX div dup mul CY mul neg} def
/YUJS {475 W0S sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1S {XRGAS XRGAS 525 sub 0 le {W1S} {W1} ifelse
      sub CX div dup mul CY mul neg} def
/YP2S {XJBAS W1S sub CX div dup mul CY mul neg} def
/YPPS {W1S W1S sub CX div dup mul CY mul neg} def
/YPDS {W2S W1S sub CX div dup mul CY mul neg} def
/YPTS {W3S W1S sub CX div dup mul CY mul neg} def
/YPNS {W4S W1S sub CX div dup mul CY mul neg} def
/YPWS {W5S W1S sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YD1S {XRGAS XRGAS 525 sub 0 le {W2S} {W2} ifelse
      sub CX div dup mul CY mul neg} def
/YD2S {XJBAS W2S sub CX div dup mul CY mul neg} def
/YDPS {W1S W2S sub CX div dup mul CY mul neg} def
/YDDS {W2S W2S sub CX div dup mul CY mul neg} def
/YDTS {W3S W2S sub CX div dup mul CY mul neg} def
/YDNS {W4S W2S sub CX div dup mul CY mul neg} def
/YDWS {W5S W2S sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1S {XRGAS W3S sub CX div dup mul CY mul neg} def
/YT2S {XJBAS XJBAS 525 sub 0 ge {W3S} {W3} ifelse
      sub CX div dup mul CY mul neg} def
/YTPS {W1S W3S sub CX div dup mul CY mul neg} def
/YTDS {W2S W3S sub CX div dup mul CY mul neg} def
/YTTS {W3S W3S sub CX div dup mul CY mul neg} def
/YTNS {W4S W3S sub CX div dup mul CY mul neg} def
/YTWS {W5S W3S sub CX div dup mul CY mul neg} def
/YTBS {575 W3S sub CX div dup mul CY mul neg} def
/YTJS {475 W3S sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1S {XRGAS W4S sub CX div dup mul CY mul neg} def
/YN2S {XJBAS W4S sub CX div dup mul CY mul neg} def
/YNPS {W1S W4S sub CX div dup mul CY mul neg} def
/YNDS {W2S W4S sub CX div dup mul CY mul neg} def
/YNTS {W3S W4S sub CX div dup mul CY mul neg} def
/YNNS {W4S W4S sub CX div dup mul CY mul neg} def
/YNWS {W5S W4S sub CX div dup mul CY mul neg} def
/YNBS {575 W4S sub CX div dup mul CY mul neg} def
/YNJS {475 W4S sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1S {XRGAS W5S sub CX div dup mul CY mul neg} def
/YW2S {XJBAS W5S sub CX div dup mul CY mul neg} def
/YWPS {YUPS YNPS add 0.5 mul} def
/YWDS {YUDS YNDS add 0.5 mul} def
/YWTS {YUTS YNTS add 0.5 mul} def
/YWNS {YUNS YNNS add 0.5 mul} def
/YWWS {YUWS YNWS add 0.5 mul} def
/YWBS {YUBS YNBS add 0.5 mul} def
/YWJS {YUJS YNJS add 0.5 mul} def

%i=0,85: 400_500_600_700_400(81)
0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXU i XEXI W 0 get sub CX div dup mul CY mul neg put
        YIXP i XEXI W 1 get sub CX div dup mul CY mul neg put
        YIXD i XEXI W 2 get sub CX div dup mul CY mul neg put
        YIXT i XEXI W 3 get sub CX div dup mul CY mul neg put
        YIXN i XEXI W 4 get sub CX div dup mul CY mul neg put
        YIXW i XEXI W 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXU i YIXU 60 get 1malp mul YIXU 0 get alpha mul add put
         YIXP i YIXP 60 get 1malp mul YIXP 0 get alpha mul add put
         YIXD i YIXD 60 get 1malp mul YIXD 0 get alpha mul add put
         YIXT i YIXT 60 get 1malp mul YIXT 0 get alpha mul add put
         YIXN i YIXN 60 get 1malp mul YIXN 0 get alpha mul add put
         YIXW i YIXW 60 get 1malp mul YIXW 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXU i YIXU i 80 sub get put
         YIXP i YIXP i 80 sub get put
         YIXD i YIXD i 80 sub get put
         YIXT i YIXT i 80 sub get put
         YIXN i YIXN i 80 sub get put
         YIXW i YIXW i 80 sub get put
} for %i=81,85: 405_425(5)

0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXUS i XEXI WS 0 get sub CX div dup mul CY mul neg put
        YIXPS i XEXI WS 1 get sub CX div dup mul CY mul neg put
        YIXDS i XEXI WS 2 get sub CX div dup mul CY mul neg put
        YIXTS i XEXI WS 3 get sub CX div dup mul CY mul neg put
        YIXNS i XEXI WS 4 get sub CX div dup mul CY mul neg put
        YIXWS i XEXI WS 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXUS i YIXUS 60 get 1malp mul YIXUS 0 get alpha mul add put
         YIXPS i YIXPS 60 get 1malp mul YIXPS 0 get alpha mul add put
         YIXDS i YIXDS 60 get 1malp mul YIXDS 0 get alpha mul add put
         YIXTS i YIXTS 60 get 1malp mul YIXTS 0 get alpha mul add put
         YIXNS i YIXNS 60 get 1malp mul YIXNS 0 get alpha mul add put
         YIXWS i YIXWS 60 get 1malp mul YIXWS 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXUS i YIXUS i 80 sub get put
         YIXPS i YIXPS i 80 sub get put
         YIXDS i YIXDS i 80 sub get put
         YIXTS i YIXTS i 80 sub get put
         YIXNS i YIXNS i 80 sub get put
         YIXWS i YIXWS i 80 sub get put
} for %i=81,85: 405_425(5)

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

0 1 85 {/i exch def
        /YEXU {YIXU i get} def
        /YEXP {YIXP i get YP1T add} def
        /YEXD {YIXD i get YD1T add} def
        /YEXT {YIXT i get YT2T add} def
        /YEXN {YIXN i get} def
        /YEXW {YIXW i get YW2T add} def

/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXA YEXU def} if
          IKOM 1 eq {/YEXA YEXN def} if
          IKOM 2 eq {/YEXA YEXW def} if
          IKOM 3 eq {/YEXA YEXW def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXU YEXA sub fneg def YDchange
                  YEXP0 i YD put} if
          j 1 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP1 i YD put} if
          j 2 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP2 i YD put} if
          j 3 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP3 i YD put} if
          j 4 eq {/YD YEXN YEXA sub fneg def YDchange
                  YEXP4 i YD put} if
          j 5 eq {/YD YEXW YEXA sub fneg def YDchange
                  YEXP5 i YD put} if
          j 6 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP6 i YD put} if
          j 7 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP7 i YD put} if
          j 8 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP8 i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0 i get YEXA add def YEXP0 i YE put} if
                    j 1 eq {/YE YEXP1 i get YEXA add def YEXP1 i YE put} if
                    j 2 eq {/YE YEXP2 i get YEXA add def YEXP2 i YE put} if
                    j 3 eq {/YE YEXP3 i get YEXA add def YEXP3 i YE put} if
                    j 4 eq {/YE YEXP4 i get YEXA add def YEXP4 i YE put} if
                    j 5 eq {/YE YEXP5 i get YEXA add def YEXP5 i YE put} if
                    j 6 eq {/YE YEXP6 i get YEXA add def YEXP6 i YE put} if
                    j 7 eq {/YE YEXP7 i get YEXA add def YEXP7 i YE put} if
                    j 8 eq {/YE YEXP8 i get YEXA add def YEXP8 i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        /YEXUS {YIXUS i get} def %identical YEXN
        /YEXPS {YIXPS i get YP1ST add} def
        /YEXDS {YIXDS i get YD1ST add} def
        /YEXTS {YIXTS i get YT2ST add} def 
        /YEXNS {YIXNS i get} def %identical YEXU
        /YEXWS {YIXWS i get YW2ST add} def
        
/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXAS YEXNS def} if
          IKOM 1 eq {/YEXAS YEXUS def} if
          IKOM 2 eq {/YEXAS YEXWS def} if
          IKOM 3 eq {/YEXAS YEXWS def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXUS YEXAS sub fneg def YDchange
                  YEXP0S i YD put} if
          j 1 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP1S i YD put} if
          j 2 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP2S i YD put} if
          j 3 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP3S i YD put} if
          j 4 eq {/YD YEXNS YEXAS sub fneg def YDchange
                  YEXP4S i YD put} if
          j 5 eq {/YD YEXWS YEXAS sub fneg def YDchange
                  YEXP5S i YD put} if
          j 6 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP6S i YD put} if
          j 7 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP7S i YD put} if
          j 8 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP8S i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0S i get YEXAS add def YEXP0S i YE put} if
                    j 1 eq {/YE YEXP1S i get YEXAS add def YEXP1S i YE put} if
                    j 2 eq {/YE YEXP2S i get YEXAS add def YEXP2S i YE put} if
                    j 3 eq {/YE YEXP3S i get YEXAS add def YEXP3S i YE put} if
                    j 4 eq {/YE YEXP4S i get YEXAS add def YEXP4S i YE put} if
                    j 5 eq {/YE YEXP5S i get YEXAS add def YEXP5S i YE put} if
                    j 6 eq {/YE YEXP6S i get YEXAS add def YEXP6S i YE put} if
                    j 7 eq {/YE YEXP7S i get YEXAS add def YEXP7S i YE put} if
                    j 8 eq {/YE YEXP8S i get YEXAS add def YEXP8S i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

ILF 0 eq {%ILF=0
1800 050 moveto tfw
(l) outSM (d) ishowK 30 0 rmoveto (/nm) nshowM
4200 050 moveto tfw
(l) outSM (c) ishowK 30 0 rmoveto (/nm) nshowM
ILU 1 eq {4900 550 moveto (u) bishowM} if
} if %ILF=0

3100 2975 moveto tfw (Adaptation: ) bshowM 
tfw (l) outSM tfo (R) ishowK tfl (G) ishowK 
tfw (=) bshowM XRG$I ILK get bshowM

%special; first part not visible
3100 2725 moveto 0.0 0.0 0.0 0.5 setcmykcolor (Adaptation: ) bshowM 
tfw (l) outSM tfv (B) ishowK tfy (J) ishowK 
tfw (=) bshowM XBJ$I ILK get bshowM

ILS 0 eq ILS 2 eq or {%ILS=0&2,#0
          3400 2725 moveto (t) bshowM (s) ishowK (=) bshowM ta trushow4
         }
         {
          0800 2975 moveto TBM (Threshold: ) showen (Schwelle: ) showde
          (t) bshowM (s) ishowK (=) bshowM ta trushow4
         } ifelse %ILS=0&2,#0

010 3800 moveto
ILS 0 eq {%iLS=0,1
          tfw (log [) bshowM P0a D0a T0a U0a N0a W0a
               tfw (]) bshowM}
         {INE 0 eq {tfw (log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]-log) bshowM YAa}
                   {tfw (log) bshowM YAa
                    tfw (-log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]) bshowM
                   } ifelse
         } ifelse %ILS=0,1

210 3525 moveto %special U0a,N0a
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5
         
210 3250 moveto
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5

3100 3800 moveto tfw (log) bshowM 30 0 rmoveto P0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto P0o tfw 
YU1 YP1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YP1 sub abs troshow

3100 3525 moveto tfw (log) bshowM 30 0 rmoveto D0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto D0o tfw
YU1 YD1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YD1 sub abs troshow

%special for 475nm/575nm
3100 3250 moveto tfw (log) bshowM 30 0 rmoveto T0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto T0o tfw
/YDTW YT2 neg YW2 add def
YDTW 0 ge {( + )} {( - )} ifelse bshowM
YDTW abs troshow

%4300 2000 moveto TBM YT2 troshow
%4300 1700 moveto TBM YW2 troshow
%4300 1400 moveto TBM YTB troshow
%4300 1100 moveto TBM YWB troshow

%4300 1000 moveto TBM YT2S troshow
%4300 0700 moveto TBM YW2S troshow
%4300 0400 moveto TBM YTBS troshow
%4300 0100 moveto TBM YWBS troshow

%y-arrow
 100 3400 moveto 0 300 rlineto -50 -150 rlineto
                                50  150 rlineto 50 -150 rlineto stroke

tfw
380 280 translate
50 setlinewidth

ILF 0 eq {%ILF=0 sensitivity or saturation
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto 0 ILS 0 eq ILS 2 eq or {3300} {3600} ifelse 
            0.8 mul rlineto  stroke
 ILS 0 eq ILS 2 eq or {0 2700 0.8 mul moveto 400 12 mul 0 rlineto stroke} if

TBK
/tx [ (400) (500) (600) (700) (400)] def
/tye [(-2) () (-1) () (  0) () (-2)] def
/tys [(-2) (-1) (  0) (  1) (  2) (  3) (-2)] def
/tu [ (    -3,1) (-1,1) (  0,9)  (  2,9) (    -3,1)] def
 
%!u-Achse: 100 Einheiten = 1200 Skalen-Einheiten

ILU 1 eq {%ILU=1
0 1 4 {/i exch def
       /ixt {-180 i 1200 mul add} def
       /ixl {240 i 1200 mul add} def
        ixt 150 moveto tu i get exec show } for
 
% 555 nm; u=0.0
          /ixt -180 1.55 1200 mul add def
          /ixl  240 1.55 1200 mul add def
          0.25 0.0 1.0 0.0 setcmykcolor
          ixt 150 moveto (   0.0) show
          /ixt  20  1860 add def
          ixt -320 moveto (555) show
          ixl 75 moveto 0 -150 rlineto stroke
         } if %ILU=1
 
%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten
tfw
0 1 4 {/i exch def
       /ixt {-150 i 1200 mul add} def
       /ixl { 000 i 1200 mul add} def
        ixt -250 moveto tx i get exec show
        ixl   75 moveto 0 -150 rlineto stroke } for
 
%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten
TBK 
0 1 5 {/i exch def
       /iyt {200 i 0480 mul add} def
       /iyl {240 i 0480 mul add} def
        -300 iyt moveto ILS 0 eq ILS 2 eq or {tye} {tys} ifelse
                        i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

TBK
30 setlinewidth
%400nm
/X400 000 0.00 1200 mul add def
%425nm 
/X425 000 0.25 1200 mul add def
%475nm 
/X475 000 0.75 1200 mul add def
%525nm
/X525 000 1.25 1200 mul add def
%575nm
/X575 000 1.75 1200 mul add def
%625nm
/X625 000 2.25 1200 mul add def
%675nm
/X675 000 2.75 1200 mul add def
%375cnm 
/X700 000 3.00 1200 mul add def
%395cnm
/X400c 000 4.00 1200 mul add def

%ymax = 240 + 4 * 480 = 2160
[100 100] 0 setdash

X525 0 moveto 0 2160 rlineto stroke
X700 0 moveto 0 2160 rlineto stroke
X400c 0 moveto 0 2160 rlineto stroke

X525 20 add 100 moveto (525) show
%X700 20 add 100 moveto (700) show
%X400c 20 add 100 moveto (400) show

%xchart 2 ge {%xchart>=2
             X475 0 moveto 0 2160 rlineto stroke
             X575 0 moveto 0 2160 rlineto stroke
             X475 20 add 100 moveto (475) show
             X575 20 add 100 moveto (575) show
%            } if %xchart>=2
[ ] 0 setdash
TBG

50 setlinewidth
%Cero point at 555 nm
/X0t {555 400 sub 12 mul} def
X0t 0 translate

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram
TBG
/ix00 000 def
/ty [(-2) (-1) (  0) (  1) (  2) (  3)] def

tfw
50 setlinewidth
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto  0 2400 rlineto  stroke

TBM
/tx [(-3) (-2) (-1) (  0) (  1) (  2) (  3) (  4)] def

%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten

0 1 6 {/i exch def /ix00 000 def
       /ixt { ix00 -280 add i 0600 mul add} def
       /ixl { ix00  000 add i 0600 mul add} def
        ixt 100 add -250 moveto tx i get exec show
        ixl 75 moveto 0 -150 rlineto stroke } for

%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten

0 1 4 {/i exch def
       /iyt {-100 i 0600 mul add} def
       /iyl { 000 i 0600 mul add} def
        -350 iyt moveto ty i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

%Nullpunkt-Achsenkreuz
30 setlinewidth tfn
1800 0000 moveto 0000 2350 rlineto stroke
0000 1200 moveto 4000 0000 rlineto stroke
50 setlinewidth tfw

%text
3400 0600 moveto tfw (| log [) bshowM P0a tfw (/) bshowM YAa
                 tfw (]) bshowM
3400 0300 moveto tfw (-log [) bshowM D0a tfw (/) bshowM YAa
                 tfw (] |) bshowM
0200 2200 moveto tfw  (log [) bshowM U0a tfw (/) bshowM YAa
                 tfw (]) bshowM
0200 1900 moveto tfw (-log [) bshowM T0a tfw (/) bshowM YAa
                 tfw (]) bshowM

} if %ILF>=1 chromaticity diagram
 
ILF 0 eq {%ILF=0 for clip
0 setlinewidth
/Y0C 0000 def
/Y1C 2400 def
ILU 1 eq {/Y0C 0450 def} if
ILS 0 eq {/Y1C 2900 def} if

0.0 0.0 0.0 0.0 setcmykcolor
X0t neg Y0C moveto  4800 0 rlineto 0 Y1C rlineto
                   -4800 0 rlineto 0 Y1C neg rlineto clip stroke
} if %ILF=0 for clip

ILS 0 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %response diagram
ILS 1 eq ILF 0 eq and {/IORY 1500 0.8 mul def} if %saturation diagram
ILS 2 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %purity diagram
ILS 1 eq ILF 1 eq and {/IORX 1800 def /IORY 1200 def} if %chromaticity diagram

%begin only for %j=1,2,8=P',D',T'
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        XiS i i 5 mul 400 add put
        j 0 eq {YiS i YEXP0S i get put} if
        j 1 eq {YiS i YEXP1S i get put} if
        j 2 eq {YiS i YEXP2S i get put} if
        j 3 eq {YiS i YEXP3S i get put} if
        j 4 eq {YiS i YEXP4S i get put} if
        j 5 eq {YiS i YEXP5S i get put} if
        j 6 eq {YiS i YEXP6S i get put} if
        j 7 eq {YiS i YEXP7S i get put} if
        j 8 eq {YiS i YEXP8S i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1S j FKUCI00S j get put
          FKUM1S j FKUMI00S j get put
          FKUY1S j FKUYI00S j get put
          FKUN1S j FKUNI00S j get put
          FKUC2S j FKUCI01S j get put
          FKUM2S j FKUMI01S j get put
          FKUY2S j FKUYI01S j get put
          FKUN2S j FKUNI01S j get put
          IDAI1S j IDAI00S j get put
          IDAI2S j IDAI01S j get put
          KURVAS j KURVA1S j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1S j FKUCI10S j get put
          FKUM1S j FKUMI10S j get put
          FKUY1S j FKUYI10S j get put
          FKUN1S j FKUNI10S j get put
          FKUC2S j FKUCI11S j get put
          FKUM2S j FKUMI11S j get put
          FKUY2S j FKUYI11S j get put
          FKUN2S j FKUNI11S j get put
          IDAI1S j IDAI10S j get put
          IDAI2S j IDAI11S j get put
          KURVAS j KURVA2S j get put
         } if %ILS=1

/KURVMS {KURVAS j get} def

KURVMS 0 gt {%if KURVMS>0 then KURVE

1 1 KURVMS {/KURVS exch def %KURVS=1,KURVMS

/IDA1S {IDAI1S j get cvi} def
/IDA2S {IDAI2S j get cvi} def 

KURVS 1 eq {[ ] 0 setdash} if
KURVS 2 eq {%KURVS=2 %special for 475nm curve j=3
           /IDA1S {IDAI1S j get} def
           /IDA2S {IDAI2S j get} def 
          [ IDA1S IDA2S] 0 setdash
          } if %KURVS=2

KURVS 1 eq {%KURVS=1
          /jadd 0 def
%           ILS 1 ge j 1 eq and {/jadd 3 def} if
           /FKUCS {FKUC1S j jadd add get} def
           /FKUMS {FKUM1S j jadd add get} def
           /FKUYS {FKUY1S j jadd add get} def
           /FKUNS {FKUN1S j jadd add get} def
          } if %KURV=1
KURVS 2 eq {%KURVS=2
           /FKUCS {FKUC2S j get} def
           /FKUMS {FKUM2S j get} def
           /FKUYS {FKUY2S j get} def
           /FKUNS {FKUN2S j get} def
          } if %KURVS=2

FKUCS FKUMS FKUYS FKUNS setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 1 eq j 2 eq or {%j=1,2=P',D'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=1,2=P',D'

j 8 eq {%j=8=T'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def  %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=8=T

} if %ILF=0 sensitivity or saturation
} if %ILS#2

} for %KURVS=1,KURVMS

} if %if KURVMS>0 then KURVES

} for %j=0,JPPM
%end only for %j=1,2,8=P',D',T'

%begin only for %j=3,6,7=T,P,D
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation, not purity
50 setlinewidth

j 3 eq {%j=3=T
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=3

j 6 eq j 7 eq or{%j=6,7=P,D
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=6,7=P,D

} if %ILF=0 sensitivity or saturation, not purity
} if %ILS#2

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=3,6,7=T,P,D

%begin only for %j=0,4,5=U,N,W
0 1 JPPM {/j exch def %j=0,JPPM

ILF 0 eq {%ILF=0 (for ILS=0,1,2)
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 2 eq {%ILS=2 correction for j=0,4,5
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
       /Xx Xi i get def
       j 0 eq j 4 eq or j 5 eq or {%ILS=2 correction for j=0,4,5
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRG YEXP1  i get YEXP2  i get sub abs neg def}
                    {/XRG YEXP1S i get YEXP2S i get sub abs neg def
                    } ifelse %lambda>=525
         XJBA 525 ge {%XJBA>=525
                       /XJB YEXP0  i get YEXP5  i get sub abs neg def}
                      {/XJB YEXP5S i get YEXP0S i get sub abs neg def
                     } ifelse %XJBA>=525
         j 0 eq {Yi i XRG put} if          
         j 4 eq {Yi i XJB put} if
         j 5 eq {Yi i XRG XJB add put} if
%         j 5 eq {Yi i XRG dup mul XJB dup mul add sqrt neg put} if
        } if %ILS=2 correction for j=0,4,5 
       } for %i=0,85: 400_700_400(81)
         } if %ILS=2 correction for j=0,4,5

ILF 1 eq {%ILF=1

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {%j=0
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRGPM YEXP1  i get  
                            YEXP2  i get sub
                            %YP1T sub 
                            def}
                    {/XRGPM YEXP1S i get
                            YEXP2S i get sub
                            %YP1ST sub 
                            def
                    } ifelse %lambda>=525
         /XJBPM YEXP0  i get YEXP4  i get sub def
%         XJBA 525 ge {%XJBA>=525 P5=P5S P0S=PN P0=PU 
%                      %P0-P5=PU-PWa, P5S-P0S=PWa-PN
%                      /XJBPM YEXP0  i get YEXP5  i get sub def}
%                     {/XJBPM YEXP5S i get YEXP0S i get sub def
%                    } ifelse %XJBA>=525
        Yix i XRGPM put
        Yiy i XJBPM 0.5 mul put
        } if %j=0
       } for %i=0,85: 400_700_400(81)

%correction for purple colours
62 1 80 {/i exch def %i=61,80: 700+_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         Yix i  Yix 60 get 1malp mul  Yix 0 get alpha mul add put
         Yiy i  Yiy 60 get 1malp mul  Yiy 0 get alpha mul add put
       } for %i=61,80: 700+_400(81)
} if %ILF=1

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 0 eq j 4 eq or j 5 eq or {%j=0,4,5=U,N,W
         /I0 0 def /I1 0 def /I2 80 def
         /xst {Xi I0       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi I0 get MULY mul add} bind def
         xst yst moveto
I1 3 I2 {/i exch def  %i=1,80: 405_400
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_400
         stroke
} if %j=0,4,5=U,N,W

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram         
30 setlinewidth

j 0 eq {%j=0=U

/xst {IORX Yix 0 get MULF mul add} bind def
/yst {IORY Yiy 0 get MULF mul add} bind def
xst yst moveto
0 3 77 {/i exch def %i=1,80: 405_700_400
        /xst {IORX Yix i get       MULF mul add} bind def
        /yst {IORY Yiy i get       MULF mul add} bind def
        /x20 {IORX Yix i 1 add get MULF mul add} bind def
        /y20 {IORY Yiy i 1 add get MULF mul add} bind def
        /x21 {IORX Yix i 2 add get MULF mul add} bind def
        /y21 {IORY Yiy i 2 add get MULF mul add} bind def
        /x22 {IORX Yix i 3 add get MULF mul add} bind def
        /y22 {IORY Yiy i 3 add get MULF mul add} bind def
        x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_700_400
stroke

TBK
0 10 70 {/i exch def  %i=0,10,85: 400_700_400
        /xst {IORX Yix i get MULF mul add} bind def
        /yst {IORY Yiy i get MULF mul add} bind def
        newpath
        xst yst 40 0 360 arc fill
        newpath
        xst 400 sub yst 50 sub moveto 400 i 5 mul add cvishow
       } for %i=0,10,85: 400_700_400

        3000 2400 moveto (YP1T) show
        3000 2000 moveto 0 YP1T add cvsshow3
        3000 1600 moveto 0 YD1T add cvsshow3
        3000 1200 moveto 0 YT2T add cvsshow3
        3000 0800 moveto 0 YW2T add cvsshow3
 
        4000 2400 moveto (YP1ST) show
        4000 2000 moveto 0 YP1ST add cvsshow3
        4000 1600 moveto 0 YD1ST add cvsshow3
        4000 1200 moveto 0 YT2ST add cvsshow3
        4000 0800 moveto 0 YW2ST add cvsshow3

        0000 2400 moveto (UPDTNW1) show
        0000 2000 moveto YU1 cvsshow3
        0000 1600 moveto YP1 cvsshow3
        0000 1200 moveto YD1 cvsshow3
        0000 0800 moveto YT1 cvsshow3
        0000 0400 moveto YN1 cvsshow3
        0000 0000 moveto YW1 cvsshow3

        1300 2400 moveto (UPDTNW2) show
        1300 2000 moveto YU2 cvsshow3
        1300 1600 moveto YP2 cvsshow3
        1300 1200 moveto YD2 cvsshow3
        1300 0800 moveto YT2 cvsshow3
        1300 0400 moveto YN2 cvsshow3
        1300 0000 moveto YW2 cvsshow3
       
} if %j=0=U

} if %ILF=1 chromaticity diagram

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=0,4,5=U,N,W

ILF 0 eq {X0t neg 0 translate} if

-380 -280 translate

showpage
grestore

%} for %xchart=0,15

%%Trailor

%%EndDocument
EndEPSF grestore gsave

BeginEPSF
161 MM 197 MM translate
  10 /Times-ISOL1 FS  1 1 scale  -77 -91 translate
%%BeginDocument: Bild 12

%line 419

%%EndDocument
EndEPSF grestore gsave
                                        
BeginEPSF
161 MM 152 MM translate
  10 /Times-ISOL1 FS  53 MM 1 MM moveto ( ) show 1 1 scale  -77 -91 translate
%%BeginDocument: Bild 21

%line 429
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[ /Title (PostScript pictures: Image Technology)
  /Author (compare K. Richter "Computergrafik ...": ISBN 3-8007-1775-1)
  /Subject (goto: http://o2.ps.bam.de or http://www.ps.bam.de)
  /Keywords (image reproduction, colour devices)
  /Creator (klaus.richter@bam.de)
  /CreationDate (D:2006040112000)
  /ModDate (D:2006040112000)
/DOCINFO pdfmark
[ /View [ /FitB ]
/DOCVIEW pdfmark
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/KURVA1 9 array def %9 curves, Sensitivity, one or two colours
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%        U P D T N W P D T
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/IDAI01 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00 [100 000 000 000 100 100 100 100 100] def
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/FKUCI11 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
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/FKUCI11 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def

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/FKUMI01 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10 9 array def %Magenta, Colour 1, Saturation
/FKUMI11 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
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/FKUMI10 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI11 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def

/FKUYI00 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10 9 array def %Yellow, Colour 1, Saturation
/FKUYI11 9 array def %Yellow, Colour 2 on top, Saturation

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/FKUYI10 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI11 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def

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/XBJ$I [(525) (575) (475) (600) (525) (495) (475) (435)] def

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/KURVA1S 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2S 9 array def %9 curves, Saturation, one or two colours
%         U'P'D'T'N'W'P'D'T'
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/IDAI01S 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10S 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11S 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00S [100 100 100 100 100 100 100 100 100] def
/IDAI01S [100 100 100 100 100 100 100 100 100] def
/IDAI10S [100 100 100 100 100 100 100 100 100] def
/IDAI11S [100 100 100 100 100 100 100 100 100] def

/FKUC1S 9 array def %Actual colour C, Sensitivity
/FKUC2S 9 array def %Actual colour C, Saturation
/FKUM1S 9 array def %Actual colour M, Sensitivity
/FKUM2S 9 array def %Actual colour M, Saturation
/FKUY1S 9 array def %Actual colour Y, Sensitivity
/FKUY2S 9 array def %Actual colour Y, Saturation
/FKUN1S 9 array def %Actual colour N, Sensitivity
/FKUN2S 9 array def %Actual colour N, Saturation

/FKUCI00S 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01S 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10S 9 array def %Cyan, Colour 1, Saturation
/FKUCI11S 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI01S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def
/FKUCI10S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI11S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def

/FKUMI00S 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01S 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10S 9 array def %Magenta, Colour 1, Saturation
/FKUMI11S 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
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/FKUMI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI11S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def

/FKUYI00S 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01S 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10S 9 array def %Yellow, Colour 1, Saturation
/FKUYI11S 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
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/FKUYI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI11S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00S 9 array def %Black, Colour 1, Sensitivity
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/FKUNI10S 9 array def %Black, Colour 1, Saturation
/FKUNI11S 9 array def %Black, Colour 2 on top, Saturation

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/W0aS {tfn (W') bishowM tfm (a) ishowM} def

/YAa  {IKOM 0 eq {tfn (U) bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N) bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W) bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W) bishowM tfm (a) ishowM} if} def
/YAaS {IKOM 0 eq {tfn (U') bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N') bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W') bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W') bishowM tfm (a) ishowM} if} def

/AF1 0.5 def
/AF2 0.5 def

/XRGA {XRGAI ILK get} def
/XJBA {XJBAI ILK get} def
/XRG$ {XRG$I ILK get} def
/XBJ$ {XBJ$I ILK get} def

/XRGAS {XRGAIS ILK get} def
/XJBAS {XJBAIS ILK get} def
/XRG$S {XRG$IS ILK get} def
/XBJ$S {XBJ$IS ILK get} def

/W0 {W 0 get} def
/W1 {W 1 get} def
/W2 {W 2 get} def
/W3 {W 3 get} def
/W4 {W 4 get} def
/W5 {W 5 get} def
/W6 {W 6 get} def
/W7 {W 7 get} def
/W8 {W 8 get} def

/W0S {WS 0 get} def
/W1S {WS 1 get} def
/W2S {WS 2 get} def
/W3S {WS 3 get} def
/W4S {WS 4 get} def
/W5S {WS 5 get} def
/W6S {WS 6 get} def
/W7S {WS 7 get} def
/W8S {WS 8 get} def

%function value for curve U normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1 {XRGA W0 sub CX div dup mul CY mul neg} def
/YU2 {XJBA W0 sub CX div dup mul CY mul neg} def
/YUP {W1 W0 sub CX div dup mul CY mul neg} def
/YUD {W2 W0 sub CX div dup mul CY mul neg} def
/YUT {W3 W0 sub CX div dup mul CY mul neg} def
/YUN {W4 W0 sub CX div dup mul CY mul neg} def
/YUW {W5 W0 sub CX div dup mul CY mul neg} def
/YUB {475 W0 sub CX div dup mul CY mul neg} def
/YUJ {575 W0 sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1 {XRGA XRGA 525 sub 0 ge {W1} {W1S} ifelse
      sub CX div dup mul CY mul neg} def
/YP2 {XJBA W1 sub CX div dup mul CY mul neg} def
/YPP {W1 W1 sub CX div dup mul CY mul neg} def
/YPD {W2 W1 sub CX div dup mul CY mul neg} def
/YPT {W3 W1 sub CX div dup mul CY mul neg} def
/YPN {W4 W1 sub CX div dup mul CY mul neg} def
/YPW {W5 W1 sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5),
%            450(V=6), 475(B=6), 575(J=7), 600(O=8)
/YD1 {XRGA XRGA 525 sub 0 ge {W2} {W2S} ifelse
      sub CX div dup mul CY mul neg} def
/YD2 {XJBA W2 sub CX div dup mul CY mul neg} def
/YDP {W1 W2 sub CX div dup mul CY mul neg} def
/YDD {W2 W2 sub CX div dup mul CY mul neg} def
/YDT {W3 W2 sub CX div dup mul CY mul neg} def
/YDN {W4 W2 sub CX div dup mul CY mul neg} def
/YDW {W5 W2 sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1 {XRGA W3 sub CX div dup mul CY mul neg} def
/YT2 {XJBA XJBA 525 sub 0 le {W3} {W3S} ifelse
      sub CX div dup mul CY mul neg} def
/YTP {W1 W3 sub CX div dup mul CY mul neg} def
/YTD {W2 W3 sub CX div dup mul CY mul neg} def
/YTT {W3 W3 sub CX div dup mul CY mul neg} def
/YTN {W4 W3 sub CX div dup mul CY mul neg} def
/YTW {W5 W3 sub CX div dup mul CY mul neg} def
/YTB {475 W3 sub CX div dup mul CY mul neg} def
/YTJ {575 W3 sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1 {XRGA W4 sub CX div dup mul CY mul neg} def
/YN2 {XJBA W4 sub CX div dup mul CY mul neg} def
/YNP {W1 W4 sub CX div dup mul CY mul neg} def
/YND {W2 W4 sub CX div dup mul CY mul neg} def
/YNT {W3 W4 sub CX div dup mul CY mul neg} def
/YNN {W4 W4 sub CX div dup mul CY mul neg} def
/YNW {W5 W4 sub CX div dup mul CY mul neg} def
/YNB {475 W4 sub CX div dup mul CY mul neg} def
/YNJ {575 W4 sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1 {XRGA W5 sub CX div dup mul CY mul neg} def
/YW2 {XJBA W5 sub CX div dup mul CY mul neg} def
/YWP {YUP YNP add 0.5 mul} def
/YWD {YUD YND add 0.5 mul} def
/YWT {YUT YNT add 0.5 mul} def
/YWN {YUN YNN add 0.5 mul} def
/YWW {YUW YNW add 0.5 mul} def
/YWB {YUB YNB add 0.5 mul} def
/YWJ {YUJ YNJ add 0.5 mul} def

%function value for curve U normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1S {XRGAS W0S sub CX div dup mul CY mul neg} def
/YU2S {XJBAS W0S sub CX div dup mul CY mul neg} def
/YUPS {W1S W0S sub CX div dup mul CY mul neg} def
/YUDS {W2S W0S sub CX div dup mul CY mul neg} def
/YUTS {W3S W0S sub CX div dup mul CY mul neg} def
/YUNS {W4S W0S sub CX div dup mul CY mul neg} def
/YUWS {W5S W0S sub CX div dup mul CY mul neg} def
/YUBS {575 W0S sub CX div dup mul CY mul neg} def
/YUJS {475 W0S sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1S {XRGAS XRGAS 525 sub 0 le {W1S} {W1} ifelse
      sub CX div dup mul CY mul neg} def
/YP2S {XJBAS W1S sub CX div dup mul CY mul neg} def
/YPPS {W1S W1S sub CX div dup mul CY mul neg} def
/YPDS {W2S W1S sub CX div dup mul CY mul neg} def
/YPTS {W3S W1S sub CX div dup mul CY mul neg} def
/YPNS {W4S W1S sub CX div dup mul CY mul neg} def
/YPWS {W5S W1S sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YD1S {XRGAS XRGAS 525 sub 0 le {W2S} {W2} ifelse
      sub CX div dup mul CY mul neg} def
/YD2S {XJBAS W2S sub CX div dup mul CY mul neg} def
/YDPS {W1S W2S sub CX div dup mul CY mul neg} def
/YDDS {W2S W2S sub CX div dup mul CY mul neg} def
/YDTS {W3S W2S sub CX div dup mul CY mul neg} def
/YDNS {W4S W2S sub CX div dup mul CY mul neg} def
/YDWS {W5S W2S sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1S {XRGAS W3S sub CX div dup mul CY mul neg} def
/YT2S {XJBAS XJBAS 525 sub 0 ge {W3S} {W3} ifelse
      sub CX div dup mul CY mul neg} def
/YTPS {W1S W3S sub CX div dup mul CY mul neg} def
/YTDS {W2S W3S sub CX div dup mul CY mul neg} def
/YTTS {W3S W3S sub CX div dup mul CY mul neg} def
/YTNS {W4S W3S sub CX div dup mul CY mul neg} def
/YTWS {W5S W3S sub CX div dup mul CY mul neg} def
/YTBS {575 W3S sub CX div dup mul CY mul neg} def
/YTJS {475 W3S sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1S {XRGAS W4S sub CX div dup mul CY mul neg} def
/YN2S {XJBAS W4S sub CX div dup mul CY mul neg} def
/YNPS {W1S W4S sub CX div dup mul CY mul neg} def
/YNDS {W2S W4S sub CX div dup mul CY mul neg} def
/YNTS {W3S W4S sub CX div dup mul CY mul neg} def
/YNNS {W4S W4S sub CX div dup mul CY mul neg} def
/YNWS {W5S W4S sub CX div dup mul CY mul neg} def
/YNBS {575 W4S sub CX div dup mul CY mul neg} def
/YNJS {475 W4S sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1S {XRGAS W5S sub CX div dup mul CY mul neg} def
/YW2S {XJBAS W5S sub CX div dup mul CY mul neg} def
/YWPS {YUPS YNPS add 0.5 mul} def
/YWDS {YUDS YNDS add 0.5 mul} def
/YWTS {YUTS YNTS add 0.5 mul} def
/YWNS {YUNS YNNS add 0.5 mul} def
/YWWS {YUWS YNWS add 0.5 mul} def
/YWBS {YUBS YNBS add 0.5 mul} def
/YWJS {YUJS YNJS add 0.5 mul} def

%i=0,85: 400_500_600_700_400(81)
0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXU i XEXI W 0 get sub CX div dup mul CY mul neg put
        YIXP i XEXI W 1 get sub CX div dup mul CY mul neg put
        YIXD i XEXI W 2 get sub CX div dup mul CY mul neg put
        YIXT i XEXI W 3 get sub CX div dup mul CY mul neg put
        YIXN i XEXI W 4 get sub CX div dup mul CY mul neg put
        YIXW i XEXI W 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXU i YIXU 60 get 1malp mul YIXU 0 get alpha mul add put
         YIXP i YIXP 60 get 1malp mul YIXP 0 get alpha mul add put
         YIXD i YIXD 60 get 1malp mul YIXD 0 get alpha mul add put
         YIXT i YIXT 60 get 1malp mul YIXT 0 get alpha mul add put
         YIXN i YIXN 60 get 1malp mul YIXN 0 get alpha mul add put
         YIXW i YIXW 60 get 1malp mul YIXW 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXU i YIXU i 80 sub get put
         YIXP i YIXP i 80 sub get put
         YIXD i YIXD i 80 sub get put
         YIXT i YIXT i 80 sub get put
         YIXN i YIXN i 80 sub get put
         YIXW i YIXW i 80 sub get put
} for %i=81,85: 405_425(5)

0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXUS i XEXI WS 0 get sub CX div dup mul CY mul neg put
        YIXPS i XEXI WS 1 get sub CX div dup mul CY mul neg put
        YIXDS i XEXI WS 2 get sub CX div dup mul CY mul neg put
        YIXTS i XEXI WS 3 get sub CX div dup mul CY mul neg put
        YIXNS i XEXI WS 4 get sub CX div dup mul CY mul neg put
        YIXWS i XEXI WS 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXUS i YIXUS 60 get 1malp mul YIXUS 0 get alpha mul add put
         YIXPS i YIXPS 60 get 1malp mul YIXPS 0 get alpha mul add put
         YIXDS i YIXDS 60 get 1malp mul YIXDS 0 get alpha mul add put
         YIXTS i YIXTS 60 get 1malp mul YIXTS 0 get alpha mul add put
         YIXNS i YIXNS 60 get 1malp mul YIXNS 0 get alpha mul add put
         YIXWS i YIXWS 60 get 1malp mul YIXWS 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXUS i YIXUS i 80 sub get put
         YIXPS i YIXPS i 80 sub get put
         YIXDS i YIXDS i 80 sub get put
         YIXTS i YIXTS i 80 sub get put
         YIXNS i YIXNS i 80 sub get put
         YIXWS i YIXWS i 80 sub get put
} for %i=81,85: 405_425(5)

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

0 1 85 {/i exch def
        /YEXU {YIXU i get} def
        /YEXP {YIXP i get YP1T add} def
        /YEXD {YIXD i get YD1T add} def
        /YEXT {YIXT i get YT2T add} def
        /YEXN {YIXN i get} def
        /YEXW {YIXW i get YW2T add} def

/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXA YEXU def} if
          IKOM 1 eq {/YEXA YEXN def} if
          IKOM 2 eq {/YEXA YEXW def} if
          IKOM 3 eq {/YEXA YEXW def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXU YEXA sub fneg def YDchange
                  YEXP0 i YD put} if
          j 1 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP1 i YD put} if
          j 2 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP2 i YD put} if
          j 3 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP3 i YD put} if
          j 4 eq {/YD YEXN YEXA sub fneg def YDchange
                  YEXP4 i YD put} if
          j 5 eq {/YD YEXW YEXA sub fneg def YDchange
                  YEXP5 i YD put} if
          j 6 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP6 i YD put} if
          j 7 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP7 i YD put} if
          j 8 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP8 i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0 i get YEXA add def YEXP0 i YE put} if
                    j 1 eq {/YE YEXP1 i get YEXA add def YEXP1 i YE put} if
                    j 2 eq {/YE YEXP2 i get YEXA add def YEXP2 i YE put} if
                    j 3 eq {/YE YEXP3 i get YEXA add def YEXP3 i YE put} if
                    j 4 eq {/YE YEXP4 i get YEXA add def YEXP4 i YE put} if
                    j 5 eq {/YE YEXP5 i get YEXA add def YEXP5 i YE put} if
                    j 6 eq {/YE YEXP6 i get YEXA add def YEXP6 i YE put} if
                    j 7 eq {/YE YEXP7 i get YEXA add def YEXP7 i YE put} if
                    j 8 eq {/YE YEXP8 i get YEXA add def YEXP8 i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        /YEXUS {YIXUS i get} def %identical YEXN
        /YEXPS {YIXPS i get YP1ST add} def
        /YEXDS {YIXDS i get YD1ST add} def
        /YEXTS {YIXTS i get YT2ST add} def 
        /YEXNS {YIXNS i get} def %identical YEXU
        /YEXWS {YIXWS i get YW2ST add} def
        
/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXAS YEXNS def} if
          IKOM 1 eq {/YEXAS YEXUS def} if
          IKOM 2 eq {/YEXAS YEXWS def} if
          IKOM 3 eq {/YEXAS YEXWS def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXUS YEXAS sub fneg def YDchange
                  YEXP0S i YD put} if
          j 1 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP1S i YD put} if
          j 2 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP2S i YD put} if
          j 3 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP3S i YD put} if
          j 4 eq {/YD YEXNS YEXAS sub fneg def YDchange
                  YEXP4S i YD put} if
          j 5 eq {/YD YEXWS YEXAS sub fneg def YDchange
                  YEXP5S i YD put} if
          j 6 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP6S i YD put} if
          j 7 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP7S i YD put} if
          j 8 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP8S i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0S i get YEXAS add def YEXP0S i YE put} if
                    j 1 eq {/YE YEXP1S i get YEXAS add def YEXP1S i YE put} if
                    j 2 eq {/YE YEXP2S i get YEXAS add def YEXP2S i YE put} if
                    j 3 eq {/YE YEXP3S i get YEXAS add def YEXP3S i YE put} if
                    j 4 eq {/YE YEXP4S i get YEXAS add def YEXP4S i YE put} if
                    j 5 eq {/YE YEXP5S i get YEXAS add def YEXP5S i YE put} if
                    j 6 eq {/YE YEXP6S i get YEXAS add def YEXP6S i YE put} if
                    j 7 eq {/YE YEXP7S i get YEXAS add def YEXP7S i YE put} if
                    j 8 eq {/YE YEXP8S i get YEXAS add def YEXP8S i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

ILF 0 eq {%ILF=0
1800 050 moveto tfw
(l) outSM (d) ishowK 30 0 rmoveto (/nm) nshowM
4200 050 moveto tfw
(l) outSM (c) ishowK 30 0 rmoveto (/nm) nshowM
ILU 1 eq {4900 550 moveto (u) bishowM} if
} if %ILF=0

3100 2975 moveto tfw (Adaptation: ) bshowM 
tfw (l) outSM tfo (R) ishowK tfl (G) ishowK 
tfw (=) bshowM XRG$I ILK get bshowM

%special; first part not visible
3100 2725 moveto 0.0 0.0 0.0 0.5 setcmykcolor (Adaptation: ) bshowM 
tfw (l) outSM tfv (B) ishowK tfy (J) ishowK 
tfw (=) bshowM XBJ$I ILK get bshowM

ILS 0 eq ILS 2 eq or {%ILS=0&2,#0
          3400 2725 moveto (t) bshowM (s) ishowK (=) bshowM ta trushow4
         }
         {
          0800 2975 moveto TBM (Threshold: ) showen (Schwelle: ) showde
          (t) bshowM (s) ishowK (=) bshowM ta trushow4
         } ifelse %ILS=0&2,#0

010 3800 moveto
ILS 0 eq {%iLS=0,1
          tfw (log [) bshowM P0a D0a T0a U0a N0a W0a
               tfw (]) bshowM}
         {INE 0 eq {tfw (log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]-log) bshowM YAa}
                   {tfw (log) bshowM YAa
                    tfw (-log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]) bshowM
                   } ifelse
         } ifelse %ILS=0,1

210 3525 moveto %special U0a,N0a
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5
         
210 3250 moveto
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5

3100 3800 moveto tfw (log) bshowM 30 0 rmoveto P0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto P0o tfw 
YU1 YP1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YP1 sub abs troshow

3100 3525 moveto tfw (log) bshowM 30 0 rmoveto D0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto D0o tfw
YU1 YD1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YD1 sub abs troshow

%special for 475nm/575nm
3100 3250 moveto tfw (log) bshowM 30 0 rmoveto T0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto T0o tfw
/YDTW YT2 neg YW2 add def
YDTW 0 ge {( + )} {( - )} ifelse bshowM
YDTW abs troshow

%4300 2000 moveto TBM YT2 troshow
%4300 1700 moveto TBM YW2 troshow
%4300 1400 moveto TBM YTB troshow
%4300 1100 moveto TBM YWB troshow

%4300 1000 moveto TBM YT2S troshow
%4300 0700 moveto TBM YW2S troshow
%4300 0400 moveto TBM YTBS troshow
%4300 0100 moveto TBM YWBS troshow

%y-arrow
 100 3400 moveto 0 300 rlineto -50 -150 rlineto
                                50  150 rlineto 50 -150 rlineto stroke

tfw
380 280 translate
50 setlinewidth

ILF 0 eq {%ILF=0 sensitivity or saturation
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto 0 ILS 0 eq ILS 2 eq or {3300} {3600} ifelse 
            0.8 mul rlineto  stroke
 ILS 0 eq ILS 2 eq or {0 2700 0.8 mul moveto 400 12 mul 0 rlineto stroke} if

TBK
/tx [ (400) (500) (600) (700) (400)] def
/tye [(-2) () (-1) () (  0) () (-2)] def
/tys [(-2) (-1) (  0) (  1) (  2) (  3) (-2)] def
/tu [ (    -3,1) (-1,1) (  0,9)  (  2,9) (    -3,1)] def
 
%!u-Achse: 100 Einheiten = 1200 Skalen-Einheiten

ILU 1 eq {%ILU=1
0 1 4 {/i exch def
       /ixt {-180 i 1200 mul add} def
       /ixl {240 i 1200 mul add} def
        ixt 150 moveto tu i get exec show } for
 
% 555 nm; u=0.0
          /ixt -180 1.55 1200 mul add def
          /ixl  240 1.55 1200 mul add def
          0.25 0.0 1.0 0.0 setcmykcolor
          ixt 150 moveto (   0.0) show
          /ixt  20  1860 add def
          ixt -320 moveto (555) show
          ixl 75 moveto 0 -150 rlineto stroke
         } if %ILU=1
 
%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten
tfw
0 1 4 {/i exch def
       /ixt {-150 i 1200 mul add} def
       /ixl { 000 i 1200 mul add} def
        ixt -250 moveto tx i get exec show
        ixl   75 moveto 0 -150 rlineto stroke } for
 
%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten
TBK 
0 1 5 {/i exch def
       /iyt {200 i 0480 mul add} def
       /iyl {240 i 0480 mul add} def
        -300 iyt moveto ILS 0 eq ILS 2 eq or {tye} {tys} ifelse
                        i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

TBK
30 setlinewidth
%400nm
/X400 000 0.00 1200 mul add def
%425nm 
/X425 000 0.25 1200 mul add def
%475nm 
/X475 000 0.75 1200 mul add def
%525nm
/X525 000 1.25 1200 mul add def
%575nm
/X575 000 1.75 1200 mul add def
%625nm
/X625 000 2.25 1200 mul add def
%675nm
/X675 000 2.75 1200 mul add def
%375cnm 
/X700 000 3.00 1200 mul add def
%395cnm
/X400c 000 4.00 1200 mul add def

%ymax = 240 + 4 * 480 = 2160
[100 100] 0 setdash

X525 0 moveto 0 2160 rlineto stroke
X700 0 moveto 0 2160 rlineto stroke
X400c 0 moveto 0 2160 rlineto stroke

X525 20 add 100 moveto (525) show
%X700 20 add 100 moveto (700) show
%X400c 20 add 100 moveto (400) show

%xchart 2 ge {%xchart>=2
             X475 0 moveto 0 2160 rlineto stroke
             X575 0 moveto 0 2160 rlineto stroke
             X475 20 add 100 moveto (475) show
             X575 20 add 100 moveto (575) show
%            } if %xchart>=2
[ ] 0 setdash
TBG

50 setlinewidth
%Cero point at 555 nm
/X0t {555 400 sub 12 mul} def
X0t 0 translate

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram
TBG
/ix00 000 def
/ty [(-2) (-1) (  0) (  1) (  2) (  3)] def

tfw
50 setlinewidth
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto  0 2400 rlineto  stroke

TBM
/tx [(-3) (-2) (-1) (  0) (  1) (  2) (  3) (  4)] def

%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten

0 1 6 {/i exch def /ix00 000 def
       /ixt { ix00 -280 add i 0600 mul add} def
       /ixl { ix00  000 add i 0600 mul add} def
        ixt 100 add -250 moveto tx i get exec show
        ixl 75 moveto 0 -150 rlineto stroke } for

%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten

0 1 4 {/i exch def
       /iyt {-100 i 0600 mul add} def
       /iyl { 000 i 0600 mul add} def
        -350 iyt moveto ty i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

%Nullpunkt-Achsenkreuz
30 setlinewidth tfn
1800 0000 moveto 0000 2350 rlineto stroke
0000 1200 moveto 4000 0000 rlineto stroke
50 setlinewidth tfw

%text
3400 0600 moveto tfw (| log [) bshowM P0a tfw (/) bshowM YAa
                 tfw (]) bshowM
3400 0300 moveto tfw (-log [) bshowM D0a tfw (/) bshowM YAa
                 tfw (] |) bshowM
0200 2200 moveto tfw  (log [) bshowM U0a tfw (/) bshowM YAa
                 tfw (]) bshowM
0200 1900 moveto tfw (-log [) bshowM T0a tfw (/) bshowM YAa
                 tfw (]) bshowM

} if %ILF>=1 chromaticity diagram
 
ILF 0 eq {%ILF=0 for clip
0 setlinewidth
/Y0C 0000 def
/Y1C 2400 def
ILU 1 eq {/Y0C 0450 def} if
ILS 0 eq {/Y1C 2900 def} if

0.0 0.0 0.0 0.0 setcmykcolor
X0t neg Y0C moveto  4800 0 rlineto 0 Y1C rlineto
                   -4800 0 rlineto 0 Y1C neg rlineto clip stroke
} if %ILF=0 for clip

ILS 0 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %response diagram
ILS 1 eq ILF 0 eq and {/IORY 1500 0.8 mul def} if %saturation diagram
ILS 2 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %purity diagram
ILS 1 eq ILF 1 eq and {/IORX 1800 def /IORY 1200 def} if %chromaticity diagram

%begin only for %j=1,2,8=P',D',T'
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        XiS i i 5 mul 400 add put
        j 0 eq {YiS i YEXP0S i get put} if
        j 1 eq {YiS i YEXP1S i get put} if
        j 2 eq {YiS i YEXP2S i get put} if
        j 3 eq {YiS i YEXP3S i get put} if
        j 4 eq {YiS i YEXP4S i get put} if
        j 5 eq {YiS i YEXP5S i get put} if
        j 6 eq {YiS i YEXP6S i get put} if
        j 7 eq {YiS i YEXP7S i get put} if
        j 8 eq {YiS i YEXP8S i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1S j FKUCI00S j get put
          FKUM1S j FKUMI00S j get put
          FKUY1S j FKUYI00S j get put
          FKUN1S j FKUNI00S j get put
          FKUC2S j FKUCI01S j get put
          FKUM2S j FKUMI01S j get put
          FKUY2S j FKUYI01S j get put
          FKUN2S j FKUNI01S j get put
          IDAI1S j IDAI00S j get put
          IDAI2S j IDAI01S j get put
          KURVAS j KURVA1S j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1S j FKUCI10S j get put
          FKUM1S j FKUMI10S j get put
          FKUY1S j FKUYI10S j get put
          FKUN1S j FKUNI10S j get put
          FKUC2S j FKUCI11S j get put
          FKUM2S j FKUMI11S j get put
          FKUY2S j FKUYI11S j get put
          FKUN2S j FKUNI11S j get put
          IDAI1S j IDAI10S j get put
          IDAI2S j IDAI11S j get put
          KURVAS j KURVA2S j get put
         } if %ILS=1

/KURVMS {KURVAS j get} def

KURVMS 0 gt {%if KURVMS>0 then KURVE

1 1 KURVMS {/KURVS exch def %KURVS=1,KURVMS

/IDA1S {IDAI1S j get cvi} def
/IDA2S {IDAI2S j get cvi} def 

KURVS 1 eq {[ ] 0 setdash} if
KURVS 2 eq {%KURVS=2 %special for 475nm curve j=3
           /IDA1S {IDAI1S j get} def
           /IDA2S {IDAI2S j get} def 
          [ IDA1S IDA2S] 0 setdash
          } if %KURVS=2

KURVS 1 eq {%KURVS=1
          /jadd 0 def
%           ILS 1 ge j 1 eq and {/jadd 3 def} if
           /FKUCS {FKUC1S j jadd add get} def
           /FKUMS {FKUM1S j jadd add get} def
           /FKUYS {FKUY1S j jadd add get} def
           /FKUNS {FKUN1S j jadd add get} def
          } if %KURV=1
KURVS 2 eq {%KURVS=2
           /FKUCS {FKUC2S j get} def
           /FKUMS {FKUM2S j get} def
           /FKUYS {FKUY2S j get} def
           /FKUNS {FKUN2S j get} def
          } if %KURVS=2

FKUCS FKUMS FKUYS FKUNS setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 1 eq j 2 eq or {%j=1,2=P',D'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=1,2=P',D'

j 8 eq {%j=8=T'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def  %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=8=T

} if %ILF=0 sensitivity or saturation
} if %ILS#2

} for %KURVS=1,KURVMS

} if %if KURVMS>0 then KURVES

} for %j=0,JPPM
%end only for %j=1,2,8=P',D',T'

%begin only for %j=3,6,7=T,P,D
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation, not purity
50 setlinewidth

j 3 eq {%j=3=T
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=3

j 6 eq j 7 eq or{%j=6,7=P,D
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=6,7=P,D

} if %ILF=0 sensitivity or saturation, not purity
} if %ILS#2

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=3,6,7=T,P,D

%begin only for %j=0,4,5=U,N,W
0 1 JPPM {/j exch def %j=0,JPPM

ILF 0 eq {%ILF=0 (for ILS=0,1,2)
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 2 eq {%ILS=2 correction for j=0,4,5
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
       /Xx Xi i get def
       j 0 eq j 4 eq or j 5 eq or {%ILS=2 correction for j=0,4,5
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRG YEXP1  i get YEXP2  i get sub abs neg def}
                    {/XRG YEXP1S i get YEXP2S i get sub abs neg def
                    } ifelse %lambda>=525
         XJBA 525 ge {%XJBA>=525
                       /XJB YEXP0  i get YEXP5  i get sub abs neg def}
                      {/XJB YEXP5S i get YEXP0S i get sub abs neg def
                     } ifelse %XJBA>=525
         j 0 eq {Yi i XRG put} if          
         j 4 eq {Yi i XJB put} if
         j 5 eq {Yi i XRG XJB add put} if
%         j 5 eq {Yi i XRG dup mul XJB dup mul add sqrt neg put} if
        } if %ILS=2 correction for j=0,4,5 
       } for %i=0,85: 400_700_400(81)
         } if %ILS=2 correction for j=0,4,5

ILF 1 eq {%ILF=1

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {%j=0
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRGPM YEXP1  i get  
                            YEXP2  i get sub
                            %YP1T sub 
                            def}
                    {/XRGPM YEXP1S i get
                            YEXP2S i get sub
                            %YP1ST sub 
                            def
                    } ifelse %lambda>=525
         /XJBPM YEXP0  i get YEXP4  i get sub def
%         XJBA 525 ge {%XJBA>=525 P5=P5S P0S=PN P0=PU 
%                      %P0-P5=PU-PWa, P5S-P0S=PWa-PN
%                      /XJBPM YEXP0  i get YEXP5  i get sub def}
%                     {/XJBPM YEXP5S i get YEXP0S i get sub def
%                    } ifelse %XJBA>=525
        Yix i XRGPM put
        Yiy i XJBPM 0.5 mul put
        } if %j=0
       } for %i=0,85: 400_700_400(81)

%correction for purple colours
62 1 80 {/i exch def %i=61,80: 700+_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         Yix i  Yix 60 get 1malp mul  Yix 0 get alpha mul add put
         Yiy i  Yiy 60 get 1malp mul  Yiy 0 get alpha mul add put
       } for %i=61,80: 700+_400(81)
} if %ILF=1

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 0 eq j 4 eq or j 5 eq or {%j=0,4,5=U,N,W
         /I0 0 def /I1 0 def /I2 80 def
         /xst {Xi I0       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi I0 get MULY mul add} bind def
         xst yst moveto
I1 3 I2 {/i exch def  %i=1,80: 405_400
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
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         stroke
} if %j=0,4,5=U,N,W

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram         
30 setlinewidth

j 0 eq {%j=0=U

/xst {IORX Yix 0 get MULF mul add} bind def
/yst {IORY Yiy 0 get MULF mul add} bind def
xst yst moveto
0 3 77 {/i exch def %i=1,80: 405_700_400
        /xst {IORX Yix i get       MULF mul add} bind def
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        /x20 {IORX Yix i 1 add get MULF mul add} bind def
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        /y22 {IORY Yiy i 3 add get MULF mul add} bind def
        x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_700_400
stroke

TBK
0 10 70 {/i exch def  %i=0,10,85: 400_700_400
        /xst {IORX Yix i get MULF mul add} bind def
        /yst {IORY Yiy i get MULF mul add} bind def
        newpath
        xst yst 40 0 360 arc fill
        newpath
        xst 400 sub yst 50 sub moveto 400 i 5 mul add cvishow
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        3000 2400 moveto (YP1T) show
        3000 2000 moveto 0 YP1T add cvsshow3
        3000 1600 moveto 0 YD1T add cvsshow3
        3000 1200 moveto 0 YT2T add cvsshow3
        3000 0800 moveto 0 YW2T add cvsshow3
 
        4000 2400 moveto (YP1ST) show
        4000 2000 moveto 0 YP1ST add cvsshow3
        4000 1600 moveto 0 YD1ST add cvsshow3
        4000 1200 moveto 0 YT2ST add cvsshow3
        4000 0800 moveto 0 YW2ST add cvsshow3

        0000 2400 moveto (UPDTNW1) show
        0000 2000 moveto YU1 cvsshow3
        0000 1600 moveto YP1 cvsshow3
        0000 1200 moveto YD1 cvsshow3
        0000 0800 moveto YT1 cvsshow3
        0000 0400 moveto YN1 cvsshow3
        0000 0000 moveto YW1 cvsshow3

        1300 2400 moveto (UPDTNW2) show
        1300 2000 moveto YU2 cvsshow3
        1300 1600 moveto YP2 cvsshow3
        1300 1200 moveto YD2 cvsshow3
        1300 0800 moveto YT2 cvsshow3
        1300 0400 moveto YN2 cvsshow3
        1300 0000 moveto YW2 cvsshow3
       
} if %j=0=U

} if %ILF=1 chromaticity diagram

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=0,4,5=U,N,W

ILF 0 eq {X0t neg 0 translate} if

-380 -280 translate

showpage
grestore

%} for %xchart=0,15

%%Trailor

%%EndDocument
EndEPSF grestore gsave

BeginEPSF
219 MM 152 MM translate
  10 /Times-ISOL1 FS  53 MM 1 MM moveto ( ) show 1 1 scale  -77 -91 translate
%%BeginDocument: Bild 22

%line 439
%!PS-Adobe-3.0 EPSF-3.0 WG991-2
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%START PDFDE011.EPS
/pdfmark where {pop} {userdict /pdfmark /cleartomark load put} ifelse
/languagelevel where {pop languagelevel} {1} ifelse
2 lt { userdict (<<) cvn ([) cvn load put
       userdict (>>) cvn (]) cvn load put} if
[ /Title (PostScript pictures: Image Technology)
  /Author (compare K. Richter "Computergrafik ...": ISBN 3-8007-1775-1)
  /Subject (goto: http://o2.ps.bam.de or http://www.ps.bam.de)
  /Keywords (image reproduction, colour devices)
  /Creator (klaus.richter@bam.de)
  /CreationDate (D:2006040112000)
  /ModDate (D:2006040112000)
/DOCINFO pdfmark
[ /View [ /FitB ]
/DOCVIEW pdfmark
%END  PDFDE011

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/nshowM {TM  show} bind def
/kshowM {TIM show} bind def
/bshowM {TBM show} bind def
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/ishowM {TK 0 -40 rmoveto show 0 40 rmoveto} bind def
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/sshowM {SM show} bind def

/nshowK {TK  show} bind def
/kshowK {TIK show} bind def
/bshowK {TBK show} bind def
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/tzn {0.0 0.0 0.0 1.00} bind def %Graureihe
/tzd {0.0 0.0 0.0 0.75} bind def
/tzz {0.0 0.0 0.0 0.50} bind def
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/tzgz {1.0 0.0 0.5 0.5} bind def
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/tfo {tzo setcmykcolor} bind def
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/tfz {tzz setcmykcolor} bind def
/tfh {tzh setcmykcolor} bind def
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/tfr {tzr setcmykcolor} bind def
/tfg {tzg setcmykcolor} bind def
/tfb {tzb setcmykcolor} bind def
/tfj {tzj setcmykcolor} bind def

/tfrz {tzrz setcmykcolor} bind def
/tfgz {tzgz setcmykcolor} bind def
/tfbz {tzbz setcmykcolor} bind def
/tfjz {tzjz setcmykcolor} bind def
 
/A4quer {598 0 tl 90 rotate} def
/setcmyknew {setcmykcolor} def
/outSM {sshowM} def
/outSK {sshowK} def
/outxshowf {setcmykcolor show} def

%for output test only
/tspace {dup abs 1.0 le {(   ) show} if
         dup dup -1.0 le exch -10 gt and {(  ) show} if
         dup dup 1.0 gt exch  10 lt and {(   ) show} if
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/trushow {tspace 0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/troshow {0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/trushow4 {0.00005 add 10000 mul truncate 10000 div
           10 string cvs show} bind def
           
/cvishow {cvi 6 string cvs show} def
/cvsshow1 {10 mul cvi 0.1 mul 7 string cvs show} def
/cvsshow2 {100 mul cvi 0.01 mul 7 string cvs show} def
/cvsshow3 {1000 mul cvi 0.001 mul 7 string cvs show} def

/W 9 array def
/W  [555 570 540 435 495 525 570 540 435] def

/WS 9 array def
0 1 8 {/j exch def %j=0,8
       WS j 525 W j get 525 sub sub put
      } for %j=0,8

/YIXU 88 array def
/YIXP 88 array def
/YIXD 88 array def
/YIXT 88 array def
/YIXN 88 array def
/YIXW 88 array def

/YIXUS 88 array def
/YIXPS 88 array def
/YIXDS 88 array def
/YIXTS 88 array def
/YIXNS 88 array def
/YIXWS 88 array def

/YEXP0 88 array def
/YEXP1 88 array def
/YEXP2 88 array def
/YEXP3 88 array def
/YEXP4 88 array def
/YEXP5 88 array def
/YEXP6 88 array def
/YEXP7 88 array def
/YEXP8 88 array def

/YEXP0S 88 array def
/YEXP1S 88 array def
/YEXP2S 88 array def
/YEXP3S 88 array def
/YEXP4S 88 array def
/YEXP5S 88 array def
/YEXP6S 88 array def
/YEXP7S 88 array def
/YEXP8S 88 array def

/Yix 88 array def
/Yiy 88 array def

/Xi 88 array def
/Yi 88 array def

/YixS 88 array def
/YiyS 88 array def

/XiS 88 array def
/YiS 88 array def

/KURVA 9 array def %9 actual curves
/KURVA1 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2 9 array def %9 curves, Saturation, one or two colours
%        U P D T N W P D T
/KURVA1 [2 0 0 1 2 2 1 1 0] def
/KURVA2 [2 0 0 1 2 2 1 1 0] def

/IDAI1 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00 [100 000 000 000 100 100 100 100 100] def
/IDAI01 [100 000 000 000 100 100 100 100 100] def
/IDAI10 [100 000 000 000 100 100 100 100 100] def
/IDAI11 [100 000 000 000 100 100 100 100 100] def

/FKUC1 9 array def %Actual colour C, Sensitivity
/FKUC2 9 array def %Actual colour C, Saturation
/FKUM1 9 array def %Actual colour M, Sensitivity
/FKUM2 9 array def %Actual colour M, Saturation
/FKUY1 9 array def %Actual colour Y, Sensitivity
/FKUY2 9 array def %Actual colour Y, Saturation
/FKUN1 9 array def %Actual colour N, Sensitivity
/FKUN2 9 array def %Actual colour N, Saturation

/FKUCI00 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10 9 array def %Cyan, Colour 1, Saturation
/FKUCI11 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI01 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def
/FKUCI10 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI11 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def

/FKUMI00 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10 9 array def %Magenta, Colour 1, Saturation
/FKUMI11 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI01 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def
/FKUMI10 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI11 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def

/FKUYI00 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10 9 array def %Yellow, Colour 1, Saturation
/FKUYI11 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI01 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI11 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00 9 array def %Black, Colour 1, Sensitivity
/FKUNI01 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10 9 array def %Black, Colour 1, Saturation
/FKUNI11 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI01 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI11 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAI 8 array def
/XRG$I 8 array def
/XJBAI 8 array def
/XBJ$I 8 array def
/XRGAI [ 525   575   475   600   575   575   575   575 ] def
/XRG$I [(525) (575) (475) (600) (575) (575) (575) (575)] def
/XJBAI [ 525   575   475   600   525   495   475   435 ] def
/XBJ$I [(525) (575) (475) (600) (525) (495) (475) (435)] def

/KURVAS 9 array def %9 actual curves
/KURVA1S 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2S 9 array def %9 curves, Saturation, one or two colours
%         U'P'D'T'N'W'P'D'T'
/KURVA1S [0 2 2 0 2 2 0 0 2] def
/KURVA2S [0 2 2 0 2 2 0 0 2] def

/IDAI1S 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2S 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00S 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01S 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10S 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11S 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00S [100 100 100 100 100 100 100 100 100] def
/IDAI01S [100 100 100 100 100 100 100 100 100] def
/IDAI10S [100 100 100 100 100 100 100 100 100] def
/IDAI11S [100 100 100 100 100 100 100 100 100] def

/FKUC1S 9 array def %Actual colour C, Sensitivity
/FKUC2S 9 array def %Actual colour C, Saturation
/FKUM1S 9 array def %Actual colour M, Sensitivity
/FKUM2S 9 array def %Actual colour M, Saturation
/FKUY1S 9 array def %Actual colour Y, Sensitivity
/FKUY2S 9 array def %Actual colour Y, Saturation
/FKUN1S 9 array def %Actual colour N, Sensitivity
/FKUN2S 9 array def %Actual colour N, Saturation

/FKUCI00S 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01S 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10S 9 array def %Cyan, Colour 1, Saturation
/FKUCI11S 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI01S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def
/FKUCI10S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI11S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def

/FKUMI00S 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01S 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10S 9 array def %Magenta, Colour 1, Saturation
/FKUMI11S 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI01S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def
/FKUMI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI11S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def

/FKUYI00S 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01S 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10S 9 array def %Yellow, Colour 1, Saturation
/FKUYI11S 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI01S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI11S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00S 9 array def %Black, Colour 1, Sensitivity
/FKUNI01S 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10S 9 array def %Black, Colour 1, Saturation
/FKUNI11S 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI01S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI11S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAIS 8 array def
/XRG$IS 8 array def
/XJBAIS 8 array def
/XBJ$IS 8 array def

0 1 7 {/j exch def %j=0,7
       XRGAIS j 525 XRGAI j get 525 sub sub put
       XJBAIS j 525 XJBAI j get 525 sub sub put
       XRG$IS j XRGAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
       XBJ$IS j XJBAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
      } for %j=0,7
      
/JPPM 4 def
/CY 0.35 def
/CX  50 def

%%EndProlog
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/xchartg where {pop /xchart   9 def} {/xchart   9 def} ifelse

5 /Times-ISOL1 FS
72 84 moveto
    ( WG991-2, ) show

(Change of PDT (LMS) in volour vision; Adaptation) showen
(\304nderung von PDT (LMS) beim Farbensehen; Adaptation) showde

72 90 translate

%/xchart 02 def
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gsave

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xchart  9 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 10 eq {/ILK 1 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 11 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 12 eq {/ILK 2 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 13 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 14 eq {/ILK 3 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 15 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 1 def} if
/ILT 1 def
%/ILF 1 def
%/IKOM 3 def %0=U, 1=N/G, 2=W/R, 3=V
xchart  0 ge xchart  3 le and {/IKOM 3 def} if %W
xchart  4 ge xchart  7 le and {/IKOM 3 def} if %W
xchart  8 ge xchart 11 le and {/IKOM 3 def} if %W
xchart 12 ge xchart 15 le and {/IKOM 3 def} if %W
%/ILN 4 def %L&M, L&S, M&S, UVW&S
%/ILN 5 def %L&M, L&S, M&S, UGR&S
/ILN 6 def %L&M, L&S, M&S, UGR&SGR
ILN 5 eq {/JPPM 6 def} {/JPPM 5 def} ifelse
ILN 6 eq {/JPPM 8 def} if
ILF 1 eq {/JPPM 1 def} if
ILS 2 eq {/JPPM 5 def} if

/ILU 0 def %NO u scale
ILT 0 eq {/ta 0.0 def /logta -6 def} if
ILT 1 eq {/ta 0.007 def /logta ta log def} if
ILT 2 eq {/ta 0.002 def /logta ta log def} if
/MULX 0600 def
/MULY 1200 0.8 mul def
ILS 1 eq {/MULY 1200 0.4 mul def} if
/MULF 1200 0.8 mul def

0.01 MM 0.01 MM scale
 
30 setlinewidth
[ ] 0 setdash

0.0 0.0 0.0 0.5 setcmykcolor
0 0  moveto 5400 0 rlineto 0 4000 rlineto -5400 0 rlineto
closepath fill

/Xa {(a) ishowM} def
/Xo {(o) ishowM} def

/P0o {tfo (P)  bishowM tfo (o) ishowM} def
/D0o {tfl (D)  bishowM tfl (o) ishowM} def
/T0o {tfv (T)  bishowM tfv (o) ishowM} def

/P0a {tfo (P)  bishowM tfo (a) ishowM} def
/D0a {tfl (D)  bishowM tfl (a) ishowM} def
/T0a {tfv (T)  bishowM tfv (a) ishowM} def

/U0a {tfn (U) bishowM tfy (a) ishowM} def
/N0a {tfn (N) bishowM tfc (a) ishowM} def
/W0a {tfn (W) bishowM tfm (a) ishowM} def

/P0oS {tfo (P')  bishowM tfo (o) ishowM} def
/D0oS {tfl (D')  bishowM tfl (o) ishowM} def
/T0oS {tfv (T')  bishowM tfv (o) ishowM} def

/P0aS {tfo (P')  bishowM tfo (a) ishowM} def
/D0aS {tfl (D')  bishowM tfl (a) ishowM} def
/T0aS {tfv (T')  bishowM tfv (a) ishowM} def

/U0aS {tfn (U') bishowM tfy (a) ishowM} def
/N0aS {tfn (N') bishowM tfc (a) ishowM} def
/W0aS {tfn (W') bishowM tfm (a) ishowM} def

/YAa  {IKOM 0 eq {tfn (U) bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N) bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W) bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W) bishowM tfm (a) ishowM} if} def
/YAaS {IKOM 0 eq {tfn (U') bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N') bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W') bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W') bishowM tfm (a) ishowM} if} def

/AF1 0.5 def
/AF2 0.5 def

/XRGA {XRGAI ILK get} def
/XJBA {XJBAI ILK get} def
/XRG$ {XRG$I ILK get} def
/XBJ$ {XBJ$I ILK get} def

/XRGAS {XRGAIS ILK get} def
/XJBAS {XJBAIS ILK get} def
/XRG$S {XRG$IS ILK get} def
/XBJ$S {XBJ$IS ILK get} def

/W0 {W 0 get} def
/W1 {W 1 get} def
/W2 {W 2 get} def
/W3 {W 3 get} def
/W4 {W 4 get} def
/W5 {W 5 get} def
/W6 {W 6 get} def
/W7 {W 7 get} def
/W8 {W 8 get} def

/W0S {WS 0 get} def
/W1S {WS 1 get} def
/W2S {WS 2 get} def
/W3S {WS 3 get} def
/W4S {WS 4 get} def
/W5S {WS 5 get} def
/W6S {WS 6 get} def
/W7S {WS 7 get} def
/W8S {WS 8 get} def

%function value for curve U normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1 {XRGA W0 sub CX div dup mul CY mul neg} def
/YU2 {XJBA W0 sub CX div dup mul CY mul neg} def
/YUP {W1 W0 sub CX div dup mul CY mul neg} def
/YUD {W2 W0 sub CX div dup mul CY mul neg} def
/YUT {W3 W0 sub CX div dup mul CY mul neg} def
/YUN {W4 W0 sub CX div dup mul CY mul neg} def
/YUW {W5 W0 sub CX div dup mul CY mul neg} def
/YUB {475 W0 sub CX div dup mul CY mul neg} def
/YUJ {575 W0 sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1 {XRGA XRGA 525 sub 0 ge {W1} {W1S} ifelse
      sub CX div dup mul CY mul neg} def
/YP2 {XJBA W1 sub CX div dup mul CY mul neg} def
/YPP {W1 W1 sub CX div dup mul CY mul neg} def
/YPD {W2 W1 sub CX div dup mul CY mul neg} def
/YPT {W3 W1 sub CX div dup mul CY mul neg} def
/YPN {W4 W1 sub CX div dup mul CY mul neg} def
/YPW {W5 W1 sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5),
%            450(V=6), 475(B=6), 575(J=7), 600(O=8)
/YD1 {XRGA XRGA 525 sub 0 ge {W2} {W2S} ifelse
      sub CX div dup mul CY mul neg} def
/YD2 {XJBA W2 sub CX div dup mul CY mul neg} def
/YDP {W1 W2 sub CX div dup mul CY mul neg} def
/YDD {W2 W2 sub CX div dup mul CY mul neg} def
/YDT {W3 W2 sub CX div dup mul CY mul neg} def
/YDN {W4 W2 sub CX div dup mul CY mul neg} def
/YDW {W5 W2 sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1 {XRGA W3 sub CX div dup mul CY mul neg} def
/YT2 {XJBA XJBA 525 sub 0 le {W3} {W3S} ifelse
      sub CX div dup mul CY mul neg} def
/YTP {W1 W3 sub CX div dup mul CY mul neg} def
/YTD {W2 W3 sub CX div dup mul CY mul neg} def
/YTT {W3 W3 sub CX div dup mul CY mul neg} def
/YTN {W4 W3 sub CX div dup mul CY mul neg} def
/YTW {W5 W3 sub CX div dup mul CY mul neg} def
/YTB {475 W3 sub CX div dup mul CY mul neg} def
/YTJ {575 W3 sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1 {XRGA W4 sub CX div dup mul CY mul neg} def
/YN2 {XJBA W4 sub CX div dup mul CY mul neg} def
/YNP {W1 W4 sub CX div dup mul CY mul neg} def
/YND {W2 W4 sub CX div dup mul CY mul neg} def
/YNT {W3 W4 sub CX div dup mul CY mul neg} def
/YNN {W4 W4 sub CX div dup mul CY mul neg} def
/YNW {W5 W4 sub CX div dup mul CY mul neg} def
/YNB {475 W4 sub CX div dup mul CY mul neg} def
/YNJ {575 W4 sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1 {XRGA W5 sub CX div dup mul CY mul neg} def
/YW2 {XJBA W5 sub CX div dup mul CY mul neg} def
/YWP {YUP YNP add 0.5 mul} def
/YWD {YUD YND add 0.5 mul} def
/YWT {YUT YNT add 0.5 mul} def
/YWN {YUN YNN add 0.5 mul} def
/YWW {YUW YNW add 0.5 mul} def
/YWB {YUB YNB add 0.5 mul} def
/YWJ {YUJ YNJ add 0.5 mul} def

%function value for curve U normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1S {XRGAS W0S sub CX div dup mul CY mul neg} def
/YU2S {XJBAS W0S sub CX div dup mul CY mul neg} def
/YUPS {W1S W0S sub CX div dup mul CY mul neg} def
/YUDS {W2S W0S sub CX div dup mul CY mul neg} def
/YUTS {W3S W0S sub CX div dup mul CY mul neg} def
/YUNS {W4S W0S sub CX div dup mul CY mul neg} def
/YUWS {W5S W0S sub CX div dup mul CY mul neg} def
/YUBS {575 W0S sub CX div dup mul CY mul neg} def
/YUJS {475 W0S sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1S {XRGAS XRGAS 525 sub 0 le {W1S} {W1} ifelse
      sub CX div dup mul CY mul neg} def
/YP2S {XJBAS W1S sub CX div dup mul CY mul neg} def
/YPPS {W1S W1S sub CX div dup mul CY mul neg} def
/YPDS {W2S W1S sub CX div dup mul CY mul neg} def
/YPTS {W3S W1S sub CX div dup mul CY mul neg} def
/YPNS {W4S W1S sub CX div dup mul CY mul neg} def
/YPWS {W5S W1S sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YD1S {XRGAS XRGAS 525 sub 0 le {W2S} {W2} ifelse
      sub CX div dup mul CY mul neg} def
/YD2S {XJBAS W2S sub CX div dup mul CY mul neg} def
/YDPS {W1S W2S sub CX div dup mul CY mul neg} def
/YDDS {W2S W2S sub CX div dup mul CY mul neg} def
/YDTS {W3S W2S sub CX div dup mul CY mul neg} def
/YDNS {W4S W2S sub CX div dup mul CY mul neg} def
/YDWS {W5S W2S sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1S {XRGAS W3S sub CX div dup mul CY mul neg} def
/YT2S {XJBAS XJBAS 525 sub 0 ge {W3S} {W3} ifelse
      sub CX div dup mul CY mul neg} def
/YTPS {W1S W3S sub CX div dup mul CY mul neg} def
/YTDS {W2S W3S sub CX div dup mul CY mul neg} def
/YTTS {W3S W3S sub CX div dup mul CY mul neg} def
/YTNS {W4S W3S sub CX div dup mul CY mul neg} def
/YTWS {W5S W3S sub CX div dup mul CY mul neg} def
/YTBS {575 W3S sub CX div dup mul CY mul neg} def
/YTJS {475 W3S sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1S {XRGAS W4S sub CX div dup mul CY mul neg} def
/YN2S {XJBAS W4S sub CX div dup mul CY mul neg} def
/YNPS {W1S W4S sub CX div dup mul CY mul neg} def
/YNDS {W2S W4S sub CX div dup mul CY mul neg} def
/YNTS {W3S W4S sub CX div dup mul CY mul neg} def
/YNNS {W4S W4S sub CX div dup mul CY mul neg} def
/YNWS {W5S W4S sub CX div dup mul CY mul neg} def
/YNBS {575 W4S sub CX div dup mul CY mul neg} def
/YNJS {475 W4S sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1S {XRGAS W5S sub CX div dup mul CY mul neg} def
/YW2S {XJBAS W5S sub CX div dup mul CY mul neg} def
/YWPS {YUPS YNPS add 0.5 mul} def
/YWDS {YUDS YNDS add 0.5 mul} def
/YWTS {YUTS YNTS add 0.5 mul} def
/YWNS {YUNS YNNS add 0.5 mul} def
/YWWS {YUWS YNWS add 0.5 mul} def
/YWBS {YUBS YNBS add 0.5 mul} def
/YWJS {YUJS YNJS add 0.5 mul} def

%i=0,85: 400_500_600_700_400(81)
0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXU i XEXI W 0 get sub CX div dup mul CY mul neg put
        YIXP i XEXI W 1 get sub CX div dup mul CY mul neg put
        YIXD i XEXI W 2 get sub CX div dup mul CY mul neg put
        YIXT i XEXI W 3 get sub CX div dup mul CY mul neg put
        YIXN i XEXI W 4 get sub CX div dup mul CY mul neg put
        YIXW i XEXI W 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXU i YIXU 60 get 1malp mul YIXU 0 get alpha mul add put
         YIXP i YIXP 60 get 1malp mul YIXP 0 get alpha mul add put
         YIXD i YIXD 60 get 1malp mul YIXD 0 get alpha mul add put
         YIXT i YIXT 60 get 1malp mul YIXT 0 get alpha mul add put
         YIXN i YIXN 60 get 1malp mul YIXN 0 get alpha mul add put
         YIXW i YIXW 60 get 1malp mul YIXW 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXU i YIXU i 80 sub get put
         YIXP i YIXP i 80 sub get put
         YIXD i YIXD i 80 sub get put
         YIXT i YIXT i 80 sub get put
         YIXN i YIXN i 80 sub get put
         YIXW i YIXW i 80 sub get put
} for %i=81,85: 405_425(5)

0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXUS i XEXI WS 0 get sub CX div dup mul CY mul neg put
        YIXPS i XEXI WS 1 get sub CX div dup mul CY mul neg put
        YIXDS i XEXI WS 2 get sub CX div dup mul CY mul neg put
        YIXTS i XEXI WS 3 get sub CX div dup mul CY mul neg put
        YIXNS i XEXI WS 4 get sub CX div dup mul CY mul neg put
        YIXWS i XEXI WS 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXUS i YIXUS 60 get 1malp mul YIXUS 0 get alpha mul add put
         YIXPS i YIXPS 60 get 1malp mul YIXPS 0 get alpha mul add put
         YIXDS i YIXDS 60 get 1malp mul YIXDS 0 get alpha mul add put
         YIXTS i YIXTS 60 get 1malp mul YIXTS 0 get alpha mul add put
         YIXNS i YIXNS 60 get 1malp mul YIXNS 0 get alpha mul add put
         YIXWS i YIXWS 60 get 1malp mul YIXWS 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXUS i YIXUS i 80 sub get put
         YIXPS i YIXPS i 80 sub get put
         YIXDS i YIXDS i 80 sub get put
         YIXTS i YIXTS i 80 sub get put
         YIXNS i YIXNS i 80 sub get put
         YIXWS i YIXWS i 80 sub get put
} for %i=81,85: 405_425(5)

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

0 1 85 {/i exch def
        /YEXU {YIXU i get} def
        /YEXP {YIXP i get YP1T add} def
        /YEXD {YIXD i get YD1T add} def
        /YEXT {YIXT i get YT2T add} def
        /YEXN {YIXN i get} def
        /YEXW {YIXW i get YW2T add} def

/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXA YEXU def} if
          IKOM 1 eq {/YEXA YEXN def} if
          IKOM 2 eq {/YEXA YEXW def} if
          IKOM 3 eq {/YEXA YEXW def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXU YEXA sub fneg def YDchange
                  YEXP0 i YD put} if
          j 1 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP1 i YD put} if
          j 2 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP2 i YD put} if
          j 3 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP3 i YD put} if
          j 4 eq {/YD YEXN YEXA sub fneg def YDchange
                  YEXP4 i YD put} if
          j 5 eq {/YD YEXW YEXA sub fneg def YDchange
                  YEXP5 i YD put} if
          j 6 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP6 i YD put} if
          j 7 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP7 i YD put} if
          j 8 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP8 i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0 i get YEXA add def YEXP0 i YE put} if
                    j 1 eq {/YE YEXP1 i get YEXA add def YEXP1 i YE put} if
                    j 2 eq {/YE YEXP2 i get YEXA add def YEXP2 i YE put} if
                    j 3 eq {/YE YEXP3 i get YEXA add def YEXP3 i YE put} if
                    j 4 eq {/YE YEXP4 i get YEXA add def YEXP4 i YE put} if
                    j 5 eq {/YE YEXP5 i get YEXA add def YEXP5 i YE put} if
                    j 6 eq {/YE YEXP6 i get YEXA add def YEXP6 i YE put} if
                    j 7 eq {/YE YEXP7 i get YEXA add def YEXP7 i YE put} if
                    j 8 eq {/YE YEXP8 i get YEXA add def YEXP8 i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        /YEXUS {YIXUS i get} def %identical YEXN
        /YEXPS {YIXPS i get YP1ST add} def
        /YEXDS {YIXDS i get YD1ST add} def
        /YEXTS {YIXTS i get YT2ST add} def 
        /YEXNS {YIXNS i get} def %identical YEXU
        /YEXWS {YIXWS i get YW2ST add} def
        
/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXAS YEXNS def} if
          IKOM 1 eq {/YEXAS YEXUS def} if
          IKOM 2 eq {/YEXAS YEXWS def} if
          IKOM 3 eq {/YEXAS YEXWS def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXUS YEXAS sub fneg def YDchange
                  YEXP0S i YD put} if
          j 1 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP1S i YD put} if
          j 2 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP2S i YD put} if
          j 3 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP3S i YD put} if
          j 4 eq {/YD YEXNS YEXAS sub fneg def YDchange
                  YEXP4S i YD put} if
          j 5 eq {/YD YEXWS YEXAS sub fneg def YDchange
                  YEXP5S i YD put} if
          j 6 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP6S i YD put} if
          j 7 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP7S i YD put} if
          j 8 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP8S i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0S i get YEXAS add def YEXP0S i YE put} if
                    j 1 eq {/YE YEXP1S i get YEXAS add def YEXP1S i YE put} if
                    j 2 eq {/YE YEXP2S i get YEXAS add def YEXP2S i YE put} if
                    j 3 eq {/YE YEXP3S i get YEXAS add def YEXP3S i YE put} if
                    j 4 eq {/YE YEXP4S i get YEXAS add def YEXP4S i YE put} if
                    j 5 eq {/YE YEXP5S i get YEXAS add def YEXP5S i YE put} if
                    j 6 eq {/YE YEXP6S i get YEXAS add def YEXP6S i YE put} if
                    j 7 eq {/YE YEXP7S i get YEXAS add def YEXP7S i YE put} if
                    j 8 eq {/YE YEXP8S i get YEXAS add def YEXP8S i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

ILF 0 eq {%ILF=0
1800 050 moveto tfw
(l) outSM (d) ishowK 30 0 rmoveto (/nm) nshowM
4200 050 moveto tfw
(l) outSM (c) ishowK 30 0 rmoveto (/nm) nshowM
ILU 1 eq {4900 550 moveto (u) bishowM} if
} if %ILF=0

3100 2975 moveto tfw (Adaptation: ) bshowM 
tfw (l) outSM tfo (R) ishowK tfl (G) ishowK 
tfw (=) bshowM XRG$I ILK get bshowM

%special; first part not visible
3100 2725 moveto 0.0 0.0 0.0 0.5 setcmykcolor (Adaptation: ) bshowM 
tfw (l) outSM tfv (B) ishowK tfy (J) ishowK 
tfw (=) bshowM XBJ$I ILK get bshowM

ILS 0 eq ILS 2 eq or {%ILS=0&2,#0
          3400 2725 moveto (t) bshowM (s) ishowK (=) bshowM ta trushow4
         }
         {
          0800 2975 moveto TBM (Threshold: ) showen (Schwelle: ) showde
          (t) bshowM (s) ishowK (=) bshowM ta trushow4
         } ifelse %ILS=0&2,#0

010 3800 moveto
ILS 0 eq {%iLS=0,1
          tfw (log [) bshowM P0a D0a T0a U0a N0a W0a
               tfw (]) bshowM}
         {INE 0 eq {tfw (log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]-log) bshowM YAa}
                   {tfw (log) bshowM YAa
                    tfw (-log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]) bshowM
                   } ifelse
         } ifelse %ILS=0,1

210 3525 moveto %special U0a,N0a
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5
         
210 3250 moveto
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5

3100 3800 moveto tfw (log) bshowM 30 0 rmoveto P0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto P0o tfw 
YU1 YP1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YP1 sub abs troshow

3100 3525 moveto tfw (log) bshowM 30 0 rmoveto D0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto D0o tfw
YU1 YD1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YD1 sub abs troshow

%special for 475nm/575nm
3100 3250 moveto tfw (log) bshowM 30 0 rmoveto T0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto T0o tfw
/YDTW YT2 neg YW2 add def
YDTW 0 ge {( + )} {( - )} ifelse bshowM
YDTW abs troshow

%4300 2000 moveto TBM YT2 troshow
%4300 1700 moveto TBM YW2 troshow
%4300 1400 moveto TBM YTB troshow
%4300 1100 moveto TBM YWB troshow

%4300 1000 moveto TBM YT2S troshow
%4300 0700 moveto TBM YW2S troshow
%4300 0400 moveto TBM YTBS troshow
%4300 0100 moveto TBM YWBS troshow

%y-arrow
 100 3400 moveto 0 300 rlineto -50 -150 rlineto
                                50  150 rlineto 50 -150 rlineto stroke

tfw
380 280 translate
50 setlinewidth

ILF 0 eq {%ILF=0 sensitivity or saturation
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto 0 ILS 0 eq ILS 2 eq or {3300} {3600} ifelse 
            0.8 mul rlineto  stroke
 ILS 0 eq ILS 2 eq or {0 2700 0.8 mul moveto 400 12 mul 0 rlineto stroke} if

TBK
/tx [ (400) (500) (600) (700) (400)] def
/tye [(-2) () (-1) () (  0) () (-2)] def
/tys [(-2) (-1) (  0) (  1) (  2) (  3) (-2)] def
/tu [ (    -3,1) (-1,1) (  0,9)  (  2,9) (    -3,1)] def
 
%!u-Achse: 100 Einheiten = 1200 Skalen-Einheiten

ILU 1 eq {%ILU=1
0 1 4 {/i exch def
       /ixt {-180 i 1200 mul add} def
       /ixl {240 i 1200 mul add} def
        ixt 150 moveto tu i get exec show } for
 
% 555 nm; u=0.0
          /ixt -180 1.55 1200 mul add def
          /ixl  240 1.55 1200 mul add def
          0.25 0.0 1.0 0.0 setcmykcolor
          ixt 150 moveto (   0.0) show
          /ixt  20  1860 add def
          ixt -320 moveto (555) show
          ixl 75 moveto 0 -150 rlineto stroke
         } if %ILU=1
 
%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten
tfw
0 1 4 {/i exch def
       /ixt {-150 i 1200 mul add} def
       /ixl { 000 i 1200 mul add} def
        ixt -250 moveto tx i get exec show
        ixl   75 moveto 0 -150 rlineto stroke } for
 
%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten
TBK 
0 1 5 {/i exch def
       /iyt {200 i 0480 mul add} def
       /iyl {240 i 0480 mul add} def
        -300 iyt moveto ILS 0 eq ILS 2 eq or {tye} {tys} ifelse
                        i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

TBK
30 setlinewidth
%400nm
/X400 000 0.00 1200 mul add def
%425nm 
/X425 000 0.25 1200 mul add def
%475nm 
/X475 000 0.75 1200 mul add def
%525nm
/X525 000 1.25 1200 mul add def
%575nm
/X575 000 1.75 1200 mul add def
%625nm
/X625 000 2.25 1200 mul add def
%675nm
/X675 000 2.75 1200 mul add def
%375cnm 
/X700 000 3.00 1200 mul add def
%395cnm
/X400c 000 4.00 1200 mul add def

%ymax = 240 + 4 * 480 = 2160
[100 100] 0 setdash

X525 0 moveto 0 2160 rlineto stroke
X700 0 moveto 0 2160 rlineto stroke
X400c 0 moveto 0 2160 rlineto stroke

X525 20 add 100 moveto (525) show
%X700 20 add 100 moveto (700) show
%X400c 20 add 100 moveto (400) show

%xchart 2 ge {%xchart>=2
             X475 0 moveto 0 2160 rlineto stroke
             X575 0 moveto 0 2160 rlineto stroke
             X475 20 add 100 moveto (475) show
             X575 20 add 100 moveto (575) show
%            } if %xchart>=2
[ ] 0 setdash
TBG

50 setlinewidth
%Cero point at 555 nm
/X0t {555 400 sub 12 mul} def
X0t 0 translate

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram
TBG
/ix00 000 def
/ty [(-2) (-1) (  0) (  1) (  2) (  3)] def

tfw
50 setlinewidth
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto  0 2400 rlineto  stroke

TBM
/tx [(-3) (-2) (-1) (  0) (  1) (  2) (  3) (  4)] def

%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten

0 1 6 {/i exch def /ix00 000 def
       /ixt { ix00 -280 add i 0600 mul add} def
       /ixl { ix00  000 add i 0600 mul add} def
        ixt 100 add -250 moveto tx i get exec show
        ixl 75 moveto 0 -150 rlineto stroke } for

%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten

0 1 4 {/i exch def
       /iyt {-100 i 0600 mul add} def
       /iyl { 000 i 0600 mul add} def
        -350 iyt moveto ty i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

%Nullpunkt-Achsenkreuz
30 setlinewidth tfn
1800 0000 moveto 0000 2350 rlineto stroke
0000 1200 moveto 4000 0000 rlineto stroke
50 setlinewidth tfw

%text
3400 0600 moveto tfw (| log [) bshowM P0a tfw (/) bshowM YAa
                 tfw (]) bshowM
3400 0300 moveto tfw (-log [) bshowM D0a tfw (/) bshowM YAa
                 tfw (] |) bshowM
0200 2200 moveto tfw  (log [) bshowM U0a tfw (/) bshowM YAa
                 tfw (]) bshowM
0200 1900 moveto tfw (-log [) bshowM T0a tfw (/) bshowM YAa
                 tfw (]) bshowM

} if %ILF>=1 chromaticity diagram
 
ILF 0 eq {%ILF=0 for clip
0 setlinewidth
/Y0C 0000 def
/Y1C 2400 def
ILU 1 eq {/Y0C 0450 def} if
ILS 0 eq {/Y1C 2900 def} if

0.0 0.0 0.0 0.0 setcmykcolor
X0t neg Y0C moveto  4800 0 rlineto 0 Y1C rlineto
                   -4800 0 rlineto 0 Y1C neg rlineto clip stroke
} if %ILF=0 for clip

ILS 0 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %response diagram
ILS 1 eq ILF 0 eq and {/IORY 1500 0.8 mul def} if %saturation diagram
ILS 2 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %purity diagram
ILS 1 eq ILF 1 eq and {/IORX 1800 def /IORY 1200 def} if %chromaticity diagram

%begin only for %j=1,2,8=P',D',T'
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        XiS i i 5 mul 400 add put
        j 0 eq {YiS i YEXP0S i get put} if
        j 1 eq {YiS i YEXP1S i get put} if
        j 2 eq {YiS i YEXP2S i get put} if
        j 3 eq {YiS i YEXP3S i get put} if
        j 4 eq {YiS i YEXP4S i get put} if
        j 5 eq {YiS i YEXP5S i get put} if
        j 6 eq {YiS i YEXP6S i get put} if
        j 7 eq {YiS i YEXP7S i get put} if
        j 8 eq {YiS i YEXP8S i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1S j FKUCI00S j get put
          FKUM1S j FKUMI00S j get put
          FKUY1S j FKUYI00S j get put
          FKUN1S j FKUNI00S j get put
          FKUC2S j FKUCI01S j get put
          FKUM2S j FKUMI01S j get put
          FKUY2S j FKUYI01S j get put
          FKUN2S j FKUNI01S j get put
          IDAI1S j IDAI00S j get put
          IDAI2S j IDAI01S j get put
          KURVAS j KURVA1S j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1S j FKUCI10S j get put
          FKUM1S j FKUMI10S j get put
          FKUY1S j FKUYI10S j get put
          FKUN1S j FKUNI10S j get put
          FKUC2S j FKUCI11S j get put
          FKUM2S j FKUMI11S j get put
          FKUY2S j FKUYI11S j get put
          FKUN2S j FKUNI11S j get put
          IDAI1S j IDAI10S j get put
          IDAI2S j IDAI11S j get put
          KURVAS j KURVA2S j get put
         } if %ILS=1

/KURVMS {KURVAS j get} def

KURVMS 0 gt {%if KURVMS>0 then KURVE

1 1 KURVMS {/KURVS exch def %KURVS=1,KURVMS

/IDA1S {IDAI1S j get cvi} def
/IDA2S {IDAI2S j get cvi} def 

KURVS 1 eq {[ ] 0 setdash} if
KURVS 2 eq {%KURVS=2 %special for 475nm curve j=3
           /IDA1S {IDAI1S j get} def
           /IDA2S {IDAI2S j get} def 
          [ IDA1S IDA2S] 0 setdash
          } if %KURVS=2

KURVS 1 eq {%KURVS=1
          /jadd 0 def
%           ILS 1 ge j 1 eq and {/jadd 3 def} if
           /FKUCS {FKUC1S j jadd add get} def
           /FKUMS {FKUM1S j jadd add get} def
           /FKUYS {FKUY1S j jadd add get} def
           /FKUNS {FKUN1S j jadd add get} def
          } if %KURV=1
KURVS 2 eq {%KURVS=2
           /FKUCS {FKUC2S j get} def
           /FKUMS {FKUM2S j get} def
           /FKUYS {FKUY2S j get} def
           /FKUNS {FKUN2S j get} def
          } if %KURVS=2

FKUCS FKUMS FKUYS FKUNS setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 1 eq j 2 eq or {%j=1,2=P',D'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=1,2=P',D'

j 8 eq {%j=8=T'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def  %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=8=T

} if %ILF=0 sensitivity or saturation
} if %ILS#2

} for %KURVS=1,KURVMS

} if %if KURVMS>0 then KURVES

} for %j=0,JPPM
%end only for %j=1,2,8=P',D',T'

%begin only for %j=3,6,7=T,P,D
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation, not purity
50 setlinewidth

j 3 eq {%j=3=T
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=3

j 6 eq j 7 eq or{%j=6,7=P,D
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=6,7=P,D

} if %ILF=0 sensitivity or saturation, not purity
} if %ILS#2

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=3,6,7=T,P,D

%begin only for %j=0,4,5=U,N,W
0 1 JPPM {/j exch def %j=0,JPPM

ILF 0 eq {%ILF=0 (for ILS=0,1,2)
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 2 eq {%ILS=2 correction for j=0,4,5
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
       /Xx Xi i get def
       j 0 eq j 4 eq or j 5 eq or {%ILS=2 correction for j=0,4,5
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRG YEXP1  i get YEXP2  i get sub abs neg def}
                    {/XRG YEXP1S i get YEXP2S i get sub abs neg def
                    } ifelse %lambda>=525
         XJBA 525 ge {%XJBA>=525
                       /XJB YEXP0  i get YEXP5  i get sub abs neg def}
                      {/XJB YEXP5S i get YEXP0S i get sub abs neg def
                     } ifelse %XJBA>=525
         j 0 eq {Yi i XRG put} if          
         j 4 eq {Yi i XJB put} if
         j 5 eq {Yi i XRG XJB add put} if
%         j 5 eq {Yi i XRG dup mul XJB dup mul add sqrt neg put} if
        } if %ILS=2 correction for j=0,4,5 
       } for %i=0,85: 400_700_400(81)
         } if %ILS=2 correction for j=0,4,5

ILF 1 eq {%ILF=1

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {%j=0
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRGPM YEXP1  i get  
                            YEXP2  i get sub
                            %YP1T sub 
                            def}
                    {/XRGPM YEXP1S i get
                            YEXP2S i get sub
                            %YP1ST sub 
                            def
                    } ifelse %lambda>=525
         /XJBPM YEXP0  i get YEXP4  i get sub def
%         XJBA 525 ge {%XJBA>=525 P5=P5S P0S=PN P0=PU 
%                      %P0-P5=PU-PWa, P5S-P0S=PWa-PN
%                      /XJBPM YEXP0  i get YEXP5  i get sub def}
%                     {/XJBPM YEXP5S i get YEXP0S i get sub def
%                    } ifelse %XJBA>=525
        Yix i XRGPM put
        Yiy i XJBPM 0.5 mul put
        } if %j=0
       } for %i=0,85: 400_700_400(81)

%correction for purple colours
62 1 80 {/i exch def %i=61,80: 700+_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         Yix i  Yix 60 get 1malp mul  Yix 0 get alpha mul add put
         Yiy i  Yiy 60 get 1malp mul  Yiy 0 get alpha mul add put
       } for %i=61,80: 700+_400(81)
} if %ILF=1

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 0 eq j 4 eq or j 5 eq or {%j=0,4,5=U,N,W
         /I0 0 def /I1 0 def /I2 80 def
         /xst {Xi I0       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi I0 get MULY mul add} bind def
         xst yst moveto
I1 3 I2 {/i exch def  %i=1,80: 405_400
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_400
         stroke
} if %j=0,4,5=U,N,W

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram         
30 setlinewidth

j 0 eq {%j=0=U

/xst {IORX Yix 0 get MULF mul add} bind def
/yst {IORY Yiy 0 get MULF mul add} bind def
xst yst moveto
0 3 77 {/i exch def %i=1,80: 405_700_400
        /xst {IORX Yix i get       MULF mul add} bind def
        /yst {IORY Yiy i get       MULF mul add} bind def
        /x20 {IORX Yix i 1 add get MULF mul add} bind def
        /y20 {IORY Yiy i 1 add get MULF mul add} bind def
        /x21 {IORX Yix i 2 add get MULF mul add} bind def
        /y21 {IORY Yiy i 2 add get MULF mul add} bind def
        /x22 {IORX Yix i 3 add get MULF mul add} bind def
        /y22 {IORY Yiy i 3 add get MULF mul add} bind def
        x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_700_400
stroke

TBK
0 10 70 {/i exch def  %i=0,10,85: 400_700_400
        /xst {IORX Yix i get MULF mul add} bind def
        /yst {IORY Yiy i get MULF mul add} bind def
        newpath
        xst yst 40 0 360 arc fill
        newpath
        xst 400 sub yst 50 sub moveto 400 i 5 mul add cvishow
       } for %i=0,10,85: 400_700_400

        3000 2400 moveto (YP1T) show
        3000 2000 moveto 0 YP1T add cvsshow3
        3000 1600 moveto 0 YD1T add cvsshow3
        3000 1200 moveto 0 YT2T add cvsshow3
        3000 0800 moveto 0 YW2T add cvsshow3
 
        4000 2400 moveto (YP1ST) show
        4000 2000 moveto 0 YP1ST add cvsshow3
        4000 1600 moveto 0 YD1ST add cvsshow3
        4000 1200 moveto 0 YT2ST add cvsshow3
        4000 0800 moveto 0 YW2ST add cvsshow3

        0000 2400 moveto (UPDTNW1) show
        0000 2000 moveto YU1 cvsshow3
        0000 1600 moveto YP1 cvsshow3
        0000 1200 moveto YD1 cvsshow3
        0000 0800 moveto YT1 cvsshow3
        0000 0400 moveto YN1 cvsshow3
        0000 0000 moveto YW1 cvsshow3

        1300 2400 moveto (UPDTNW2) show
        1300 2000 moveto YU2 cvsshow3
        1300 1600 moveto YP2 cvsshow3
        1300 1200 moveto YD2 cvsshow3
        1300 0800 moveto YT2 cvsshow3
        1300 0400 moveto YN2 cvsshow3
        1300 0000 moveto YW2 cvsshow3
       
} if %j=0=U

} if %ILF=1 chromaticity diagram

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=0,4,5=U,N,W

ILF 0 eq {X0t neg 0 translate} if

-380 -280 translate

showpage
grestore

%} for %xchart=0,15

%%Trailor

%%EndDocument
EndEPSF grestore gsave
                         
BeginEPSF
161 MM 108 MM translate
  10 /Times-ISOL1 FS  53 MM 1 MM moveto ( ) show 1 1 scale  -77 -91 translate
%%BeginDocument: Bild 23

%line 449
%!PS-Adobe-3.0 EPSF-3.0 WG991-3
%%BoundingBox: 70 82 226 206

%START PDFDE011.EPS
/pdfmark where {pop} {userdict /pdfmark /cleartomark load put} ifelse
/languagelevel where {pop languagelevel} {1} ifelse
2 lt { userdict (<<) cvn ([) cvn load put
       userdict (>>) cvn (]) cvn load put} if
[ /Title (PostScript pictures: Image Technology)
  /Author (compare K. Richter "Computergrafik ...": ISBN 3-8007-1775-1)
  /Subject (goto: http://o2.ps.bam.de or http://www.ps.bam.de)
  /Keywords (image reproduction, colour devices)
  /Creator (klaus.richter@bam.de)
  /CreationDate (D:2006040112000)
  /ModDate (D:2006040112000)
/DOCINFO pdfmark
[ /View [ /FitB ]
/DOCVIEW pdfmark
%END  PDFDE011

% !AUSTAUSCH Times-Roman -> Times-Roman-ISOLatin1=Times-I
 
/Times-Roman findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/Times-ISOL1 exch definefont pop
 
/Times-Italic findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesI-ISOL1 exch definefont pop
 
/Times-Bold findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesB-ISOL1 exch definefont pop
 
/Times-BoldItalic findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesBI-ISOL1 exch definefont pop
 
/FS {findfont exch scalefont setfont} bind def
/MM {72 25.4 div mul} def /str {8 string } bind def
 
/TK {200 /Times-ISOL1 FS} bind def
/TM {250 /Times-ISOL1 FS} bind def
/TG {300 /Times-ISOL1 FS} bind def
/TKi {160 /Times-ISOL1 FS} bind def
 
/TIK {200 /TimesI-ISOL1 FS} bind def
/TIM {250 /TimesI-ISOL1 FS} bind def
/TIG {300 /TimesI-ISOL1 FS} bind def
 
/TBK {200 /TimesB-ISOL1 FS} bind def
/TBM {250 /TimesB-ISOL1 FS} bind def
/TBG {300 /TimesB-ISOL1 FS} bind def
/TBKe {160 /TimesB-ISOL1 FS} bind def
 
/TBIK {200 /TimesBI-ISOL1 FS} bind def
/TBIM {250 /TimesBI-ISOL1 FS} bind def
/TBIG {300 /TimesBI-ISOL1 FS} bind def
 
/SK {200 10 sub /Symbol FS} bind def
/SM {250 12 sub /Symbol FS} bind def
/SG {300 14 sub /Symbol FS} bind def

/nshowG {TG  show} bind def
/kshowG {TIG show} bind def
/bshowG {TBG show} bind def
/bishowG {TBIG show} bind def
/ishowG {TM 0 -60 rmoveto show 0 60 rmoveto} bind def
/ebshowG {TBM 0 200 rmoveto show 0 -200 rmoveto} bind def
/sshowG {SG show} bind def

/nshowM {TM  show} bind def
/kshowM {TIM show} bind def
/bshowM {TBM show} bind def
/bishowM {TBIM show} bind def
/ishowM {TK 0 -40 rmoveto show 0 40 rmoveto} bind def
/ebshowM {TBK 0 160 rmoveto show 0 -160 rmoveto} bind def
/sshowM {SM show} bind def

/nshowK {TK  show} bind def
/kshowK {TIK show} bind def
/bshowK {TBK show} bind def
/bishowK {TBIK show} bind def
/ishowK {TKi 0 -30 rmoveto show 0 30 rmoveto} bind def
/ebshowK {TBKe 0 130 rmoveto show 0 -130 rmoveto} bind def
/sshowK {SK show} bind def
 
/tzo {0.0 1.0 1.0 0.0} bind def %Reproduktionsfarben
/tzl {1.0 0.0 1.0 0.0} bind def
/tzv {1.0 1.0 0.0 0.0} bind def
/tzc {1.0 0.0 0.0 0.0} bind def
/tzm {0.0 1.0 0.0 0.0} bind def
/tzy {0.0 0.0 1.0 0.0} bind def

/tzn {0.0 0.0 0.0 1.00} bind def %Graureihe
/tzd {0.0 0.0 0.0 0.75} bind def
/tzz {0.0 0.0 0.0 0.50} bind def
/tzh {0.0 0.0 0.0 0.25} bind def
/tzw {0.0 0.0 0.0 0.00} bind def

/tzr {0.0 1.0 0.5 0.0} bind def %Elementarfarben
/tzg {1.0 0.0 0.5 0.0} bind def
/tzb {1.0 0.5 0.0 0.0} bind def
/tzj {0.0 0.0 1.0 0.0} bind def

/tzrz {0.0 1.0 0.5 0.5} bind def %Elementarfarben vergraut
/tzgz {1.0 0.0 0.5 0.5} bind def
/tzbz {1.0 0.5 0.0 0.5} bind def
/tzjz {0.0 0.0 1.0 0.5} bind def

/tfo {tzo setcmykcolor} bind def
/tfl {tzl setcmykcolor} bind def
/tfv {tzv setcmykcolor} bind def
/tfc {tzc setcmykcolor} bind def
/tfm {tzm setcmykcolor} bind def
/tfy {tzy setcmykcolor} bind def

/tfn {tzn setcmykcolor} bind def
/tfd {tzd setcmykcolor} bind def
/tfz {tzz setcmykcolor} bind def
/tfh {tzh setcmykcolor} bind def
/tfw {tzw setcmykcolor} bind def

/tfr {tzr setcmykcolor} bind def
/tfg {tzg setcmykcolor} bind def
/tfb {tzb setcmykcolor} bind def
/tfj {tzj setcmykcolor} bind def

/tfrz {tzrz setcmykcolor} bind def
/tfgz {tzgz setcmykcolor} bind def
/tfbz {tzbz setcmykcolor} bind def
/tfjz {tzjz setcmykcolor} bind def
 
/A4quer {598 0 tl 90 rotate} def
/setcmyknew {setcmykcolor} def
/outSM {sshowM} def
/outSK {sshowK} def
/outxshowf {setcmykcolor show} def

%for output test only
/tspace {dup abs 1.0 le {(   ) show} if
         dup dup -1.0 le exch -10 gt and {(  ) show} if
         dup dup 1.0 gt exch  10 lt and {(   ) show} if
         dup dup 1.0 gt exch  10 ge and {( ) show} if
            } bind def

/trushow {tspace 0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/troshow {0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/trushow4 {0.00005 add 10000 mul truncate 10000 div
           10 string cvs show} bind def
           
/cvishow {cvi 6 string cvs show} def
/cvsshow1 {10 mul cvi 0.1 mul 7 string cvs show} def
/cvsshow2 {100 mul cvi 0.01 mul 7 string cvs show} def
/cvsshow3 {1000 mul cvi 0.001 mul 7 string cvs show} def

/W 9 array def
/W  [555 570 540 435 495 525 570 540 435] def

/WS 9 array def
0 1 8 {/j exch def %j=0,8
       WS j 525 W j get 525 sub sub put
      } for %j=0,8

/YIXU 88 array def
/YIXP 88 array def
/YIXD 88 array def
/YIXT 88 array def
/YIXN 88 array def
/YIXW 88 array def

/YIXUS 88 array def
/YIXPS 88 array def
/YIXDS 88 array def
/YIXTS 88 array def
/YIXNS 88 array def
/YIXWS 88 array def

/YEXP0 88 array def
/YEXP1 88 array def
/YEXP2 88 array def
/YEXP3 88 array def
/YEXP4 88 array def
/YEXP5 88 array def
/YEXP6 88 array def
/YEXP7 88 array def
/YEXP8 88 array def

/YEXP0S 88 array def
/YEXP1S 88 array def
/YEXP2S 88 array def
/YEXP3S 88 array def
/YEXP4S 88 array def
/YEXP5S 88 array def
/YEXP6S 88 array def
/YEXP7S 88 array def
/YEXP8S 88 array def

/Yix 88 array def
/Yiy 88 array def

/Xi 88 array def
/Yi 88 array def

/YixS 88 array def
/YiyS 88 array def

/XiS 88 array def
/YiS 88 array def

/KURVA 9 array def %9 actual curves
/KURVA1 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2 9 array def %9 curves, Saturation, one or two colours
%        U P D T N W P D T
/KURVA1 [2 0 0 1 2 2 1 1 0] def
/KURVA2 [2 0 0 1 2 2 1 1 0] def

/IDAI1 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00 [100 000 000 000 100 100 100 100 100] def
/IDAI01 [100 000 000 000 100 100 100 100 100] def
/IDAI10 [100 000 000 000 100 100 100 100 100] def
/IDAI11 [100 000 000 000 100 100 100 100 100] def

/FKUC1 9 array def %Actual colour C, Sensitivity
/FKUC2 9 array def %Actual colour C, Saturation
/FKUM1 9 array def %Actual colour M, Sensitivity
/FKUM2 9 array def %Actual colour M, Saturation
/FKUY1 9 array def %Actual colour Y, Sensitivity
/FKUY2 9 array def %Actual colour Y, Saturation
/FKUN1 9 array def %Actual colour N, Sensitivity
/FKUN2 9 array def %Actual colour N, Saturation

/FKUCI00 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10 9 array def %Cyan, Colour 1, Saturation
/FKUCI11 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI01 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def
/FKUCI10 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI11 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def

/FKUMI00 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10 9 array def %Magenta, Colour 1, Saturation
/FKUMI11 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI01 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def
/FKUMI10 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI11 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def

/FKUYI00 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10 9 array def %Yellow, Colour 1, Saturation
/FKUYI11 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI01 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI11 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00 9 array def %Black, Colour 1, Sensitivity
/FKUNI01 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10 9 array def %Black, Colour 1, Saturation
/FKUNI11 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI01 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI11 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAI 8 array def
/XRG$I 8 array def
/XJBAI 8 array def
/XBJ$I 8 array def
/XRGAI [ 525   575   475   600   575   575   575   575 ] def
/XRG$I [(525) (575) (475) (600) (575) (575) (575) (575)] def
/XJBAI [ 525   575   475   600   525   495   475   435 ] def
/XBJ$I [(525) (575) (475) (600) (525) (495) (475) (435)] def

/KURVAS 9 array def %9 actual curves
/KURVA1S 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2S 9 array def %9 curves, Saturation, one or two colours
%         U'P'D'T'N'W'P'D'T'
/KURVA1S [0 2 2 0 2 2 0 0 2] def
/KURVA2S [0 2 2 0 2 2 0 0 2] def

/IDAI1S 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2S 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00S 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01S 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10S 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11S 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00S [100 100 100 100 100 100 100 100 100] def
/IDAI01S [100 100 100 100 100 100 100 100 100] def
/IDAI10S [100 100 100 100 100 100 100 100 100] def
/IDAI11S [100 100 100 100 100 100 100 100 100] def

/FKUC1S 9 array def %Actual colour C, Sensitivity
/FKUC2S 9 array def %Actual colour C, Saturation
/FKUM1S 9 array def %Actual colour M, Sensitivity
/FKUM2S 9 array def %Actual colour M, Saturation
/FKUY1S 9 array def %Actual colour Y, Sensitivity
/FKUY2S 9 array def %Actual colour Y, Saturation
/FKUN1S 9 array def %Actual colour N, Sensitivity
/FKUN2S 9 array def %Actual colour N, Saturation

/FKUCI00S 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01S 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10S 9 array def %Cyan, Colour 1, Saturation
/FKUCI11S 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI01S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def
/FKUCI10S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI11S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def

/FKUMI00S 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01S 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10S 9 array def %Magenta, Colour 1, Saturation
/FKUMI11S 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI01S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def
/FKUMI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI11S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def

/FKUYI00S 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01S 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10S 9 array def %Yellow, Colour 1, Saturation
/FKUYI11S 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI01S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI11S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00S 9 array def %Black, Colour 1, Sensitivity
/FKUNI01S 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10S 9 array def %Black, Colour 1, Saturation
/FKUNI11S 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI01S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI11S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAIS 8 array def
/XRG$IS 8 array def
/XJBAIS 8 array def
/XBJ$IS 8 array def

0 1 7 {/j exch def %j=0,7
       XRGAIS j 525 XRGAI j get 525 sub sub put
       XJBAIS j 525 XJBAI j get 525 sub sub put
       XRG$IS j XRGAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
       XBJ$IS j XJBAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
      } for %j=0,7
      
/JPPM 4 def
/CY 0.35 def
/CX  50 def

%%EndProlog
gsave
/lanind 0 def
/lantex [(G) (E) (S) (N) (I) (J) (M)] def
/showde {0 lanind eq {show} {pop} ifelse} bind def
/showen {1 lanind eq {show} {pop} ifelse} bind def
/showes {2 lanind eq {show} {pop} ifelse} bind def
/showfr {3 lanind eq {show} {pop} ifelse} bind def
/showit {4 lanind eq {show} {pop} ifelse} bind def
/showjp {5 lanind eq {show} {pop} ifelse} bind def
/showm {6 lanind eq {show} {pop} ifelse} bind def
/lanindg where {pop /lanind1 lanindg def /lanind2 lanindg def}
               {/lanind1 0 def /lanind2 0 def} ifelse
/colormg where {pop /colorm1 colormg def /colorm2 colormg def}
               {/colorm1 0 def /colorm2 0 def} ifelse
/xcolorg where {pop /xcolor1 xcolorg def /xcolor2 xcolorg def}
               {/xcolor1 0 def /xcolor2 0 def} ifelse
/xchartg where {pop /xchart1 xchartg def /xchart2 xchartg def}
               {/xchart1 0 def /xchart2 0 def} ifelse
/lanind lanind1 def %lanind1 1 lanind2 {/lanind exch def %output showpage
/colorm colorm1 def %colorm1 1 colorm2 {/colorm exch def %output showpage
/xcolor xcolor1 def %xcolor1 1 xcolor2 {/xcolor exch def %output showpage
/xchart xchart1 def %xchart1 1 xchart2 {/xchart exch def %output showpage

/GSS$ where {pop /LSS$ GSS$ def}
            {/LSS$ (1) def} ifelse
/GSC$ where {pop /LSC$ GSC$ def}
            {/LSC$ (N) def} ifelse
/GSX$ where {pop /LSX$ GSX$ def}
            {/LSX$ (0) def} ifelse
/GSY$ where {pop /LSY$ GSY$ def}
            {/LSY$ (0) def} ifelse
/GEX$ where {pop /LEX$ GEX$ def}
            {/LEX$ (P.PS./PDF) def} ifelse
/GEY$ where {pop /LEY$ GEY$ def}
            {/LEY$ (P.DAT) def} ifelse
/IMES where {pop %/IMES IMES def
            }
            {/IMES 0 def} ifelse

/xchartg where {pop /xchart  10 def} {/xchart  10 def} ifelse

5 /Times-ISOL1 FS
72 84 moveto
    ( WG991-3, ) show

(Change of PDT (LMS) in volour vision; Adaptation) showen
(\304nderung von PDT (LMS) beim Farbensehen; Adaptation) showde

72 90 translate

%/xchart 02 def
%0 1 15 {/xchart exch def %xchart=0,15

gsave

xchart  0 eq {/ILK 0 def /ILS 0 def /INE 0 def /ILF 0 def} if %ILT=0 NO threshold
xchart  1 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  2 eq {/ILK 1 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  3 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  4 eq {/ILK 2 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  5 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  6 eq {/ILK 3 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  7 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  8 eq {/ILK 0 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart  9 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 10 eq {/ILK 1 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 11 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 12 eq {/ILK 2 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 13 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 14 eq {/ILK 3 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 15 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 1 def} if
/ILT 1 def
%/ILF 1 def
%/IKOM 3 def %0=U, 1=N/G, 2=W/R, 3=V
xchart  0 ge xchart  3 le and {/IKOM 3 def} if %W
xchart  4 ge xchart  7 le and {/IKOM 3 def} if %W
xchart  8 ge xchart 11 le and {/IKOM 3 def} if %W
xchart 12 ge xchart 15 le and {/IKOM 3 def} if %W
%/ILN 4 def %L&M, L&S, M&S, UVW&S
%/ILN 5 def %L&M, L&S, M&S, UGR&S
/ILN 6 def %L&M, L&S, M&S, UGR&SGR
ILN 5 eq {/JPPM 6 def} {/JPPM 5 def} ifelse
ILN 6 eq {/JPPM 8 def} if
ILF 1 eq {/JPPM 1 def} if
ILS 2 eq {/JPPM 5 def} if

/ILU 0 def %NO u scale
ILT 0 eq {/ta 0.0 def /logta -6 def} if
ILT 1 eq {/ta 0.007 def /logta ta log def} if
ILT 2 eq {/ta 0.002 def /logta ta log def} if
/MULX 0600 def
/MULY 1200 0.8 mul def
ILS 1 eq {/MULY 1200 0.4 mul def} if
/MULF 1200 0.8 mul def

0.01 MM 0.01 MM scale
 
30 setlinewidth
[ ] 0 setdash

0.0 0.0 0.0 0.5 setcmykcolor
0 0  moveto 5400 0 rlineto 0 4000 rlineto -5400 0 rlineto
closepath fill

/Xa {(a) ishowM} def
/Xo {(o) ishowM} def

/P0o {tfo (P)  bishowM tfo (o) ishowM} def
/D0o {tfl (D)  bishowM tfl (o) ishowM} def
/T0o {tfv (T)  bishowM tfv (o) ishowM} def

/P0a {tfo (P)  bishowM tfo (a) ishowM} def
/D0a {tfl (D)  bishowM tfl (a) ishowM} def
/T0a {tfv (T)  bishowM tfv (a) ishowM} def

/U0a {tfn (U) bishowM tfy (a) ishowM} def
/N0a {tfn (N) bishowM tfc (a) ishowM} def
/W0a {tfn (W) bishowM tfm (a) ishowM} def

/P0oS {tfo (P')  bishowM tfo (o) ishowM} def
/D0oS {tfl (D')  bishowM tfl (o) ishowM} def
/T0oS {tfv (T')  bishowM tfv (o) ishowM} def

/P0aS {tfo (P')  bishowM tfo (a) ishowM} def
/D0aS {tfl (D')  bishowM tfl (a) ishowM} def
/T0aS {tfv (T')  bishowM tfv (a) ishowM} def

/U0aS {tfn (U') bishowM tfy (a) ishowM} def
/N0aS {tfn (N') bishowM tfc (a) ishowM} def
/W0aS {tfn (W') bishowM tfm (a) ishowM} def

/YAa  {IKOM 0 eq {tfn (U) bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N) bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W) bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W) bishowM tfm (a) ishowM} if} def
/YAaS {IKOM 0 eq {tfn (U') bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N') bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W') bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W') bishowM tfm (a) ishowM} if} def

/AF1 0.5 def
/AF2 0.5 def

/XRGA {XRGAI ILK get} def
/XJBA {XJBAI ILK get} def
/XRG$ {XRG$I ILK get} def
/XBJ$ {XBJ$I ILK get} def

/XRGAS {XRGAIS ILK get} def
/XJBAS {XJBAIS ILK get} def
/XRG$S {XRG$IS ILK get} def
/XBJ$S {XBJ$IS ILK get} def

/W0 {W 0 get} def
/W1 {W 1 get} def
/W2 {W 2 get} def
/W3 {W 3 get} def
/W4 {W 4 get} def
/W5 {W 5 get} def
/W6 {W 6 get} def
/W7 {W 7 get} def
/W8 {W 8 get} def

/W0S {WS 0 get} def
/W1S {WS 1 get} def
/W2S {WS 2 get} def
/W3S {WS 3 get} def
/W4S {WS 4 get} def
/W5S {WS 5 get} def
/W6S {WS 6 get} def
/W7S {WS 7 get} def
/W8S {WS 8 get} def

%function value for curve U normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1 {XRGA W0 sub CX div dup mul CY mul neg} def
/YU2 {XJBA W0 sub CX div dup mul CY mul neg} def
/YUP {W1 W0 sub CX div dup mul CY mul neg} def
/YUD {W2 W0 sub CX div dup mul CY mul neg} def
/YUT {W3 W0 sub CX div dup mul CY mul neg} def
/YUN {W4 W0 sub CX div dup mul CY mul neg} def
/YUW {W5 W0 sub CX div dup mul CY mul neg} def
/YUB {475 W0 sub CX div dup mul CY mul neg} def
/YUJ {575 W0 sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1 {XRGA XRGA 525 sub 0 ge {W1} {W1S} ifelse
      sub CX div dup mul CY mul neg} def
/YP2 {XJBA W1 sub CX div dup mul CY mul neg} def
/YPP {W1 W1 sub CX div dup mul CY mul neg} def
/YPD {W2 W1 sub CX div dup mul CY mul neg} def
/YPT {W3 W1 sub CX div dup mul CY mul neg} def
/YPN {W4 W1 sub CX div dup mul CY mul neg} def
/YPW {W5 W1 sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5),
%            450(V=6), 475(B=6), 575(J=7), 600(O=8)
/YD1 {XRGA XRGA 525 sub 0 ge {W2} {W2S} ifelse
      sub CX div dup mul CY mul neg} def
/YD2 {XJBA W2 sub CX div dup mul CY mul neg} def
/YDP {W1 W2 sub CX div dup mul CY mul neg} def
/YDD {W2 W2 sub CX div dup mul CY mul neg} def
/YDT {W3 W2 sub CX div dup mul CY mul neg} def
/YDN {W4 W2 sub CX div dup mul CY mul neg} def
/YDW {W5 W2 sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1 {XRGA W3 sub CX div dup mul CY mul neg} def
/YT2 {XJBA XJBA 525 sub 0 le {W3} {W3S} ifelse
      sub CX div dup mul CY mul neg} def
/YTP {W1 W3 sub CX div dup mul CY mul neg} def
/YTD {W2 W3 sub CX div dup mul CY mul neg} def
/YTT {W3 W3 sub CX div dup mul CY mul neg} def
/YTN {W4 W3 sub CX div dup mul CY mul neg} def
/YTW {W5 W3 sub CX div dup mul CY mul neg} def
/YTB {475 W3 sub CX div dup mul CY mul neg} def
/YTJ {575 W3 sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1 {XRGA W4 sub CX div dup mul CY mul neg} def
/YN2 {XJBA W4 sub CX div dup mul CY mul neg} def
/YNP {W1 W4 sub CX div dup mul CY mul neg} def
/YND {W2 W4 sub CX div dup mul CY mul neg} def
/YNT {W3 W4 sub CX div dup mul CY mul neg} def
/YNN {W4 W4 sub CX div dup mul CY mul neg} def
/YNW {W5 W4 sub CX div dup mul CY mul neg} def
/YNB {475 W4 sub CX div dup mul CY mul neg} def
/YNJ {575 W4 sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1 {XRGA W5 sub CX div dup mul CY mul neg} def
/YW2 {XJBA W5 sub CX div dup mul CY mul neg} def
/YWP {YUP YNP add 0.5 mul} def
/YWD {YUD YND add 0.5 mul} def
/YWT {YUT YNT add 0.5 mul} def
/YWN {YUN YNN add 0.5 mul} def
/YWW {YUW YNW add 0.5 mul} def
/YWB {YUB YNB add 0.5 mul} def
/YWJ {YUJ YNJ add 0.5 mul} def

%function value for curve U normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1S {XRGAS W0S sub CX div dup mul CY mul neg} def
/YU2S {XJBAS W0S sub CX div dup mul CY mul neg} def
/YUPS {W1S W0S sub CX div dup mul CY mul neg} def
/YUDS {W2S W0S sub CX div dup mul CY mul neg} def
/YUTS {W3S W0S sub CX div dup mul CY mul neg} def
/YUNS {W4S W0S sub CX div dup mul CY mul neg} def
/YUWS {W5S W0S sub CX div dup mul CY mul neg} def
/YUBS {575 W0S sub CX div dup mul CY mul neg} def
/YUJS {475 W0S sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1S {XRGAS XRGAS 525 sub 0 le {W1S} {W1} ifelse
      sub CX div dup mul CY mul neg} def
/YP2S {XJBAS W1S sub CX div dup mul CY mul neg} def
/YPPS {W1S W1S sub CX div dup mul CY mul neg} def
/YPDS {W2S W1S sub CX div dup mul CY mul neg} def
/YPTS {W3S W1S sub CX div dup mul CY mul neg} def
/YPNS {W4S W1S sub CX div dup mul CY mul neg} def
/YPWS {W5S W1S sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YD1S {XRGAS XRGAS 525 sub 0 le {W2S} {W2} ifelse
      sub CX div dup mul CY mul neg} def
/YD2S {XJBAS W2S sub CX div dup mul CY mul neg} def
/YDPS {W1S W2S sub CX div dup mul CY mul neg} def
/YDDS {W2S W2S sub CX div dup mul CY mul neg} def
/YDTS {W3S W2S sub CX div dup mul CY mul neg} def
/YDNS {W4S W2S sub CX div dup mul CY mul neg} def
/YDWS {W5S W2S sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1S {XRGAS W3S sub CX div dup mul CY mul neg} def
/YT2S {XJBAS XJBAS 525 sub 0 ge {W3S} {W3} ifelse
      sub CX div dup mul CY mul neg} def
/YTPS {W1S W3S sub CX div dup mul CY mul neg} def
/YTDS {W2S W3S sub CX div dup mul CY mul neg} def
/YTTS {W3S W3S sub CX div dup mul CY mul neg} def
/YTNS {W4S W3S sub CX div dup mul CY mul neg} def
/YTWS {W5S W3S sub CX div dup mul CY mul neg} def
/YTBS {575 W3S sub CX div dup mul CY mul neg} def
/YTJS {475 W3S sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1S {XRGAS W4S sub CX div dup mul CY mul neg} def
/YN2S {XJBAS W4S sub CX div dup mul CY mul neg} def
/YNPS {W1S W4S sub CX div dup mul CY mul neg} def
/YNDS {W2S W4S sub CX div dup mul CY mul neg} def
/YNTS {W3S W4S sub CX div dup mul CY mul neg} def
/YNNS {W4S W4S sub CX div dup mul CY mul neg} def
/YNWS {W5S W4S sub CX div dup mul CY mul neg} def
/YNBS {575 W4S sub CX div dup mul CY mul neg} def
/YNJS {475 W4S sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1S {XRGAS W5S sub CX div dup mul CY mul neg} def
/YW2S {XJBAS W5S sub CX div dup mul CY mul neg} def
/YWPS {YUPS YNPS add 0.5 mul} def
/YWDS {YUDS YNDS add 0.5 mul} def
/YWTS {YUTS YNTS add 0.5 mul} def
/YWNS {YUNS YNNS add 0.5 mul} def
/YWWS {YUWS YNWS add 0.5 mul} def
/YWBS {YUBS YNBS add 0.5 mul} def
/YWJS {YUJS YNJS add 0.5 mul} def

%i=0,85: 400_500_600_700_400(81)
0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXU i XEXI W 0 get sub CX div dup mul CY mul neg put
        YIXP i XEXI W 1 get sub CX div dup mul CY mul neg put
        YIXD i XEXI W 2 get sub CX div dup mul CY mul neg put
        YIXT i XEXI W 3 get sub CX div dup mul CY mul neg put
        YIXN i XEXI W 4 get sub CX div dup mul CY mul neg put
        YIXW i XEXI W 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXU i YIXU 60 get 1malp mul YIXU 0 get alpha mul add put
         YIXP i YIXP 60 get 1malp mul YIXP 0 get alpha mul add put
         YIXD i YIXD 60 get 1malp mul YIXD 0 get alpha mul add put
         YIXT i YIXT 60 get 1malp mul YIXT 0 get alpha mul add put
         YIXN i YIXN 60 get 1malp mul YIXN 0 get alpha mul add put
         YIXW i YIXW 60 get 1malp mul YIXW 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXU i YIXU i 80 sub get put
         YIXP i YIXP i 80 sub get put
         YIXD i YIXD i 80 sub get put
         YIXT i YIXT i 80 sub get put
         YIXN i YIXN i 80 sub get put
         YIXW i YIXW i 80 sub get put
} for %i=81,85: 405_425(5)

0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXUS i XEXI WS 0 get sub CX div dup mul CY mul neg put
        YIXPS i XEXI WS 1 get sub CX div dup mul CY mul neg put
        YIXDS i XEXI WS 2 get sub CX div dup mul CY mul neg put
        YIXTS i XEXI WS 3 get sub CX div dup mul CY mul neg put
        YIXNS i XEXI WS 4 get sub CX div dup mul CY mul neg put
        YIXWS i XEXI WS 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXUS i YIXUS 60 get 1malp mul YIXUS 0 get alpha mul add put
         YIXPS i YIXPS 60 get 1malp mul YIXPS 0 get alpha mul add put
         YIXDS i YIXDS 60 get 1malp mul YIXDS 0 get alpha mul add put
         YIXTS i YIXTS 60 get 1malp mul YIXTS 0 get alpha mul add put
         YIXNS i YIXNS 60 get 1malp mul YIXNS 0 get alpha mul add put
         YIXWS i YIXWS 60 get 1malp mul YIXWS 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXUS i YIXUS i 80 sub get put
         YIXPS i YIXPS i 80 sub get put
         YIXDS i YIXDS i 80 sub get put
         YIXTS i YIXTS i 80 sub get put
         YIXNS i YIXNS i 80 sub get put
         YIXWS i YIXWS i 80 sub get put
} for %i=81,85: 405_425(5)

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

0 1 85 {/i exch def
        /YEXU {YIXU i get} def
        /YEXP {YIXP i get YP1T add} def
        /YEXD {YIXD i get YD1T add} def
        /YEXT {YIXT i get YT2T add} def
        /YEXN {YIXN i get} def
        /YEXW {YIXW i get YW2T add} def

/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXA YEXU def} if
          IKOM 1 eq {/YEXA YEXN def} if
          IKOM 2 eq {/YEXA YEXW def} if
          IKOM 3 eq {/YEXA YEXW def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXU YEXA sub fneg def YDchange
                  YEXP0 i YD put} if
          j 1 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP1 i YD put} if
          j 2 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP2 i YD put} if
          j 3 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP3 i YD put} if
          j 4 eq {/YD YEXN YEXA sub fneg def YDchange
                  YEXP4 i YD put} if
          j 5 eq {/YD YEXW YEXA sub fneg def YDchange
                  YEXP5 i YD put} if
          j 6 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP6 i YD put} if
          j 7 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP7 i YD put} if
          j 8 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP8 i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0 i get YEXA add def YEXP0 i YE put} if
                    j 1 eq {/YE YEXP1 i get YEXA add def YEXP1 i YE put} if
                    j 2 eq {/YE YEXP2 i get YEXA add def YEXP2 i YE put} if
                    j 3 eq {/YE YEXP3 i get YEXA add def YEXP3 i YE put} if
                    j 4 eq {/YE YEXP4 i get YEXA add def YEXP4 i YE put} if
                    j 5 eq {/YE YEXP5 i get YEXA add def YEXP5 i YE put} if
                    j 6 eq {/YE YEXP6 i get YEXA add def YEXP6 i YE put} if
                    j 7 eq {/YE YEXP7 i get YEXA add def YEXP7 i YE put} if
                    j 8 eq {/YE YEXP8 i get YEXA add def YEXP8 i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        /YEXUS {YIXUS i get} def %identical YEXN
        /YEXPS {YIXPS i get YP1ST add} def
        /YEXDS {YIXDS i get YD1ST add} def
        /YEXTS {YIXTS i get YT2ST add} def 
        /YEXNS {YIXNS i get} def %identical YEXU
        /YEXWS {YIXWS i get YW2ST add} def
        
/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXAS YEXNS def} if
          IKOM 1 eq {/YEXAS YEXUS def} if
          IKOM 2 eq {/YEXAS YEXWS def} if
          IKOM 3 eq {/YEXAS YEXWS def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXUS YEXAS sub fneg def YDchange
                  YEXP0S i YD put} if
          j 1 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP1S i YD put} if
          j 2 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP2S i YD put} if
          j 3 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP3S i YD put} if
          j 4 eq {/YD YEXNS YEXAS sub fneg def YDchange
                  YEXP4S i YD put} if
          j 5 eq {/YD YEXWS YEXAS sub fneg def YDchange
                  YEXP5S i YD put} if
          j 6 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP6S i YD put} if
          j 7 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP7S i YD put} if
          j 8 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP8S i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0S i get YEXAS add def YEXP0S i YE put} if
                    j 1 eq {/YE YEXP1S i get YEXAS add def YEXP1S i YE put} if
                    j 2 eq {/YE YEXP2S i get YEXAS add def YEXP2S i YE put} if
                    j 3 eq {/YE YEXP3S i get YEXAS add def YEXP3S i YE put} if
                    j 4 eq {/YE YEXP4S i get YEXAS add def YEXP4S i YE put} if
                    j 5 eq {/YE YEXP5S i get YEXAS add def YEXP5S i YE put} if
                    j 6 eq {/YE YEXP6S i get YEXAS add def YEXP6S i YE put} if
                    j 7 eq {/YE YEXP7S i get YEXAS add def YEXP7S i YE put} if
                    j 8 eq {/YE YEXP8S i get YEXAS add def YEXP8S i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

ILF 0 eq {%ILF=0
1800 050 moveto tfw
(l) outSM (d) ishowK 30 0 rmoveto (/nm) nshowM
4200 050 moveto tfw
(l) outSM (c) ishowK 30 0 rmoveto (/nm) nshowM
ILU 1 eq {4900 550 moveto (u) bishowM} if
} if %ILF=0

3100 2975 moveto tfw (Adaptation: ) bshowM 
tfw (l) outSM tfo (R) ishowK tfl (G) ishowK 
tfw (=) bshowM XRG$I ILK get bshowM

%special; first part not visible
3100 2725 moveto 0.0 0.0 0.0 0.5 setcmykcolor (Adaptation: ) bshowM 
tfw (l) outSM tfv (B) ishowK tfy (J) ishowK 
tfw (=) bshowM XBJ$I ILK get bshowM

ILS 0 eq ILS 2 eq or {%ILS=0&2,#0
          3400 2725 moveto (t) bshowM (s) ishowK (=) bshowM ta trushow4
         }
         {
          0800 2975 moveto TBM (Threshold: ) showen (Schwelle: ) showde
          (t) bshowM (s) ishowK (=) bshowM ta trushow4
         } ifelse %ILS=0&2,#0

010 3800 moveto
ILS 0 eq {%iLS=0,1
          tfw (log [) bshowM P0a D0a T0a U0a N0a W0a
               tfw (]) bshowM}
         {INE 0 eq {tfw (log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]-log) bshowM YAa}
                   {tfw (log) bshowM YAa
                    tfw (-log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]) bshowM
                   } ifelse
         } ifelse %ILS=0,1

210 3525 moveto %special U0a,N0a
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5
         
210 3250 moveto
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5

3100 3800 moveto tfw (log) bshowM 30 0 rmoveto P0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto P0o tfw 
YU1 YP1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YP1 sub abs troshow

3100 3525 moveto tfw (log) bshowM 30 0 rmoveto D0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto D0o tfw
YU1 YD1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YD1 sub abs troshow

%special for 475nm/575nm
3100 3250 moveto tfw (log) bshowM 30 0 rmoveto T0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto T0o tfw
/YDTW YT2 neg YW2 add def
YDTW 0 ge {( + )} {( - )} ifelse bshowM
YDTW abs troshow

%4300 2000 moveto TBM YT2 troshow
%4300 1700 moveto TBM YW2 troshow
%4300 1400 moveto TBM YTB troshow
%4300 1100 moveto TBM YWB troshow

%4300 1000 moveto TBM YT2S troshow
%4300 0700 moveto TBM YW2S troshow
%4300 0400 moveto TBM YTBS troshow
%4300 0100 moveto TBM YWBS troshow

%y-arrow
 100 3400 moveto 0 300 rlineto -50 -150 rlineto
                                50  150 rlineto 50 -150 rlineto stroke

tfw
380 280 translate
50 setlinewidth

ILF 0 eq {%ILF=0 sensitivity or saturation
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto 0 ILS 0 eq ILS 2 eq or {3300} {3600} ifelse 
            0.8 mul rlineto  stroke
 ILS 0 eq ILS 2 eq or {0 2700 0.8 mul moveto 400 12 mul 0 rlineto stroke} if

TBK
/tx [ (400) (500) (600) (700) (400)] def
/tye [(-2) () (-1) () (  0) () (-2)] def
/tys [(-2) (-1) (  0) (  1) (  2) (  3) (-2)] def
/tu [ (    -3,1) (-1,1) (  0,9)  (  2,9) (    -3,1)] def
 
%!u-Achse: 100 Einheiten = 1200 Skalen-Einheiten

ILU 1 eq {%ILU=1
0 1 4 {/i exch def
       /ixt {-180 i 1200 mul add} def
       /ixl {240 i 1200 mul add} def
        ixt 150 moveto tu i get exec show } for
 
% 555 nm; u=0.0
          /ixt -180 1.55 1200 mul add def
          /ixl  240 1.55 1200 mul add def
          0.25 0.0 1.0 0.0 setcmykcolor
          ixt 150 moveto (   0.0) show
          /ixt  20  1860 add def
          ixt -320 moveto (555) show
          ixl 75 moveto 0 -150 rlineto stroke
         } if %ILU=1
 
%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten
tfw
0 1 4 {/i exch def
       /ixt {-150 i 1200 mul add} def
       /ixl { 000 i 1200 mul add} def
        ixt -250 moveto tx i get exec show
        ixl   75 moveto 0 -150 rlineto stroke } for
 
%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten
TBK 
0 1 5 {/i exch def
       /iyt {200 i 0480 mul add} def
       /iyl {240 i 0480 mul add} def
        -300 iyt moveto ILS 0 eq ILS 2 eq or {tye} {tys} ifelse
                        i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

TBK
30 setlinewidth
%400nm
/X400 000 0.00 1200 mul add def
%425nm 
/X425 000 0.25 1200 mul add def
%475nm 
/X475 000 0.75 1200 mul add def
%525nm
/X525 000 1.25 1200 mul add def
%575nm
/X575 000 1.75 1200 mul add def
%625nm
/X625 000 2.25 1200 mul add def
%675nm
/X675 000 2.75 1200 mul add def
%375cnm 
/X700 000 3.00 1200 mul add def
%395cnm
/X400c 000 4.00 1200 mul add def

%ymax = 240 + 4 * 480 = 2160
[100 100] 0 setdash

X525 0 moveto 0 2160 rlineto stroke
X700 0 moveto 0 2160 rlineto stroke
X400c 0 moveto 0 2160 rlineto stroke

X525 20 add 100 moveto (525) show
%X700 20 add 100 moveto (700) show
%X400c 20 add 100 moveto (400) show

%xchart 2 ge {%xchart>=2
             X475 0 moveto 0 2160 rlineto stroke
             X575 0 moveto 0 2160 rlineto stroke
             X475 20 add 100 moveto (475) show
             X575 20 add 100 moveto (575) show
%            } if %xchart>=2
[ ] 0 setdash
TBG

50 setlinewidth
%Cero point at 555 nm
/X0t {555 400 sub 12 mul} def
X0t 0 translate

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram
TBG
/ix00 000 def
/ty [(-2) (-1) (  0) (  1) (  2) (  3)] def

tfw
50 setlinewidth
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto  0 2400 rlineto  stroke

TBM
/tx [(-3) (-2) (-1) (  0) (  1) (  2) (  3) (  4)] def

%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten

0 1 6 {/i exch def /ix00 000 def
       /ixt { ix00 -280 add i 0600 mul add} def
       /ixl { ix00  000 add i 0600 mul add} def
        ixt 100 add -250 moveto tx i get exec show
        ixl 75 moveto 0 -150 rlineto stroke } for

%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten

0 1 4 {/i exch def
       /iyt {-100 i 0600 mul add} def
       /iyl { 000 i 0600 mul add} def
        -350 iyt moveto ty i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

%Nullpunkt-Achsenkreuz
30 setlinewidth tfn
1800 0000 moveto 0000 2350 rlineto stroke
0000 1200 moveto 4000 0000 rlineto stroke
50 setlinewidth tfw

%text
3400 0600 moveto tfw (| log [) bshowM P0a tfw (/) bshowM YAa
                 tfw (]) bshowM
3400 0300 moveto tfw (-log [) bshowM D0a tfw (/) bshowM YAa
                 tfw (] |) bshowM
0200 2200 moveto tfw  (log [) bshowM U0a tfw (/) bshowM YAa
                 tfw (]) bshowM
0200 1900 moveto tfw (-log [) bshowM T0a tfw (/) bshowM YAa
                 tfw (]) bshowM

} if %ILF>=1 chromaticity diagram
 
ILF 0 eq {%ILF=0 for clip
0 setlinewidth
/Y0C 0000 def
/Y1C 2400 def
ILU 1 eq {/Y0C 0450 def} if
ILS 0 eq {/Y1C 2900 def} if

0.0 0.0 0.0 0.0 setcmykcolor
X0t neg Y0C moveto  4800 0 rlineto 0 Y1C rlineto
                   -4800 0 rlineto 0 Y1C neg rlineto clip stroke
} if %ILF=0 for clip

ILS 0 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %response diagram
ILS 1 eq ILF 0 eq and {/IORY 1500 0.8 mul def} if %saturation diagram
ILS 2 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %purity diagram
ILS 1 eq ILF 1 eq and {/IORX 1800 def /IORY 1200 def} if %chromaticity diagram

%begin only for %j=1,2,8=P',D',T'
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        XiS i i 5 mul 400 add put
        j 0 eq {YiS i YEXP0S i get put} if
        j 1 eq {YiS i YEXP1S i get put} if
        j 2 eq {YiS i YEXP2S i get put} if
        j 3 eq {YiS i YEXP3S i get put} if
        j 4 eq {YiS i YEXP4S i get put} if
        j 5 eq {YiS i YEXP5S i get put} if
        j 6 eq {YiS i YEXP6S i get put} if
        j 7 eq {YiS i YEXP7S i get put} if
        j 8 eq {YiS i YEXP8S i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1S j FKUCI00S j get put
          FKUM1S j FKUMI00S j get put
          FKUY1S j FKUYI00S j get put
          FKUN1S j FKUNI00S j get put
          FKUC2S j FKUCI01S j get put
          FKUM2S j FKUMI01S j get put
          FKUY2S j FKUYI01S j get put
          FKUN2S j FKUNI01S j get put
          IDAI1S j IDAI00S j get put
          IDAI2S j IDAI01S j get put
          KURVAS j KURVA1S j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1S j FKUCI10S j get put
          FKUM1S j FKUMI10S j get put
          FKUY1S j FKUYI10S j get put
          FKUN1S j FKUNI10S j get put
          FKUC2S j FKUCI11S j get put
          FKUM2S j FKUMI11S j get put
          FKUY2S j FKUYI11S j get put
          FKUN2S j FKUNI11S j get put
          IDAI1S j IDAI10S j get put
          IDAI2S j IDAI11S j get put
          KURVAS j KURVA2S j get put
         } if %ILS=1

/KURVMS {KURVAS j get} def

KURVMS 0 gt {%if KURVMS>0 then KURVE

1 1 KURVMS {/KURVS exch def %KURVS=1,KURVMS

/IDA1S {IDAI1S j get cvi} def
/IDA2S {IDAI2S j get cvi} def 

KURVS 1 eq {[ ] 0 setdash} if
KURVS 2 eq {%KURVS=2 %special for 475nm curve j=3
           /IDA1S {IDAI1S j get} def
           /IDA2S {IDAI2S j get} def 
          [ IDA1S IDA2S] 0 setdash
          } if %KURVS=2

KURVS 1 eq {%KURVS=1
          /jadd 0 def
%           ILS 1 ge j 1 eq and {/jadd 3 def} if
           /FKUCS {FKUC1S j jadd add get} def
           /FKUMS {FKUM1S j jadd add get} def
           /FKUYS {FKUY1S j jadd add get} def
           /FKUNS {FKUN1S j jadd add get} def
          } if %KURV=1
KURVS 2 eq {%KURVS=2
           /FKUCS {FKUC2S j get} def
           /FKUMS {FKUM2S j get} def
           /FKUYS {FKUY2S j get} def
           /FKUNS {FKUN2S j get} def
          } if %KURVS=2

FKUCS FKUMS FKUYS FKUNS setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 1 eq j 2 eq or {%j=1,2=P',D'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=1,2=P',D'

j 8 eq {%j=8=T'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def  %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=8=T

} if %ILF=0 sensitivity or saturation
} if %ILS#2

} for %KURVS=1,KURVMS

} if %if KURVMS>0 then KURVES

} for %j=0,JPPM
%end only for %j=1,2,8=P',D',T'

%begin only for %j=3,6,7=T,P,D
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation, not purity
50 setlinewidth

j 3 eq {%j=3=T
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=3

j 6 eq j 7 eq or{%j=6,7=P,D
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=6,7=P,D

} if %ILF=0 sensitivity or saturation, not purity
} if %ILS#2

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=3,6,7=T,P,D

%begin only for %j=0,4,5=U,N,W
0 1 JPPM {/j exch def %j=0,JPPM

ILF 0 eq {%ILF=0 (for ILS=0,1,2)
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 2 eq {%ILS=2 correction for j=0,4,5
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
       /Xx Xi i get def
       j 0 eq j 4 eq or j 5 eq or {%ILS=2 correction for j=0,4,5
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRG YEXP1  i get YEXP2  i get sub abs neg def}
                    {/XRG YEXP1S i get YEXP2S i get sub abs neg def
                    } ifelse %lambda>=525
         XJBA 525 ge {%XJBA>=525
                       /XJB YEXP0  i get YEXP5  i get sub abs neg def}
                      {/XJB YEXP5S i get YEXP0S i get sub abs neg def
                     } ifelse %XJBA>=525
         j 0 eq {Yi i XRG put} if          
         j 4 eq {Yi i XJB put} if
         j 5 eq {Yi i XRG XJB add put} if
%         j 5 eq {Yi i XRG dup mul XJB dup mul add sqrt neg put} if
        } if %ILS=2 correction for j=0,4,5 
       } for %i=0,85: 400_700_400(81)
         } if %ILS=2 correction for j=0,4,5

ILF 1 eq {%ILF=1

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {%j=0
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRGPM YEXP1  i get  
                            YEXP2  i get sub
                            %YP1T sub 
                            def}
                    {/XRGPM YEXP1S i get
                            YEXP2S i get sub
                            %YP1ST sub 
                            def
                    } ifelse %lambda>=525
         /XJBPM YEXP0  i get YEXP4  i get sub def
%         XJBA 525 ge {%XJBA>=525 P5=P5S P0S=PN P0=PU 
%                      %P0-P5=PU-PWa, P5S-P0S=PWa-PN
%                      /XJBPM YEXP0  i get YEXP5  i get sub def}
%                     {/XJBPM YEXP5S i get YEXP0S i get sub def
%                    } ifelse %XJBA>=525
        Yix i XRGPM put
        Yiy i XJBPM 0.5 mul put
        } if %j=0
       } for %i=0,85: 400_700_400(81)

%correction for purple colours
62 1 80 {/i exch def %i=61,80: 700+_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         Yix i  Yix 60 get 1malp mul  Yix 0 get alpha mul add put
         Yiy i  Yiy 60 get 1malp mul  Yiy 0 get alpha mul add put
       } for %i=61,80: 700+_400(81)
} if %ILF=1

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 0 eq j 4 eq or j 5 eq or {%j=0,4,5=U,N,W
         /I0 0 def /I1 0 def /I2 80 def
         /xst {Xi I0       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi I0 get MULY mul add} bind def
         xst yst moveto
I1 3 I2 {/i exch def  %i=1,80: 405_400
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_400
         stroke
} if %j=0,4,5=U,N,W

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram         
30 setlinewidth

j 0 eq {%j=0=U

/xst {IORX Yix 0 get MULF mul add} bind def
/yst {IORY Yiy 0 get MULF mul add} bind def
xst yst moveto
0 3 77 {/i exch def %i=1,80: 405_700_400
        /xst {IORX Yix i get       MULF mul add} bind def
        /yst {IORY Yiy i get       MULF mul add} bind def
        /x20 {IORX Yix i 1 add get MULF mul add} bind def
        /y20 {IORY Yiy i 1 add get MULF mul add} bind def
        /x21 {IORX Yix i 2 add get MULF mul add} bind def
        /y21 {IORY Yiy i 2 add get MULF mul add} bind def
        /x22 {IORX Yix i 3 add get MULF mul add} bind def
        /y22 {IORY Yiy i 3 add get MULF mul add} bind def
        x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_700_400
stroke

TBK
0 10 70 {/i exch def  %i=0,10,85: 400_700_400
        /xst {IORX Yix i get MULF mul add} bind def
        /yst {IORY Yiy i get MULF mul add} bind def
        newpath
        xst yst 40 0 360 arc fill
        newpath
        xst 400 sub yst 50 sub moveto 400 i 5 mul add cvishow
       } for %i=0,10,85: 400_700_400

        3000 2400 moveto (YP1T) show
        3000 2000 moveto 0 YP1T add cvsshow3
        3000 1600 moveto 0 YD1T add cvsshow3
        3000 1200 moveto 0 YT2T add cvsshow3
        3000 0800 moveto 0 YW2T add cvsshow3
 
        4000 2400 moveto (YP1ST) show
        4000 2000 moveto 0 YP1ST add cvsshow3
        4000 1600 moveto 0 YD1ST add cvsshow3
        4000 1200 moveto 0 YT2ST add cvsshow3
        4000 0800 moveto 0 YW2ST add cvsshow3

        0000 2400 moveto (UPDTNW1) show
        0000 2000 moveto YU1 cvsshow3
        0000 1600 moveto YP1 cvsshow3
        0000 1200 moveto YD1 cvsshow3
        0000 0800 moveto YT1 cvsshow3
        0000 0400 moveto YN1 cvsshow3
        0000 0000 moveto YW1 cvsshow3

        1300 2400 moveto (UPDTNW2) show
        1300 2000 moveto YU2 cvsshow3
        1300 1600 moveto YP2 cvsshow3
        1300 1200 moveto YD2 cvsshow3
        1300 0800 moveto YT2 cvsshow3
        1300 0400 moveto YN2 cvsshow3
        1300 0000 moveto YW2 cvsshow3
       
} if %j=0=U

} if %ILF=1 chromaticity diagram

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=0,4,5=U,N,W

ILF 0 eq {X0t neg 0 translate} if

-380 -280 translate

showpage
grestore

%} for %xchart=0,15

%%Trailor

%%EndDocument
EndEPSF grestore gsave
                         
BeginEPSF
219 MM 108 MM translate
  10 /Times-ISOL1 FS  53 MM 1 MM moveto ( ) show 1 1 scale  -77 -91 translate
%%BeginDocument: Bild 24

%line 459
%!PS-Adobe-3.0 EPSF-3.0 WG991-4
%%BoundingBox: 70 82 226 206

%START PDFDE011.EPS
/pdfmark where {pop} {userdict /pdfmark /cleartomark load put} ifelse
/languagelevel where {pop languagelevel} {1} ifelse
2 lt { userdict (<<) cvn ([) cvn load put
       userdict (>>) cvn (]) cvn load put} if
[ /Title (PostScript pictures: Image Technology)
  /Author (compare K. Richter "Computergrafik ...": ISBN 3-8007-1775-1)
  /Subject (goto: http://o2.ps.bam.de or http://www.ps.bam.de)
  /Keywords (image reproduction, colour devices)
  /Creator (klaus.richter@bam.de)
  /CreationDate (D:2006040112000)
  /ModDate (D:2006040112000)
/DOCINFO pdfmark
[ /View [ /FitB ]
/DOCVIEW pdfmark
%END  PDFDE011

% !AUSTAUSCH Times-Roman -> Times-Roman-ISOLatin1=Times-I
 
/Times-Roman findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/Times-ISOL1 exch definefont pop
 
/Times-Italic findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesI-ISOL1 exch definefont pop
 
/Times-Bold findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesB-ISOL1 exch definefont pop
 
/Times-BoldItalic findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesBI-ISOL1 exch definefont pop
 
/FS {findfont exch scalefont setfont} bind def
/MM {72 25.4 div mul} def /str {8 string } bind def
 
/TK {200 /Times-ISOL1 FS} bind def
/TM {250 /Times-ISOL1 FS} bind def
/TG {300 /Times-ISOL1 FS} bind def
/TKi {160 /Times-ISOL1 FS} bind def
 
/TIK {200 /TimesI-ISOL1 FS} bind def
/TIM {250 /TimesI-ISOL1 FS} bind def
/TIG {300 /TimesI-ISOL1 FS} bind def
 
/TBK {200 /TimesB-ISOL1 FS} bind def
/TBM {250 /TimesB-ISOL1 FS} bind def
/TBG {300 /TimesB-ISOL1 FS} bind def
/TBKe {160 /TimesB-ISOL1 FS} bind def
 
/TBIK {200 /TimesBI-ISOL1 FS} bind def
/TBIM {250 /TimesBI-ISOL1 FS} bind def
/TBIG {300 /TimesBI-ISOL1 FS} bind def
 
/SK {200 10 sub /Symbol FS} bind def
/SM {250 12 sub /Symbol FS} bind def
/SG {300 14 sub /Symbol FS} bind def

/nshowG {TG  show} bind def
/kshowG {TIG show} bind def
/bshowG {TBG show} bind def
/bishowG {TBIG show} bind def
/ishowG {TM 0 -60 rmoveto show 0 60 rmoveto} bind def
/ebshowG {TBM 0 200 rmoveto show 0 -200 rmoveto} bind def
/sshowG {SG show} bind def

/nshowM {TM  show} bind def
/kshowM {TIM show} bind def
/bshowM {TBM show} bind def
/bishowM {TBIM show} bind def
/ishowM {TK 0 -40 rmoveto show 0 40 rmoveto} bind def
/ebshowM {TBK 0 160 rmoveto show 0 -160 rmoveto} bind def
/sshowM {SM show} bind def

/nshowK {TK  show} bind def
/kshowK {TIK show} bind def
/bshowK {TBK show} bind def
/bishowK {TBIK show} bind def
/ishowK {TKi 0 -30 rmoveto show 0 30 rmoveto} bind def
/ebshowK {TBKe 0 130 rmoveto show 0 -130 rmoveto} bind def
/sshowK {SK show} bind def
 
/tzo {0.0 1.0 1.0 0.0} bind def %Reproduktionsfarben
/tzl {1.0 0.0 1.0 0.0} bind def
/tzv {1.0 1.0 0.0 0.0} bind def
/tzc {1.0 0.0 0.0 0.0} bind def
/tzm {0.0 1.0 0.0 0.0} bind def
/tzy {0.0 0.0 1.0 0.0} bind def

/tzn {0.0 0.0 0.0 1.00} bind def %Graureihe
/tzd {0.0 0.0 0.0 0.75} bind def
/tzz {0.0 0.0 0.0 0.50} bind def
/tzh {0.0 0.0 0.0 0.25} bind def
/tzw {0.0 0.0 0.0 0.00} bind def

/tzr {0.0 1.0 0.5 0.0} bind def %Elementarfarben
/tzg {1.0 0.0 0.5 0.0} bind def
/tzb {1.0 0.5 0.0 0.0} bind def
/tzj {0.0 0.0 1.0 0.0} bind def

/tzrz {0.0 1.0 0.5 0.5} bind def %Elementarfarben vergraut
/tzgz {1.0 0.0 0.5 0.5} bind def
/tzbz {1.0 0.5 0.0 0.5} bind def
/tzjz {0.0 0.0 1.0 0.5} bind def

/tfo {tzo setcmykcolor} bind def
/tfl {tzl setcmykcolor} bind def
/tfv {tzv setcmykcolor} bind def
/tfc {tzc setcmykcolor} bind def
/tfm {tzm setcmykcolor} bind def
/tfy {tzy setcmykcolor} bind def

/tfn {tzn setcmykcolor} bind def
/tfd {tzd setcmykcolor} bind def
/tfz {tzz setcmykcolor} bind def
/tfh {tzh setcmykcolor} bind def
/tfw {tzw setcmykcolor} bind def

/tfr {tzr setcmykcolor} bind def
/tfg {tzg setcmykcolor} bind def
/tfb {tzb setcmykcolor} bind def
/tfj {tzj setcmykcolor} bind def

/tfrz {tzrz setcmykcolor} bind def
/tfgz {tzgz setcmykcolor} bind def
/tfbz {tzbz setcmykcolor} bind def
/tfjz {tzjz setcmykcolor} bind def
 
/A4quer {598 0 tl 90 rotate} def
/setcmyknew {setcmykcolor} def
/outSM {sshowM} def
/outSK {sshowK} def
/outxshowf {setcmykcolor show} def

%for output test only
/tspace {dup abs 1.0 le {(   ) show} if
         dup dup -1.0 le exch -10 gt and {(  ) show} if
         dup dup 1.0 gt exch  10 lt and {(   ) show} if
         dup dup 1.0 gt exch  10 ge and {( ) show} if
            } bind def

/trushow {tspace 0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/troshow {0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/trushow4 {0.00005 add 10000 mul truncate 10000 div
           10 string cvs show} bind def
           
/cvishow {cvi 6 string cvs show} def
/cvsshow1 {10 mul cvi 0.1 mul 7 string cvs show} def
/cvsshow2 {100 mul cvi 0.01 mul 7 string cvs show} def
/cvsshow3 {1000 mul cvi 0.001 mul 7 string cvs show} def

/W 9 array def
/W  [555 570 540 435 495 525 570 540 435] def

/WS 9 array def
0 1 8 {/j exch def %j=0,8
       WS j 525 W j get 525 sub sub put
      } for %j=0,8

/YIXU 88 array def
/YIXP 88 array def
/YIXD 88 array def
/YIXT 88 array def
/YIXN 88 array def
/YIXW 88 array def

/YIXUS 88 array def
/YIXPS 88 array def
/YIXDS 88 array def
/YIXTS 88 array def
/YIXNS 88 array def
/YIXWS 88 array def

/YEXP0 88 array def
/YEXP1 88 array def
/YEXP2 88 array def
/YEXP3 88 array def
/YEXP4 88 array def
/YEXP5 88 array def
/YEXP6 88 array def
/YEXP7 88 array def
/YEXP8 88 array def

/YEXP0S 88 array def
/YEXP1S 88 array def
/YEXP2S 88 array def
/YEXP3S 88 array def
/YEXP4S 88 array def
/YEXP5S 88 array def
/YEXP6S 88 array def
/YEXP7S 88 array def
/YEXP8S 88 array def

/Yix 88 array def
/Yiy 88 array def

/Xi 88 array def
/Yi 88 array def

/YixS 88 array def
/YiyS 88 array def

/XiS 88 array def
/YiS 88 array def

/KURVA 9 array def %9 actual curves
/KURVA1 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2 9 array def %9 curves, Saturation, one or two colours
%        U P D T N W P D T
/KURVA1 [2 0 0 1 2 2 1 1 0] def
/KURVA2 [2 0 0 1 2 2 1 1 0] def

/IDAI1 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00 [100 000 000 000 100 100 100 100 100] def
/IDAI01 [100 000 000 000 100 100 100 100 100] def
/IDAI10 [100 000 000 000 100 100 100 100 100] def
/IDAI11 [100 000 000 000 100 100 100 100 100] def

/FKUC1 9 array def %Actual colour C, Sensitivity
/FKUC2 9 array def %Actual colour C, Saturation
/FKUM1 9 array def %Actual colour M, Sensitivity
/FKUM2 9 array def %Actual colour M, Saturation
/FKUY1 9 array def %Actual colour Y, Sensitivity
/FKUY2 9 array def %Actual colour Y, Saturation
/FKUN1 9 array def %Actual colour N, Sensitivity
/FKUN2 9 array def %Actual colour N, Saturation

/FKUCI00 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10 9 array def %Cyan, Colour 1, Saturation
/FKUCI11 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI01 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def
/FKUCI10 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI11 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def

/FKUMI00 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10 9 array def %Magenta, Colour 1, Saturation
/FKUMI11 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI01 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def
/FKUMI10 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI11 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def

/FKUYI00 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10 9 array def %Yellow, Colour 1, Saturation
/FKUYI11 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI01 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI11 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00 9 array def %Black, Colour 1, Sensitivity
/FKUNI01 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10 9 array def %Black, Colour 1, Saturation
/FKUNI11 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI01 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI11 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAI 8 array def
/XRG$I 8 array def
/XJBAI 8 array def
/XBJ$I 8 array def
/XRGAI [ 525   575   475   600   575   575   575   575 ] def
/XRG$I [(525) (575) (475) (600) (575) (575) (575) (575)] def
/XJBAI [ 525   575   475   600   525   495   475   435 ] def
/XBJ$I [(525) (575) (475) (600) (525) (495) (475) (435)] def

/KURVAS 9 array def %9 actual curves
/KURVA1S 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2S 9 array def %9 curves, Saturation, one or two colours
%         U'P'D'T'N'W'P'D'T'
/KURVA1S [0 2 2 0 2 2 0 0 2] def
/KURVA2S [0 2 2 0 2 2 0 0 2] def

/IDAI1S 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2S 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00S 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01S 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10S 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11S 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00S [100 100 100 100 100 100 100 100 100] def
/IDAI01S [100 100 100 100 100 100 100 100 100] def
/IDAI10S [100 100 100 100 100 100 100 100 100] def
/IDAI11S [100 100 100 100 100 100 100 100 100] def

/FKUC1S 9 array def %Actual colour C, Sensitivity
/FKUC2S 9 array def %Actual colour C, Saturation
/FKUM1S 9 array def %Actual colour M, Sensitivity
/FKUM2S 9 array def %Actual colour M, Saturation
/FKUY1S 9 array def %Actual colour Y, Sensitivity
/FKUY2S 9 array def %Actual colour Y, Saturation
/FKUN1S 9 array def %Actual colour N, Sensitivity
/FKUN2S 9 array def %Actual colour N, Saturation

/FKUCI00S 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01S 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10S 9 array def %Cyan, Colour 1, Saturation
/FKUCI11S 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI01S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def
/FKUCI10S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI11S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def

/FKUMI00S 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01S 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10S 9 array def %Magenta, Colour 1, Saturation
/FKUMI11S 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI01S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def
/FKUMI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI11S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def

/FKUYI00S 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01S 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10S 9 array def %Yellow, Colour 1, Saturation
/FKUYI11S 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI01S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI11S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00S 9 array def %Black, Colour 1, Sensitivity
/FKUNI01S 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10S 9 array def %Black, Colour 1, Saturation
/FKUNI11S 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI01S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI11S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAIS 8 array def
/XRG$IS 8 array def
/XJBAIS 8 array def
/XBJ$IS 8 array def

0 1 7 {/j exch def %j=0,7
       XRGAIS j 525 XRGAI j get 525 sub sub put
       XJBAIS j 525 XJBAI j get 525 sub sub put
       XRG$IS j XRGAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
       XBJ$IS j XJBAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
      } for %j=0,7
      
/JPPM 4 def
/CY 0.35 def
/CX  50 def

%%EndProlog
gsave
/lanind 0 def
/lantex [(G) (E) (S) (N) (I) (J) (M)] def
/showde {0 lanind eq {show} {pop} ifelse} bind def
/showen {1 lanind eq {show} {pop} ifelse} bind def
/showes {2 lanind eq {show} {pop} ifelse} bind def
/showfr {3 lanind eq {show} {pop} ifelse} bind def
/showit {4 lanind eq {show} {pop} ifelse} bind def
/showjp {5 lanind eq {show} {pop} ifelse} bind def
/showm {6 lanind eq {show} {pop} ifelse} bind def
/lanindg where {pop /lanind1 lanindg def /lanind2 lanindg def}
               {/lanind1 0 def /lanind2 0 def} ifelse
/colormg where {pop /colorm1 colormg def /colorm2 colormg def}
               {/colorm1 0 def /colorm2 0 def} ifelse
/xcolorg where {pop /xcolor1 xcolorg def /xcolor2 xcolorg def}
               {/xcolor1 0 def /xcolor2 0 def} ifelse
/xchartg where {pop /xchart1 xchartg def /xchart2 xchartg def}
               {/xchart1 0 def /xchart2 0 def} ifelse
/lanind lanind1 def %lanind1 1 lanind2 {/lanind exch def %output showpage
/colorm colorm1 def %colorm1 1 colorm2 {/colorm exch def %output showpage
/xcolor xcolor1 def %xcolor1 1 xcolor2 {/xcolor exch def %output showpage
/xchart xchart1 def %xchart1 1 xchart2 {/xchart exch def %output showpage

/GSS$ where {pop /LSS$ GSS$ def}
            {/LSS$ (1) def} ifelse
/GSC$ where {pop /LSC$ GSC$ def}
            {/LSC$ (N) def} ifelse
/GSX$ where {pop /LSX$ GSX$ def}
            {/LSX$ (0) def} ifelse
/GSY$ where {pop /LSY$ GSY$ def}
            {/LSY$ (0) def} ifelse
/GEX$ where {pop /LEX$ GEX$ def}
            {/LEX$ (P.PS./PDF) def} ifelse
/GEY$ where {pop /LEY$ GEY$ def}
            {/LEY$ (P.DAT) def} ifelse
/IMES where {pop %/IMES IMES def
            }
            {/IMES 0 def} ifelse

/xchartg where {pop /xchart  11 def} {/xchart  11 def} ifelse

5 /Times-ISOL1 FS
72 84 moveto
    ( WG991-4, ) show

(Change of PDT (LMS) in volour vision; Adaptation) showen
(\304nderung von PDT (LMS) beim Farbensehen; Adaptation) showde

72 90 translate

%/xchart 02 def
%0 1 15 {/xchart exch def %xchart=0,15

gsave

xchart  0 eq {/ILK 0 def /ILS 0 def /INE 0 def /ILF 0 def} if %ILT=0 NO threshold
xchart  1 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  2 eq {/ILK 1 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  3 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  4 eq {/ILK 2 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  5 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  6 eq {/ILK 3 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  7 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  8 eq {/ILK 0 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart  9 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 10 eq {/ILK 1 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 11 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 12 eq {/ILK 2 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 13 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 14 eq {/ILK 3 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 15 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 1 def} if
/ILT 1 def
%/ILF 1 def
%/IKOM 3 def %0=U, 1=N/G, 2=W/R, 3=V
xchart  0 ge xchart  3 le and {/IKOM 3 def} if %W
xchart  4 ge xchart  7 le and {/IKOM 3 def} if %W
xchart  8 ge xchart 11 le and {/IKOM 3 def} if %W
xchart 12 ge xchart 15 le and {/IKOM 3 def} if %W
%/ILN 4 def %L&M, L&S, M&S, UVW&S
%/ILN 5 def %L&M, L&S, M&S, UGR&S
/ILN 6 def %L&M, L&S, M&S, UGR&SGR
ILN 5 eq {/JPPM 6 def} {/JPPM 5 def} ifelse
ILN 6 eq {/JPPM 8 def} if
ILF 1 eq {/JPPM 1 def} if
ILS 2 eq {/JPPM 5 def} if

/ILU 0 def %NO u scale
ILT 0 eq {/ta 0.0 def /logta -6 def} if
ILT 1 eq {/ta 0.007 def /logta ta log def} if
ILT 2 eq {/ta 0.002 def /logta ta log def} if
/MULX 0600 def
/MULY 1200 0.8 mul def
ILS 1 eq {/MULY 1200 0.4 mul def} if
/MULF 1200 0.8 mul def

0.01 MM 0.01 MM scale
 
30 setlinewidth
[ ] 0 setdash

0.0 0.0 0.0 0.5 setcmykcolor
0 0  moveto 5400 0 rlineto 0 4000 rlineto -5400 0 rlineto
closepath fill

/Xa {(a) ishowM} def
/Xo {(o) ishowM} def

/P0o {tfo (P)  bishowM tfo (o) ishowM} def
/D0o {tfl (D)  bishowM tfl (o) ishowM} def
/T0o {tfv (T)  bishowM tfv (o) ishowM} def

/P0a {tfo (P)  bishowM tfo (a) ishowM} def
/D0a {tfl (D)  bishowM tfl (a) ishowM} def
/T0a {tfv (T)  bishowM tfv (a) ishowM} def

/U0a {tfn (U) bishowM tfy (a) ishowM} def
/N0a {tfn (N) bishowM tfc (a) ishowM} def
/W0a {tfn (W) bishowM tfm (a) ishowM} def

/P0oS {tfo (P')  bishowM tfo (o) ishowM} def
/D0oS {tfl (D')  bishowM tfl (o) ishowM} def
/T0oS {tfv (T')  bishowM tfv (o) ishowM} def

/P0aS {tfo (P')  bishowM tfo (a) ishowM} def
/D0aS {tfl (D')  bishowM tfl (a) ishowM} def
/T0aS {tfv (T')  bishowM tfv (a) ishowM} def

/U0aS {tfn (U') bishowM tfy (a) ishowM} def
/N0aS {tfn (N') bishowM tfc (a) ishowM} def
/W0aS {tfn (W') bishowM tfm (a) ishowM} def

/YAa  {IKOM 0 eq {tfn (U) bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N) bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W) bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W) bishowM tfm (a) ishowM} if} def
/YAaS {IKOM 0 eq {tfn (U') bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N') bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W') bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W') bishowM tfm (a) ishowM} if} def

/AF1 0.5 def
/AF2 0.5 def

/XRGA {XRGAI ILK get} def
/XJBA {XJBAI ILK get} def
/XRG$ {XRG$I ILK get} def
/XBJ$ {XBJ$I ILK get} def

/XRGAS {XRGAIS ILK get} def
/XJBAS {XJBAIS ILK get} def
/XRG$S {XRG$IS ILK get} def
/XBJ$S {XBJ$IS ILK get} def

/W0 {W 0 get} def
/W1 {W 1 get} def
/W2 {W 2 get} def
/W3 {W 3 get} def
/W4 {W 4 get} def
/W5 {W 5 get} def
/W6 {W 6 get} def
/W7 {W 7 get} def
/W8 {W 8 get} def

/W0S {WS 0 get} def
/W1S {WS 1 get} def
/W2S {WS 2 get} def
/W3S {WS 3 get} def
/W4S {WS 4 get} def
/W5S {WS 5 get} def
/W6S {WS 6 get} def
/W7S {WS 7 get} def
/W8S {WS 8 get} def

%function value for curve U normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1 {XRGA W0 sub CX div dup mul CY mul neg} def
/YU2 {XJBA W0 sub CX div dup mul CY mul neg} def
/YUP {W1 W0 sub CX div dup mul CY mul neg} def
/YUD {W2 W0 sub CX div dup mul CY mul neg} def
/YUT {W3 W0 sub CX div dup mul CY mul neg} def
/YUN {W4 W0 sub CX div dup mul CY mul neg} def
/YUW {W5 W0 sub CX div dup mul CY mul neg} def
/YUB {475 W0 sub CX div dup mul CY mul neg} def
/YUJ {575 W0 sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1 {XRGA XRGA 525 sub 0 ge {W1} {W1S} ifelse
      sub CX div dup mul CY mul neg} def
/YP2 {XJBA W1 sub CX div dup mul CY mul neg} def
/YPP {W1 W1 sub CX div dup mul CY mul neg} def
/YPD {W2 W1 sub CX div dup mul CY mul neg} def
/YPT {W3 W1 sub CX div dup mul CY mul neg} def
/YPN {W4 W1 sub CX div dup mul CY mul neg} def
/YPW {W5 W1 sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5),
%            450(V=6), 475(B=6), 575(J=7), 600(O=8)
/YD1 {XRGA XRGA 525 sub 0 ge {W2} {W2S} ifelse
      sub CX div dup mul CY mul neg} def
/YD2 {XJBA W2 sub CX div dup mul CY mul neg} def
/YDP {W1 W2 sub CX div dup mul CY mul neg} def
/YDD {W2 W2 sub CX div dup mul CY mul neg} def
/YDT {W3 W2 sub CX div dup mul CY mul neg} def
/YDN {W4 W2 sub CX div dup mul CY mul neg} def
/YDW {W5 W2 sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1 {XRGA W3 sub CX div dup mul CY mul neg} def
/YT2 {XJBA XJBA 525 sub 0 le {W3} {W3S} ifelse
      sub CX div dup mul CY mul neg} def
/YTP {W1 W3 sub CX div dup mul CY mul neg} def
/YTD {W2 W3 sub CX div dup mul CY mul neg} def
/YTT {W3 W3 sub CX div dup mul CY mul neg} def
/YTN {W4 W3 sub CX div dup mul CY mul neg} def
/YTW {W5 W3 sub CX div dup mul CY mul neg} def
/YTB {475 W3 sub CX div dup mul CY mul neg} def
/YTJ {575 W3 sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1 {XRGA W4 sub CX div dup mul CY mul neg} def
/YN2 {XJBA W4 sub CX div dup mul CY mul neg} def
/YNP {W1 W4 sub CX div dup mul CY mul neg} def
/YND {W2 W4 sub CX div dup mul CY mul neg} def
/YNT {W3 W4 sub CX div dup mul CY mul neg} def
/YNN {W4 W4 sub CX div dup mul CY mul neg} def
/YNW {W5 W4 sub CX div dup mul CY mul neg} def
/YNB {475 W4 sub CX div dup mul CY mul neg} def
/YNJ {575 W4 sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1 {XRGA W5 sub CX div dup mul CY mul neg} def
/YW2 {XJBA W5 sub CX div dup mul CY mul neg} def
/YWP {YUP YNP add 0.5 mul} def
/YWD {YUD YND add 0.5 mul} def
/YWT {YUT YNT add 0.5 mul} def
/YWN {YUN YNN add 0.5 mul} def
/YWW {YUW YNW add 0.5 mul} def
/YWB {YUB YNB add 0.5 mul} def
/YWJ {YUJ YNJ add 0.5 mul} def

%function value for curve U normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1S {XRGAS W0S sub CX div dup mul CY mul neg} def
/YU2S {XJBAS W0S sub CX div dup mul CY mul neg} def
/YUPS {W1S W0S sub CX div dup mul CY mul neg} def
/YUDS {W2S W0S sub CX div dup mul CY mul neg} def
/YUTS {W3S W0S sub CX div dup mul CY mul neg} def
/YUNS {W4S W0S sub CX div dup mul CY mul neg} def
/YUWS {W5S W0S sub CX div dup mul CY mul neg} def
/YUBS {575 W0S sub CX div dup mul CY mul neg} def
/YUJS {475 W0S sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1S {XRGAS XRGAS 525 sub 0 le {W1S} {W1} ifelse
      sub CX div dup mul CY mul neg} def
/YP2S {XJBAS W1S sub CX div dup mul CY mul neg} def
/YPPS {W1S W1S sub CX div dup mul CY mul neg} def
/YPDS {W2S W1S sub CX div dup mul CY mul neg} def
/YPTS {W3S W1S sub CX div dup mul CY mul neg} def
/YPNS {W4S W1S sub CX div dup mul CY mul neg} def
/YPWS {W5S W1S sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YD1S {XRGAS XRGAS 525 sub 0 le {W2S} {W2} ifelse
      sub CX div dup mul CY mul neg} def
/YD2S {XJBAS W2S sub CX div dup mul CY mul neg} def
/YDPS {W1S W2S sub CX div dup mul CY mul neg} def
/YDDS {W2S W2S sub CX div dup mul CY mul neg} def
/YDTS {W3S W2S sub CX div dup mul CY mul neg} def
/YDNS {W4S W2S sub CX div dup mul CY mul neg} def
/YDWS {W5S W2S sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1S {XRGAS W3S sub CX div dup mul CY mul neg} def
/YT2S {XJBAS XJBAS 525 sub 0 ge {W3S} {W3} ifelse
      sub CX div dup mul CY mul neg} def
/YTPS {W1S W3S sub CX div dup mul CY mul neg} def
/YTDS {W2S W3S sub CX div dup mul CY mul neg} def
/YTTS {W3S W3S sub CX div dup mul CY mul neg} def
/YTNS {W4S W3S sub CX div dup mul CY mul neg} def
/YTWS {W5S W3S sub CX div dup mul CY mul neg} def
/YTBS {575 W3S sub CX div dup mul CY mul neg} def
/YTJS {475 W3S sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1S {XRGAS W4S sub CX div dup mul CY mul neg} def
/YN2S {XJBAS W4S sub CX div dup mul CY mul neg} def
/YNPS {W1S W4S sub CX div dup mul CY mul neg} def
/YNDS {W2S W4S sub CX div dup mul CY mul neg} def
/YNTS {W3S W4S sub CX div dup mul CY mul neg} def
/YNNS {W4S W4S sub CX div dup mul CY mul neg} def
/YNWS {W5S W4S sub CX div dup mul CY mul neg} def
/YNBS {575 W4S sub CX div dup mul CY mul neg} def
/YNJS {475 W4S sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1S {XRGAS W5S sub CX div dup mul CY mul neg} def
/YW2S {XJBAS W5S sub CX div dup mul CY mul neg} def
/YWPS {YUPS YNPS add 0.5 mul} def
/YWDS {YUDS YNDS add 0.5 mul} def
/YWTS {YUTS YNTS add 0.5 mul} def
/YWNS {YUNS YNNS add 0.5 mul} def
/YWWS {YUWS YNWS add 0.5 mul} def
/YWBS {YUBS YNBS add 0.5 mul} def
/YWJS {YUJS YNJS add 0.5 mul} def

%i=0,85: 400_500_600_700_400(81)
0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXU i XEXI W 0 get sub CX div dup mul CY mul neg put
        YIXP i XEXI W 1 get sub CX div dup mul CY mul neg put
        YIXD i XEXI W 2 get sub CX div dup mul CY mul neg put
        YIXT i XEXI W 3 get sub CX div dup mul CY mul neg put
        YIXN i XEXI W 4 get sub CX div dup mul CY mul neg put
        YIXW i XEXI W 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXU i YIXU 60 get 1malp mul YIXU 0 get alpha mul add put
         YIXP i YIXP 60 get 1malp mul YIXP 0 get alpha mul add put
         YIXD i YIXD 60 get 1malp mul YIXD 0 get alpha mul add put
         YIXT i YIXT 60 get 1malp mul YIXT 0 get alpha mul add put
         YIXN i YIXN 60 get 1malp mul YIXN 0 get alpha mul add put
         YIXW i YIXW 60 get 1malp mul YIXW 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXU i YIXU i 80 sub get put
         YIXP i YIXP i 80 sub get put
         YIXD i YIXD i 80 sub get put
         YIXT i YIXT i 80 sub get put
         YIXN i YIXN i 80 sub get put
         YIXW i YIXW i 80 sub get put
} for %i=81,85: 405_425(5)

0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXUS i XEXI WS 0 get sub CX div dup mul CY mul neg put
        YIXPS i XEXI WS 1 get sub CX div dup mul CY mul neg put
        YIXDS i XEXI WS 2 get sub CX div dup mul CY mul neg put
        YIXTS i XEXI WS 3 get sub CX div dup mul CY mul neg put
        YIXNS i XEXI WS 4 get sub CX div dup mul CY mul neg put
        YIXWS i XEXI WS 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXUS i YIXUS 60 get 1malp mul YIXUS 0 get alpha mul add put
         YIXPS i YIXPS 60 get 1malp mul YIXPS 0 get alpha mul add put
         YIXDS i YIXDS 60 get 1malp mul YIXDS 0 get alpha mul add put
         YIXTS i YIXTS 60 get 1malp mul YIXTS 0 get alpha mul add put
         YIXNS i YIXNS 60 get 1malp mul YIXNS 0 get alpha mul add put
         YIXWS i YIXWS 60 get 1malp mul YIXWS 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXUS i YIXUS i 80 sub get put
         YIXPS i YIXPS i 80 sub get put
         YIXDS i YIXDS i 80 sub get put
         YIXTS i YIXTS i 80 sub get put
         YIXNS i YIXNS i 80 sub get put
         YIXWS i YIXWS i 80 sub get put
} for %i=81,85: 405_425(5)

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

0 1 85 {/i exch def
        /YEXU {YIXU i get} def
        /YEXP {YIXP i get YP1T add} def
        /YEXD {YIXD i get YD1T add} def
        /YEXT {YIXT i get YT2T add} def
        /YEXN {YIXN i get} def
        /YEXW {YIXW i get YW2T add} def

/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXA YEXU def} if
          IKOM 1 eq {/YEXA YEXN def} if
          IKOM 2 eq {/YEXA YEXW def} if
          IKOM 3 eq {/YEXA YEXW def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXU YEXA sub fneg def YDchange
                  YEXP0 i YD put} if
          j 1 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP1 i YD put} if
          j 2 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP2 i YD put} if
          j 3 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP3 i YD put} if
          j 4 eq {/YD YEXN YEXA sub fneg def YDchange
                  YEXP4 i YD put} if
          j 5 eq {/YD YEXW YEXA sub fneg def YDchange
                  YEXP5 i YD put} if
          j 6 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP6 i YD put} if
          j 7 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP7 i YD put} if
          j 8 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP8 i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0 i get YEXA add def YEXP0 i YE put} if
                    j 1 eq {/YE YEXP1 i get YEXA add def YEXP1 i YE put} if
                    j 2 eq {/YE YEXP2 i get YEXA add def YEXP2 i YE put} if
                    j 3 eq {/YE YEXP3 i get YEXA add def YEXP3 i YE put} if
                    j 4 eq {/YE YEXP4 i get YEXA add def YEXP4 i YE put} if
                    j 5 eq {/YE YEXP5 i get YEXA add def YEXP5 i YE put} if
                    j 6 eq {/YE YEXP6 i get YEXA add def YEXP6 i YE put} if
                    j 7 eq {/YE YEXP7 i get YEXA add def YEXP7 i YE put} if
                    j 8 eq {/YE YEXP8 i get YEXA add def YEXP8 i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        /YEXUS {YIXUS i get} def %identical YEXN
        /YEXPS {YIXPS i get YP1ST add} def
        /YEXDS {YIXDS i get YD1ST add} def
        /YEXTS {YIXTS i get YT2ST add} def 
        /YEXNS {YIXNS i get} def %identical YEXU
        /YEXWS {YIXWS i get YW2ST add} def
        
/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXAS YEXNS def} if
          IKOM 1 eq {/YEXAS YEXUS def} if
          IKOM 2 eq {/YEXAS YEXWS def} if
          IKOM 3 eq {/YEXAS YEXWS def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXUS YEXAS sub fneg def YDchange
                  YEXP0S i YD put} if
          j 1 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP1S i YD put} if
          j 2 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP2S i YD put} if
          j 3 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP3S i YD put} if
          j 4 eq {/YD YEXNS YEXAS sub fneg def YDchange
                  YEXP4S i YD put} if
          j 5 eq {/YD YEXWS YEXAS sub fneg def YDchange
                  YEXP5S i YD put} if
          j 6 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP6S i YD put} if
          j 7 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP7S i YD put} if
          j 8 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP8S i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0S i get YEXAS add def YEXP0S i YE put} if
                    j 1 eq {/YE YEXP1S i get YEXAS add def YEXP1S i YE put} if
                    j 2 eq {/YE YEXP2S i get YEXAS add def YEXP2S i YE put} if
                    j 3 eq {/YE YEXP3S i get YEXAS add def YEXP3S i YE put} if
                    j 4 eq {/YE YEXP4S i get YEXAS add def YEXP4S i YE put} if
                    j 5 eq {/YE YEXP5S i get YEXAS add def YEXP5S i YE put} if
                    j 6 eq {/YE YEXP6S i get YEXAS add def YEXP6S i YE put} if
                    j 7 eq {/YE YEXP7S i get YEXAS add def YEXP7S i YE put} if
                    j 8 eq {/YE YEXP8S i get YEXAS add def YEXP8S i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

ILF 0 eq {%ILF=0
1800 050 moveto tfw
(l) outSM (d) ishowK 30 0 rmoveto (/nm) nshowM
4200 050 moveto tfw
(l) outSM (c) ishowK 30 0 rmoveto (/nm) nshowM
ILU 1 eq {4900 550 moveto (u) bishowM} if
} if %ILF=0

3100 2975 moveto tfw (Adaptation: ) bshowM 
tfw (l) outSM tfo (R) ishowK tfl (G) ishowK 
tfw (=) bshowM XRG$I ILK get bshowM

%special; first part not visible
3100 2725 moveto 0.0 0.0 0.0 0.5 setcmykcolor (Adaptation: ) bshowM 
tfw (l) outSM tfv (B) ishowK tfy (J) ishowK 
tfw (=) bshowM XBJ$I ILK get bshowM

ILS 0 eq ILS 2 eq or {%ILS=0&2,#0
          3400 2725 moveto (t) bshowM (s) ishowK (=) bshowM ta trushow4
         }
         {
          0800 2975 moveto TBM (Threshold: ) showen (Schwelle: ) showde
          (t) bshowM (s) ishowK (=) bshowM ta trushow4
         } ifelse %ILS=0&2,#0

010 3800 moveto
ILS 0 eq {%iLS=0,1
          tfw (log [) bshowM P0a D0a T0a U0a N0a W0a
               tfw (]) bshowM}
         {INE 0 eq {tfw (log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]-log) bshowM YAa}
                   {tfw (log) bshowM YAa
                    tfw (-log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]) bshowM
                   } ifelse
         } ifelse %ILS=0,1

210 3525 moveto %special U0a,N0a
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5
         
210 3250 moveto
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5

3100 3800 moveto tfw (log) bshowM 30 0 rmoveto P0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto P0o tfw 
YU1 YP1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YP1 sub abs troshow

3100 3525 moveto tfw (log) bshowM 30 0 rmoveto D0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto D0o tfw
YU1 YD1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YD1 sub abs troshow

%special for 475nm/575nm
3100 3250 moveto tfw (log) bshowM 30 0 rmoveto T0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto T0o tfw
/YDTW YT2 neg YW2 add def
YDTW 0 ge {( + )} {( - )} ifelse bshowM
YDTW abs troshow

%4300 2000 moveto TBM YT2 troshow
%4300 1700 moveto TBM YW2 troshow
%4300 1400 moveto TBM YTB troshow
%4300 1100 moveto TBM YWB troshow

%4300 1000 moveto TBM YT2S troshow
%4300 0700 moveto TBM YW2S troshow
%4300 0400 moveto TBM YTBS troshow
%4300 0100 moveto TBM YWBS troshow

%y-arrow
 100 3400 moveto 0 300 rlineto -50 -150 rlineto
                                50  150 rlineto 50 -150 rlineto stroke

tfw
380 280 translate
50 setlinewidth

ILF 0 eq {%ILF=0 sensitivity or saturation
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto 0 ILS 0 eq ILS 2 eq or {3300} {3600} ifelse 
            0.8 mul rlineto  stroke
 ILS 0 eq ILS 2 eq or {0 2700 0.8 mul moveto 400 12 mul 0 rlineto stroke} if

TBK
/tx [ (400) (500) (600) (700) (400)] def
/tye [(-2) () (-1) () (  0) () (-2)] def
/tys [(-2) (-1) (  0) (  1) (  2) (  3) (-2)] def
/tu [ (    -3,1) (-1,1) (  0,9)  (  2,9) (    -3,1)] def
 
%!u-Achse: 100 Einheiten = 1200 Skalen-Einheiten

ILU 1 eq {%ILU=1
0 1 4 {/i exch def
       /ixt {-180 i 1200 mul add} def
       /ixl {240 i 1200 mul add} def
        ixt 150 moveto tu i get exec show } for
 
% 555 nm; u=0.0
          /ixt -180 1.55 1200 mul add def
          /ixl  240 1.55 1200 mul add def
          0.25 0.0 1.0 0.0 setcmykcolor
          ixt 150 moveto (   0.0) show
          /ixt  20  1860 add def
          ixt -320 moveto (555) show
          ixl 75 moveto 0 -150 rlineto stroke
         } if %ILU=1
 
%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten
tfw
0 1 4 {/i exch def
       /ixt {-150 i 1200 mul add} def
       /ixl { 000 i 1200 mul add} def
        ixt -250 moveto tx i get exec show
        ixl   75 moveto 0 -150 rlineto stroke } for
 
%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten
TBK 
0 1 5 {/i exch def
       /iyt {200 i 0480 mul add} def
       /iyl {240 i 0480 mul add} def
        -300 iyt moveto ILS 0 eq ILS 2 eq or {tye} {tys} ifelse
                        i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

TBK
30 setlinewidth
%400nm
/X400 000 0.00 1200 mul add def
%425nm 
/X425 000 0.25 1200 mul add def
%475nm 
/X475 000 0.75 1200 mul add def
%525nm
/X525 000 1.25 1200 mul add def
%575nm
/X575 000 1.75 1200 mul add def
%625nm
/X625 000 2.25 1200 mul add def
%675nm
/X675 000 2.75 1200 mul add def
%375cnm 
/X700 000 3.00 1200 mul add def
%395cnm
/X400c 000 4.00 1200 mul add def

%ymax = 240 + 4 * 480 = 2160
[100 100] 0 setdash

X525 0 moveto 0 2160 rlineto stroke
X700 0 moveto 0 2160 rlineto stroke
X400c 0 moveto 0 2160 rlineto stroke

X525 20 add 100 moveto (525) show
%X700 20 add 100 moveto (700) show
%X400c 20 add 100 moveto (400) show

%xchart 2 ge {%xchart>=2
             X475 0 moveto 0 2160 rlineto stroke
             X575 0 moveto 0 2160 rlineto stroke
             X475 20 add 100 moveto (475) show
             X575 20 add 100 moveto (575) show
%            } if %xchart>=2
[ ] 0 setdash
TBG

50 setlinewidth
%Cero point at 555 nm
/X0t {555 400 sub 12 mul} def
X0t 0 translate

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram
TBG
/ix00 000 def
/ty [(-2) (-1) (  0) (  1) (  2) (  3)] def

tfw
50 setlinewidth
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto  0 2400 rlineto  stroke

TBM
/tx [(-3) (-2) (-1) (  0) (  1) (  2) (  3) (  4)] def

%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten

0 1 6 {/i exch def /ix00 000 def
       /ixt { ix00 -280 add i 0600 mul add} def
       /ixl { ix00  000 add i 0600 mul add} def
        ixt 100 add -250 moveto tx i get exec show
        ixl 75 moveto 0 -150 rlineto stroke } for

%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten

0 1 4 {/i exch def
       /iyt {-100 i 0600 mul add} def
       /iyl { 000 i 0600 mul add} def
        -350 iyt moveto ty i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

%Nullpunkt-Achsenkreuz
30 setlinewidth tfn
1800 0000 moveto 0000 2350 rlineto stroke
0000 1200 moveto 4000 0000 rlineto stroke
50 setlinewidth tfw

%text
3400 0600 moveto tfw (| log [) bshowM P0a tfw (/) bshowM YAa
                 tfw (]) bshowM
3400 0300 moveto tfw (-log [) bshowM D0a tfw (/) bshowM YAa
                 tfw (] |) bshowM
0200 2200 moveto tfw  (log [) bshowM U0a tfw (/) bshowM YAa
                 tfw (]) bshowM
0200 1900 moveto tfw (-log [) bshowM T0a tfw (/) bshowM YAa
                 tfw (]) bshowM

} if %ILF>=1 chromaticity diagram
 
ILF 0 eq {%ILF=0 for clip
0 setlinewidth
/Y0C 0000 def
/Y1C 2400 def
ILU 1 eq {/Y0C 0450 def} if
ILS 0 eq {/Y1C 2900 def} if

0.0 0.0 0.0 0.0 setcmykcolor
X0t neg Y0C moveto  4800 0 rlineto 0 Y1C rlineto
                   -4800 0 rlineto 0 Y1C neg rlineto clip stroke
} if %ILF=0 for clip

ILS 0 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %response diagram
ILS 1 eq ILF 0 eq and {/IORY 1500 0.8 mul def} if %saturation diagram
ILS 2 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %purity diagram
ILS 1 eq ILF 1 eq and {/IORX 1800 def /IORY 1200 def} if %chromaticity diagram

%begin only for %j=1,2,8=P',D',T'
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        XiS i i 5 mul 400 add put
        j 0 eq {YiS i YEXP0S i get put} if
        j 1 eq {YiS i YEXP1S i get put} if
        j 2 eq {YiS i YEXP2S i get put} if
        j 3 eq {YiS i YEXP3S i get put} if
        j 4 eq {YiS i YEXP4S i get put} if
        j 5 eq {YiS i YEXP5S i get put} if
        j 6 eq {YiS i YEXP6S i get put} if
        j 7 eq {YiS i YEXP7S i get put} if
        j 8 eq {YiS i YEXP8S i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1S j FKUCI00S j get put
          FKUM1S j FKUMI00S j get put
          FKUY1S j FKUYI00S j get put
          FKUN1S j FKUNI00S j get put
          FKUC2S j FKUCI01S j get put
          FKUM2S j FKUMI01S j get put
          FKUY2S j FKUYI01S j get put
          FKUN2S j FKUNI01S j get put
          IDAI1S j IDAI00S j get put
          IDAI2S j IDAI01S j get put
          KURVAS j KURVA1S j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1S j FKUCI10S j get put
          FKUM1S j FKUMI10S j get put
          FKUY1S j FKUYI10S j get put
          FKUN1S j FKUNI10S j get put
          FKUC2S j FKUCI11S j get put
          FKUM2S j FKUMI11S j get put
          FKUY2S j FKUYI11S j get put
          FKUN2S j FKUNI11S j get put
          IDAI1S j IDAI10S j get put
          IDAI2S j IDAI11S j get put
          KURVAS j KURVA2S j get put
         } if %ILS=1

/KURVMS {KURVAS j get} def

KURVMS 0 gt {%if KURVMS>0 then KURVE

1 1 KURVMS {/KURVS exch def %KURVS=1,KURVMS

/IDA1S {IDAI1S j get cvi} def
/IDA2S {IDAI2S j get cvi} def 

KURVS 1 eq {[ ] 0 setdash} if
KURVS 2 eq {%KURVS=2 %special for 475nm curve j=3
           /IDA1S {IDAI1S j get} def
           /IDA2S {IDAI2S j get} def 
          [ IDA1S IDA2S] 0 setdash
          } if %KURVS=2

KURVS 1 eq {%KURVS=1
          /jadd 0 def
%           ILS 1 ge j 1 eq and {/jadd 3 def} if
           /FKUCS {FKUC1S j jadd add get} def
           /FKUMS {FKUM1S j jadd add get} def
           /FKUYS {FKUY1S j jadd add get} def
           /FKUNS {FKUN1S j jadd add get} def
          } if %KURV=1
KURVS 2 eq {%KURVS=2
           /FKUCS {FKUC2S j get} def
           /FKUMS {FKUM2S j get} def
           /FKUYS {FKUY2S j get} def
           /FKUNS {FKUN2S j get} def
          } if %KURVS=2

FKUCS FKUMS FKUYS FKUNS setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 1 eq j 2 eq or {%j=1,2=P',D'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=1,2=P',D'

j 8 eq {%j=8=T'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def  %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=8=T

} if %ILF=0 sensitivity or saturation
} if %ILS#2

} for %KURVS=1,KURVMS

} if %if KURVMS>0 then KURVES

} for %j=0,JPPM
%end only for %j=1,2,8=P',D',T'

%begin only for %j=3,6,7=T,P,D
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation, not purity
50 setlinewidth

j 3 eq {%j=3=T
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=3

j 6 eq j 7 eq or{%j=6,7=P,D
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=6,7=P,D

} if %ILF=0 sensitivity or saturation, not purity
} if %ILS#2

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=3,6,7=T,P,D

%begin only for %j=0,4,5=U,N,W
0 1 JPPM {/j exch def %j=0,JPPM

ILF 0 eq {%ILF=0 (for ILS=0,1,2)
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 2 eq {%ILS=2 correction for j=0,4,5
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
       /Xx Xi i get def
       j 0 eq j 4 eq or j 5 eq or {%ILS=2 correction for j=0,4,5
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRG YEXP1  i get YEXP2  i get sub abs neg def}
                    {/XRG YEXP1S i get YEXP2S i get sub abs neg def
                    } ifelse %lambda>=525
         XJBA 525 ge {%XJBA>=525
                       /XJB YEXP0  i get YEXP5  i get sub abs neg def}
                      {/XJB YEXP5S i get YEXP0S i get sub abs neg def
                     } ifelse %XJBA>=525
         j 0 eq {Yi i XRG put} if          
         j 4 eq {Yi i XJB put} if
         j 5 eq {Yi i XRG XJB add put} if
%         j 5 eq {Yi i XRG dup mul XJB dup mul add sqrt neg put} if
        } if %ILS=2 correction for j=0,4,5 
       } for %i=0,85: 400_700_400(81)
         } if %ILS=2 correction for j=0,4,5

ILF 1 eq {%ILF=1

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {%j=0
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRGPM YEXP1  i get  
                            YEXP2  i get sub
                            %YP1T sub 
                            def}
                    {/XRGPM YEXP1S i get
                            YEXP2S i get sub
                            %YP1ST sub 
                            def
                    } ifelse %lambda>=525
         /XJBPM YEXP0  i get YEXP4  i get sub def
%         XJBA 525 ge {%XJBA>=525 P5=P5S P0S=PN P0=PU 
%                      %P0-P5=PU-PWa, P5S-P0S=PWa-PN
%                      /XJBPM YEXP0  i get YEXP5  i get sub def}
%                     {/XJBPM YEXP5S i get YEXP0S i get sub def
%                    } ifelse %XJBA>=525
        Yix i XRGPM put
        Yiy i XJBPM 0.5 mul put
        } if %j=0
       } for %i=0,85: 400_700_400(81)

%correction for purple colours
62 1 80 {/i exch def %i=61,80: 700+_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         Yix i  Yix 60 get 1malp mul  Yix 0 get alpha mul add put
         Yiy i  Yiy 60 get 1malp mul  Yiy 0 get alpha mul add put
       } for %i=61,80: 700+_400(81)
} if %ILF=1

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 0 eq j 4 eq or j 5 eq or {%j=0,4,5=U,N,W
         /I0 0 def /I1 0 def /I2 80 def
         /xst {Xi I0       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi I0 get MULY mul add} bind def
         xst yst moveto
I1 3 I2 {/i exch def  %i=1,80: 405_400
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_400
         stroke
} if %j=0,4,5=U,N,W

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram         
30 setlinewidth

j 0 eq {%j=0=U

/xst {IORX Yix 0 get MULF mul add} bind def
/yst {IORY Yiy 0 get MULF mul add} bind def
xst yst moveto
0 3 77 {/i exch def %i=1,80: 405_700_400
        /xst {IORX Yix i get       MULF mul add} bind def
        /yst {IORY Yiy i get       MULF mul add} bind def
        /x20 {IORX Yix i 1 add get MULF mul add} bind def
        /y20 {IORY Yiy i 1 add get MULF mul add} bind def
        /x21 {IORX Yix i 2 add get MULF mul add} bind def
        /y21 {IORY Yiy i 2 add get MULF mul add} bind def
        /x22 {IORX Yix i 3 add get MULF mul add} bind def
        /y22 {IORY Yiy i 3 add get MULF mul add} bind def
        x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_700_400
stroke

TBK
0 10 70 {/i exch def  %i=0,10,85: 400_700_400
        /xst {IORX Yix i get MULF mul add} bind def
        /yst {IORY Yiy i get MULF mul add} bind def
        newpath
        xst yst 40 0 360 arc fill
        newpath
        xst 400 sub yst 50 sub moveto 400 i 5 mul add cvishow
       } for %i=0,10,85: 400_700_400

        3000 2400 moveto (YP1T) show
        3000 2000 moveto 0 YP1T add cvsshow3
        3000 1600 moveto 0 YD1T add cvsshow3
        3000 1200 moveto 0 YT2T add cvsshow3
        3000 0800 moveto 0 YW2T add cvsshow3
 
        4000 2400 moveto (YP1ST) show
        4000 2000 moveto 0 YP1ST add cvsshow3
        4000 1600 moveto 0 YD1ST add cvsshow3
        4000 1200 moveto 0 YT2ST add cvsshow3
        4000 0800 moveto 0 YW2ST add cvsshow3

        0000 2400 moveto (UPDTNW1) show
        0000 2000 moveto YU1 cvsshow3
        0000 1600 moveto YP1 cvsshow3
        0000 1200 moveto YD1 cvsshow3
        0000 0800 moveto YT1 cvsshow3
        0000 0400 moveto YN1 cvsshow3
        0000 0000 moveto YW1 cvsshow3

        1300 2400 moveto (UPDTNW2) show
        1300 2000 moveto YU2 cvsshow3
        1300 1600 moveto YP2 cvsshow3
        1300 1200 moveto YD2 cvsshow3
        1300 0800 moveto YT2 cvsshow3
        1300 0400 moveto YN2 cvsshow3
        1300 0000 moveto YW2 cvsshow3
       
} if %j=0=U

} if %ILF=1 chromaticity diagram

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=0,4,5=U,N,W

ILF 0 eq {X0t neg 0 translate} if

-380 -280 translate

showpage
grestore

%} for %xchart=0,15

%%Trailor

%%EndDocument
EndEPSF grestore gsave
              
BeginEPSF
161 MM 064 MM translate
  10 /Times-ISOL1 FS  53 MM 1 MM moveto ( ) show 1 1 scale  -77 -91 translate
%%BeginDocument: Bild 25

%line 469
%!PS-Adobe-3.0 EPSF-3.0 WG991-5
%%BoundingBox: 70 82 226 206

%START PDFDE011.EPS
/pdfmark where {pop} {userdict /pdfmark /cleartomark load put} ifelse
/languagelevel where {pop languagelevel} {1} ifelse
2 lt { userdict (<<) cvn ([) cvn load put
       userdict (>>) cvn (]) cvn load put} if
[ /Title (PostScript pictures: Image Technology)
  /Author (compare K. Richter "Computergrafik ...": ISBN 3-8007-1775-1)
  /Subject (goto: http://o2.ps.bam.de or http://www.ps.bam.de)
  /Keywords (image reproduction, colour devices)
  /Creator (klaus.richter@bam.de)
  /CreationDate (D:2006040112000)
  /ModDate (D:2006040112000)
/DOCINFO pdfmark
[ /View [ /FitB ]
/DOCVIEW pdfmark
%END  PDFDE011

% !AUSTAUSCH Times-Roman -> Times-Roman-ISOLatin1=Times-I
 
/Times-Roman findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/Times-ISOL1 exch definefont pop
 
/Times-Italic findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesI-ISOL1 exch definefont pop
 
/Times-Bold findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesB-ISOL1 exch definefont pop
 
/Times-BoldItalic findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesBI-ISOL1 exch definefont pop
 
/FS {findfont exch scalefont setfont} bind def
/MM {72 25.4 div mul} def /str {8 string } bind def
 
/TK {200 /Times-ISOL1 FS} bind def
/TM {250 /Times-ISOL1 FS} bind def
/TG {300 /Times-ISOL1 FS} bind def
/TKi {160 /Times-ISOL1 FS} bind def
 
/TIK {200 /TimesI-ISOL1 FS} bind def
/TIM {250 /TimesI-ISOL1 FS} bind def
/TIG {300 /TimesI-ISOL1 FS} bind def
 
/TBK {200 /TimesB-ISOL1 FS} bind def
/TBM {250 /TimesB-ISOL1 FS} bind def
/TBG {300 /TimesB-ISOL1 FS} bind def
/TBKe {160 /TimesB-ISOL1 FS} bind def
 
/TBIK {200 /TimesBI-ISOL1 FS} bind def
/TBIM {250 /TimesBI-ISOL1 FS} bind def
/TBIG {300 /TimesBI-ISOL1 FS} bind def
 
/SK {200 10 sub /Symbol FS} bind def
/SM {250 12 sub /Symbol FS} bind def
/SG {300 14 sub /Symbol FS} bind def

/nshowG {TG  show} bind def
/kshowG {TIG show} bind def
/bshowG {TBG show} bind def
/bishowG {TBIG show} bind def
/ishowG {TM 0 -60 rmoveto show 0 60 rmoveto} bind def
/ebshowG {TBM 0 200 rmoveto show 0 -200 rmoveto} bind def
/sshowG {SG show} bind def

/nshowM {TM  show} bind def
/kshowM {TIM show} bind def
/bshowM {TBM show} bind def
/bishowM {TBIM show} bind def
/ishowM {TK 0 -40 rmoveto show 0 40 rmoveto} bind def
/ebshowM {TBK 0 160 rmoveto show 0 -160 rmoveto} bind def
/sshowM {SM show} bind def

/nshowK {TK  show} bind def
/kshowK {TIK show} bind def
/bshowK {TBK show} bind def
/bishowK {TBIK show} bind def
/ishowK {TKi 0 -30 rmoveto show 0 30 rmoveto} bind def
/ebshowK {TBKe 0 130 rmoveto show 0 -130 rmoveto} bind def
/sshowK {SK show} bind def
 
/tzo {0.0 1.0 1.0 0.0} bind def %Reproduktionsfarben
/tzl {1.0 0.0 1.0 0.0} bind def
/tzv {1.0 1.0 0.0 0.0} bind def
/tzc {1.0 0.0 0.0 0.0} bind def
/tzm {0.0 1.0 0.0 0.0} bind def
/tzy {0.0 0.0 1.0 0.0} bind def

/tzn {0.0 0.0 0.0 1.00} bind def %Graureihe
/tzd {0.0 0.0 0.0 0.75} bind def
/tzz {0.0 0.0 0.0 0.50} bind def
/tzh {0.0 0.0 0.0 0.25} bind def
/tzw {0.0 0.0 0.0 0.00} bind def

/tzr {0.0 1.0 0.5 0.0} bind def %Elementarfarben
/tzg {1.0 0.0 0.5 0.0} bind def
/tzb {1.0 0.5 0.0 0.0} bind def
/tzj {0.0 0.0 1.0 0.0} bind def

/tzrz {0.0 1.0 0.5 0.5} bind def %Elementarfarben vergraut
/tzgz {1.0 0.0 0.5 0.5} bind def
/tzbz {1.0 0.5 0.0 0.5} bind def
/tzjz {0.0 0.0 1.0 0.5} bind def

/tfo {tzo setcmykcolor} bind def
/tfl {tzl setcmykcolor} bind def
/tfv {tzv setcmykcolor} bind def
/tfc {tzc setcmykcolor} bind def
/tfm {tzm setcmykcolor} bind def
/tfy {tzy setcmykcolor} bind def

/tfn {tzn setcmykcolor} bind def
/tfd {tzd setcmykcolor} bind def
/tfz {tzz setcmykcolor} bind def
/tfh {tzh setcmykcolor} bind def
/tfw {tzw setcmykcolor} bind def

/tfr {tzr setcmykcolor} bind def
/tfg {tzg setcmykcolor} bind def
/tfb {tzb setcmykcolor} bind def
/tfj {tzj setcmykcolor} bind def

/tfrz {tzrz setcmykcolor} bind def
/tfgz {tzgz setcmykcolor} bind def
/tfbz {tzbz setcmykcolor} bind def
/tfjz {tzjz setcmykcolor} bind def
 
/A4quer {598 0 tl 90 rotate} def
/setcmyknew {setcmykcolor} def
/outSM {sshowM} def
/outSK {sshowK} def
/outxshowf {setcmykcolor show} def

%for output test only
/tspace {dup abs 1.0 le {(   ) show} if
         dup dup -1.0 le exch -10 gt and {(  ) show} if
         dup dup 1.0 gt exch  10 lt and {(   ) show} if
         dup dup 1.0 gt exch  10 ge and {( ) show} if
            } bind def

/trushow {tspace 0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/troshow {0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/trushow4 {0.00005 add 10000 mul truncate 10000 div
           10 string cvs show} bind def
           
/cvishow {cvi 6 string cvs show} def
/cvsshow1 {10 mul cvi 0.1 mul 7 string cvs show} def
/cvsshow2 {100 mul cvi 0.01 mul 7 string cvs show} def
/cvsshow3 {1000 mul cvi 0.001 mul 7 string cvs show} def

/W 9 array def
/W  [555 570 540 435 495 525 570 540 435] def

/WS 9 array def
0 1 8 {/j exch def %j=0,8
       WS j 525 W j get 525 sub sub put
      } for %j=0,8

/YIXU 88 array def
/YIXP 88 array def
/YIXD 88 array def
/YIXT 88 array def
/YIXN 88 array def
/YIXW 88 array def

/YIXUS 88 array def
/YIXPS 88 array def
/YIXDS 88 array def
/YIXTS 88 array def
/YIXNS 88 array def
/YIXWS 88 array def

/YEXP0 88 array def
/YEXP1 88 array def
/YEXP2 88 array def
/YEXP3 88 array def
/YEXP4 88 array def
/YEXP5 88 array def
/YEXP6 88 array def
/YEXP7 88 array def
/YEXP8 88 array def

/YEXP0S 88 array def
/YEXP1S 88 array def
/YEXP2S 88 array def
/YEXP3S 88 array def
/YEXP4S 88 array def
/YEXP5S 88 array def
/YEXP6S 88 array def
/YEXP7S 88 array def
/YEXP8S 88 array def

/Yix 88 array def
/Yiy 88 array def

/Xi 88 array def
/Yi 88 array def

/YixS 88 array def
/YiyS 88 array def

/XiS 88 array def
/YiS 88 array def

/KURVA 9 array def %9 actual curves
/KURVA1 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2 9 array def %9 curves, Saturation, one or two colours
%        U P D T N W P D T
/KURVA1 [2 0 0 1 2 2 1 1 0] def
/KURVA2 [2 0 0 1 2 2 1 1 0] def

/IDAI1 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00 [100 000 000 000 100 100 100 100 100] def
/IDAI01 [100 000 000 000 100 100 100 100 100] def
/IDAI10 [100 000 000 000 100 100 100 100 100] def
/IDAI11 [100 000 000 000 100 100 100 100 100] def

/FKUC1 9 array def %Actual colour C, Sensitivity
/FKUC2 9 array def %Actual colour C, Saturation
/FKUM1 9 array def %Actual colour M, Sensitivity
/FKUM2 9 array def %Actual colour M, Saturation
/FKUY1 9 array def %Actual colour Y, Sensitivity
/FKUY2 9 array def %Actual colour Y, Saturation
/FKUN1 9 array def %Actual colour N, Sensitivity
/FKUN2 9 array def %Actual colour N, Saturation

/FKUCI00 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10 9 array def %Cyan, Colour 1, Saturation
/FKUCI11 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI01 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def
/FKUCI10 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI11 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def

/FKUMI00 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10 9 array def %Magenta, Colour 1, Saturation
/FKUMI11 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI01 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def
/FKUMI10 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI11 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def

/FKUYI00 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10 9 array def %Yellow, Colour 1, Saturation
/FKUYI11 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI01 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI11 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00 9 array def %Black, Colour 1, Sensitivity
/FKUNI01 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10 9 array def %Black, Colour 1, Saturation
/FKUNI11 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI01 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI11 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAI 8 array def
/XRG$I 8 array def
/XJBAI 8 array def
/XBJ$I 8 array def
/XRGAI [ 525   575   475   600   575   575   575   575 ] def
/XRG$I [(525) (575) (475) (600) (575) (575) (575) (575)] def
/XJBAI [ 525   575   475   600   525   495   475   435 ] def
/XBJ$I [(525) (575) (475) (600) (525) (495) (475) (435)] def

/KURVAS 9 array def %9 actual curves
/KURVA1S 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2S 9 array def %9 curves, Saturation, one or two colours
%         U'P'D'T'N'W'P'D'T'
/KURVA1S [0 2 2 0 2 2 0 0 2] def
/KURVA2S [0 2 2 0 2 2 0 0 2] def

/IDAI1S 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2S 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00S 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01S 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10S 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11S 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00S [100 100 100 100 100 100 100 100 100] def
/IDAI01S [100 100 100 100 100 100 100 100 100] def
/IDAI10S [100 100 100 100 100 100 100 100 100] def
/IDAI11S [100 100 100 100 100 100 100 100 100] def

/FKUC1S 9 array def %Actual colour C, Sensitivity
/FKUC2S 9 array def %Actual colour C, Saturation
/FKUM1S 9 array def %Actual colour M, Sensitivity
/FKUM2S 9 array def %Actual colour M, Saturation
/FKUY1S 9 array def %Actual colour Y, Sensitivity
/FKUY2S 9 array def %Actual colour Y, Saturation
/FKUN1S 9 array def %Actual colour N, Sensitivity
/FKUN2S 9 array def %Actual colour N, Saturation

/FKUCI00S 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01S 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10S 9 array def %Cyan, Colour 1, Saturation
/FKUCI11S 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI01S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def
/FKUCI10S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI11S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def

/FKUMI00S 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01S 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10S 9 array def %Magenta, Colour 1, Saturation
/FKUMI11S 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI01S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def
/FKUMI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI11S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def

/FKUYI00S 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01S 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10S 9 array def %Yellow, Colour 1, Saturation
/FKUYI11S 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI01S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI11S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00S 9 array def %Black, Colour 1, Sensitivity
/FKUNI01S 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10S 9 array def %Black, Colour 1, Saturation
/FKUNI11S 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI01S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI11S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAIS 8 array def
/XRG$IS 8 array def
/XJBAIS 8 array def
/XBJ$IS 8 array def

0 1 7 {/j exch def %j=0,7
       XRGAIS j 525 XRGAI j get 525 sub sub put
       XJBAIS j 525 XJBAI j get 525 sub sub put
       XRG$IS j XRGAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
       XBJ$IS j XJBAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
      } for %j=0,7
      
/JPPM 4 def
/CY 0.35 def
/CX  50 def

%%EndProlog
gsave
/lanind 0 def
/lantex [(G) (E) (S) (N) (I) (J) (M)] def
/showde {0 lanind eq {show} {pop} ifelse} bind def
/showen {1 lanind eq {show} {pop} ifelse} bind def
/showes {2 lanind eq {show} {pop} ifelse} bind def
/showfr {3 lanind eq {show} {pop} ifelse} bind def
/showit {4 lanind eq {show} {pop} ifelse} bind def
/showjp {5 lanind eq {show} {pop} ifelse} bind def
/showm {6 lanind eq {show} {pop} ifelse} bind def
/lanindg where {pop /lanind1 lanindg def /lanind2 lanindg def}
               {/lanind1 0 def /lanind2 0 def} ifelse
/colormg where {pop /colorm1 colormg def /colorm2 colormg def}
               {/colorm1 0 def /colorm2 0 def} ifelse
/xcolorg where {pop /xcolor1 xcolorg def /xcolor2 xcolorg def}
               {/xcolor1 0 def /xcolor2 0 def} ifelse
/xchartg where {pop /xchart1 xchartg def /xchart2 xchartg def}
               {/xchart1 0 def /xchart2 0 def} ifelse
/lanind lanind1 def %lanind1 1 lanind2 {/lanind exch def %output showpage
/colorm colorm1 def %colorm1 1 colorm2 {/colorm exch def %output showpage
/xcolor xcolor1 def %xcolor1 1 xcolor2 {/xcolor exch def %output showpage
/xchart xchart1 def %xchart1 1 xchart2 {/xchart exch def %output showpage

/GSS$ where {pop /LSS$ GSS$ def}
            {/LSS$ (1) def} ifelse
/GSC$ where {pop /LSC$ GSC$ def}
            {/LSC$ (N) def} ifelse
/GSX$ where {pop /LSX$ GSX$ def}
            {/LSX$ (0) def} ifelse
/GSY$ where {pop /LSY$ GSY$ def}
            {/LSY$ (0) def} ifelse
/GEX$ where {pop /LEX$ GEX$ def}
            {/LEX$ (P.PS./PDF) def} ifelse
/GEY$ where {pop /LEY$ GEY$ def}
            {/LEY$ (P.DAT) def} ifelse
/IMES where {pop %/IMES IMES def
            }
            {/IMES 0 def} ifelse

/xchartg where {pop /xchart  12 def} {/xchart  12 def} ifelse

5 /Times-ISOL1 FS
72 84 moveto
    ( WG991-5, ) show

(Change of PDT (LMS) in volour vision; Adaptation) showen
(\304nderung von PDT (LMS) beim Farbensehen; Adaptation) showde

72 90 translate

%/xchart 02 def
%0 1 15 {/xchart exch def %xchart=0,15

gsave

xchart  0 eq {/ILK 0 def /ILS 0 def /INE 0 def /ILF 0 def} if %ILT=0 NO threshold
xchart  1 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  2 eq {/ILK 1 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  3 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  4 eq {/ILK 2 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  5 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  6 eq {/ILK 3 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  7 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  8 eq {/ILK 0 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart  9 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 10 eq {/ILK 1 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 11 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 12 eq {/ILK 2 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 13 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 14 eq {/ILK 3 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 15 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 1 def} if
/ILT 1 def
%/ILF 1 def
%/IKOM 3 def %0=U, 1=N/G, 2=W/R, 3=V
xchart  0 ge xchart  3 le and {/IKOM 3 def} if %W
xchart  4 ge xchart  7 le and {/IKOM 3 def} if %W
xchart  8 ge xchart 11 le and {/IKOM 3 def} if %W
xchart 12 ge xchart 15 le and {/IKOM 3 def} if %W
%/ILN 4 def %L&M, L&S, M&S, UVW&S
%/ILN 5 def %L&M, L&S, M&S, UGR&S
/ILN 6 def %L&M, L&S, M&S, UGR&SGR
ILN 5 eq {/JPPM 6 def} {/JPPM 5 def} ifelse
ILN 6 eq {/JPPM 8 def} if
ILF 1 eq {/JPPM 1 def} if
ILS 2 eq {/JPPM 5 def} if

/ILU 0 def %NO u scale
ILT 0 eq {/ta 0.0 def /logta -6 def} if
ILT 1 eq {/ta 0.007 def /logta ta log def} if
ILT 2 eq {/ta 0.002 def /logta ta log def} if
/MULX 0600 def
/MULY 1200 0.8 mul def
ILS 1 eq {/MULY 1200 0.4 mul def} if
/MULF 1200 0.8 mul def

0.01 MM 0.01 MM scale
 
30 setlinewidth
[ ] 0 setdash

0.0 0.0 0.0 0.5 setcmykcolor
0 0  moveto 5400 0 rlineto 0 4000 rlineto -5400 0 rlineto
closepath fill

/Xa {(a) ishowM} def
/Xo {(o) ishowM} def

/P0o {tfo (P)  bishowM tfo (o) ishowM} def
/D0o {tfl (D)  bishowM tfl (o) ishowM} def
/T0o {tfv (T)  bishowM tfv (o) ishowM} def

/P0a {tfo (P)  bishowM tfo (a) ishowM} def
/D0a {tfl (D)  bishowM tfl (a) ishowM} def
/T0a {tfv (T)  bishowM tfv (a) ishowM} def

/U0a {tfn (U) bishowM tfy (a) ishowM} def
/N0a {tfn (N) bishowM tfc (a) ishowM} def
/W0a {tfn (W) bishowM tfm (a) ishowM} def

/P0oS {tfo (P')  bishowM tfo (o) ishowM} def
/D0oS {tfl (D')  bishowM tfl (o) ishowM} def
/T0oS {tfv (T')  bishowM tfv (o) ishowM} def

/P0aS {tfo (P')  bishowM tfo (a) ishowM} def
/D0aS {tfl (D')  bishowM tfl (a) ishowM} def
/T0aS {tfv (T')  bishowM tfv (a) ishowM} def

/U0aS {tfn (U') bishowM tfy (a) ishowM} def
/N0aS {tfn (N') bishowM tfc (a) ishowM} def
/W0aS {tfn (W') bishowM tfm (a) ishowM} def

/YAa  {IKOM 0 eq {tfn (U) bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N) bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W) bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W) bishowM tfm (a) ishowM} if} def
/YAaS {IKOM 0 eq {tfn (U') bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N') bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W') bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W') bishowM tfm (a) ishowM} if} def

/AF1 0.5 def
/AF2 0.5 def

/XRGA {XRGAI ILK get} def
/XJBA {XJBAI ILK get} def
/XRG$ {XRG$I ILK get} def
/XBJ$ {XBJ$I ILK get} def

/XRGAS {XRGAIS ILK get} def
/XJBAS {XJBAIS ILK get} def
/XRG$S {XRG$IS ILK get} def
/XBJ$S {XBJ$IS ILK get} def

/W0 {W 0 get} def
/W1 {W 1 get} def
/W2 {W 2 get} def
/W3 {W 3 get} def
/W4 {W 4 get} def
/W5 {W 5 get} def
/W6 {W 6 get} def
/W7 {W 7 get} def
/W8 {W 8 get} def

/W0S {WS 0 get} def
/W1S {WS 1 get} def
/W2S {WS 2 get} def
/W3S {WS 3 get} def
/W4S {WS 4 get} def
/W5S {WS 5 get} def
/W6S {WS 6 get} def
/W7S {WS 7 get} def
/W8S {WS 8 get} def

%function value for curve U normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1 {XRGA W0 sub CX div dup mul CY mul neg} def
/YU2 {XJBA W0 sub CX div dup mul CY mul neg} def
/YUP {W1 W0 sub CX div dup mul CY mul neg} def
/YUD {W2 W0 sub CX div dup mul CY mul neg} def
/YUT {W3 W0 sub CX div dup mul CY mul neg} def
/YUN {W4 W0 sub CX div dup mul CY mul neg} def
/YUW {W5 W0 sub CX div dup mul CY mul neg} def
/YUB {475 W0 sub CX div dup mul CY mul neg} def
/YUJ {575 W0 sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1 {XRGA XRGA 525 sub 0 ge {W1} {W1S} ifelse
      sub CX div dup mul CY mul neg} def
/YP2 {XJBA W1 sub CX div dup mul CY mul neg} def
/YPP {W1 W1 sub CX div dup mul CY mul neg} def
/YPD {W2 W1 sub CX div dup mul CY mul neg} def
/YPT {W3 W1 sub CX div dup mul CY mul neg} def
/YPN {W4 W1 sub CX div dup mul CY mul neg} def
/YPW {W5 W1 sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5),
%            450(V=6), 475(B=6), 575(J=7), 600(O=8)
/YD1 {XRGA XRGA 525 sub 0 ge {W2} {W2S} ifelse
      sub CX div dup mul CY mul neg} def
/YD2 {XJBA W2 sub CX div dup mul CY mul neg} def
/YDP {W1 W2 sub CX div dup mul CY mul neg} def
/YDD {W2 W2 sub CX div dup mul CY mul neg} def
/YDT {W3 W2 sub CX div dup mul CY mul neg} def
/YDN {W4 W2 sub CX div dup mul CY mul neg} def
/YDW {W5 W2 sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1 {XRGA W3 sub CX div dup mul CY mul neg} def
/YT2 {XJBA XJBA 525 sub 0 le {W3} {W3S} ifelse
      sub CX div dup mul CY mul neg} def
/YTP {W1 W3 sub CX div dup mul CY mul neg} def
/YTD {W2 W3 sub CX div dup mul CY mul neg} def
/YTT {W3 W3 sub CX div dup mul CY mul neg} def
/YTN {W4 W3 sub CX div dup mul CY mul neg} def
/YTW {W5 W3 sub CX div dup mul CY mul neg} def
/YTB {475 W3 sub CX div dup mul CY mul neg} def
/YTJ {575 W3 sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1 {XRGA W4 sub CX div dup mul CY mul neg} def
/YN2 {XJBA W4 sub CX div dup mul CY mul neg} def
/YNP {W1 W4 sub CX div dup mul CY mul neg} def
/YND {W2 W4 sub CX div dup mul CY mul neg} def
/YNT {W3 W4 sub CX div dup mul CY mul neg} def
/YNN {W4 W4 sub CX div dup mul CY mul neg} def
/YNW {W5 W4 sub CX div dup mul CY mul neg} def
/YNB {475 W4 sub CX div dup mul CY mul neg} def
/YNJ {575 W4 sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1 {XRGA W5 sub CX div dup mul CY mul neg} def
/YW2 {XJBA W5 sub CX div dup mul CY mul neg} def
/YWP {YUP YNP add 0.5 mul} def
/YWD {YUD YND add 0.5 mul} def
/YWT {YUT YNT add 0.5 mul} def
/YWN {YUN YNN add 0.5 mul} def
/YWW {YUW YNW add 0.5 mul} def
/YWB {YUB YNB add 0.5 mul} def
/YWJ {YUJ YNJ add 0.5 mul} def

%function value for curve U normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1S {XRGAS W0S sub CX div dup mul CY mul neg} def
/YU2S {XJBAS W0S sub CX div dup mul CY mul neg} def
/YUPS {W1S W0S sub CX div dup mul CY mul neg} def
/YUDS {W2S W0S sub CX div dup mul CY mul neg} def
/YUTS {W3S W0S sub CX div dup mul CY mul neg} def
/YUNS {W4S W0S sub CX div dup mul CY mul neg} def
/YUWS {W5S W0S sub CX div dup mul CY mul neg} def
/YUBS {575 W0S sub CX div dup mul CY mul neg} def
/YUJS {475 W0S sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1S {XRGAS XRGAS 525 sub 0 le {W1S} {W1} ifelse
      sub CX div dup mul CY mul neg} def
/YP2S {XJBAS W1S sub CX div dup mul CY mul neg} def
/YPPS {W1S W1S sub CX div dup mul CY mul neg} def
/YPDS {W2S W1S sub CX div dup mul CY mul neg} def
/YPTS {W3S W1S sub CX div dup mul CY mul neg} def
/YPNS {W4S W1S sub CX div dup mul CY mul neg} def
/YPWS {W5S W1S sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YD1S {XRGAS XRGAS 525 sub 0 le {W2S} {W2} ifelse
      sub CX div dup mul CY mul neg} def
/YD2S {XJBAS W2S sub CX div dup mul CY mul neg} def
/YDPS {W1S W2S sub CX div dup mul CY mul neg} def
/YDDS {W2S W2S sub CX div dup mul CY mul neg} def
/YDTS {W3S W2S sub CX div dup mul CY mul neg} def
/YDNS {W4S W2S sub CX div dup mul CY mul neg} def
/YDWS {W5S W2S sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1S {XRGAS W3S sub CX div dup mul CY mul neg} def
/YT2S {XJBAS XJBAS 525 sub 0 ge {W3S} {W3} ifelse
      sub CX div dup mul CY mul neg} def
/YTPS {W1S W3S sub CX div dup mul CY mul neg} def
/YTDS {W2S W3S sub CX div dup mul CY mul neg} def
/YTTS {W3S W3S sub CX div dup mul CY mul neg} def
/YTNS {W4S W3S sub CX div dup mul CY mul neg} def
/YTWS {W5S W3S sub CX div dup mul CY mul neg} def
/YTBS {575 W3S sub CX div dup mul CY mul neg} def
/YTJS {475 W3S sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1S {XRGAS W4S sub CX div dup mul CY mul neg} def
/YN2S {XJBAS W4S sub CX div dup mul CY mul neg} def
/YNPS {W1S W4S sub CX div dup mul CY mul neg} def
/YNDS {W2S W4S sub CX div dup mul CY mul neg} def
/YNTS {W3S W4S sub CX div dup mul CY mul neg} def
/YNNS {W4S W4S sub CX div dup mul CY mul neg} def
/YNWS {W5S W4S sub CX div dup mul CY mul neg} def
/YNBS {575 W4S sub CX div dup mul CY mul neg} def
/YNJS {475 W4S sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1S {XRGAS W5S sub CX div dup mul CY mul neg} def
/YW2S {XJBAS W5S sub CX div dup mul CY mul neg} def
/YWPS {YUPS YNPS add 0.5 mul} def
/YWDS {YUDS YNDS add 0.5 mul} def
/YWTS {YUTS YNTS add 0.5 mul} def
/YWNS {YUNS YNNS add 0.5 mul} def
/YWWS {YUWS YNWS add 0.5 mul} def
/YWBS {YUBS YNBS add 0.5 mul} def
/YWJS {YUJS YNJS add 0.5 mul} def

%i=0,85: 400_500_600_700_400(81)
0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXU i XEXI W 0 get sub CX div dup mul CY mul neg put
        YIXP i XEXI W 1 get sub CX div dup mul CY mul neg put
        YIXD i XEXI W 2 get sub CX div dup mul CY mul neg put
        YIXT i XEXI W 3 get sub CX div dup mul CY mul neg put
        YIXN i XEXI W 4 get sub CX div dup mul CY mul neg put
        YIXW i XEXI W 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXU i YIXU 60 get 1malp mul YIXU 0 get alpha mul add put
         YIXP i YIXP 60 get 1malp mul YIXP 0 get alpha mul add put
         YIXD i YIXD 60 get 1malp mul YIXD 0 get alpha mul add put
         YIXT i YIXT 60 get 1malp mul YIXT 0 get alpha mul add put
         YIXN i YIXN 60 get 1malp mul YIXN 0 get alpha mul add put
         YIXW i YIXW 60 get 1malp mul YIXW 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXU i YIXU i 80 sub get put
         YIXP i YIXP i 80 sub get put
         YIXD i YIXD i 80 sub get put
         YIXT i YIXT i 80 sub get put
         YIXN i YIXN i 80 sub get put
         YIXW i YIXW i 80 sub get put
} for %i=81,85: 405_425(5)

0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXUS i XEXI WS 0 get sub CX div dup mul CY mul neg put
        YIXPS i XEXI WS 1 get sub CX div dup mul CY mul neg put
        YIXDS i XEXI WS 2 get sub CX div dup mul CY mul neg put
        YIXTS i XEXI WS 3 get sub CX div dup mul CY mul neg put
        YIXNS i XEXI WS 4 get sub CX div dup mul CY mul neg put
        YIXWS i XEXI WS 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXUS i YIXUS 60 get 1malp mul YIXUS 0 get alpha mul add put
         YIXPS i YIXPS 60 get 1malp mul YIXPS 0 get alpha mul add put
         YIXDS i YIXDS 60 get 1malp mul YIXDS 0 get alpha mul add put
         YIXTS i YIXTS 60 get 1malp mul YIXTS 0 get alpha mul add put
         YIXNS i YIXNS 60 get 1malp mul YIXNS 0 get alpha mul add put
         YIXWS i YIXWS 60 get 1malp mul YIXWS 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXUS i YIXUS i 80 sub get put
         YIXPS i YIXPS i 80 sub get put
         YIXDS i YIXDS i 80 sub get put
         YIXTS i YIXTS i 80 sub get put
         YIXNS i YIXNS i 80 sub get put
         YIXWS i YIXWS i 80 sub get put
} for %i=81,85: 405_425(5)

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

0 1 85 {/i exch def
        /YEXU {YIXU i get} def
        /YEXP {YIXP i get YP1T add} def
        /YEXD {YIXD i get YD1T add} def
        /YEXT {YIXT i get YT2T add} def
        /YEXN {YIXN i get} def
        /YEXW {YIXW i get YW2T add} def

/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXA YEXU def} if
          IKOM 1 eq {/YEXA YEXN def} if
          IKOM 2 eq {/YEXA YEXW def} if
          IKOM 3 eq {/YEXA YEXW def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXU YEXA sub fneg def YDchange
                  YEXP0 i YD put} if
          j 1 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP1 i YD put} if
          j 2 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP2 i YD put} if
          j 3 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP3 i YD put} if
          j 4 eq {/YD YEXN YEXA sub fneg def YDchange
                  YEXP4 i YD put} if
          j 5 eq {/YD YEXW YEXA sub fneg def YDchange
                  YEXP5 i YD put} if
          j 6 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP6 i YD put} if
          j 7 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP7 i YD put} if
          j 8 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP8 i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0 i get YEXA add def YEXP0 i YE put} if
                    j 1 eq {/YE YEXP1 i get YEXA add def YEXP1 i YE put} if
                    j 2 eq {/YE YEXP2 i get YEXA add def YEXP2 i YE put} if
                    j 3 eq {/YE YEXP3 i get YEXA add def YEXP3 i YE put} if
                    j 4 eq {/YE YEXP4 i get YEXA add def YEXP4 i YE put} if
                    j 5 eq {/YE YEXP5 i get YEXA add def YEXP5 i YE put} if
                    j 6 eq {/YE YEXP6 i get YEXA add def YEXP6 i YE put} if
                    j 7 eq {/YE YEXP7 i get YEXA add def YEXP7 i YE put} if
                    j 8 eq {/YE YEXP8 i get YEXA add def YEXP8 i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        /YEXUS {YIXUS i get} def %identical YEXN
        /YEXPS {YIXPS i get YP1ST add} def
        /YEXDS {YIXDS i get YD1ST add} def
        /YEXTS {YIXTS i get YT2ST add} def 
        /YEXNS {YIXNS i get} def %identical YEXU
        /YEXWS {YIXWS i get YW2ST add} def
        
/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXAS YEXNS def} if
          IKOM 1 eq {/YEXAS YEXUS def} if
          IKOM 2 eq {/YEXAS YEXWS def} if
          IKOM 3 eq {/YEXAS YEXWS def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXUS YEXAS sub fneg def YDchange
                  YEXP0S i YD put} if
          j 1 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP1S i YD put} if
          j 2 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP2S i YD put} if
          j 3 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP3S i YD put} if
          j 4 eq {/YD YEXNS YEXAS sub fneg def YDchange
                  YEXP4S i YD put} if
          j 5 eq {/YD YEXWS YEXAS sub fneg def YDchange
                  YEXP5S i YD put} if
          j 6 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP6S i YD put} if
          j 7 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP7S i YD put} if
          j 8 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP8S i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0S i get YEXAS add def YEXP0S i YE put} if
                    j 1 eq {/YE YEXP1S i get YEXAS add def YEXP1S i YE put} if
                    j 2 eq {/YE YEXP2S i get YEXAS add def YEXP2S i YE put} if
                    j 3 eq {/YE YEXP3S i get YEXAS add def YEXP3S i YE put} if
                    j 4 eq {/YE YEXP4S i get YEXAS add def YEXP4S i YE put} if
                    j 5 eq {/YE YEXP5S i get YEXAS add def YEXP5S i YE put} if
                    j 6 eq {/YE YEXP6S i get YEXAS add def YEXP6S i YE put} if
                    j 7 eq {/YE YEXP7S i get YEXAS add def YEXP7S i YE put} if
                    j 8 eq {/YE YEXP8S i get YEXAS add def YEXP8S i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

ILF 0 eq {%ILF=0
1800 050 moveto tfw
(l) outSM (d) ishowK 30 0 rmoveto (/nm) nshowM
4200 050 moveto tfw
(l) outSM (c) ishowK 30 0 rmoveto (/nm) nshowM
ILU 1 eq {4900 550 moveto (u) bishowM} if
} if %ILF=0

3100 2975 moveto tfw (Adaptation: ) bshowM 
tfw (l) outSM tfo (R) ishowK tfl (G) ishowK 
tfw (=) bshowM XRG$I ILK get bshowM

%special; first part not visible
3100 2725 moveto 0.0 0.0 0.0 0.5 setcmykcolor (Adaptation: ) bshowM 
tfw (l) outSM tfv (B) ishowK tfy (J) ishowK 
tfw (=) bshowM XBJ$I ILK get bshowM

ILS 0 eq ILS 2 eq or {%ILS=0&2,#0
          3400 2725 moveto (t) bshowM (s) ishowK (=) bshowM ta trushow4
         }
         {
          0800 2975 moveto TBM (Threshold: ) showen (Schwelle: ) showde
          (t) bshowM (s) ishowK (=) bshowM ta trushow4
         } ifelse %ILS=0&2,#0

010 3800 moveto
ILS 0 eq {%iLS=0,1
          tfw (log [) bshowM P0a D0a T0a U0a N0a W0a
               tfw (]) bshowM}
         {INE 0 eq {tfw (log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]-log) bshowM YAa}
                   {tfw (log) bshowM YAa
                    tfw (-log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]) bshowM
                   } ifelse
         } ifelse %ILS=0,1

210 3525 moveto %special U0a,N0a
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5
         
210 3250 moveto
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5

3100 3800 moveto tfw (log) bshowM 30 0 rmoveto P0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto P0o tfw 
YU1 YP1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YP1 sub abs troshow

3100 3525 moveto tfw (log) bshowM 30 0 rmoveto D0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto D0o tfw
YU1 YD1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YD1 sub abs troshow

%special for 475nm/575nm
3100 3250 moveto tfw (log) bshowM 30 0 rmoveto T0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto T0o tfw
/YDTW YT2 neg YW2 add def
YDTW 0 ge {( + )} {( - )} ifelse bshowM
YDTW abs troshow

%4300 2000 moveto TBM YT2 troshow
%4300 1700 moveto TBM YW2 troshow
%4300 1400 moveto TBM YTB troshow
%4300 1100 moveto TBM YWB troshow

%4300 1000 moveto TBM YT2S troshow
%4300 0700 moveto TBM YW2S troshow
%4300 0400 moveto TBM YTBS troshow
%4300 0100 moveto TBM YWBS troshow

%y-arrow
 100 3400 moveto 0 300 rlineto -50 -150 rlineto
                                50  150 rlineto 50 -150 rlineto stroke

tfw
380 280 translate
50 setlinewidth

ILF 0 eq {%ILF=0 sensitivity or saturation
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto 0 ILS 0 eq ILS 2 eq or {3300} {3600} ifelse 
            0.8 mul rlineto  stroke
 ILS 0 eq ILS 2 eq or {0 2700 0.8 mul moveto 400 12 mul 0 rlineto stroke} if

TBK
/tx [ (400) (500) (600) (700) (400)] def
/tye [(-2) () (-1) () (  0) () (-2)] def
/tys [(-2) (-1) (  0) (  1) (  2) (  3) (-2)] def
/tu [ (    -3,1) (-1,1) (  0,9)  (  2,9) (    -3,1)] def
 
%!u-Achse: 100 Einheiten = 1200 Skalen-Einheiten

ILU 1 eq {%ILU=1
0 1 4 {/i exch def
       /ixt {-180 i 1200 mul add} def
       /ixl {240 i 1200 mul add} def
        ixt 150 moveto tu i get exec show } for
 
% 555 nm; u=0.0
          /ixt -180 1.55 1200 mul add def
          /ixl  240 1.55 1200 mul add def
          0.25 0.0 1.0 0.0 setcmykcolor
          ixt 150 moveto (   0.0) show
          /ixt  20  1860 add def
          ixt -320 moveto (555) show
          ixl 75 moveto 0 -150 rlineto stroke
         } if %ILU=1
 
%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten
tfw
0 1 4 {/i exch def
       /ixt {-150 i 1200 mul add} def
       /ixl { 000 i 1200 mul add} def
        ixt -250 moveto tx i get exec show
        ixl   75 moveto 0 -150 rlineto stroke } for
 
%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten
TBK 
0 1 5 {/i exch def
       /iyt {200 i 0480 mul add} def
       /iyl {240 i 0480 mul add} def
        -300 iyt moveto ILS 0 eq ILS 2 eq or {tye} {tys} ifelse
                        i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

TBK
30 setlinewidth
%400nm
/X400 000 0.00 1200 mul add def
%425nm 
/X425 000 0.25 1200 mul add def
%475nm 
/X475 000 0.75 1200 mul add def
%525nm
/X525 000 1.25 1200 mul add def
%575nm
/X575 000 1.75 1200 mul add def
%625nm
/X625 000 2.25 1200 mul add def
%675nm
/X675 000 2.75 1200 mul add def
%375cnm 
/X700 000 3.00 1200 mul add def
%395cnm
/X400c 000 4.00 1200 mul add def

%ymax = 240 + 4 * 480 = 2160
[100 100] 0 setdash

X525 0 moveto 0 2160 rlineto stroke
X700 0 moveto 0 2160 rlineto stroke
X400c 0 moveto 0 2160 rlineto stroke

X525 20 add 100 moveto (525) show
%X700 20 add 100 moveto (700) show
%X400c 20 add 100 moveto (400) show

%xchart 2 ge {%xchart>=2
             X475 0 moveto 0 2160 rlineto stroke
             X575 0 moveto 0 2160 rlineto stroke
             X475 20 add 100 moveto (475) show
             X575 20 add 100 moveto (575) show
%            } if %xchart>=2
[ ] 0 setdash
TBG

50 setlinewidth
%Cero point at 555 nm
/X0t {555 400 sub 12 mul} def
X0t 0 translate

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram
TBG
/ix00 000 def
/ty [(-2) (-1) (  0) (  1) (  2) (  3)] def

tfw
50 setlinewidth
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto  0 2400 rlineto  stroke

TBM
/tx [(-3) (-2) (-1) (  0) (  1) (  2) (  3) (  4)] def

%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten

0 1 6 {/i exch def /ix00 000 def
       /ixt { ix00 -280 add i 0600 mul add} def
       /ixl { ix00  000 add i 0600 mul add} def
        ixt 100 add -250 moveto tx i get exec show
        ixl 75 moveto 0 -150 rlineto stroke } for

%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten

0 1 4 {/i exch def
       /iyt {-100 i 0600 mul add} def
       /iyl { 000 i 0600 mul add} def
        -350 iyt moveto ty i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

%Nullpunkt-Achsenkreuz
30 setlinewidth tfn
1800 0000 moveto 0000 2350 rlineto stroke
0000 1200 moveto 4000 0000 rlineto stroke
50 setlinewidth tfw

%text
3400 0600 moveto tfw (| log [) bshowM P0a tfw (/) bshowM YAa
                 tfw (]) bshowM
3400 0300 moveto tfw (-log [) bshowM D0a tfw (/) bshowM YAa
                 tfw (] |) bshowM
0200 2200 moveto tfw  (log [) bshowM U0a tfw (/) bshowM YAa
                 tfw (]) bshowM
0200 1900 moveto tfw (-log [) bshowM T0a tfw (/) bshowM YAa
                 tfw (]) bshowM

} if %ILF>=1 chromaticity diagram
 
ILF 0 eq {%ILF=0 for clip
0 setlinewidth
/Y0C 0000 def
/Y1C 2400 def
ILU 1 eq {/Y0C 0450 def} if
ILS 0 eq {/Y1C 2900 def} if

0.0 0.0 0.0 0.0 setcmykcolor
X0t neg Y0C moveto  4800 0 rlineto 0 Y1C rlineto
                   -4800 0 rlineto 0 Y1C neg rlineto clip stroke
} if %ILF=0 for clip

ILS 0 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %response diagram
ILS 1 eq ILF 0 eq and {/IORY 1500 0.8 mul def} if %saturation diagram
ILS 2 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %purity diagram
ILS 1 eq ILF 1 eq and {/IORX 1800 def /IORY 1200 def} if %chromaticity diagram

%begin only for %j=1,2,8=P',D',T'
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        XiS i i 5 mul 400 add put
        j 0 eq {YiS i YEXP0S i get put} if
        j 1 eq {YiS i YEXP1S i get put} if
        j 2 eq {YiS i YEXP2S i get put} if
        j 3 eq {YiS i YEXP3S i get put} if
        j 4 eq {YiS i YEXP4S i get put} if
        j 5 eq {YiS i YEXP5S i get put} if
        j 6 eq {YiS i YEXP6S i get put} if
        j 7 eq {YiS i YEXP7S i get put} if
        j 8 eq {YiS i YEXP8S i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1S j FKUCI00S j get put
          FKUM1S j FKUMI00S j get put
          FKUY1S j FKUYI00S j get put
          FKUN1S j FKUNI00S j get put
          FKUC2S j FKUCI01S j get put
          FKUM2S j FKUMI01S j get put
          FKUY2S j FKUYI01S j get put
          FKUN2S j FKUNI01S j get put
          IDAI1S j IDAI00S j get put
          IDAI2S j IDAI01S j get put
          KURVAS j KURVA1S j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1S j FKUCI10S j get put
          FKUM1S j FKUMI10S j get put
          FKUY1S j FKUYI10S j get put
          FKUN1S j FKUNI10S j get put
          FKUC2S j FKUCI11S j get put
          FKUM2S j FKUMI11S j get put
          FKUY2S j FKUYI11S j get put
          FKUN2S j FKUNI11S j get put
          IDAI1S j IDAI10S j get put
          IDAI2S j IDAI11S j get put
          KURVAS j KURVA2S j get put
         } if %ILS=1

/KURVMS {KURVAS j get} def

KURVMS 0 gt {%if KURVMS>0 then KURVE

1 1 KURVMS {/KURVS exch def %KURVS=1,KURVMS

/IDA1S {IDAI1S j get cvi} def
/IDA2S {IDAI2S j get cvi} def 

KURVS 1 eq {[ ] 0 setdash} if
KURVS 2 eq {%KURVS=2 %special for 475nm curve j=3
           /IDA1S {IDAI1S j get} def
           /IDA2S {IDAI2S j get} def 
          [ IDA1S IDA2S] 0 setdash
          } if %KURVS=2

KURVS 1 eq {%KURVS=1
          /jadd 0 def
%           ILS 1 ge j 1 eq and {/jadd 3 def} if
           /FKUCS {FKUC1S j jadd add get} def
           /FKUMS {FKUM1S j jadd add get} def
           /FKUYS {FKUY1S j jadd add get} def
           /FKUNS {FKUN1S j jadd add get} def
          } if %KURV=1
KURVS 2 eq {%KURVS=2
           /FKUCS {FKUC2S j get} def
           /FKUMS {FKUM2S j get} def
           /FKUYS {FKUY2S j get} def
           /FKUNS {FKUN2S j get} def
          } if %KURVS=2

FKUCS FKUMS FKUYS FKUNS setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 1 eq j 2 eq or {%j=1,2=P',D'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=1,2=P',D'

j 8 eq {%j=8=T'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def  %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=8=T

} if %ILF=0 sensitivity or saturation
} if %ILS#2

} for %KURVS=1,KURVMS

} if %if KURVMS>0 then KURVES

} for %j=0,JPPM
%end only for %j=1,2,8=P',D',T'

%begin only for %j=3,6,7=T,P,D
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation, not purity
50 setlinewidth

j 3 eq {%j=3=T
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=3

j 6 eq j 7 eq or{%j=6,7=P,D
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=6,7=P,D

} if %ILF=0 sensitivity or saturation, not purity
} if %ILS#2

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=3,6,7=T,P,D

%begin only for %j=0,4,5=U,N,W
0 1 JPPM {/j exch def %j=0,JPPM

ILF 0 eq {%ILF=0 (for ILS=0,1,2)
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 2 eq {%ILS=2 correction for j=0,4,5
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
       /Xx Xi i get def
       j 0 eq j 4 eq or j 5 eq or {%ILS=2 correction for j=0,4,5
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRG YEXP1  i get YEXP2  i get sub abs neg def}
                    {/XRG YEXP1S i get YEXP2S i get sub abs neg def
                    } ifelse %lambda>=525
         XJBA 525 ge {%XJBA>=525
                       /XJB YEXP0  i get YEXP5  i get sub abs neg def}
                      {/XJB YEXP5S i get YEXP0S i get sub abs neg def
                     } ifelse %XJBA>=525
         j 0 eq {Yi i XRG put} if          
         j 4 eq {Yi i XJB put} if
         j 5 eq {Yi i XRG XJB add put} if
%         j 5 eq {Yi i XRG dup mul XJB dup mul add sqrt neg put} if
        } if %ILS=2 correction for j=0,4,5 
       } for %i=0,85: 400_700_400(81)
         } if %ILS=2 correction for j=0,4,5

ILF 1 eq {%ILF=1

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {%j=0
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRGPM YEXP1  i get  
                            YEXP2  i get sub
                            %YP1T sub 
                            def}
                    {/XRGPM YEXP1S i get
                            YEXP2S i get sub
                            %YP1ST sub 
                            def
                    } ifelse %lambda>=525
         /XJBPM YEXP0  i get YEXP4  i get sub def
%         XJBA 525 ge {%XJBA>=525 P5=P5S P0S=PN P0=PU 
%                      %P0-P5=PU-PWa, P5S-P0S=PWa-PN
%                      /XJBPM YEXP0  i get YEXP5  i get sub def}
%                     {/XJBPM YEXP5S i get YEXP0S i get sub def
%                    } ifelse %XJBA>=525
        Yix i XRGPM put
        Yiy i XJBPM 0.5 mul put
        } if %j=0
       } for %i=0,85: 400_700_400(81)

%correction for purple colours
62 1 80 {/i exch def %i=61,80: 700+_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         Yix i  Yix 60 get 1malp mul  Yix 0 get alpha mul add put
         Yiy i  Yiy 60 get 1malp mul  Yiy 0 get alpha mul add put
       } for %i=61,80: 700+_400(81)
} if %ILF=1

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 0 eq j 4 eq or j 5 eq or {%j=0,4,5=U,N,W
         /I0 0 def /I1 0 def /I2 80 def
         /xst {Xi I0       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi I0 get MULY mul add} bind def
         xst yst moveto
I1 3 I2 {/i exch def  %i=1,80: 405_400
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_400
         stroke
} if %j=0,4,5=U,N,W

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram         
30 setlinewidth

j 0 eq {%j=0=U

/xst {IORX Yix 0 get MULF mul add} bind def
/yst {IORY Yiy 0 get MULF mul add} bind def
xst yst moveto
0 3 77 {/i exch def %i=1,80: 405_700_400
        /xst {IORX Yix i get       MULF mul add} bind def
        /yst {IORY Yiy i get       MULF mul add} bind def
        /x20 {IORX Yix i 1 add get MULF mul add} bind def
        /y20 {IORY Yiy i 1 add get MULF mul add} bind def
        /x21 {IORX Yix i 2 add get MULF mul add} bind def
        /y21 {IORY Yiy i 2 add get MULF mul add} bind def
        /x22 {IORX Yix i 3 add get MULF mul add} bind def
        /y22 {IORY Yiy i 3 add get MULF mul add} bind def
        x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_700_400
stroke

TBK
0 10 70 {/i exch def  %i=0,10,85: 400_700_400
        /xst {IORX Yix i get MULF mul add} bind def
        /yst {IORY Yiy i get MULF mul add} bind def
        newpath
        xst yst 40 0 360 arc fill
        newpath
        xst 400 sub yst 50 sub moveto 400 i 5 mul add cvishow
       } for %i=0,10,85: 400_700_400

        3000 2400 moveto (YP1T) show
        3000 2000 moveto 0 YP1T add cvsshow3
        3000 1600 moveto 0 YD1T add cvsshow3
        3000 1200 moveto 0 YT2T add cvsshow3
        3000 0800 moveto 0 YW2T add cvsshow3
 
        4000 2400 moveto (YP1ST) show
        4000 2000 moveto 0 YP1ST add cvsshow3
        4000 1600 moveto 0 YD1ST add cvsshow3
        4000 1200 moveto 0 YT2ST add cvsshow3
        4000 0800 moveto 0 YW2ST add cvsshow3

        0000 2400 moveto (UPDTNW1) show
        0000 2000 moveto YU1 cvsshow3
        0000 1600 moveto YP1 cvsshow3
        0000 1200 moveto YD1 cvsshow3
        0000 0800 moveto YT1 cvsshow3
        0000 0400 moveto YN1 cvsshow3
        0000 0000 moveto YW1 cvsshow3

        1300 2400 moveto (UPDTNW2) show
        1300 2000 moveto YU2 cvsshow3
        1300 1600 moveto YP2 cvsshow3
        1300 1200 moveto YD2 cvsshow3
        1300 0800 moveto YT2 cvsshow3
        1300 0400 moveto YN2 cvsshow3
        1300 0000 moveto YW2 cvsshow3
       
} if %j=0=U

} if %ILF=1 chromaticity diagram

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=0,4,5=U,N,W

ILF 0 eq {X0t neg 0 translate} if

-380 -280 translate

showpage
grestore

%} for %xchart=0,15

%%Trailor

%%EndDocument
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BeginEPSF
219 MM 064 MM translate
  10 /Times-ISOL1 FS  53 MM 1 MM moveto ( ) show 1 1 scale  -77 -91 translate
%%BeginDocument: Bild 26

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%START PDFDE011.EPS
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/languagelevel where {pop languagelevel} {1} ifelse
2 lt { userdict (<<) cvn ([) cvn load put
       userdict (>>) cvn (]) cvn load put} if
[ /Title (PostScript pictures: Image Technology)
  /Author (compare K. Richter "Computergrafik ...": ISBN 3-8007-1775-1)
  /Subject (goto: http://o2.ps.bam.de or http://www.ps.bam.de)
  /Keywords (image reproduction, colour devices)
  /Creator (klaus.richter@bam.de)
  /CreationDate (D:2006040112000)
  /ModDate (D:2006040112000)
/DOCINFO pdfmark
[ /View [ /FitB ]
/DOCVIEW pdfmark
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/TIK {200 /TimesI-ISOL1 FS} bind def
/TIM {250 /TimesI-ISOL1 FS} bind def
/TIG {300 /TimesI-ISOL1 FS} bind def
 
/TBK {200 /TimesB-ISOL1 FS} bind def
/TBM {250 /TimesB-ISOL1 FS} bind def
/TBG {300 /TimesB-ISOL1 FS} bind def
/TBKe {160 /TimesB-ISOL1 FS} bind def
 
/TBIK {200 /TimesBI-ISOL1 FS} bind def
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/TBIG {300 /TimesBI-ISOL1 FS} bind def
 
/SK {200 10 sub /Symbol FS} bind def
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/SG {300 14 sub /Symbol FS} bind def

/nshowG {TG  show} bind def
/kshowG {TIG show} bind def
/bshowG {TBG show} bind def
/bishowG {TBIG show} bind def
/ishowG {TM 0 -60 rmoveto show 0 60 rmoveto} bind def
/ebshowG {TBM 0 200 rmoveto show 0 -200 rmoveto} bind def
/sshowG {SG show} bind def

/nshowM {TM  show} bind def
/kshowM {TIM show} bind def
/bshowM {TBM show} bind def
/bishowM {TBIM show} bind def
/ishowM {TK 0 -40 rmoveto show 0 40 rmoveto} bind def
/ebshowM {TBK 0 160 rmoveto show 0 -160 rmoveto} bind def
/sshowM {SM show} bind def

/nshowK {TK  show} bind def
/kshowK {TIK show} bind def
/bshowK {TBK show} bind def
/bishowK {TBIK show} bind def
/ishowK {TKi 0 -30 rmoveto show 0 30 rmoveto} bind def
/ebshowK {TBKe 0 130 rmoveto show 0 -130 rmoveto} bind def
/sshowK {SK show} bind def
 
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/tzl {1.0 0.0 1.0 0.0} bind def
/tzv {1.0 1.0 0.0 0.0} bind def
/tzc {1.0 0.0 0.0 0.0} bind def
/tzm {0.0 1.0 0.0 0.0} bind def
/tzy {0.0 0.0 1.0 0.0} bind def

/tzn {0.0 0.0 0.0 1.00} bind def %Graureihe
/tzd {0.0 0.0 0.0 0.75} bind def
/tzz {0.0 0.0 0.0 0.50} bind def
/tzh {0.0 0.0 0.0 0.25} bind def
/tzw {0.0 0.0 0.0 0.00} bind def

/tzr {0.0 1.0 0.5 0.0} bind def %Elementarfarben
/tzg {1.0 0.0 0.5 0.0} bind def
/tzb {1.0 0.5 0.0 0.0} bind def
/tzj {0.0 0.0 1.0 0.0} bind def

/tzrz {0.0 1.0 0.5 0.5} bind def %Elementarfarben vergraut
/tzgz {1.0 0.0 0.5 0.5} bind def
/tzbz {1.0 0.5 0.0 0.5} bind def
/tzjz {0.0 0.0 1.0 0.5} bind def

/tfo {tzo setcmykcolor} bind def
/tfl {tzl setcmykcolor} bind def
/tfv {tzv setcmykcolor} bind def
/tfc {tzc setcmykcolor} bind def
/tfm {tzm setcmykcolor} bind def
/tfy {tzy setcmykcolor} bind def

/tfn {tzn setcmykcolor} bind def
/tfd {tzd setcmykcolor} bind def
/tfz {tzz setcmykcolor} bind def
/tfh {tzh setcmykcolor} bind def
/tfw {tzw setcmykcolor} bind def

/tfr {tzr setcmykcolor} bind def
/tfg {tzg setcmykcolor} bind def
/tfb {tzb setcmykcolor} bind def
/tfj {tzj setcmykcolor} bind def

/tfrz {tzrz setcmykcolor} bind def
/tfgz {tzgz setcmykcolor} bind def
/tfbz {tzbz setcmykcolor} bind def
/tfjz {tzjz setcmykcolor} bind def
 
/A4quer {598 0 tl 90 rotate} def
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/outSM {sshowM} def
/outSK {sshowK} def
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%for output test only
/tspace {dup abs 1.0 le {(   ) show} if
         dup dup -1.0 le exch -10 gt and {(  ) show} if
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/trushow {tspace 0.005 add 100 mul truncate 100 div
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/troshow {0.005 add 100 mul truncate 100 div
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/trushow4 {0.00005 add 10000 mul truncate 10000 div
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/cvishow {cvi 6 string cvs show} def
/cvsshow1 {10 mul cvi 0.1 mul 7 string cvs show} def
/cvsshow2 {100 mul cvi 0.01 mul 7 string cvs show} def
/cvsshow3 {1000 mul cvi 0.001 mul 7 string cvs show} def

/W 9 array def
/W  [555 570 540 435 495 525 570 540 435] def

/WS 9 array def
0 1 8 {/j exch def %j=0,8
       WS j 525 W j get 525 sub sub put
      } for %j=0,8

/YIXU 88 array def
/YIXP 88 array def
/YIXD 88 array def
/YIXT 88 array def
/YIXN 88 array def
/YIXW 88 array def

/YIXUS 88 array def
/YIXPS 88 array def
/YIXDS 88 array def
/YIXTS 88 array def
/YIXNS 88 array def
/YIXWS 88 array def

/YEXP0 88 array def
/YEXP1 88 array def
/YEXP2 88 array def
/YEXP3 88 array def
/YEXP4 88 array def
/YEXP5 88 array def
/YEXP6 88 array def
/YEXP7 88 array def
/YEXP8 88 array def

/YEXP0S 88 array def
/YEXP1S 88 array def
/YEXP2S 88 array def
/YEXP3S 88 array def
/YEXP4S 88 array def
/YEXP5S 88 array def
/YEXP6S 88 array def
/YEXP7S 88 array def
/YEXP8S 88 array def

/Yix 88 array def
/Yiy 88 array def

/Xi 88 array def
/Yi 88 array def

/YixS 88 array def
/YiyS 88 array def

/XiS 88 array def
/YiS 88 array def

/KURVA 9 array def %9 actual curves
/KURVA1 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2 9 array def %9 curves, Saturation, one or two colours
%        U P D T N W P D T
/KURVA1 [2 0 0 1 2 2 1 1 0] def
/KURVA2 [2 0 0 1 2 2 1 1 0] def

/IDAI1 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00 [100 000 000 000 100 100 100 100 100] def
/IDAI01 [100 000 000 000 100 100 100 100 100] def
/IDAI10 [100 000 000 000 100 100 100 100 100] def
/IDAI11 [100 000 000 000 100 100 100 100 100] def

/FKUC1 9 array def %Actual colour C, Sensitivity
/FKUC2 9 array def %Actual colour C, Saturation
/FKUM1 9 array def %Actual colour M, Sensitivity
/FKUM2 9 array def %Actual colour M, Saturation
/FKUY1 9 array def %Actual colour Y, Sensitivity
/FKUY2 9 array def %Actual colour Y, Saturation
/FKUN1 9 array def %Actual colour N, Sensitivity
/FKUN2 9 array def %Actual colour N, Saturation

/FKUCI00 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10 9 array def %Cyan, Colour 1, Saturation
/FKUCI11 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI01 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def
/FKUCI10 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI11 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def

/FKUMI00 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10 9 array def %Magenta, Colour 1, Saturation
/FKUMI11 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI01 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def
/FKUMI10 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI11 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def

/FKUYI00 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10 9 array def %Yellow, Colour 1, Saturation
/FKUYI11 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI01 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI11 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00 9 array def %Black, Colour 1, Sensitivity
/FKUNI01 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10 9 array def %Black, Colour 1, Saturation
/FKUNI11 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI01 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI11 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAI 8 array def
/XRG$I 8 array def
/XJBAI 8 array def
/XBJ$I 8 array def
/XRGAI [ 525   575   475   600   575   575   575   575 ] def
/XRG$I [(525) (575) (475) (600) (575) (575) (575) (575)] def
/XJBAI [ 525   575   475   600   525   495   475   435 ] def
/XBJ$I [(525) (575) (475) (600) (525) (495) (475) (435)] def

/KURVAS 9 array def %9 actual curves
/KURVA1S 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2S 9 array def %9 curves, Saturation, one or two colours
%         U'P'D'T'N'W'P'D'T'
/KURVA1S [0 2 2 0 2 2 0 0 2] def
/KURVA2S [0 2 2 0 2 2 0 0 2] def

/IDAI1S 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2S 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00S 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01S 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10S 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11S 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00S [100 100 100 100 100 100 100 100 100] def
/IDAI01S [100 100 100 100 100 100 100 100 100] def
/IDAI10S [100 100 100 100 100 100 100 100 100] def
/IDAI11S [100 100 100 100 100 100 100 100 100] def

/FKUC1S 9 array def %Actual colour C, Sensitivity
/FKUC2S 9 array def %Actual colour C, Saturation
/FKUM1S 9 array def %Actual colour M, Sensitivity
/FKUM2S 9 array def %Actual colour M, Saturation
/FKUY1S 9 array def %Actual colour Y, Sensitivity
/FKUY2S 9 array def %Actual colour Y, Saturation
/FKUN1S 9 array def %Actual colour N, Sensitivity
/FKUN2S 9 array def %Actual colour N, Saturation

/FKUCI00S 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01S 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10S 9 array def %Cyan, Colour 1, Saturation
/FKUCI11S 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI01S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def
/FKUCI10S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI11S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def

/FKUMI00S 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01S 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10S 9 array def %Magenta, Colour 1, Saturation
/FKUMI11S 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI01S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def
/FKUMI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI11S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def

/FKUYI00S 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01S 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10S 9 array def %Yellow, Colour 1, Saturation
/FKUYI11S 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI01S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI11S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00S 9 array def %Black, Colour 1, Sensitivity
/FKUNI01S 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10S 9 array def %Black, Colour 1, Saturation
/FKUNI11S 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI01S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI11S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAIS 8 array def
/XRG$IS 8 array def
/XJBAIS 8 array def
/XBJ$IS 8 array def

0 1 7 {/j exch def %j=0,7
       XRGAIS j 525 XRGAI j get 525 sub sub put
       XJBAIS j 525 XJBAI j get 525 sub sub put
       XRG$IS j XRGAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
       XBJ$IS j XJBAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
      } for %j=0,7
      
/JPPM 4 def
/CY 0.35 def
/CX  50 def

%%EndProlog
gsave
/lanind 0 def
/lantex [(G) (E) (S) (N) (I) (J) (M)] def
/showde {0 lanind eq {show} {pop} ifelse} bind def
/showen {1 lanind eq {show} {pop} ifelse} bind def
/showes {2 lanind eq {show} {pop} ifelse} bind def
/showfr {3 lanind eq {show} {pop} ifelse} bind def
/showit {4 lanind eq {show} {pop} ifelse} bind def
/showjp {5 lanind eq {show} {pop} ifelse} bind def
/showm {6 lanind eq {show} {pop} ifelse} bind def
/lanindg where {pop /lanind1 lanindg def /lanind2 lanindg def}
               {/lanind1 0 def /lanind2 0 def} ifelse
/colormg where {pop /colorm1 colormg def /colorm2 colormg def}
               {/colorm1 0 def /colorm2 0 def} ifelse
/xcolorg where {pop /xcolor1 xcolorg def /xcolor2 xcolorg def}
               {/xcolor1 0 def /xcolor2 0 def} ifelse
/xchartg where {pop /xchart1 xchartg def /xchart2 xchartg def}
               {/xchart1 0 def /xchart2 0 def} ifelse
/lanind lanind1 def %lanind1 1 lanind2 {/lanind exch def %output showpage
/colorm colorm1 def %colorm1 1 colorm2 {/colorm exch def %output showpage
/xcolor xcolor1 def %xcolor1 1 xcolor2 {/xcolor exch def %output showpage
/xchart xchart1 def %xchart1 1 xchart2 {/xchart exch def %output showpage

/GSS$ where {pop /LSS$ GSS$ def}
            {/LSS$ (1) def} ifelse
/GSC$ where {pop /LSC$ GSC$ def}
            {/LSC$ (N) def} ifelse
/GSX$ where {pop /LSX$ GSX$ def}
            {/LSX$ (0) def} ifelse
/GSY$ where {pop /LSY$ GSY$ def}
            {/LSY$ (0) def} ifelse
/GEX$ where {pop /LEX$ GEX$ def}
            {/LEX$ (P.PS./PDF) def} ifelse
/GEY$ where {pop /LEY$ GEY$ def}
            {/LEY$ (P.DAT) def} ifelse
/IMES where {pop %/IMES IMES def
            }
            {/IMES 0 def} ifelse

/xchartg where {pop /xchart  13 def} {/xchart  13 def} ifelse

5 /Times-ISOL1 FS
72 84 moveto
    ( WG991-6, ) show

(Change of PDT (LMS) in volour vision; Adaptation) showen
(\304nderung von PDT (LMS) beim Farbensehen; Adaptation) showde

72 90 translate

%/xchart 02 def
%0 1 15 {/xchart exch def %xchart=0,15

gsave

xchart  0 eq {/ILK 0 def /ILS 0 def /INE 0 def /ILF 0 def} if %ILT=0 NO threshold
xchart  1 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  2 eq {/ILK 1 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  3 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  4 eq {/ILK 2 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  5 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  6 eq {/ILK 3 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  7 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  8 eq {/ILK 0 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart  9 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 10 eq {/ILK 1 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 11 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 12 eq {/ILK 2 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 13 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 14 eq {/ILK 3 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 15 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 1 def} if
/ILT 1 def
%/ILF 1 def
%/IKOM 3 def %0=U, 1=N/G, 2=W/R, 3=V
xchart  0 ge xchart  3 le and {/IKOM 3 def} if %W
xchart  4 ge xchart  7 le and {/IKOM 3 def} if %W
xchart  8 ge xchart 11 le and {/IKOM 3 def} if %W
xchart 12 ge xchart 15 le and {/IKOM 3 def} if %W
%/ILN 4 def %L&M, L&S, M&S, UVW&S
%/ILN 5 def %L&M, L&S, M&S, UGR&S
/ILN 6 def %L&M, L&S, M&S, UGR&SGR
ILN 5 eq {/JPPM 6 def} {/JPPM 5 def} ifelse
ILN 6 eq {/JPPM 8 def} if
ILF 1 eq {/JPPM 1 def} if
ILS 2 eq {/JPPM 5 def} if

/ILU 0 def %NO u scale
ILT 0 eq {/ta 0.0 def /logta -6 def} if
ILT 1 eq {/ta 0.007 def /logta ta log def} if
ILT 2 eq {/ta 0.002 def /logta ta log def} if
/MULX 0600 def
/MULY 1200 0.8 mul def
ILS 1 eq {/MULY 1200 0.4 mul def} if
/MULF 1200 0.8 mul def

0.01 MM 0.01 MM scale
 
30 setlinewidth
[ ] 0 setdash

0.0 0.0 0.0 0.5 setcmykcolor
0 0  moveto 5400 0 rlineto 0 4000 rlineto -5400 0 rlineto
closepath fill

/Xa {(a) ishowM} def
/Xo {(o) ishowM} def

/P0o {tfo (P)  bishowM tfo (o) ishowM} def
/D0o {tfl (D)  bishowM tfl (o) ishowM} def
/T0o {tfv (T)  bishowM tfv (o) ishowM} def

/P0a {tfo (P)  bishowM tfo (a) ishowM} def
/D0a {tfl (D)  bishowM tfl (a) ishowM} def
/T0a {tfv (T)  bishowM tfv (a) ishowM} def

/U0a {tfn (U) bishowM tfy (a) ishowM} def
/N0a {tfn (N) bishowM tfc (a) ishowM} def
/W0a {tfn (W) bishowM tfm (a) ishowM} def

/P0oS {tfo (P')  bishowM tfo (o) ishowM} def
/D0oS {tfl (D')  bishowM tfl (o) ishowM} def
/T0oS {tfv (T')  bishowM tfv (o) ishowM} def

/P0aS {tfo (P')  bishowM tfo (a) ishowM} def
/D0aS {tfl (D')  bishowM tfl (a) ishowM} def
/T0aS {tfv (T')  bishowM tfv (a) ishowM} def

/U0aS {tfn (U') bishowM tfy (a) ishowM} def
/N0aS {tfn (N') bishowM tfc (a) ishowM} def
/W0aS {tfn (W') bishowM tfm (a) ishowM} def

/YAa  {IKOM 0 eq {tfn (U) bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N) bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W) bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W) bishowM tfm (a) ishowM} if} def
/YAaS {IKOM 0 eq {tfn (U') bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N') bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W') bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W') bishowM tfm (a) ishowM} if} def

/AF1 0.5 def
/AF2 0.5 def

/XRGA {XRGAI ILK get} def
/XJBA {XJBAI ILK get} def
/XRG$ {XRG$I ILK get} def
/XBJ$ {XBJ$I ILK get} def

/XRGAS {XRGAIS ILK get} def
/XJBAS {XJBAIS ILK get} def
/XRG$S {XRG$IS ILK get} def
/XBJ$S {XBJ$IS ILK get} def

/W0 {W 0 get} def
/W1 {W 1 get} def
/W2 {W 2 get} def
/W3 {W 3 get} def
/W4 {W 4 get} def
/W5 {W 5 get} def
/W6 {W 6 get} def
/W7 {W 7 get} def
/W8 {W 8 get} def

/W0S {WS 0 get} def
/W1S {WS 1 get} def
/W2S {WS 2 get} def
/W3S {WS 3 get} def
/W4S {WS 4 get} def
/W5S {WS 5 get} def
/W6S {WS 6 get} def
/W7S {WS 7 get} def
/W8S {WS 8 get} def

%function value for curve U normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1 {XRGA W0 sub CX div dup mul CY mul neg} def
/YU2 {XJBA W0 sub CX div dup mul CY mul neg} def
/YUP {W1 W0 sub CX div dup mul CY mul neg} def
/YUD {W2 W0 sub CX div dup mul CY mul neg} def
/YUT {W3 W0 sub CX div dup mul CY mul neg} def
/YUN {W4 W0 sub CX div dup mul CY mul neg} def
/YUW {W5 W0 sub CX div dup mul CY mul neg} def
/YUB {475 W0 sub CX div dup mul CY mul neg} def
/YUJ {575 W0 sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1 {XRGA XRGA 525 sub 0 ge {W1} {W1S} ifelse
      sub CX div dup mul CY mul neg} def
/YP2 {XJBA W1 sub CX div dup mul CY mul neg} def
/YPP {W1 W1 sub CX div dup mul CY mul neg} def
/YPD {W2 W1 sub CX div dup mul CY mul neg} def
/YPT {W3 W1 sub CX div dup mul CY mul neg} def
/YPN {W4 W1 sub CX div dup mul CY mul neg} def
/YPW {W5 W1 sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5),
%            450(V=6), 475(B=6), 575(J=7), 600(O=8)
/YD1 {XRGA XRGA 525 sub 0 ge {W2} {W2S} ifelse
      sub CX div dup mul CY mul neg} def
/YD2 {XJBA W2 sub CX div dup mul CY mul neg} def
/YDP {W1 W2 sub CX div dup mul CY mul neg} def
/YDD {W2 W2 sub CX div dup mul CY mul neg} def
/YDT {W3 W2 sub CX div dup mul CY mul neg} def
/YDN {W4 W2 sub CX div dup mul CY mul neg} def
/YDW {W5 W2 sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1 {XRGA W3 sub CX div dup mul CY mul neg} def
/YT2 {XJBA XJBA 525 sub 0 le {W3} {W3S} ifelse
      sub CX div dup mul CY mul neg} def
/YTP {W1 W3 sub CX div dup mul CY mul neg} def
/YTD {W2 W3 sub CX div dup mul CY mul neg} def
/YTT {W3 W3 sub CX div dup mul CY mul neg} def
/YTN {W4 W3 sub CX div dup mul CY mul neg} def
/YTW {W5 W3 sub CX div dup mul CY mul neg} def
/YTB {475 W3 sub CX div dup mul CY mul neg} def
/YTJ {575 W3 sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1 {XRGA W4 sub CX div dup mul CY mul neg} def
/YN2 {XJBA W4 sub CX div dup mul CY mul neg} def
/YNP {W1 W4 sub CX div dup mul CY mul neg} def
/YND {W2 W4 sub CX div dup mul CY mul neg} def
/YNT {W3 W4 sub CX div dup mul CY mul neg} def
/YNN {W4 W4 sub CX div dup mul CY mul neg} def
/YNW {W5 W4 sub CX div dup mul CY mul neg} def
/YNB {475 W4 sub CX div dup mul CY mul neg} def
/YNJ {575 W4 sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1 {XRGA W5 sub CX div dup mul CY mul neg} def
/YW2 {XJBA W5 sub CX div dup mul CY mul neg} def
/YWP {YUP YNP add 0.5 mul} def
/YWD {YUD YND add 0.5 mul} def
/YWT {YUT YNT add 0.5 mul} def
/YWN {YUN YNN add 0.5 mul} def
/YWW {YUW YNW add 0.5 mul} def
/YWB {YUB YNB add 0.5 mul} def
/YWJ {YUJ YNJ add 0.5 mul} def

%function value for curve U normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1S {XRGAS W0S sub CX div dup mul CY mul neg} def
/YU2S {XJBAS W0S sub CX div dup mul CY mul neg} def
/YUPS {W1S W0S sub CX div dup mul CY mul neg} def
/YUDS {W2S W0S sub CX div dup mul CY mul neg} def
/YUTS {W3S W0S sub CX div dup mul CY mul neg} def
/YUNS {W4S W0S sub CX div dup mul CY mul neg} def
/YUWS {W5S W0S sub CX div dup mul CY mul neg} def
/YUBS {575 W0S sub CX div dup mul CY mul neg} def
/YUJS {475 W0S sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1S {XRGAS XRGAS 525 sub 0 le {W1S} {W1} ifelse
      sub CX div dup mul CY mul neg} def
/YP2S {XJBAS W1S sub CX div dup mul CY mul neg} def
/YPPS {W1S W1S sub CX div dup mul CY mul neg} def
/YPDS {W2S W1S sub CX div dup mul CY mul neg} def
/YPTS {W3S W1S sub CX div dup mul CY mul neg} def
/YPNS {W4S W1S sub CX div dup mul CY mul neg} def
/YPWS {W5S W1S sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YD1S {XRGAS XRGAS 525 sub 0 le {W2S} {W2} ifelse
      sub CX div dup mul CY mul neg} def
/YD2S {XJBAS W2S sub CX div dup mul CY mul neg} def
/YDPS {W1S W2S sub CX div dup mul CY mul neg} def
/YDDS {W2S W2S sub CX div dup mul CY mul neg} def
/YDTS {W3S W2S sub CX div dup mul CY mul neg} def
/YDNS {W4S W2S sub CX div dup mul CY mul neg} def
/YDWS {W5S W2S sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1S {XRGAS W3S sub CX div dup mul CY mul neg} def
/YT2S {XJBAS XJBAS 525 sub 0 ge {W3S} {W3} ifelse
      sub CX div dup mul CY mul neg} def
/YTPS {W1S W3S sub CX div dup mul CY mul neg} def
/YTDS {W2S W3S sub CX div dup mul CY mul neg} def
/YTTS {W3S W3S sub CX div dup mul CY mul neg} def
/YTNS {W4S W3S sub CX div dup mul CY mul neg} def
/YTWS {W5S W3S sub CX div dup mul CY mul neg} def
/YTBS {575 W3S sub CX div dup mul CY mul neg} def
/YTJS {475 W3S sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1S {XRGAS W4S sub CX div dup mul CY mul neg} def
/YN2S {XJBAS W4S sub CX div dup mul CY mul neg} def
/YNPS {W1S W4S sub CX div dup mul CY mul neg} def
/YNDS {W2S W4S sub CX div dup mul CY mul neg} def
/YNTS {W3S W4S sub CX div dup mul CY mul neg} def
/YNNS {W4S W4S sub CX div dup mul CY mul neg} def
/YNWS {W5S W4S sub CX div dup mul CY mul neg} def
/YNBS {575 W4S sub CX div dup mul CY mul neg} def
/YNJS {475 W4S sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1S {XRGAS W5S sub CX div dup mul CY mul neg} def
/YW2S {XJBAS W5S sub CX div dup mul CY mul neg} def
/YWPS {YUPS YNPS add 0.5 mul} def
/YWDS {YUDS YNDS add 0.5 mul} def
/YWTS {YUTS YNTS add 0.5 mul} def
/YWNS {YUNS YNNS add 0.5 mul} def
/YWWS {YUWS YNWS add 0.5 mul} def
/YWBS {YUBS YNBS add 0.5 mul} def
/YWJS {YUJS YNJS add 0.5 mul} def

%i=0,85: 400_500_600_700_400(81)
0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXU i XEXI W 0 get sub CX div dup mul CY mul neg put
        YIXP i XEXI W 1 get sub CX div dup mul CY mul neg put
        YIXD i XEXI W 2 get sub CX div dup mul CY mul neg put
        YIXT i XEXI W 3 get sub CX div dup mul CY mul neg put
        YIXN i XEXI W 4 get sub CX div dup mul CY mul neg put
        YIXW i XEXI W 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXU i YIXU 60 get 1malp mul YIXU 0 get alpha mul add put
         YIXP i YIXP 60 get 1malp mul YIXP 0 get alpha mul add put
         YIXD i YIXD 60 get 1malp mul YIXD 0 get alpha mul add put
         YIXT i YIXT 60 get 1malp mul YIXT 0 get alpha mul add put
         YIXN i YIXN 60 get 1malp mul YIXN 0 get alpha mul add put
         YIXW i YIXW 60 get 1malp mul YIXW 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXU i YIXU i 80 sub get put
         YIXP i YIXP i 80 sub get put
         YIXD i YIXD i 80 sub get put
         YIXT i YIXT i 80 sub get put
         YIXN i YIXN i 80 sub get put
         YIXW i YIXW i 80 sub get put
} for %i=81,85: 405_425(5)

0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXUS i XEXI WS 0 get sub CX div dup mul CY mul neg put
        YIXPS i XEXI WS 1 get sub CX div dup mul CY mul neg put
        YIXDS i XEXI WS 2 get sub CX div dup mul CY mul neg put
        YIXTS i XEXI WS 3 get sub CX div dup mul CY mul neg put
        YIXNS i XEXI WS 4 get sub CX div dup mul CY mul neg put
        YIXWS i XEXI WS 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXUS i YIXUS 60 get 1malp mul YIXUS 0 get alpha mul add put
         YIXPS i YIXPS 60 get 1malp mul YIXPS 0 get alpha mul add put
         YIXDS i YIXDS 60 get 1malp mul YIXDS 0 get alpha mul add put
         YIXTS i YIXTS 60 get 1malp mul YIXTS 0 get alpha mul add put
         YIXNS i YIXNS 60 get 1malp mul YIXNS 0 get alpha mul add put
         YIXWS i YIXWS 60 get 1malp mul YIXWS 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXUS i YIXUS i 80 sub get put
         YIXPS i YIXPS i 80 sub get put
         YIXDS i YIXDS i 80 sub get put
         YIXTS i YIXTS i 80 sub get put
         YIXNS i YIXNS i 80 sub get put
         YIXWS i YIXWS i 80 sub get put
} for %i=81,85: 405_425(5)

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

0 1 85 {/i exch def
        /YEXU {YIXU i get} def
        /YEXP {YIXP i get YP1T add} def
        /YEXD {YIXD i get YD1T add} def
        /YEXT {YIXT i get YT2T add} def
        /YEXN {YIXN i get} def
        /YEXW {YIXW i get YW2T add} def

/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXA YEXU def} if
          IKOM 1 eq {/YEXA YEXN def} if
          IKOM 2 eq {/YEXA YEXW def} if
          IKOM 3 eq {/YEXA YEXW def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXU YEXA sub fneg def YDchange
                  YEXP0 i YD put} if
          j 1 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP1 i YD put} if
          j 2 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP2 i YD put} if
          j 3 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP3 i YD put} if
          j 4 eq {/YD YEXN YEXA sub fneg def YDchange
                  YEXP4 i YD put} if
          j 5 eq {/YD YEXW YEXA sub fneg def YDchange
                  YEXP5 i YD put} if
          j 6 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP6 i YD put} if
          j 7 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP7 i YD put} if
          j 8 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP8 i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0 i get YEXA add def YEXP0 i YE put} if
                    j 1 eq {/YE YEXP1 i get YEXA add def YEXP1 i YE put} if
                    j 2 eq {/YE YEXP2 i get YEXA add def YEXP2 i YE put} if
                    j 3 eq {/YE YEXP3 i get YEXA add def YEXP3 i YE put} if
                    j 4 eq {/YE YEXP4 i get YEXA add def YEXP4 i YE put} if
                    j 5 eq {/YE YEXP5 i get YEXA add def YEXP5 i YE put} if
                    j 6 eq {/YE YEXP6 i get YEXA add def YEXP6 i YE put} if
                    j 7 eq {/YE YEXP7 i get YEXA add def YEXP7 i YE put} if
                    j 8 eq {/YE YEXP8 i get YEXA add def YEXP8 i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        /YEXUS {YIXUS i get} def %identical YEXN
        /YEXPS {YIXPS i get YP1ST add} def
        /YEXDS {YIXDS i get YD1ST add} def
        /YEXTS {YIXTS i get YT2ST add} def 
        /YEXNS {YIXNS i get} def %identical YEXU
        /YEXWS {YIXWS i get YW2ST add} def
        
/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXAS YEXNS def} if
          IKOM 1 eq {/YEXAS YEXUS def} if
          IKOM 2 eq {/YEXAS YEXWS def} if
          IKOM 3 eq {/YEXAS YEXWS def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXUS YEXAS sub fneg def YDchange
                  YEXP0S i YD put} if
          j 1 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP1S i YD put} if
          j 2 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP2S i YD put} if
          j 3 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP3S i YD put} if
          j 4 eq {/YD YEXNS YEXAS sub fneg def YDchange
                  YEXP4S i YD put} if
          j 5 eq {/YD YEXWS YEXAS sub fneg def YDchange
                  YEXP5S i YD put} if
          j 6 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP6S i YD put} if
          j 7 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP7S i YD put} if
          j 8 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP8S i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0S i get YEXAS add def YEXP0S i YE put} if
                    j 1 eq {/YE YEXP1S i get YEXAS add def YEXP1S i YE put} if
                    j 2 eq {/YE YEXP2S i get YEXAS add def YEXP2S i YE put} if
                    j 3 eq {/YE YEXP3S i get YEXAS add def YEXP3S i YE put} if
                    j 4 eq {/YE YEXP4S i get YEXAS add def YEXP4S i YE put} if
                    j 5 eq {/YE YEXP5S i get YEXAS add def YEXP5S i YE put} if
                    j 6 eq {/YE YEXP6S i get YEXAS add def YEXP6S i YE put} if
                    j 7 eq {/YE YEXP7S i get YEXAS add def YEXP7S i YE put} if
                    j 8 eq {/YE YEXP8S i get YEXAS add def YEXP8S i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

ILF 0 eq {%ILF=0
1800 050 moveto tfw
(l) outSM (d) ishowK 30 0 rmoveto (/nm) nshowM
4200 050 moveto tfw
(l) outSM (c) ishowK 30 0 rmoveto (/nm) nshowM
ILU 1 eq {4900 550 moveto (u) bishowM} if
} if %ILF=0

3100 2975 moveto tfw (Adaptation: ) bshowM 
tfw (l) outSM tfo (R) ishowK tfl (G) ishowK 
tfw (=) bshowM XRG$I ILK get bshowM

%special; first part not visible
3100 2725 moveto 0.0 0.0 0.0 0.5 setcmykcolor (Adaptation: ) bshowM 
tfw (l) outSM tfv (B) ishowK tfy (J) ishowK 
tfw (=) bshowM XBJ$I ILK get bshowM

ILS 0 eq ILS 2 eq or {%ILS=0&2,#0
          3400 2725 moveto (t) bshowM (s) ishowK (=) bshowM ta trushow4
         }
         {
          0800 2975 moveto TBM (Threshold: ) showen (Schwelle: ) showde
          (t) bshowM (s) ishowK (=) bshowM ta trushow4
         } ifelse %ILS=0&2,#0

010 3800 moveto
ILS 0 eq {%iLS=0,1
          tfw (log [) bshowM P0a D0a T0a U0a N0a W0a
               tfw (]) bshowM}
         {INE 0 eq {tfw (log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]-log) bshowM YAa}
                   {tfw (log) bshowM YAa
                    tfw (-log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]) bshowM
                   } ifelse
         } ifelse %ILS=0,1

210 3525 moveto %special U0a,N0a
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5
         
210 3250 moveto
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5

3100 3800 moveto tfw (log) bshowM 30 0 rmoveto P0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto P0o tfw 
YU1 YP1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YP1 sub abs troshow

3100 3525 moveto tfw (log) bshowM 30 0 rmoveto D0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto D0o tfw
YU1 YD1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YD1 sub abs troshow

%special for 475nm/575nm
3100 3250 moveto tfw (log) bshowM 30 0 rmoveto T0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto T0o tfw
/YDTW YT2 neg YW2 add def
YDTW 0 ge {( + )} {( - )} ifelse bshowM
YDTW abs troshow

%4300 2000 moveto TBM YT2 troshow
%4300 1700 moveto TBM YW2 troshow
%4300 1400 moveto TBM YTB troshow
%4300 1100 moveto TBM YWB troshow

%4300 1000 moveto TBM YT2S troshow
%4300 0700 moveto TBM YW2S troshow
%4300 0400 moveto TBM YTBS troshow
%4300 0100 moveto TBM YWBS troshow

%y-arrow
 100 3400 moveto 0 300 rlineto -50 -150 rlineto
                                50  150 rlineto 50 -150 rlineto stroke

tfw
380 280 translate
50 setlinewidth

ILF 0 eq {%ILF=0 sensitivity or saturation
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto 0 ILS 0 eq ILS 2 eq or {3300} {3600} ifelse 
            0.8 mul rlineto  stroke
 ILS 0 eq ILS 2 eq or {0 2700 0.8 mul moveto 400 12 mul 0 rlineto stroke} if

TBK
/tx [ (400) (500) (600) (700) (400)] def
/tye [(-2) () (-1) () (  0) () (-2)] def
/tys [(-2) (-1) (  0) (  1) (  2) (  3) (-2)] def
/tu [ (    -3,1) (-1,1) (  0,9)  (  2,9) (    -3,1)] def
 
%!u-Achse: 100 Einheiten = 1200 Skalen-Einheiten

ILU 1 eq {%ILU=1
0 1 4 {/i exch def
       /ixt {-180 i 1200 mul add} def
       /ixl {240 i 1200 mul add} def
        ixt 150 moveto tu i get exec show } for
 
% 555 nm; u=0.0
          /ixt -180 1.55 1200 mul add def
          /ixl  240 1.55 1200 mul add def
          0.25 0.0 1.0 0.0 setcmykcolor
          ixt 150 moveto (   0.0) show
          /ixt  20  1860 add def
          ixt -320 moveto (555) show
          ixl 75 moveto 0 -150 rlineto stroke
         } if %ILU=1
 
%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten
tfw
0 1 4 {/i exch def
       /ixt {-150 i 1200 mul add} def
       /ixl { 000 i 1200 mul add} def
        ixt -250 moveto tx i get exec show
        ixl   75 moveto 0 -150 rlineto stroke } for
 
%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten
TBK 
0 1 5 {/i exch def
       /iyt {200 i 0480 mul add} def
       /iyl {240 i 0480 mul add} def
        -300 iyt moveto ILS 0 eq ILS 2 eq or {tye} {tys} ifelse
                        i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

TBK
30 setlinewidth
%400nm
/X400 000 0.00 1200 mul add def
%425nm 
/X425 000 0.25 1200 mul add def
%475nm 
/X475 000 0.75 1200 mul add def
%525nm
/X525 000 1.25 1200 mul add def
%575nm
/X575 000 1.75 1200 mul add def
%625nm
/X625 000 2.25 1200 mul add def
%675nm
/X675 000 2.75 1200 mul add def
%375cnm 
/X700 000 3.00 1200 mul add def
%395cnm
/X400c 000 4.00 1200 mul add def

%ymax = 240 + 4 * 480 = 2160
[100 100] 0 setdash

X525 0 moveto 0 2160 rlineto stroke
X700 0 moveto 0 2160 rlineto stroke
X400c 0 moveto 0 2160 rlineto stroke

X525 20 add 100 moveto (525) show
%X700 20 add 100 moveto (700) show
%X400c 20 add 100 moveto (400) show

%xchart 2 ge {%xchart>=2
             X475 0 moveto 0 2160 rlineto stroke
             X575 0 moveto 0 2160 rlineto stroke
             X475 20 add 100 moveto (475) show
             X575 20 add 100 moveto (575) show
%            } if %xchart>=2
[ ] 0 setdash
TBG

50 setlinewidth
%Cero point at 555 nm
/X0t {555 400 sub 12 mul} def
X0t 0 translate

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram
TBG
/ix00 000 def
/ty [(-2) (-1) (  0) (  1) (  2) (  3)] def

tfw
50 setlinewidth
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto  0 2400 rlineto  stroke

TBM
/tx [(-3) (-2) (-1) (  0) (  1) (  2) (  3) (  4)] def

%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten

0 1 6 {/i exch def /ix00 000 def
       /ixt { ix00 -280 add i 0600 mul add} def
       /ixl { ix00  000 add i 0600 mul add} def
        ixt 100 add -250 moveto tx i get exec show
        ixl 75 moveto 0 -150 rlineto stroke } for

%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten

0 1 4 {/i exch def
       /iyt {-100 i 0600 mul add} def
       /iyl { 000 i 0600 mul add} def
        -350 iyt moveto ty i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

%Nullpunkt-Achsenkreuz
30 setlinewidth tfn
1800 0000 moveto 0000 2350 rlineto stroke
0000 1200 moveto 4000 0000 rlineto stroke
50 setlinewidth tfw

%text
3400 0600 moveto tfw (| log [) bshowM P0a tfw (/) bshowM YAa
                 tfw (]) bshowM
3400 0300 moveto tfw (-log [) bshowM D0a tfw (/) bshowM YAa
                 tfw (] |) bshowM
0200 2200 moveto tfw  (log [) bshowM U0a tfw (/) bshowM YAa
                 tfw (]) bshowM
0200 1900 moveto tfw (-log [) bshowM T0a tfw (/) bshowM YAa
                 tfw (]) bshowM

} if %ILF>=1 chromaticity diagram
 
ILF 0 eq {%ILF=0 for clip
0 setlinewidth
/Y0C 0000 def
/Y1C 2400 def
ILU 1 eq {/Y0C 0450 def} if
ILS 0 eq {/Y1C 2900 def} if

0.0 0.0 0.0 0.0 setcmykcolor
X0t neg Y0C moveto  4800 0 rlineto 0 Y1C rlineto
                   -4800 0 rlineto 0 Y1C neg rlineto clip stroke
} if %ILF=0 for clip

ILS 0 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %response diagram
ILS 1 eq ILF 0 eq and {/IORY 1500 0.8 mul def} if %saturation diagram
ILS 2 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %purity diagram
ILS 1 eq ILF 1 eq and {/IORX 1800 def /IORY 1200 def} if %chromaticity diagram

%begin only for %j=1,2,8=P',D',T'
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        XiS i i 5 mul 400 add put
        j 0 eq {YiS i YEXP0S i get put} if
        j 1 eq {YiS i YEXP1S i get put} if
        j 2 eq {YiS i YEXP2S i get put} if
        j 3 eq {YiS i YEXP3S i get put} if
        j 4 eq {YiS i YEXP4S i get put} if
        j 5 eq {YiS i YEXP5S i get put} if
        j 6 eq {YiS i YEXP6S i get put} if
        j 7 eq {YiS i YEXP7S i get put} if
        j 8 eq {YiS i YEXP8S i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1S j FKUCI00S j get put
          FKUM1S j FKUMI00S j get put
          FKUY1S j FKUYI00S j get put
          FKUN1S j FKUNI00S j get put
          FKUC2S j FKUCI01S j get put
          FKUM2S j FKUMI01S j get put
          FKUY2S j FKUYI01S j get put
          FKUN2S j FKUNI01S j get put
          IDAI1S j IDAI00S j get put
          IDAI2S j IDAI01S j get put
          KURVAS j KURVA1S j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1S j FKUCI10S j get put
          FKUM1S j FKUMI10S j get put
          FKUY1S j FKUYI10S j get put
          FKUN1S j FKUNI10S j get put
          FKUC2S j FKUCI11S j get put
          FKUM2S j FKUMI11S j get put
          FKUY2S j FKUYI11S j get put
          FKUN2S j FKUNI11S j get put
          IDAI1S j IDAI10S j get put
          IDAI2S j IDAI11S j get put
          KURVAS j KURVA2S j get put
         } if %ILS=1

/KURVMS {KURVAS j get} def

KURVMS 0 gt {%if KURVMS>0 then KURVE

1 1 KURVMS {/KURVS exch def %KURVS=1,KURVMS

/IDA1S {IDAI1S j get cvi} def
/IDA2S {IDAI2S j get cvi} def 

KURVS 1 eq {[ ] 0 setdash} if
KURVS 2 eq {%KURVS=2 %special for 475nm curve j=3
           /IDA1S {IDAI1S j get} def
           /IDA2S {IDAI2S j get} def 
          [ IDA1S IDA2S] 0 setdash
          } if %KURVS=2

KURVS 1 eq {%KURVS=1
          /jadd 0 def
%           ILS 1 ge j 1 eq and {/jadd 3 def} if
           /FKUCS {FKUC1S j jadd add get} def
           /FKUMS {FKUM1S j jadd add get} def
           /FKUYS {FKUY1S j jadd add get} def
           /FKUNS {FKUN1S j jadd add get} def
          } if %KURV=1
KURVS 2 eq {%KURVS=2
           /FKUCS {FKUC2S j get} def
           /FKUMS {FKUM2S j get} def
           /FKUYS {FKUY2S j get} def
           /FKUNS {FKUN2S j get} def
          } if %KURVS=2

FKUCS FKUMS FKUYS FKUNS setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 1 eq j 2 eq or {%j=1,2=P',D'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=1,2=P',D'

j 8 eq {%j=8=T'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def  %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=8=T

} if %ILF=0 sensitivity or saturation
} if %ILS#2

} for %KURVS=1,KURVMS

} if %if KURVMS>0 then KURVES

} for %j=0,JPPM
%end only for %j=1,2,8=P',D',T'

%begin only for %j=3,6,7=T,P,D
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation, not purity
50 setlinewidth

j 3 eq {%j=3=T
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=3

j 6 eq j 7 eq or{%j=6,7=P,D
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=6,7=P,D

} if %ILF=0 sensitivity or saturation, not purity
} if %ILS#2

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=3,6,7=T,P,D

%begin only for %j=0,4,5=U,N,W
0 1 JPPM {/j exch def %j=0,JPPM

ILF 0 eq {%ILF=0 (for ILS=0,1,2)
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 2 eq {%ILS=2 correction for j=0,4,5
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
       /Xx Xi i get def
       j 0 eq j 4 eq or j 5 eq or {%ILS=2 correction for j=0,4,5
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRG YEXP1  i get YEXP2  i get sub abs neg def}
                    {/XRG YEXP1S i get YEXP2S i get sub abs neg def
                    } ifelse %lambda>=525
         XJBA 525 ge {%XJBA>=525
                       /XJB YEXP0  i get YEXP5  i get sub abs neg def}
                      {/XJB YEXP5S i get YEXP0S i get sub abs neg def
                     } ifelse %XJBA>=525
         j 0 eq {Yi i XRG put} if          
         j 4 eq {Yi i XJB put} if
         j 5 eq {Yi i XRG XJB add put} if
%         j 5 eq {Yi i XRG dup mul XJB dup mul add sqrt neg put} if
        } if %ILS=2 correction for j=0,4,5 
       } for %i=0,85: 400_700_400(81)
         } if %ILS=2 correction for j=0,4,5

ILF 1 eq {%ILF=1

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {%j=0
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRGPM YEXP1  i get  
                            YEXP2  i get sub
                            %YP1T sub 
                            def}
                    {/XRGPM YEXP1S i get
                            YEXP2S i get sub
                            %YP1ST sub 
                            def
                    } ifelse %lambda>=525
         /XJBPM YEXP0  i get YEXP4  i get sub def
%         XJBA 525 ge {%XJBA>=525 P5=P5S P0S=PN P0=PU 
%                      %P0-P5=PU-PWa, P5S-P0S=PWa-PN
%                      /XJBPM YEXP0  i get YEXP5  i get sub def}
%                     {/XJBPM YEXP5S i get YEXP0S i get sub def
%                    } ifelse %XJBA>=525
        Yix i XRGPM put
        Yiy i XJBPM 0.5 mul put
        } if %j=0
       } for %i=0,85: 400_700_400(81)

%correction for purple colours
62 1 80 {/i exch def %i=61,80: 700+_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         Yix i  Yix 60 get 1malp mul  Yix 0 get alpha mul add put
         Yiy i  Yiy 60 get 1malp mul  Yiy 0 get alpha mul add put
       } for %i=61,80: 700+_400(81)
} if %ILF=1

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 0 eq j 4 eq or j 5 eq or {%j=0,4,5=U,N,W
         /I0 0 def /I1 0 def /I2 80 def
         /xst {Xi I0       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi I0 get MULY mul add} bind def
         xst yst moveto
I1 3 I2 {/i exch def  %i=1,80: 405_400
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_400
         stroke
} if %j=0,4,5=U,N,W

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram         
30 setlinewidth

j 0 eq {%j=0=U

/xst {IORX Yix 0 get MULF mul add} bind def
/yst {IORY Yiy 0 get MULF mul add} bind def
xst yst moveto
0 3 77 {/i exch def %i=1,80: 405_700_400
        /xst {IORX Yix i get       MULF mul add} bind def
        /yst {IORY Yiy i get       MULF mul add} bind def
        /x20 {IORX Yix i 1 add get MULF mul add} bind def
        /y20 {IORY Yiy i 1 add get MULF mul add} bind def
        /x21 {IORX Yix i 2 add get MULF mul add} bind def
        /y21 {IORY Yiy i 2 add get MULF mul add} bind def
        /x22 {IORX Yix i 3 add get MULF mul add} bind def
        /y22 {IORY Yiy i 3 add get MULF mul add} bind def
        x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_700_400
stroke

TBK
0 10 70 {/i exch def  %i=0,10,85: 400_700_400
        /xst {IORX Yix i get MULF mul add} bind def
        /yst {IORY Yiy i get MULF mul add} bind def
        newpath
        xst yst 40 0 360 arc fill
        newpath
        xst 400 sub yst 50 sub moveto 400 i 5 mul add cvishow
       } for %i=0,10,85: 400_700_400

        3000 2400 moveto (YP1T) show
        3000 2000 moveto 0 YP1T add cvsshow3
        3000 1600 moveto 0 YD1T add cvsshow3
        3000 1200 moveto 0 YT2T add cvsshow3
        3000 0800 moveto 0 YW2T add cvsshow3
 
        4000 2400 moveto (YP1ST) show
        4000 2000 moveto 0 YP1ST add cvsshow3
        4000 1600 moveto 0 YD1ST add cvsshow3
        4000 1200 moveto 0 YT2ST add cvsshow3
        4000 0800 moveto 0 YW2ST add cvsshow3

        0000 2400 moveto (UPDTNW1) show
        0000 2000 moveto YU1 cvsshow3
        0000 1600 moveto YP1 cvsshow3
        0000 1200 moveto YD1 cvsshow3
        0000 0800 moveto YT1 cvsshow3
        0000 0400 moveto YN1 cvsshow3
        0000 0000 moveto YW1 cvsshow3

        1300 2400 moveto (UPDTNW2) show
        1300 2000 moveto YU2 cvsshow3
        1300 1600 moveto YP2 cvsshow3
        1300 1200 moveto YD2 cvsshow3
        1300 0800 moveto YT2 cvsshow3
        1300 0400 moveto YN2 cvsshow3
        1300 0000 moveto YW2 cvsshow3
       
} if %j=0=U

} if %ILF=1 chromaticity diagram

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=0,4,5=U,N,W

ILF 0 eq {X0t neg 0 translate} if

-380 -280 translate

showpage
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%%EndDocument
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%START PDFDE011.EPS
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[ /Title (PostScript pictures: Image Technology)
  /Author (compare K. Richter "Computergrafik ...": ISBN 3-8007-1775-1)
  /Subject (goto: http://o2.ps.bam.de or http://www.ps.bam.de)
  /Keywords (image reproduction, colour devices)
  /Creator (klaus.richter@bam.de)
  /CreationDate (D:2006040112000)
  /ModDate (D:2006040112000)
/DOCINFO pdfmark
[ /View [ /FitB ]
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/tzd {0.0 0.0 0.0 0.75} bind def
/tzz {0.0 0.0 0.0 0.50} bind def
/tzh {0.0 0.0 0.0 0.25} bind def
/tzw {0.0 0.0 0.0 0.00} bind def

/tzr {0.0 1.0 0.5 0.0} bind def %Elementarfarben
/tzg {1.0 0.0 0.5 0.0} bind def
/tzb {1.0 0.5 0.0 0.0} bind def
/tzj {0.0 0.0 1.0 0.0} bind def

/tzrz {0.0 1.0 0.5 0.5} bind def %Elementarfarben vergraut
/tzgz {1.0 0.0 0.5 0.5} bind def
/tzbz {1.0 0.5 0.0 0.5} bind def
/tzjz {0.0 0.0 1.0 0.5} bind def

/tfo {tzo setcmykcolor} bind def
/tfl {tzl setcmykcolor} bind def
/tfv {tzv setcmykcolor} bind def
/tfc {tzc setcmykcolor} bind def
/tfm {tzm setcmykcolor} bind def
/tfy {tzy setcmykcolor} bind def

/tfn {tzn setcmykcolor} bind def
/tfd {tzd setcmykcolor} bind def
/tfz {tzz setcmykcolor} bind def
/tfh {tzh setcmykcolor} bind def
/tfw {tzw setcmykcolor} bind def

/tfr {tzr setcmykcolor} bind def
/tfg {tzg setcmykcolor} bind def
/tfb {tzb setcmykcolor} bind def
/tfj {tzj setcmykcolor} bind def

/tfrz {tzrz setcmykcolor} bind def
/tfgz {tzgz setcmykcolor} bind def
/tfbz {tzbz setcmykcolor} bind def
/tfjz {tzjz setcmykcolor} bind def
 
/A4quer {598 0 tl 90 rotate} def
/setcmyknew {setcmykcolor} def
/outSM {sshowM} def
/outSK {sshowK} def
/outxshowf {setcmykcolor show} def

%for output test only
/tspace {dup abs 1.0 le {(   ) show} if
         dup dup -1.0 le exch -10 gt and {(  ) show} if
         dup dup 1.0 gt exch  10 lt and {(   ) show} if
         dup dup 1.0 gt exch  10 ge and {( ) show} if
            } bind def

/trushow {tspace 0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/troshow {0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/trushow4 {0.00005 add 10000 mul truncate 10000 div
           10 string cvs show} bind def
           
/cvishow {cvi 6 string cvs show} def
/cvsshow1 {10 mul cvi 0.1 mul 7 string cvs show} def
/cvsshow2 {100 mul cvi 0.01 mul 7 string cvs show} def
/cvsshow3 {1000 mul cvi 0.001 mul 7 string cvs show} def

/W 9 array def
/W  [555 570 540 435 495 525 570 540 435] def

/WS 9 array def
0 1 8 {/j exch def %j=0,8
       WS j 525 W j get 525 sub sub put
      } for %j=0,8

/YIXU 88 array def
/YIXP 88 array def
/YIXD 88 array def
/YIXT 88 array def
/YIXN 88 array def
/YIXW 88 array def

/YIXUS 88 array def
/YIXPS 88 array def
/YIXDS 88 array def
/YIXTS 88 array def
/YIXNS 88 array def
/YIXWS 88 array def

/YEXP0 88 array def
/YEXP1 88 array def
/YEXP2 88 array def
/YEXP3 88 array def
/YEXP4 88 array def
/YEXP5 88 array def
/YEXP6 88 array def
/YEXP7 88 array def
/YEXP8 88 array def

/YEXP0S 88 array def
/YEXP1S 88 array def
/YEXP2S 88 array def
/YEXP3S 88 array def
/YEXP4S 88 array def
/YEXP5S 88 array def
/YEXP6S 88 array def
/YEXP7S 88 array def
/YEXP8S 88 array def

/Yix 88 array def
/Yiy 88 array def

/Xi 88 array def
/Yi 88 array def

/YixS 88 array def
/YiyS 88 array def

/XiS 88 array def
/YiS 88 array def

/KURVA 9 array def %9 actual curves
/KURVA1 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2 9 array def %9 curves, Saturation, one or two colours
%        U P D T N W P D T
/KURVA1 [2 0 0 1 2 2 1 1 0] def
/KURVA2 [2 0 0 1 2 2 1 1 0] def

/IDAI1 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00 [100 000 000 000 100 100 100 100 100] def
/IDAI01 [100 000 000 000 100 100 100 100 100] def
/IDAI10 [100 000 000 000 100 100 100 100 100] def
/IDAI11 [100 000 000 000 100 100 100 100 100] def

/FKUC1 9 array def %Actual colour C, Sensitivity
/FKUC2 9 array def %Actual colour C, Saturation
/FKUM1 9 array def %Actual colour M, Sensitivity
/FKUM2 9 array def %Actual colour M, Saturation
/FKUY1 9 array def %Actual colour Y, Sensitivity
/FKUY2 9 array def %Actual colour Y, Saturation
/FKUN1 9 array def %Actual colour N, Sensitivity
/FKUN2 9 array def %Actual colour N, Saturation

/FKUCI00 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10 9 array def %Cyan, Colour 1, Saturation
/FKUCI11 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI01 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def
/FKUCI10 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI11 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def

/FKUMI00 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10 9 array def %Magenta, Colour 1, Saturation
/FKUMI11 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI01 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def
/FKUMI10 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI11 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def

/FKUYI00 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10 9 array def %Yellow, Colour 1, Saturation
/FKUYI11 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI01 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI11 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00 9 array def %Black, Colour 1, Sensitivity
/FKUNI01 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10 9 array def %Black, Colour 1, Saturation
/FKUNI11 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI01 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI11 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAI 8 array def
/XRG$I 8 array def
/XJBAI 8 array def
/XBJ$I 8 array def
/XRGAI [ 525   575   475   600   575   575   575   575 ] def
/XRG$I [(525) (575) (475) (600) (575) (575) (575) (575)] def
/XJBAI [ 525   575   475   600   525   495   475   435 ] def
/XBJ$I [(525) (575) (475) (600) (525) (495) (475) (435)] def

/KURVAS 9 array def %9 actual curves
/KURVA1S 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2S 9 array def %9 curves, Saturation, one or two colours
%         U'P'D'T'N'W'P'D'T'
/KURVA1S [0 2 2 0 2 2 0 0 2] def
/KURVA2S [0 2 2 0 2 2 0 0 2] def

/IDAI1S 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2S 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00S 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01S 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10S 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11S 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00S [100 100 100 100 100 100 100 100 100] def
/IDAI01S [100 100 100 100 100 100 100 100 100] def
/IDAI10S [100 100 100 100 100 100 100 100 100] def
/IDAI11S [100 100 100 100 100 100 100 100 100] def

/FKUC1S 9 array def %Actual colour C, Sensitivity
/FKUC2S 9 array def %Actual colour C, Saturation
/FKUM1S 9 array def %Actual colour M, Sensitivity
/FKUM2S 9 array def %Actual colour M, Saturation
/FKUY1S 9 array def %Actual colour Y, Sensitivity
/FKUY2S 9 array def %Actual colour Y, Saturation
/FKUN1S 9 array def %Actual colour N, Sensitivity
/FKUN2S 9 array def %Actual colour N, Saturation

/FKUCI00S 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01S 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10S 9 array def %Cyan, Colour 1, Saturation
/FKUCI11S 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI01S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def
/FKUCI10S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI11S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def

/FKUMI00S 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01S 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10S 9 array def %Magenta, Colour 1, Saturation
/FKUMI11S 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI01S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def
/FKUMI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI11S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def

/FKUYI00S 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01S 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10S 9 array def %Yellow, Colour 1, Saturation
/FKUYI11S 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI01S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI11S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00S 9 array def %Black, Colour 1, Sensitivity
/FKUNI01S 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10S 9 array def %Black, Colour 1, Saturation
/FKUNI11S 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI01S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI11S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAIS 8 array def
/XRG$IS 8 array def
/XJBAIS 8 array def
/XBJ$IS 8 array def

0 1 7 {/j exch def %j=0,7
       XRGAIS j 525 XRGAI j get 525 sub sub put
       XJBAIS j 525 XJBAI j get 525 sub sub put
       XRG$IS j XRGAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
       XBJ$IS j XJBAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
      } for %j=0,7
      
/JPPM 4 def
/CY 0.35 def
/CX  50 def

%%EndProlog
gsave
/lanind 0 def
/lantex [(G) (E) (S) (N) (I) (J) (M)] def
/showde {0 lanind eq {show} {pop} ifelse} bind def
/showen {1 lanind eq {show} {pop} ifelse} bind def
/showes {2 lanind eq {show} {pop} ifelse} bind def
/showfr {3 lanind eq {show} {pop} ifelse} bind def
/showit {4 lanind eq {show} {pop} ifelse} bind def
/showjp {5 lanind eq {show} {pop} ifelse} bind def
/showm {6 lanind eq {show} {pop} ifelse} bind def
/lanindg where {pop /lanind1 lanindg def /lanind2 lanindg def}
               {/lanind1 0 def /lanind2 0 def} ifelse
/colormg where {pop /colorm1 colormg def /colorm2 colormg def}
               {/colorm1 0 def /colorm2 0 def} ifelse
/xcolorg where {pop /xcolor1 xcolorg def /xcolor2 xcolorg def}
               {/xcolor1 0 def /xcolor2 0 def} ifelse
/xchartg where {pop /xchart1 xchartg def /xchart2 xchartg def}
               {/xchart1 0 def /xchart2 0 def} ifelse
/lanind lanind1 def %lanind1 1 lanind2 {/lanind exch def %output showpage
/colorm colorm1 def %colorm1 1 colorm2 {/colorm exch def %output showpage
/xcolor xcolor1 def %xcolor1 1 xcolor2 {/xcolor exch def %output showpage
/xchart xchart1 def %xchart1 1 xchart2 {/xchart exch def %output showpage

/GSS$ where {pop /LSS$ GSS$ def}
            {/LSS$ (1) def} ifelse
/GSC$ where {pop /LSC$ GSC$ def}
            {/LSC$ (N) def} ifelse
/GSX$ where {pop /LSX$ GSX$ def}
            {/LSX$ (0) def} ifelse
/GSY$ where {pop /LSY$ GSY$ def}
            {/LSY$ (0) def} ifelse
/GEX$ where {pop /LEX$ GEX$ def}
            {/LEX$ (P.PS./PDF) def} ifelse
/GEY$ where {pop /LEY$ GEY$ def}
            {/LEY$ (P.DAT) def} ifelse
/IMES where {pop %/IMES IMES def
            }
            {/IMES 0 def} ifelse

/xchartg where {pop /xchart  14 def} {/xchart  14 def} ifelse

5 /Times-ISOL1 FS
72 84 moveto
    ( WG991-7, ) show

(Change of PDT (LMS) in volour vision; Adaptation) showen
(\304nderung von PDT (LMS) beim Farbensehen; Adaptation) showde

72 90 translate

%/xchart 02 def
%0 1 15 {/xchart exch def %xchart=0,15

gsave

xchart  0 eq {/ILK 0 def /ILS 0 def /INE 0 def /ILF 0 def} if %ILT=0 NO threshold
xchart  1 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  2 eq {/ILK 1 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  3 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  4 eq {/ILK 2 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  5 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  6 eq {/ILK 3 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  7 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  8 eq {/ILK 0 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart  9 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 10 eq {/ILK 1 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 11 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 12 eq {/ILK 2 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 13 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 14 eq {/ILK 3 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 15 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 1 def} if
/ILT 1 def
%/ILF 1 def
%/IKOM 3 def %0=U, 1=N/G, 2=W/R, 3=V
xchart  0 ge xchart  3 le and {/IKOM 3 def} if %W
xchart  4 ge xchart  7 le and {/IKOM 3 def} if %W
xchart  8 ge xchart 11 le and {/IKOM 3 def} if %W
xchart 12 ge xchart 15 le and {/IKOM 3 def} if %W
%/ILN 4 def %L&M, L&S, M&S, UVW&S
%/ILN 5 def %L&M, L&S, M&S, UGR&S
/ILN 6 def %L&M, L&S, M&S, UGR&SGR
ILN 5 eq {/JPPM 6 def} {/JPPM 5 def} ifelse
ILN 6 eq {/JPPM 8 def} if
ILF 1 eq {/JPPM 1 def} if
ILS 2 eq {/JPPM 5 def} if

/ILU 0 def %NO u scale
ILT 0 eq {/ta 0.0 def /logta -6 def} if
ILT 1 eq {/ta 0.007 def /logta ta log def} if
ILT 2 eq {/ta 0.002 def /logta ta log def} if
/MULX 0600 def
/MULY 1200 0.8 mul def
ILS 1 eq {/MULY 1200 0.4 mul def} if
/MULF 1200 0.8 mul def

0.01 MM 0.01 MM scale
 
30 setlinewidth
[ ] 0 setdash

0.0 0.0 0.0 0.5 setcmykcolor
0 0  moveto 5400 0 rlineto 0 4000 rlineto -5400 0 rlineto
closepath fill

/Xa {(a) ishowM} def
/Xo {(o) ishowM} def

/P0o {tfo (P)  bishowM tfo (o) ishowM} def
/D0o {tfl (D)  bishowM tfl (o) ishowM} def
/T0o {tfv (T)  bishowM tfv (o) ishowM} def

/P0a {tfo (P)  bishowM tfo (a) ishowM} def
/D0a {tfl (D)  bishowM tfl (a) ishowM} def
/T0a {tfv (T)  bishowM tfv (a) ishowM} def

/U0a {tfn (U) bishowM tfy (a) ishowM} def
/N0a {tfn (N) bishowM tfc (a) ishowM} def
/W0a {tfn (W) bishowM tfm (a) ishowM} def

/P0oS {tfo (P')  bishowM tfo (o) ishowM} def
/D0oS {tfl (D')  bishowM tfl (o) ishowM} def
/T0oS {tfv (T')  bishowM tfv (o) ishowM} def

/P0aS {tfo (P')  bishowM tfo (a) ishowM} def
/D0aS {tfl (D')  bishowM tfl (a) ishowM} def
/T0aS {tfv (T')  bishowM tfv (a) ishowM} def

/U0aS {tfn (U') bishowM tfy (a) ishowM} def
/N0aS {tfn (N') bishowM tfc (a) ishowM} def
/W0aS {tfn (W') bishowM tfm (a) ishowM} def

/YAa  {IKOM 0 eq {tfn (U) bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N) bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W) bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W) bishowM tfm (a) ishowM} if} def
/YAaS {IKOM 0 eq {tfn (U') bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N') bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W') bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W') bishowM tfm (a) ishowM} if} def

/AF1 0.5 def
/AF2 0.5 def

/XRGA {XRGAI ILK get} def
/XJBA {XJBAI ILK get} def
/XRG$ {XRG$I ILK get} def
/XBJ$ {XBJ$I ILK get} def

/XRGAS {XRGAIS ILK get} def
/XJBAS {XJBAIS ILK get} def
/XRG$S {XRG$IS ILK get} def
/XBJ$S {XBJ$IS ILK get} def

/W0 {W 0 get} def
/W1 {W 1 get} def
/W2 {W 2 get} def
/W3 {W 3 get} def
/W4 {W 4 get} def
/W5 {W 5 get} def
/W6 {W 6 get} def
/W7 {W 7 get} def
/W8 {W 8 get} def

/W0S {WS 0 get} def
/W1S {WS 1 get} def
/W2S {WS 2 get} def
/W3S {WS 3 get} def
/W4S {WS 4 get} def
/W5S {WS 5 get} def
/W6S {WS 6 get} def
/W7S {WS 7 get} def
/W8S {WS 8 get} def

%function value for curve U normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1 {XRGA W0 sub CX div dup mul CY mul neg} def
/YU2 {XJBA W0 sub CX div dup mul CY mul neg} def
/YUP {W1 W0 sub CX div dup mul CY mul neg} def
/YUD {W2 W0 sub CX div dup mul CY mul neg} def
/YUT {W3 W0 sub CX div dup mul CY mul neg} def
/YUN {W4 W0 sub CX div dup mul CY mul neg} def
/YUW {W5 W0 sub CX div dup mul CY mul neg} def
/YUB {475 W0 sub CX div dup mul CY mul neg} def
/YUJ {575 W0 sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1 {XRGA XRGA 525 sub 0 ge {W1} {W1S} ifelse
      sub CX div dup mul CY mul neg} def
/YP2 {XJBA W1 sub CX div dup mul CY mul neg} def
/YPP {W1 W1 sub CX div dup mul CY mul neg} def
/YPD {W2 W1 sub CX div dup mul CY mul neg} def
/YPT {W3 W1 sub CX div dup mul CY mul neg} def
/YPN {W4 W1 sub CX div dup mul CY mul neg} def
/YPW {W5 W1 sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5),
%            450(V=6), 475(B=6), 575(J=7), 600(O=8)
/YD1 {XRGA XRGA 525 sub 0 ge {W2} {W2S} ifelse
      sub CX div dup mul CY mul neg} def
/YD2 {XJBA W2 sub CX div dup mul CY mul neg} def
/YDP {W1 W2 sub CX div dup mul CY mul neg} def
/YDD {W2 W2 sub CX div dup mul CY mul neg} def
/YDT {W3 W2 sub CX div dup mul CY mul neg} def
/YDN {W4 W2 sub CX div dup mul CY mul neg} def
/YDW {W5 W2 sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1 {XRGA W3 sub CX div dup mul CY mul neg} def
/YT2 {XJBA XJBA 525 sub 0 le {W3} {W3S} ifelse
      sub CX div dup mul CY mul neg} def
/YTP {W1 W3 sub CX div dup mul CY mul neg} def
/YTD {W2 W3 sub CX div dup mul CY mul neg} def
/YTT {W3 W3 sub CX div dup mul CY mul neg} def
/YTN {W4 W3 sub CX div dup mul CY mul neg} def
/YTW {W5 W3 sub CX div dup mul CY mul neg} def
/YTB {475 W3 sub CX div dup mul CY mul neg} def
/YTJ {575 W3 sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1 {XRGA W4 sub CX div dup mul CY mul neg} def
/YN2 {XJBA W4 sub CX div dup mul CY mul neg} def
/YNP {W1 W4 sub CX div dup mul CY mul neg} def
/YND {W2 W4 sub CX div dup mul CY mul neg} def
/YNT {W3 W4 sub CX div dup mul CY mul neg} def
/YNN {W4 W4 sub CX div dup mul CY mul neg} def
/YNW {W5 W4 sub CX div dup mul CY mul neg} def
/YNB {475 W4 sub CX div dup mul CY mul neg} def
/YNJ {575 W4 sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1 {XRGA W5 sub CX div dup mul CY mul neg} def
/YW2 {XJBA W5 sub CX div dup mul CY mul neg} def
/YWP {YUP YNP add 0.5 mul} def
/YWD {YUD YND add 0.5 mul} def
/YWT {YUT YNT add 0.5 mul} def
/YWN {YUN YNN add 0.5 mul} def
/YWW {YUW YNW add 0.5 mul} def
/YWB {YUB YNB add 0.5 mul} def
/YWJ {YUJ YNJ add 0.5 mul} def

%function value for curve U normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1S {XRGAS W0S sub CX div dup mul CY mul neg} def
/YU2S {XJBAS W0S sub CX div dup mul CY mul neg} def
/YUPS {W1S W0S sub CX div dup mul CY mul neg} def
/YUDS {W2S W0S sub CX div dup mul CY mul neg} def
/YUTS {W3S W0S sub CX div dup mul CY mul neg} def
/YUNS {W4S W0S sub CX div dup mul CY mul neg} def
/YUWS {W5S W0S sub CX div dup mul CY mul neg} def
/YUBS {575 W0S sub CX div dup mul CY mul neg} def
/YUJS {475 W0S sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1S {XRGAS XRGAS 525 sub 0 le {W1S} {W1} ifelse
      sub CX div dup mul CY mul neg} def
/YP2S {XJBAS W1S sub CX div dup mul CY mul neg} def
/YPPS {W1S W1S sub CX div dup mul CY mul neg} def
/YPDS {W2S W1S sub CX div dup mul CY mul neg} def
/YPTS {W3S W1S sub CX div dup mul CY mul neg} def
/YPNS {W4S W1S sub CX div dup mul CY mul neg} def
/YPWS {W5S W1S sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YD1S {XRGAS XRGAS 525 sub 0 le {W2S} {W2} ifelse
      sub CX div dup mul CY mul neg} def
/YD2S {XJBAS W2S sub CX div dup mul CY mul neg} def
/YDPS {W1S W2S sub CX div dup mul CY mul neg} def
/YDDS {W2S W2S sub CX div dup mul CY mul neg} def
/YDTS {W3S W2S sub CX div dup mul CY mul neg} def
/YDNS {W4S W2S sub CX div dup mul CY mul neg} def
/YDWS {W5S W2S sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1S {XRGAS W3S sub CX div dup mul CY mul neg} def
/YT2S {XJBAS XJBAS 525 sub 0 ge {W3S} {W3} ifelse
      sub CX div dup mul CY mul neg} def
/YTPS {W1S W3S sub CX div dup mul CY mul neg} def
/YTDS {W2S W3S sub CX div dup mul CY mul neg} def
/YTTS {W3S W3S sub CX div dup mul CY mul neg} def
/YTNS {W4S W3S sub CX div dup mul CY mul neg} def
/YTWS {W5S W3S sub CX div dup mul CY mul neg} def
/YTBS {575 W3S sub CX div dup mul CY mul neg} def
/YTJS {475 W3S sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1S {XRGAS W4S sub CX div dup mul CY mul neg} def
/YN2S {XJBAS W4S sub CX div dup mul CY mul neg} def
/YNPS {W1S W4S sub CX div dup mul CY mul neg} def
/YNDS {W2S W4S sub CX div dup mul CY mul neg} def
/YNTS {W3S W4S sub CX div dup mul CY mul neg} def
/YNNS {W4S W4S sub CX div dup mul CY mul neg} def
/YNWS {W5S W4S sub CX div dup mul CY mul neg} def
/YNBS {575 W4S sub CX div dup mul CY mul neg} def
/YNJS {475 W4S sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1S {XRGAS W5S sub CX div dup mul CY mul neg} def
/YW2S {XJBAS W5S sub CX div dup mul CY mul neg} def
/YWPS {YUPS YNPS add 0.5 mul} def
/YWDS {YUDS YNDS add 0.5 mul} def
/YWTS {YUTS YNTS add 0.5 mul} def
/YWNS {YUNS YNNS add 0.5 mul} def
/YWWS {YUWS YNWS add 0.5 mul} def
/YWBS {YUBS YNBS add 0.5 mul} def
/YWJS {YUJS YNJS add 0.5 mul} def

%i=0,85: 400_500_600_700_400(81)
0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXU i XEXI W 0 get sub CX div dup mul CY mul neg put
        YIXP i XEXI W 1 get sub CX div dup mul CY mul neg put
        YIXD i XEXI W 2 get sub CX div dup mul CY mul neg put
        YIXT i XEXI W 3 get sub CX div dup mul CY mul neg put
        YIXN i XEXI W 4 get sub CX div dup mul CY mul neg put
        YIXW i XEXI W 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXU i YIXU 60 get 1malp mul YIXU 0 get alpha mul add put
         YIXP i YIXP 60 get 1malp mul YIXP 0 get alpha mul add put
         YIXD i YIXD 60 get 1malp mul YIXD 0 get alpha mul add put
         YIXT i YIXT 60 get 1malp mul YIXT 0 get alpha mul add put
         YIXN i YIXN 60 get 1malp mul YIXN 0 get alpha mul add put
         YIXW i YIXW 60 get 1malp mul YIXW 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXU i YIXU i 80 sub get put
         YIXP i YIXP i 80 sub get put
         YIXD i YIXD i 80 sub get put
         YIXT i YIXT i 80 sub get put
         YIXN i YIXN i 80 sub get put
         YIXW i YIXW i 80 sub get put
} for %i=81,85: 405_425(5)

0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXUS i XEXI WS 0 get sub CX div dup mul CY mul neg put
        YIXPS i XEXI WS 1 get sub CX div dup mul CY mul neg put
        YIXDS i XEXI WS 2 get sub CX div dup mul CY mul neg put
        YIXTS i XEXI WS 3 get sub CX div dup mul CY mul neg put
        YIXNS i XEXI WS 4 get sub CX div dup mul CY mul neg put
        YIXWS i XEXI WS 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXUS i YIXUS 60 get 1malp mul YIXUS 0 get alpha mul add put
         YIXPS i YIXPS 60 get 1malp mul YIXPS 0 get alpha mul add put
         YIXDS i YIXDS 60 get 1malp mul YIXDS 0 get alpha mul add put
         YIXTS i YIXTS 60 get 1malp mul YIXTS 0 get alpha mul add put
         YIXNS i YIXNS 60 get 1malp mul YIXNS 0 get alpha mul add put
         YIXWS i YIXWS 60 get 1malp mul YIXWS 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXUS i YIXUS i 80 sub get put
         YIXPS i YIXPS i 80 sub get put
         YIXDS i YIXDS i 80 sub get put
         YIXTS i YIXTS i 80 sub get put
         YIXNS i YIXNS i 80 sub get put
         YIXWS i YIXWS i 80 sub get put
} for %i=81,85: 405_425(5)

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

0 1 85 {/i exch def
        /YEXU {YIXU i get} def
        /YEXP {YIXP i get YP1T add} def
        /YEXD {YIXD i get YD1T add} def
        /YEXT {YIXT i get YT2T add} def
        /YEXN {YIXN i get} def
        /YEXW {YIXW i get YW2T add} def

/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXA YEXU def} if
          IKOM 1 eq {/YEXA YEXN def} if
          IKOM 2 eq {/YEXA YEXW def} if
          IKOM 3 eq {/YEXA YEXW def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXU YEXA sub fneg def YDchange
                  YEXP0 i YD put} if
          j 1 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP1 i YD put} if
          j 2 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP2 i YD put} if
          j 3 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP3 i YD put} if
          j 4 eq {/YD YEXN YEXA sub fneg def YDchange
                  YEXP4 i YD put} if
          j 5 eq {/YD YEXW YEXA sub fneg def YDchange
                  YEXP5 i YD put} if
          j 6 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP6 i YD put} if
          j 7 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP7 i YD put} if
          j 8 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP8 i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0 i get YEXA add def YEXP0 i YE put} if
                    j 1 eq {/YE YEXP1 i get YEXA add def YEXP1 i YE put} if
                    j 2 eq {/YE YEXP2 i get YEXA add def YEXP2 i YE put} if
                    j 3 eq {/YE YEXP3 i get YEXA add def YEXP3 i YE put} if
                    j 4 eq {/YE YEXP4 i get YEXA add def YEXP4 i YE put} if
                    j 5 eq {/YE YEXP5 i get YEXA add def YEXP5 i YE put} if
                    j 6 eq {/YE YEXP6 i get YEXA add def YEXP6 i YE put} if
                    j 7 eq {/YE YEXP7 i get YEXA add def YEXP7 i YE put} if
                    j 8 eq {/YE YEXP8 i get YEXA add def YEXP8 i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        /YEXUS {YIXUS i get} def %identical YEXN
        /YEXPS {YIXPS i get YP1ST add} def
        /YEXDS {YIXDS i get YD1ST add} def
        /YEXTS {YIXTS i get YT2ST add} def 
        /YEXNS {YIXNS i get} def %identical YEXU
        /YEXWS {YIXWS i get YW2ST add} def
        
/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXAS YEXNS def} if
          IKOM 1 eq {/YEXAS YEXUS def} if
          IKOM 2 eq {/YEXAS YEXWS def} if
          IKOM 3 eq {/YEXAS YEXWS def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXUS YEXAS sub fneg def YDchange
                  YEXP0S i YD put} if
          j 1 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP1S i YD put} if
          j 2 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP2S i YD put} if
          j 3 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP3S i YD put} if
          j 4 eq {/YD YEXNS YEXAS sub fneg def YDchange
                  YEXP4S i YD put} if
          j 5 eq {/YD YEXWS YEXAS sub fneg def YDchange
                  YEXP5S i YD put} if
          j 6 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP6S i YD put} if
          j 7 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP7S i YD put} if
          j 8 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP8S i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0S i get YEXAS add def YEXP0S i YE put} if
                    j 1 eq {/YE YEXP1S i get YEXAS add def YEXP1S i YE put} if
                    j 2 eq {/YE YEXP2S i get YEXAS add def YEXP2S i YE put} if
                    j 3 eq {/YE YEXP3S i get YEXAS add def YEXP3S i YE put} if
                    j 4 eq {/YE YEXP4S i get YEXAS add def YEXP4S i YE put} if
                    j 5 eq {/YE YEXP5S i get YEXAS add def YEXP5S i YE put} if
                    j 6 eq {/YE YEXP6S i get YEXAS add def YEXP6S i YE put} if
                    j 7 eq {/YE YEXP7S i get YEXAS add def YEXP7S i YE put} if
                    j 8 eq {/YE YEXP8S i get YEXAS add def YEXP8S i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

ILF 0 eq {%ILF=0
1800 050 moveto tfw
(l) outSM (d) ishowK 30 0 rmoveto (/nm) nshowM
4200 050 moveto tfw
(l) outSM (c) ishowK 30 0 rmoveto (/nm) nshowM
ILU 1 eq {4900 550 moveto (u) bishowM} if
} if %ILF=0

3100 2975 moveto tfw (Adaptation: ) bshowM 
tfw (l) outSM tfo (R) ishowK tfl (G) ishowK 
tfw (=) bshowM XRG$I ILK get bshowM

%special; first part not visible
3100 2725 moveto 0.0 0.0 0.0 0.5 setcmykcolor (Adaptation: ) bshowM 
tfw (l) outSM tfv (B) ishowK tfy (J) ishowK 
tfw (=) bshowM XBJ$I ILK get bshowM

ILS 0 eq ILS 2 eq or {%ILS=0&2,#0
          3400 2725 moveto (t) bshowM (s) ishowK (=) bshowM ta trushow4
         }
         {
          0800 2975 moveto TBM (Threshold: ) showen (Schwelle: ) showde
          (t) bshowM (s) ishowK (=) bshowM ta trushow4
         } ifelse %ILS=0&2,#0

010 3800 moveto
ILS 0 eq {%iLS=0,1
          tfw (log [) bshowM P0a D0a T0a U0a N0a W0a
               tfw (]) bshowM}
         {INE 0 eq {tfw (log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]-log) bshowM YAa}
                   {tfw (log) bshowM YAa
                    tfw (-log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]) bshowM
                   } ifelse
         } ifelse %ILS=0,1

210 3525 moveto %special U0a,N0a
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5
         
210 3250 moveto
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5

3100 3800 moveto tfw (log) bshowM 30 0 rmoveto P0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto P0o tfw 
YU1 YP1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YP1 sub abs troshow

3100 3525 moveto tfw (log) bshowM 30 0 rmoveto D0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto D0o tfw
YU1 YD1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YD1 sub abs troshow

%special for 475nm/575nm
3100 3250 moveto tfw (log) bshowM 30 0 rmoveto T0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto T0o tfw
/YDTW YT2 neg YW2 add def
YDTW 0 ge {( + )} {( - )} ifelse bshowM
YDTW abs troshow

%4300 2000 moveto TBM YT2 troshow
%4300 1700 moveto TBM YW2 troshow
%4300 1400 moveto TBM YTB troshow
%4300 1100 moveto TBM YWB troshow

%4300 1000 moveto TBM YT2S troshow
%4300 0700 moveto TBM YW2S troshow
%4300 0400 moveto TBM YTBS troshow
%4300 0100 moveto TBM YWBS troshow

%y-arrow
 100 3400 moveto 0 300 rlineto -50 -150 rlineto
                                50  150 rlineto 50 -150 rlineto stroke

tfw
380 280 translate
50 setlinewidth

ILF 0 eq {%ILF=0 sensitivity or saturation
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto 0 ILS 0 eq ILS 2 eq or {3300} {3600} ifelse 
            0.8 mul rlineto  stroke
 ILS 0 eq ILS 2 eq or {0 2700 0.8 mul moveto 400 12 mul 0 rlineto stroke} if

TBK
/tx [ (400) (500) (600) (700) (400)] def
/tye [(-2) () (-1) () (  0) () (-2)] def
/tys [(-2) (-1) (  0) (  1) (  2) (  3) (-2)] def
/tu [ (    -3,1) (-1,1) (  0,9)  (  2,9) (    -3,1)] def
 
%!u-Achse: 100 Einheiten = 1200 Skalen-Einheiten

ILU 1 eq {%ILU=1
0 1 4 {/i exch def
       /ixt {-180 i 1200 mul add} def
       /ixl {240 i 1200 mul add} def
        ixt 150 moveto tu i get exec show } for
 
% 555 nm; u=0.0
          /ixt -180 1.55 1200 mul add def
          /ixl  240 1.55 1200 mul add def
          0.25 0.0 1.0 0.0 setcmykcolor
          ixt 150 moveto (   0.0) show
          /ixt  20  1860 add def
          ixt -320 moveto (555) show
          ixl 75 moveto 0 -150 rlineto stroke
         } if %ILU=1
 
%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten
tfw
0 1 4 {/i exch def
       /ixt {-150 i 1200 mul add} def
       /ixl { 000 i 1200 mul add} def
        ixt -250 moveto tx i get exec show
        ixl   75 moveto 0 -150 rlineto stroke } for
 
%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten
TBK 
0 1 5 {/i exch def
       /iyt {200 i 0480 mul add} def
       /iyl {240 i 0480 mul add} def
        -300 iyt moveto ILS 0 eq ILS 2 eq or {tye} {tys} ifelse
                        i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

TBK
30 setlinewidth
%400nm
/X400 000 0.00 1200 mul add def
%425nm 
/X425 000 0.25 1200 mul add def
%475nm 
/X475 000 0.75 1200 mul add def
%525nm
/X525 000 1.25 1200 mul add def
%575nm
/X575 000 1.75 1200 mul add def
%625nm
/X625 000 2.25 1200 mul add def
%675nm
/X675 000 2.75 1200 mul add def
%375cnm 
/X700 000 3.00 1200 mul add def
%395cnm
/X400c 000 4.00 1200 mul add def

%ymax = 240 + 4 * 480 = 2160
[100 100] 0 setdash

X525 0 moveto 0 2160 rlineto stroke
X700 0 moveto 0 2160 rlineto stroke
X400c 0 moveto 0 2160 rlineto stroke

X525 20 add 100 moveto (525) show
%X700 20 add 100 moveto (700) show
%X400c 20 add 100 moveto (400) show

%xchart 2 ge {%xchart>=2
             X475 0 moveto 0 2160 rlineto stroke
             X575 0 moveto 0 2160 rlineto stroke
             X475 20 add 100 moveto (475) show
             X575 20 add 100 moveto (575) show
%            } if %xchart>=2
[ ] 0 setdash
TBG

50 setlinewidth
%Cero point at 555 nm
/X0t {555 400 sub 12 mul} def
X0t 0 translate

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram
TBG
/ix00 000 def
/ty [(-2) (-1) (  0) (  1) (  2) (  3)] def

tfw
50 setlinewidth
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto  0 2400 rlineto  stroke

TBM
/tx [(-3) (-2) (-1) (  0) (  1) (  2) (  3) (  4)] def

%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten

0 1 6 {/i exch def /ix00 000 def
       /ixt { ix00 -280 add i 0600 mul add} def
       /ixl { ix00  000 add i 0600 mul add} def
        ixt 100 add -250 moveto tx i get exec show
        ixl 75 moveto 0 -150 rlineto stroke } for

%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten

0 1 4 {/i exch def
       /iyt {-100 i 0600 mul add} def
       /iyl { 000 i 0600 mul add} def
        -350 iyt moveto ty i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

%Nullpunkt-Achsenkreuz
30 setlinewidth tfn
1800 0000 moveto 0000 2350 rlineto stroke
0000 1200 moveto 4000 0000 rlineto stroke
50 setlinewidth tfw

%text
3400 0600 moveto tfw (| log [) bshowM P0a tfw (/) bshowM YAa
                 tfw (]) bshowM
3400 0300 moveto tfw (-log [) bshowM D0a tfw (/) bshowM YAa
                 tfw (] |) bshowM
0200 2200 moveto tfw  (log [) bshowM U0a tfw (/) bshowM YAa
                 tfw (]) bshowM
0200 1900 moveto tfw (-log [) bshowM T0a tfw (/) bshowM YAa
                 tfw (]) bshowM

} if %ILF>=1 chromaticity diagram
 
ILF 0 eq {%ILF=0 for clip
0 setlinewidth
/Y0C 0000 def
/Y1C 2400 def
ILU 1 eq {/Y0C 0450 def} if
ILS 0 eq {/Y1C 2900 def} if

0.0 0.0 0.0 0.0 setcmykcolor
X0t neg Y0C moveto  4800 0 rlineto 0 Y1C rlineto
                   -4800 0 rlineto 0 Y1C neg rlineto clip stroke
} if %ILF=0 for clip

ILS 0 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %response diagram
ILS 1 eq ILF 0 eq and {/IORY 1500 0.8 mul def} if %saturation diagram
ILS 2 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %purity diagram
ILS 1 eq ILF 1 eq and {/IORX 1800 def /IORY 1200 def} if %chromaticity diagram

%begin only for %j=1,2,8=P',D',T'
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        XiS i i 5 mul 400 add put
        j 0 eq {YiS i YEXP0S i get put} if
        j 1 eq {YiS i YEXP1S i get put} if
        j 2 eq {YiS i YEXP2S i get put} if
        j 3 eq {YiS i YEXP3S i get put} if
        j 4 eq {YiS i YEXP4S i get put} if
        j 5 eq {YiS i YEXP5S i get put} if
        j 6 eq {YiS i YEXP6S i get put} if
        j 7 eq {YiS i YEXP7S i get put} if
        j 8 eq {YiS i YEXP8S i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1S j FKUCI00S j get put
          FKUM1S j FKUMI00S j get put
          FKUY1S j FKUYI00S j get put
          FKUN1S j FKUNI00S j get put
          FKUC2S j FKUCI01S j get put
          FKUM2S j FKUMI01S j get put
          FKUY2S j FKUYI01S j get put
          FKUN2S j FKUNI01S j get put
          IDAI1S j IDAI00S j get put
          IDAI2S j IDAI01S j get put
          KURVAS j KURVA1S j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1S j FKUCI10S j get put
          FKUM1S j FKUMI10S j get put
          FKUY1S j FKUYI10S j get put
          FKUN1S j FKUNI10S j get put
          FKUC2S j FKUCI11S j get put
          FKUM2S j FKUMI11S j get put
          FKUY2S j FKUYI11S j get put
          FKUN2S j FKUNI11S j get put
          IDAI1S j IDAI10S j get put
          IDAI2S j IDAI11S j get put
          KURVAS j KURVA2S j get put
         } if %ILS=1

/KURVMS {KURVAS j get} def

KURVMS 0 gt {%if KURVMS>0 then KURVE

1 1 KURVMS {/KURVS exch def %KURVS=1,KURVMS

/IDA1S {IDAI1S j get cvi} def
/IDA2S {IDAI2S j get cvi} def 

KURVS 1 eq {[ ] 0 setdash} if
KURVS 2 eq {%KURVS=2 %special for 475nm curve j=3
           /IDA1S {IDAI1S j get} def
           /IDA2S {IDAI2S j get} def 
          [ IDA1S IDA2S] 0 setdash
          } if %KURVS=2

KURVS 1 eq {%KURVS=1
          /jadd 0 def
%           ILS 1 ge j 1 eq and {/jadd 3 def} if
           /FKUCS {FKUC1S j jadd add get} def
           /FKUMS {FKUM1S j jadd add get} def
           /FKUYS {FKUY1S j jadd add get} def
           /FKUNS {FKUN1S j jadd add get} def
          } if %KURV=1
KURVS 2 eq {%KURVS=2
           /FKUCS {FKUC2S j get} def
           /FKUMS {FKUM2S j get} def
           /FKUYS {FKUY2S j get} def
           /FKUNS {FKUN2S j get} def
          } if %KURVS=2

FKUCS FKUMS FKUYS FKUNS setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 1 eq j 2 eq or {%j=1,2=P',D'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=1,2=P',D'

j 8 eq {%j=8=T'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def  %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=8=T

} if %ILF=0 sensitivity or saturation
} if %ILS#2

} for %KURVS=1,KURVMS

} if %if KURVMS>0 then KURVES

} for %j=0,JPPM
%end only for %j=1,2,8=P',D',T'

%begin only for %j=3,6,7=T,P,D
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation, not purity
50 setlinewidth

j 3 eq {%j=3=T
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=3

j 6 eq j 7 eq or{%j=6,7=P,D
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=6,7=P,D

} if %ILF=0 sensitivity or saturation, not purity
} if %ILS#2

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=3,6,7=T,P,D

%begin only for %j=0,4,5=U,N,W
0 1 JPPM {/j exch def %j=0,JPPM

ILF 0 eq {%ILF=0 (for ILS=0,1,2)
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 2 eq {%ILS=2 correction for j=0,4,5
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
       /Xx Xi i get def
       j 0 eq j 4 eq or j 5 eq or {%ILS=2 correction for j=0,4,5
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRG YEXP1  i get YEXP2  i get sub abs neg def}
                    {/XRG YEXP1S i get YEXP2S i get sub abs neg def
                    } ifelse %lambda>=525
         XJBA 525 ge {%XJBA>=525
                       /XJB YEXP0  i get YEXP5  i get sub abs neg def}
                      {/XJB YEXP5S i get YEXP0S i get sub abs neg def
                     } ifelse %XJBA>=525
         j 0 eq {Yi i XRG put} if          
         j 4 eq {Yi i XJB put} if
         j 5 eq {Yi i XRG XJB add put} if
%         j 5 eq {Yi i XRG dup mul XJB dup mul add sqrt neg put} if
        } if %ILS=2 correction for j=0,4,5 
       } for %i=0,85: 400_700_400(81)
         } if %ILS=2 correction for j=0,4,5

ILF 1 eq {%ILF=1

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {%j=0
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRGPM YEXP1  i get  
                            YEXP2  i get sub
                            %YP1T sub 
                            def}
                    {/XRGPM YEXP1S i get
                            YEXP2S i get sub
                            %YP1ST sub 
                            def
                    } ifelse %lambda>=525
         /XJBPM YEXP0  i get YEXP4  i get sub def
%         XJBA 525 ge {%XJBA>=525 P5=P5S P0S=PN P0=PU 
%                      %P0-P5=PU-PWa, P5S-P0S=PWa-PN
%                      /XJBPM YEXP0  i get YEXP5  i get sub def}
%                     {/XJBPM YEXP5S i get YEXP0S i get sub def
%                    } ifelse %XJBA>=525
        Yix i XRGPM put
        Yiy i XJBPM 0.5 mul put
        } if %j=0
       } for %i=0,85: 400_700_400(81)

%correction for purple colours
62 1 80 {/i exch def %i=61,80: 700+_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         Yix i  Yix 60 get 1malp mul  Yix 0 get alpha mul add put
         Yiy i  Yiy 60 get 1malp mul  Yiy 0 get alpha mul add put
       } for %i=61,80: 700+_400(81)
} if %ILF=1

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 0 eq j 4 eq or j 5 eq or {%j=0,4,5=U,N,W
         /I0 0 def /I1 0 def /I2 80 def
         /xst {Xi I0       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi I0 get MULY mul add} bind def
         xst yst moveto
I1 3 I2 {/i exch def  %i=1,80: 405_400
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_400
         stroke
} if %j=0,4,5=U,N,W

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram         
30 setlinewidth

j 0 eq {%j=0=U

/xst {IORX Yix 0 get MULF mul add} bind def
/yst {IORY Yiy 0 get MULF mul add} bind def
xst yst moveto
0 3 77 {/i exch def %i=1,80: 405_700_400
        /xst {IORX Yix i get       MULF mul add} bind def
        /yst {IORY Yiy i get       MULF mul add} bind def
        /x20 {IORX Yix i 1 add get MULF mul add} bind def
        /y20 {IORY Yiy i 1 add get MULF mul add} bind def
        /x21 {IORX Yix i 2 add get MULF mul add} bind def
        /y21 {IORY Yiy i 2 add get MULF mul add} bind def
        /x22 {IORX Yix i 3 add get MULF mul add} bind def
        /y22 {IORY Yiy i 3 add get MULF mul add} bind def
        x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_700_400
stroke

TBK
0 10 70 {/i exch def  %i=0,10,85: 400_700_400
        /xst {IORX Yix i get MULF mul add} bind def
        /yst {IORY Yiy i get MULF mul add} bind def
        newpath
        xst yst 40 0 360 arc fill
        newpath
        xst 400 sub yst 50 sub moveto 400 i 5 mul add cvishow
       } for %i=0,10,85: 400_700_400

        3000 2400 moveto (YP1T) show
        3000 2000 moveto 0 YP1T add cvsshow3
        3000 1600 moveto 0 YD1T add cvsshow3
        3000 1200 moveto 0 YT2T add cvsshow3
        3000 0800 moveto 0 YW2T add cvsshow3
 
        4000 2400 moveto (YP1ST) show
        4000 2000 moveto 0 YP1ST add cvsshow3
        4000 1600 moveto 0 YD1ST add cvsshow3
        4000 1200 moveto 0 YT2ST add cvsshow3
        4000 0800 moveto 0 YW2ST add cvsshow3

        0000 2400 moveto (UPDTNW1) show
        0000 2000 moveto YU1 cvsshow3
        0000 1600 moveto YP1 cvsshow3
        0000 1200 moveto YD1 cvsshow3
        0000 0800 moveto YT1 cvsshow3
        0000 0400 moveto YN1 cvsshow3
        0000 0000 moveto YW1 cvsshow3

        1300 2400 moveto (UPDTNW2) show
        1300 2000 moveto YU2 cvsshow3
        1300 1600 moveto YP2 cvsshow3
        1300 1200 moveto YD2 cvsshow3
        1300 0800 moveto YT2 cvsshow3
        1300 0400 moveto YN2 cvsshow3
        1300 0000 moveto YW2 cvsshow3
       
} if %j=0=U

} if %ILF=1 chromaticity diagram

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=0,4,5=U,N,W

ILF 0 eq {X0t neg 0 translate} if

-380 -280 translate

showpage
grestore

%} for %xchart=0,15

%%Trailor

%%EndDocument
EndEPSF grestore gsave

BeginEPSF
219 MM 020 MM translate 12 /Times-ISOL1 FS -9 MM -7 MM  moveto ( ) show
  10 /Times-ISOL1 FS  53 MM 1 MM moveto ( ) show 1 1 scale  -77 -91 translate
%%BeginDocument: Bild 28

%line 499
%!PS-Adobe-3.0 EPSF-3.0 WG991-8
%%BoundingBox: 70 82 226 206

%START PDFDE011.EPS
/pdfmark where {pop} {userdict /pdfmark /cleartomark load put} ifelse
/languagelevel where {pop languagelevel} {1} ifelse
2 lt { userdict (<<) cvn ([) cvn load put
       userdict (>>) cvn (]) cvn load put} if
[ /Title (PostScript pictures: Image Technology)
  /Author (compare K. Richter "Computergrafik ...": ISBN 3-8007-1775-1)
  /Subject (goto: http://o2.ps.bam.de or http://www.ps.bam.de)
  /Keywords (image reproduction, colour devices)
  /Creator (klaus.richter@bam.de)
  /CreationDate (D:2006040112000)
  /ModDate (D:2006040112000)
/DOCINFO pdfmark
[ /View [ /FitB ]
/DOCVIEW pdfmark
%END  PDFDE011

% !AUSTAUSCH Times-Roman -> Times-Roman-ISOLatin1=Times-I
 
/Times-Roman findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/Times-ISOL1 exch definefont pop
 
/Times-Italic findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesI-ISOL1 exch definefont pop
 
/Times-Bold findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesB-ISOL1 exch definefont pop
 
/Times-BoldItalic findfont dup length dict  begin
{1 index /FID ne {def} {pop pop} ifelse }forall
/Encoding ISOLatin1Encoding def
currentdict end
 
/TimesBI-ISOL1 exch definefont pop
 
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/MM {72 25.4 div mul} def /str {8 string } bind def
 
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/TM {250 /Times-ISOL1 FS} bind def
/TG {300 /Times-ISOL1 FS} bind def
/TKi {160 /Times-ISOL1 FS} bind def
 
/TIK {200 /TimesI-ISOL1 FS} bind def
/TIM {250 /TimesI-ISOL1 FS} bind def
/TIG {300 /TimesI-ISOL1 FS} bind def
 
/TBK {200 /TimesB-ISOL1 FS} bind def
/TBM {250 /TimesB-ISOL1 FS} bind def
/TBG {300 /TimesB-ISOL1 FS} bind def
/TBKe {160 /TimesB-ISOL1 FS} bind def
 
/TBIK {200 /TimesBI-ISOL1 FS} bind def
/TBIM {250 /TimesBI-ISOL1 FS} bind def
/TBIG {300 /TimesBI-ISOL1 FS} bind def
 
/SK {200 10 sub /Symbol FS} bind def
/SM {250 12 sub /Symbol FS} bind def
/SG {300 14 sub /Symbol FS} bind def

/nshowG {TG  show} bind def
/kshowG {TIG show} bind def
/bshowG {TBG show} bind def
/bishowG {TBIG show} bind def
/ishowG {TM 0 -60 rmoveto show 0 60 rmoveto} bind def
/ebshowG {TBM 0 200 rmoveto show 0 -200 rmoveto} bind def
/sshowG {SG show} bind def

/nshowM {TM  show} bind def
/kshowM {TIM show} bind def
/bshowM {TBM show} bind def
/bishowM {TBIM show} bind def
/ishowM {TK 0 -40 rmoveto show 0 40 rmoveto} bind def
/ebshowM {TBK 0 160 rmoveto show 0 -160 rmoveto} bind def
/sshowM {SM show} bind def

/nshowK {TK  show} bind def
/kshowK {TIK show} bind def
/bshowK {TBK show} bind def
/bishowK {TBIK show} bind def
/ishowK {TKi 0 -30 rmoveto show 0 30 rmoveto} bind def
/ebshowK {TBKe 0 130 rmoveto show 0 -130 rmoveto} bind def
/sshowK {SK show} bind def
 
/tzo {0.0 1.0 1.0 0.0} bind def %Reproduktionsfarben
/tzl {1.0 0.0 1.0 0.0} bind def
/tzv {1.0 1.0 0.0 0.0} bind def
/tzc {1.0 0.0 0.0 0.0} bind def
/tzm {0.0 1.0 0.0 0.0} bind def
/tzy {0.0 0.0 1.0 0.0} bind def

/tzn {0.0 0.0 0.0 1.00} bind def %Graureihe
/tzd {0.0 0.0 0.0 0.75} bind def
/tzz {0.0 0.0 0.0 0.50} bind def
/tzh {0.0 0.0 0.0 0.25} bind def
/tzw {0.0 0.0 0.0 0.00} bind def

/tzr {0.0 1.0 0.5 0.0} bind def %Elementarfarben
/tzg {1.0 0.0 0.5 0.0} bind def
/tzb {1.0 0.5 0.0 0.0} bind def
/tzj {0.0 0.0 1.0 0.0} bind def

/tzrz {0.0 1.0 0.5 0.5} bind def %Elementarfarben vergraut
/tzgz {1.0 0.0 0.5 0.5} bind def
/tzbz {1.0 0.5 0.0 0.5} bind def
/tzjz {0.0 0.0 1.0 0.5} bind def

/tfo {tzo setcmykcolor} bind def
/tfl {tzl setcmykcolor} bind def
/tfv {tzv setcmykcolor} bind def
/tfc {tzc setcmykcolor} bind def
/tfm {tzm setcmykcolor} bind def
/tfy {tzy setcmykcolor} bind def

/tfn {tzn setcmykcolor} bind def
/tfd {tzd setcmykcolor} bind def
/tfz {tzz setcmykcolor} bind def
/tfh {tzh setcmykcolor} bind def
/tfw {tzw setcmykcolor} bind def

/tfr {tzr setcmykcolor} bind def
/tfg {tzg setcmykcolor} bind def
/tfb {tzb setcmykcolor} bind def
/tfj {tzj setcmykcolor} bind def

/tfrz {tzrz setcmykcolor} bind def
/tfgz {tzgz setcmykcolor} bind def
/tfbz {tzbz setcmykcolor} bind def
/tfjz {tzjz setcmykcolor} bind def
 
/A4quer {598 0 tl 90 rotate} def
/setcmyknew {setcmykcolor} def
/outSM {sshowM} def
/outSK {sshowK} def
/outxshowf {setcmykcolor show} def

%for output test only
/tspace {dup abs 1.0 le {(   ) show} if
         dup dup -1.0 le exch -10 gt and {(  ) show} if
         dup dup 1.0 gt exch  10 lt and {(   ) show} if
         dup dup 1.0 gt exch  10 ge and {( ) show} if
            } bind def

/trushow {tspace 0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/troshow {0.005 add 100 mul truncate 100 div
          10 string cvs show} bind def

/trushow4 {0.00005 add 10000 mul truncate 10000 div
           10 string cvs show} bind def
           
/cvishow {cvi 6 string cvs show} def
/cvsshow1 {10 mul cvi 0.1 mul 7 string cvs show} def
/cvsshow2 {100 mul cvi 0.01 mul 7 string cvs show} def
/cvsshow3 {1000 mul cvi 0.001 mul 7 string cvs show} def

/W 9 array def
/W  [555 570 540 435 495 525 570 540 435] def

/WS 9 array def
0 1 8 {/j exch def %j=0,8
       WS j 525 W j get 525 sub sub put
      } for %j=0,8

/YIXU 88 array def
/YIXP 88 array def
/YIXD 88 array def
/YIXT 88 array def
/YIXN 88 array def
/YIXW 88 array def

/YIXUS 88 array def
/YIXPS 88 array def
/YIXDS 88 array def
/YIXTS 88 array def
/YIXNS 88 array def
/YIXWS 88 array def

/YEXP0 88 array def
/YEXP1 88 array def
/YEXP2 88 array def
/YEXP3 88 array def
/YEXP4 88 array def
/YEXP5 88 array def
/YEXP6 88 array def
/YEXP7 88 array def
/YEXP8 88 array def

/YEXP0S 88 array def
/YEXP1S 88 array def
/YEXP2S 88 array def
/YEXP3S 88 array def
/YEXP4S 88 array def
/YEXP5S 88 array def
/YEXP6S 88 array def
/YEXP7S 88 array def
/YEXP8S 88 array def

/Yix 88 array def
/Yiy 88 array def

/Xi 88 array def
/Yi 88 array def

/YixS 88 array def
/YiyS 88 array def

/XiS 88 array def
/YiS 88 array def

/KURVA 9 array def %9 actual curves
/KURVA1 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2 9 array def %9 curves, Saturation, one or two colours
%        U P D T N W P D T
/KURVA1 [2 0 0 1 2 2 1 1 0] def
/KURVA2 [2 0 0 1 2 2 1 1 0] def

/IDAI1 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00 [100 000 000 000 100 100 100 100 100] def
/IDAI01 [100 000 000 000 100 100 100 100 100] def
/IDAI10 [100 000 000 000 100 100 100 100 100] def
/IDAI11 [100 000 000 000 100 100 100 100 100] def

/FKUC1 9 array def %Actual colour C, Sensitivity
/FKUC2 9 array def %Actual colour C, Saturation
/FKUM1 9 array def %Actual colour M, Sensitivity
/FKUM2 9 array def %Actual colour M, Saturation
/FKUY1 9 array def %Actual colour Y, Sensitivity
/FKUY2 9 array def %Actual colour Y, Saturation
/FKUN1 9 array def %Actual colour N, Sensitivity
/FKUN2 9 array def %Actual colour N, Saturation

/FKUCI00 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10 9 array def %Cyan, Colour 1, Saturation
/FKUCI11 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI01 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def
/FKUCI10 [0.0 0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0] def
/FKUCI11 [0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0] def

/FKUMI00 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10 9 array def %Magenta, Colour 1, Saturation
/FKUMI11 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI01 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def
/FKUMI10 [0.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 1.0] def
/FKUMI11 [0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0] def

/FKUYI00 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10 9 array def %Yellow, Colour 1, Saturation
/FKUYI11 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI01 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10 [0.0 1.0 1.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUYI11 [1.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00 9 array def %Black, Colour 1, Sensitivity
/FKUNI01 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10 9 array def %Black, Colour 1, Saturation
/FKUNI11 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI01 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10 [1.0 0.0 0.0 0.0 1.0 1.0 0.0 0.0 0.0] def
/FKUNI11 [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAI 8 array def
/XRG$I 8 array def
/XJBAI 8 array def
/XBJ$I 8 array def
/XRGAI [ 525   575   475   600   575   575   575   575 ] def
/XRG$I [(525) (575) (475) (600) (575) (575) (575) (575)] def
/XJBAI [ 525   575   475   600   525   495   475   435 ] def
/XBJ$I [(525) (575) (475) (600) (525) (495) (475) (435)] def

/KURVAS 9 array def %9 actual curves
/KURVA1S 9 array def %9 curves, Sensitivity, one or two colours
/KURVA2S 9 array def %9 curves, Saturation, one or two colours
%         U'P'D'T'N'W'P'D'T'
/KURVA1S [0 2 2 0 2 2 0 0 2] def
/KURVA2S [0 2 2 0 2 2 0 0 2] def

/IDAI1S 9 array def %9 curves, Sensitivity, actual setdash data, first curve
/IDAI2S 9 array def %9 curves, Saturation,  actual setdash data, second curve
/IDAI00S 9 array def %9 curves, Sensitivity, setdash data, first curve
/IDAI01S 9 array def %9 curves, Saturation,  setdash data, first curve
/IDAI10S 9 array def %9 curves, Sensitivity, setdash data, second curve
/IDAI11S 9 array def %9 curves, Saturation,  setdash data, second curve
/IDAI00S [100 100 100 100 100 100 100 100 100] def
/IDAI01S [100 100 100 100 100 100 100 100 100] def
/IDAI10S [100 100 100 100 100 100 100 100 100] def
/IDAI11S [100 100 100 100 100 100 100 100 100] def

/FKUC1S 9 array def %Actual colour C, Sensitivity
/FKUC2S 9 array def %Actual colour C, Saturation
/FKUM1S 9 array def %Actual colour M, Sensitivity
/FKUM2S 9 array def %Actual colour M, Saturation
/FKUY1S 9 array def %Actual colour Y, Sensitivity
/FKUY2S 9 array def %Actual colour Y, Saturation
/FKUN1S 9 array def %Actual colour N, Sensitivity
/FKUN2S 9 array def %Actual colour N, Saturation

/FKUCI00S 9 array def %Cyan, Colour 1, Sensitivity
/FKUCI01S 9 array def %Cyan, Colour 2 on top, Sensitivity
/FKUCI10S 9 array def %Cyan, Colour 1, Saturation
/FKUCI11S 9 array def %Cyan, Colour 2 on top, Saturation

/FKUCI00S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI01S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def
/FKUCI10S [0.0 0.0 0.0 0.0 0.0 0.0 1.0 1.0 0.0] def
/FKUCI11S [0.0 0.0 1.0 1.0 1.0 0.0 0.0 1.0 1.0] def

/FKUMI00S 9 array def %Magenta, Colour 1, Sensitivity
/FKUMI01S 9 array def %Magenta, Colour 2 on top, Sensitivity
/FKUMI10S 9 array def %Magenta, Colour 1, Saturation
/FKUMI11S 9 array def %Magenta, Colour 2 on top, Saturation

/FKUMI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI01S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def
/FKUMI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUMI11S [0.0 1.0 0.0 1.0 0.0 1.0 0.0 1.0 1.0] def

/FKUYI00S 9 array def %Yellow, Colour 1, Sensitivity
/FKUYI01S 9 array def %Yellow, Colour 2 on top, Sensitivity
/FKUYI10S 9 array def %Yellow, Colour 1, Saturation
/FKUYI11S 9 array def %Yellow, Colour 2 on top, Saturation

/FKUYI00S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI01S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUYI10S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0] def
/FKUYI11S [1.0 1.0 1.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/FKUNI00S 9 array def %Black, Colour 1, Sensitivity
/FKUNI01S 9 array def %Black, Colour 2 on top, Sensitivity
/FKUNI10S 9 array def %Black, Colour 1, Saturation
/FKUNI11S 9 array def %Black, Colour 2 on top, Saturation

/FKUNI00S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI01S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def
/FKUNI10S [1.0 0.5 0.5 0.5 1.0 1.0 0.0 0.0 0.5] def
/FKUNI11S [0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0] def

/XRGAIS 8 array def
/XRG$IS 8 array def
/XJBAIS 8 array def
/XBJ$IS 8 array def

0 1 7 {/j exch def %j=0,7
       XRGAIS j 525 XRGAI j get 525 sub sub put
       XJBAIS j 525 XJBAI j get 525 sub sub put
       XRG$IS j XRGAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
       XBJ$IS j XJBAIS j get
       0.005 add 100 mul truncate 100 div 10 string cvs put
      } for %j=0,7
      
/JPPM 4 def
/CY 0.35 def
/CX  50 def

%%EndProlog
gsave
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/GSS$ where {pop /LSS$ GSS$ def}
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/GSC$ where {pop /LSC$ GSC$ def}
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            {/LEX$ (P.PS./PDF) def} ifelse
/GEY$ where {pop /LEY$ GEY$ def}
            {/LEY$ (P.DAT) def} ifelse
/IMES where {pop %/IMES IMES def
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            {/IMES 0 def} ifelse

/xchartg where {pop /xchart  15 def} {/xchart  15 def} ifelse

5 /Times-ISOL1 FS
72 84 moveto
    ( WG991-8, ) show

(Change of PDT (LMS) in volour vision; Adaptation) showen
(\304nderung von PDT (LMS) beim Farbensehen; Adaptation) showde

72 90 translate

%/xchart 02 def
%0 1 15 {/xchart exch def %xchart=0,15

gsave

xchart  0 eq {/ILK 0 def /ILS 0 def /INE 0 def /ILF 0 def} if %ILT=0 NO threshold
xchart  1 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  2 eq {/ILK 1 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  3 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  4 eq {/ILK 2 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  5 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  6 eq {/ILK 3 def /ILS 0 def /INE 0 def /ILF 0 def} if
xchart  7 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 0 def} if
xchart  8 eq {/ILK 0 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart  9 eq {/ILK 0 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 10 eq {/ILK 1 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 11 eq {/ILK 1 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 12 eq {/ILK 2 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 13 eq {/ILK 2 def /ILS 1 def /INE 0 def /ILF 1 def} if
xchart 14 eq {/ILK 3 def /ILS 2 def /INE 0 def /ILF 0 def} if
xchart 15 eq {/ILK 3 def /ILS 1 def /INE 0 def /ILF 1 def} if
/ILT 1 def
%/ILF 1 def
%/IKOM 3 def %0=U, 1=N/G, 2=W/R, 3=V
xchart  0 ge xchart  3 le and {/IKOM 3 def} if %W
xchart  4 ge xchart  7 le and {/IKOM 3 def} if %W
xchart  8 ge xchart 11 le and {/IKOM 3 def} if %W
xchart 12 ge xchart 15 le and {/IKOM 3 def} if %W
%/ILN 4 def %L&M, L&S, M&S, UVW&S
%/ILN 5 def %L&M, L&S, M&S, UGR&S
/ILN 6 def %L&M, L&S, M&S, UGR&SGR
ILN 5 eq {/JPPM 6 def} {/JPPM 5 def} ifelse
ILN 6 eq {/JPPM 8 def} if
ILF 1 eq {/JPPM 1 def} if
ILS 2 eq {/JPPM 5 def} if

/ILU 0 def %NO u scale
ILT 0 eq {/ta 0.0 def /logta -6 def} if
ILT 1 eq {/ta 0.007 def /logta ta log def} if
ILT 2 eq {/ta 0.002 def /logta ta log def} if
/MULX 0600 def
/MULY 1200 0.8 mul def
ILS 1 eq {/MULY 1200 0.4 mul def} if
/MULF 1200 0.8 mul def

0.01 MM 0.01 MM scale
 
30 setlinewidth
[ ] 0 setdash

0.0 0.0 0.0 0.5 setcmykcolor
0 0  moveto 5400 0 rlineto 0 4000 rlineto -5400 0 rlineto
closepath fill

/Xa {(a) ishowM} def
/Xo {(o) ishowM} def

/P0o {tfo (P)  bishowM tfo (o) ishowM} def
/D0o {tfl (D)  bishowM tfl (o) ishowM} def
/T0o {tfv (T)  bishowM tfv (o) ishowM} def

/P0a {tfo (P)  bishowM tfo (a) ishowM} def
/D0a {tfl (D)  bishowM tfl (a) ishowM} def
/T0a {tfv (T)  bishowM tfv (a) ishowM} def

/U0a {tfn (U) bishowM tfy (a) ishowM} def
/N0a {tfn (N) bishowM tfc (a) ishowM} def
/W0a {tfn (W) bishowM tfm (a) ishowM} def

/P0oS {tfo (P')  bishowM tfo (o) ishowM} def
/D0oS {tfl (D')  bishowM tfl (o) ishowM} def
/T0oS {tfv (T')  bishowM tfv (o) ishowM} def

/P0aS {tfo (P')  bishowM tfo (a) ishowM} def
/D0aS {tfl (D')  bishowM tfl (a) ishowM} def
/T0aS {tfv (T')  bishowM tfv (a) ishowM} def

/U0aS {tfn (U') bishowM tfy (a) ishowM} def
/N0aS {tfn (N') bishowM tfc (a) ishowM} def
/W0aS {tfn (W') bishowM tfm (a) ishowM} def

/YAa  {IKOM 0 eq {tfn (U) bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N) bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W) bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W) bishowM tfm (a) ishowM} if} def
/YAaS {IKOM 0 eq {tfn (U') bishowM tfy (a) ishowM} if
       IKOM 1 eq {tfn (N') bishowM tfc (a) ishowM} if
       IKOM 2 eq {tfn (W') bishowM tfm (a) ishowM} if
       IKOM 3 eq {tfn (W') bishowM tfm (a) ishowM} if} def

/AF1 0.5 def
/AF2 0.5 def

/XRGA {XRGAI ILK get} def
/XJBA {XJBAI ILK get} def
/XRG$ {XRG$I ILK get} def
/XBJ$ {XBJ$I ILK get} def

/XRGAS {XRGAIS ILK get} def
/XJBAS {XJBAIS ILK get} def
/XRG$S {XRG$IS ILK get} def
/XBJ$S {XBJ$IS ILK get} def

/W0 {W 0 get} def
/W1 {W 1 get} def
/W2 {W 2 get} def
/W3 {W 3 get} def
/W4 {W 4 get} def
/W5 {W 5 get} def
/W6 {W 6 get} def
/W7 {W 7 get} def
/W8 {W 8 get} def

/W0S {WS 0 get} def
/W1S {WS 1 get} def
/W2S {WS 2 get} def
/W3S {WS 3 get} def
/W4S {WS 4 get} def
/W5S {WS 5 get} def
/W6S {WS 6 get} def
/W7S {WS 7 get} def
/W8S {WS 8 get} def

%function value for curve U normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1 {XRGA W0 sub CX div dup mul CY mul neg} def
/YU2 {XJBA W0 sub CX div dup mul CY mul neg} def
/YUP {W1 W0 sub CX div dup mul CY mul neg} def
/YUD {W2 W0 sub CX div dup mul CY mul neg} def
/YUT {W3 W0 sub CX div dup mul CY mul neg} def
/YUN {W4 W0 sub CX div dup mul CY mul neg} def
/YUW {W5 W0 sub CX div dup mul CY mul neg} def
/YUB {475 W0 sub CX div dup mul CY mul neg} def
/YUJ {575 W0 sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1 {XRGA XRGA 525 sub 0 ge {W1} {W1S} ifelse
      sub CX div dup mul CY mul neg} def
/YP2 {XJBA W1 sub CX div dup mul CY mul neg} def
/YPP {W1 W1 sub CX div dup mul CY mul neg} def
/YPD {W2 W1 sub CX div dup mul CY mul neg} def
/YPT {W3 W1 sub CX div dup mul CY mul neg} def
/YPN {W4 W1 sub CX div dup mul CY mul neg} def
/YPW {W5 W1 sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5),
%            450(V=6), 475(B=6), 575(J=7), 600(O=8)
/YD1 {XRGA XRGA 525 sub 0 ge {W2} {W2S} ifelse
      sub CX div dup mul CY mul neg} def
/YD2 {XJBA W2 sub CX div dup mul CY mul neg} def
/YDP {W1 W2 sub CX div dup mul CY mul neg} def
/YDD {W2 W2 sub CX div dup mul CY mul neg} def
/YDT {W3 W2 sub CX div dup mul CY mul neg} def
/YDN {W4 W2 sub CX div dup mul CY mul neg} def
/YDW {W5 W2 sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1 {XRGA W3 sub CX div dup mul CY mul neg} def
/YT2 {XJBA XJBA 525 sub 0 le {W3} {W3S} ifelse
      sub CX div dup mul CY mul neg} def
/YTP {W1 W3 sub CX div dup mul CY mul neg} def
/YTD {W2 W3 sub CX div dup mul CY mul neg} def
/YTT {W3 W3 sub CX div dup mul CY mul neg} def
/YTN {W4 W3 sub CX div dup mul CY mul neg} def
/YTW {W5 W3 sub CX div dup mul CY mul neg} def
/YTB {475 W3 sub CX div dup mul CY mul neg} def
/YTJ {575 W3 sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5 wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1 {XRGA W4 sub CX div dup mul CY mul neg} def
/YN2 {XJBA W4 sub CX div dup mul CY mul neg} def
/YNP {W1 W4 sub CX div dup mul CY mul neg} def
/YND {W2 W4 sub CX div dup mul CY mul neg} def
/YNT {W3 W4 sub CX div dup mul CY mul neg} def
/YNN {W4 W4 sub CX div dup mul CY mul neg} def
/YNW {W5 W4 sub CX div dup mul CY mul neg} def
/YNB {475 W4 sub CX div dup mul CY mul neg} def
/YNJ {575 W4 sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1 {XRGA W5 sub CX div dup mul CY mul neg} def
/YW2 {XJBA W5 sub CX div dup mul CY mul neg} def
/YWP {YUP YNP add 0.5 mul} def
/YWD {YUD YND add 0.5 mul} def
/YWT {YUT YNT add 0.5 mul} def
/YWN {YUN YNN add 0.5 mul} def
/YWW {YUW YNW add 0.5 mul} def
/YWB {YUB YNB add 0.5 mul} def
/YWJ {YUJ YNJ add 0.5 mul} def

%function value for curve U normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YU1S {XRGAS W0S sub CX div dup mul CY mul neg} def
/YU2S {XJBAS W0S sub CX div dup mul CY mul neg} def
/YUPS {W1S W0S sub CX div dup mul CY mul neg} def
/YUDS {W2S W0S sub CX div dup mul CY mul neg} def
/YUTS {W3S W0S sub CX div dup mul CY mul neg} def
/YUNS {W4S W0S sub CX div dup mul CY mul neg} def
/YUWS {W5S W0S sub CX div dup mul CY mul neg} def
/YUBS {575 W0S sub CX div dup mul CY mul neg} def
/YUJS {475 W0S sub CX div dup mul CY mul neg} def

%function value for curve P normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YP1S {XRGAS XRGAS 525 sub 0 le {W1S} {W1} ifelse
      sub CX div dup mul CY mul neg} def
/YP2S {XJBAS W1S sub CX div dup mul CY mul neg} def
/YPPS {W1S W1S sub CX div dup mul CY mul neg} def
/YPDS {W2S W1S sub CX div dup mul CY mul neg} def
/YPTS {W3S W1S sub CX div dup mul CY mul neg} def
/YPNS {W4S W1S sub CX div dup mul CY mul neg} def
/YPWS {W5S W1S sub CX div dup mul CY mul neg} def

%function value for curve D normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YD1S {XRGAS XRGAS 525 sub 0 le {W2S} {W2} ifelse
      sub CX div dup mul CY mul neg} def
/YD2S {XJBAS W2S sub CX div dup mul CY mul neg} def
/YDPS {W1S W2S sub CX div dup mul CY mul neg} def
/YDDS {W2S W2S sub CX div dup mul CY mul neg} def
/YDTS {W3S W2S sub CX div dup mul CY mul neg} def
/YDNS {W4S W2S sub CX div dup mul CY mul neg} def
/YDWS {W5S W2S sub CX div dup mul CY mul neg} def

%function value for curve T normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YT1S {XRGAS W3S sub CX div dup mul CY mul neg} def
/YT2S {XJBAS XJBAS 525 sub 0 ge {W3S} {W3} ifelse
      sub CX div dup mul CY mul neg} def
/YTPS {W1S W3S sub CX div dup mul CY mul neg} def
/YTDS {W2S W3S sub CX div dup mul CY mul neg} def
/YTTS {W3S W3S sub CX div dup mul CY mul neg} def
/YTNS {W4S W3S sub CX div dup mul CY mul neg} def
/YTWS {W5S W3S sub CX div dup mul CY mul neg} def
/YTBS {575 W3S sub CX div dup mul CY mul neg} def
/YTJS {475 W3S sub CX div dup mul CY mul neg} def

%function value for curve N normalized to 1 at 5S Wavelength 1 to 5
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YN1S {XRGAS W4S sub CX div dup mul CY mul neg} def
/YN2S {XJBAS W4S sub CX div dup mul CY mul neg} def
/YNPS {W1S W4S sub CX div dup mul CY mul neg} def
/YNDS {W2S W4S sub CX div dup mul CY mul neg} def
/YNTS {W3S W4S sub CX div dup mul CY mul neg} def
/YNNS {W4S W4S sub CX div dup mul CY mul neg} def
/YNWS {W5S W4S sub CX div dup mul CY mul neg} def
/YNBS {575 W4S sub CX div dup mul CY mul neg} def
/YNJS {475 W4S sub CX div dup mul CY mul neg} def

%function value for curve W normalized to 1 at 9 wavelengths
%XRGA, XJBA, 570(P=1), 540(D=2), 435(T=3), 495(N=4), 525(W=5)
/YW1S {XRGAS W5S sub CX div dup mul CY mul neg} def
/YW2S {XJBAS W5S sub CX div dup mul CY mul neg} def
/YWPS {YUPS YNPS add 0.5 mul} def
/YWDS {YUDS YNDS add 0.5 mul} def
/YWTS {YUTS YNTS add 0.5 mul} def
/YWNS {YUNS YNNS add 0.5 mul} def
/YWWS {YUWS YNWS add 0.5 mul} def
/YWBS {YUBS YNBS add 0.5 mul} def
/YWJS {YUJS YNJS add 0.5 mul} def

%i=0,85: 400_500_600_700_400(81)
0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXU i XEXI W 0 get sub CX div dup mul CY mul neg put
        YIXP i XEXI W 1 get sub CX div dup mul CY mul neg put
        YIXD i XEXI W 2 get sub CX div dup mul CY mul neg put
        YIXT i XEXI W 3 get sub CX div dup mul CY mul neg put
        YIXN i XEXI W 4 get sub CX div dup mul CY mul neg put
        YIXW i XEXI W 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXU i YIXU 60 get 1malp mul YIXU 0 get alpha mul add put
         YIXP i YIXP 60 get 1malp mul YIXP 0 get alpha mul add put
         YIXD i YIXD 60 get 1malp mul YIXD 0 get alpha mul add put
         YIXT i YIXT 60 get 1malp mul YIXT 0 get alpha mul add put
         YIXN i YIXN 60 get 1malp mul YIXN 0 get alpha mul add put
         YIXW i YIXW 60 get 1malp mul YIXW 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXU i YIXU i 80 sub get put
         YIXP i YIXP i 80 sub get put
         YIXD i YIXD i 80 sub get put
         YIXT i YIXT i 80 sub get put
         YIXN i YIXN i 80 sub get put
         YIXW i YIXW i 80 sub get put
} for %i=81,85: 405_425(5)

0 1 60 {/i exch def %i=0,60: 400_700(61)
        /XEXI i 5 mul 400 add def
        YIXUS i XEXI WS 0 get sub CX div dup mul CY mul neg put
        YIXPS i XEXI WS 1 get sub CX div dup mul CY mul neg put
        YIXDS i XEXI WS 2 get sub CX div dup mul CY mul neg put
        YIXTS i XEXI WS 3 get sub CX div dup mul CY mul neg put
        YIXNS i XEXI WS 4 get sub CX div dup mul CY mul neg put
        YIXWS i XEXI WS 5 get sub CX div dup mul CY mul neg put
} for %i=0,60: 400_700(61)

61 1 80 {/i exch def %i=61,80: 700_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         YIXUS i YIXUS 60 get 1malp mul YIXUS 0 get alpha mul add put
         YIXPS i YIXPS 60 get 1malp mul YIXPS 0 get alpha mul add put
         YIXDS i YIXDS 60 get 1malp mul YIXDS 0 get alpha mul add put
         YIXTS i YIXTS 60 get 1malp mul YIXTS 0 get alpha mul add put
         YIXNS i YIXNS 60 get 1malp mul YIXNS 0 get alpha mul add put
         YIXWS i YIXWS 60 get 1malp mul YIXWS 0 get alpha mul add put
} for %i=61,80: 700_400(20)

81 1 85 {/i exch def %i=81,85: 405_425(5)
         YIXUS i YIXUS i 80 sub get put
         YIXPS i YIXPS i 80 sub get put
         YIXDS i YIXDS i 80 sub get put
         YIXTS i YIXTS i 80 sub get put
         YIXNS i YIXNS i 80 sub get put
         YIXWS i YIXWS i 80 sub get put
} for %i=81,85: 405_425(5)

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

0 1 85 {/i exch def
        /YEXU {YIXU i get} def
        /YEXP {YIXP i get YP1T add} def
        /YEXD {YIXD i get YD1T add} def
        /YEXT {YIXT i get YT2T add} def
        /YEXN {YIXN i get} def
        /YEXW {YIXW i get YW2T add} def

/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXA YEXU def} if
          IKOM 1 eq {/YEXA YEXN def} if
          IKOM 2 eq {/YEXA YEXW def} if
          IKOM 3 eq {/YEXA YEXW def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXU YEXA sub fneg def YDchange
                  YEXP0 i YD put} if
          j 1 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP1 i YD put} if
          j 2 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP2 i YD put} if
          j 3 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP3 i YD put} if
          j 4 eq {/YD YEXN YEXA sub fneg def YDchange
                  YEXP4 i YD put} if
          j 5 eq {/YD YEXW YEXA sub fneg def YDchange
                  YEXP5 i YD put} if
          j 6 eq {/YD YEXP YEXA sub fneg def YDchange
                  YEXP6 i YD put} if
          j 7 eq {/YD YEXD YEXA sub fneg def YDchange
                  YEXP7 i YD put} if
          j 8 eq {/YD YEXT YEXA sub fneg def YDchange
                  YEXP8 i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0 i get YEXA add def YEXP0 i YE put} if
                    j 1 eq {/YE YEXP1 i get YEXA add def YEXP1 i YE put} if
                    j 2 eq {/YE YEXP2 i get YEXA add def YEXP2 i YE put} if
                    j 3 eq {/YE YEXP3 i get YEXA add def YEXP3 i YE put} if
                    j 4 eq {/YE YEXP4 i get YEXA add def YEXP4 i YE put} if
                    j 5 eq {/YE YEXP5 i get YEXA add def YEXP5 i YE put} if
                    j 6 eq {/YE YEXP6 i get YEXA add def YEXP6 i YE put} if
                    j 7 eq {/YE YEXP7 i get YEXA add def YEXP7 i YE put} if
                    j 8 eq {/YE YEXP8 i get YEXA add def YEXP8 i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        /YEXUS {YIXUS i get} def %identical YEXN
        /YEXPS {YIXPS i get YP1ST add} def
        /YEXDS {YIXDS i get YD1ST add} def
        /YEXTS {YIXTS i get YT2ST add} def 
        /YEXNS {YIXNS i get} def %identical YEXU
        /YEXWS {YIXWS i get YW2ST add} def
        
/YD 0 def
/YDchange {YD abs logta abs gt {YD 0 lt {/YD logta def}
                                        {/YD logta neg def} ifelse
                               } if
          } bind def

INE 0 eq {/fneg {} def} {/fneg {neg} def} ifelse
0 1 8    {/j exch def %j=0,8 %JPPM calculate all
          IKOM 0 eq {/YEXAS YEXNS def} if
          IKOM 1 eq {/YEXAS YEXUS def} if
          IKOM 2 eq {/YEXAS YEXWS def} if
          IKOM 3 eq {/YEXAS YEXWS def} if
          
          %begin for ILS=1
          j 0 eq {/YD YEXUS YEXAS sub fneg def YDchange
                  YEXP0S i YD put} if
          j 1 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP1S i YD put} if
          j 2 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP2S i YD put} if
          j 3 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP3S i YD put} if
          j 4 eq {/YD YEXNS YEXAS sub fneg def YDchange
                  YEXP4S i YD put} if
          j 5 eq {/YD YEXWS YEXAS sub fneg def YDchange
                  YEXP5S i YD put} if
          j 6 eq {/YD YEXPS YEXAS sub fneg def YDchange
                  YEXP6S i YD put} if
          j 7 eq {/YD YEXDS YEXAS sub fneg def YDchange
                  YEXP7S i YD put} if
          j 8 eq {/YD YEXTS YEXAS sub fneg def YDchange
                  YEXP8S i YD put} if
          %end for ILS=1
          
          ILS 0 eq {%ILS=0
                    j 0 eq {/YE YEXP0S i get YEXAS add def YEXP0S i YE put} if
                    j 1 eq {/YE YEXP1S i get YEXAS add def YEXP1S i YE put} if
                    j 2 eq {/YE YEXP2S i get YEXAS add def YEXP2S i YE put} if
                    j 3 eq {/YE YEXP3S i get YEXAS add def YEXP3S i YE put} if
                    j 4 eq {/YE YEXP4S i get YEXAS add def YEXP4S i YE put} if
                    j 5 eq {/YE YEXP5S i get YEXAS add def YEXP5S i YE put} if
                    j 6 eq {/YE YEXP6S i get YEXAS add def YEXP6S i YE put} if
                    j 7 eq {/YE YEXP7S i get YEXAS add def YEXP7S i YE put} if
                    j 8 eq {/YE YEXP8S i get YEXAS add def YEXP8S i YE put} if
                   } if %ILS=0

          } for %j=0,8 %calculate all

} for %i=0,85: 400_700_400(81)

ILF 0 eq {%ILF=0
1800 050 moveto tfw
(l) outSM (d) ishowK 30 0 rmoveto (/nm) nshowM
4200 050 moveto tfw
(l) outSM (c) ishowK 30 0 rmoveto (/nm) nshowM
ILU 1 eq {4900 550 moveto (u) bishowM} if
} if %ILF=0

3100 2975 moveto tfw (Adaptation: ) bshowM 
tfw (l) outSM tfo (R) ishowK tfl (G) ishowK 
tfw (=) bshowM XRG$I ILK get bshowM

%special; first part not visible
3100 2725 moveto 0.0 0.0 0.0 0.5 setcmykcolor (Adaptation: ) bshowM 
tfw (l) outSM tfv (B) ishowK tfy (J) ishowK 
tfw (=) bshowM XBJ$I ILK get bshowM

ILS 0 eq ILS 2 eq or {%ILS=0&2,#0
          3400 2725 moveto (t) bshowM (s) ishowK (=) bshowM ta trushow4
         }
         {
          0800 2975 moveto TBM (Threshold: ) showen (Schwelle: ) showde
          (t) bshowM (s) ishowK (=) bshowM ta trushow4
         } ifelse %ILS=0&2,#0

010 3800 moveto
ILS 0 eq {%iLS=0,1
          tfw (log [) bshowM P0a D0a T0a U0a N0a W0a
               tfw (]) bshowM}
         {INE 0 eq {tfw (log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]-log) bshowM YAa}
                   {tfw (log) bshowM YAa
                    tfw (-log[) bshowM P0a D0a T0a U0a N0a W0a 
                    tfw (]) bshowM
                   } ifelse
         } ifelse %ILS=0,1

210 3525 moveto %special U0a,N0a
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM N0a tfw ( = 0,5 [log) bshowM T0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5
         
210 3250 moveto
ILN 5 ge {%ILN=5,#5
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         }
         {
          tfw (log) bshowM W0a tfw ( = 0,5 [log) bshowM N0a
          tfw (+log) bshowM U0a tfw (]) bshowM
         } ifelse %ILN=5,#5

3100 3800 moveto tfw (log) bshowM 30 0 rmoveto P0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto P0o tfw 
YU1 YP1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YP1 sub abs troshow

3100 3525 moveto tfw (log) bshowM 30 0 rmoveto D0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto D0o tfw
YU1 YD1 sub 0 ge {( + )} {( - )} ifelse bshowM YU1 YD1 sub abs troshow

%special for 475nm/575nm
3100 3250 moveto tfw (log) bshowM 30 0 rmoveto T0a 50 0 rmoveto
tfw (= log) bshowM 50 0 rmoveto T0o tfw
/YDTW YT2 neg YW2 add def
YDTW 0 ge {( + )} {( - )} ifelse bshowM
YDTW abs troshow

%4300 2000 moveto TBM YT2 troshow
%4300 1700 moveto TBM YW2 troshow
%4300 1400 moveto TBM YTB troshow
%4300 1100 moveto TBM YWB troshow

%4300 1000 moveto TBM YT2S troshow
%4300 0700 moveto TBM YW2S troshow
%4300 0400 moveto TBM YTBS troshow
%4300 0100 moveto TBM YWBS troshow

%y-arrow
 100 3400 moveto 0 300 rlineto -50 -150 rlineto
                                50  150 rlineto 50 -150 rlineto stroke

tfw
380 280 translate
50 setlinewidth

ILF 0 eq {%ILF=0 sensitivity or saturation
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto 0 ILS 0 eq ILS 2 eq or {3300} {3600} ifelse 
            0.8 mul rlineto  stroke
 ILS 0 eq ILS 2 eq or {0 2700 0.8 mul moveto 400 12 mul 0 rlineto stroke} if

TBK
/tx [ (400) (500) (600) (700) (400)] def
/tye [(-2) () (-1) () (  0) () (-2)] def
/tys [(-2) (-1) (  0) (  1) (  2) (  3) (-2)] def
/tu [ (    -3,1) (-1,1) (  0,9)  (  2,9) (    -3,1)] def
 
%!u-Achse: 100 Einheiten = 1200 Skalen-Einheiten

ILU 1 eq {%ILU=1
0 1 4 {/i exch def
       /ixt {-180 i 1200 mul add} def
       /ixl {240 i 1200 mul add} def
        ixt 150 moveto tu i get exec show } for
 
% 555 nm; u=0.0
          /ixt -180 1.55 1200 mul add def
          /ixl  240 1.55 1200 mul add def
          0.25 0.0 1.0 0.0 setcmykcolor
          ixt 150 moveto (   0.0) show
          /ixt  20  1860 add def
          ixt -320 moveto (555) show
          ixl 75 moveto 0 -150 rlineto stroke
         } if %ILU=1
 
%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten
tfw
0 1 4 {/i exch def
       /ixt {-150 i 1200 mul add} def
       /ixl { 000 i 1200 mul add} def
        ixt -250 moveto tx i get exec show
        ixl   75 moveto 0 -150 rlineto stroke } for
 
%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten
TBK 
0 1 5 {/i exch def
       /iyt {200 i 0480 mul add} def
       /iyl {240 i 0480 mul add} def
        -300 iyt moveto ILS 0 eq ILS 2 eq or {tye} {tys} ifelse
                        i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

TBK
30 setlinewidth
%400nm
/X400 000 0.00 1200 mul add def
%425nm 
/X425 000 0.25 1200 mul add def
%475nm 
/X475 000 0.75 1200 mul add def
%525nm
/X525 000 1.25 1200 mul add def
%575nm
/X575 000 1.75 1200 mul add def
%625nm
/X625 000 2.25 1200 mul add def
%675nm
/X675 000 2.75 1200 mul add def
%375cnm 
/X700 000 3.00 1200 mul add def
%395cnm
/X400c 000 4.00 1200 mul add def

%ymax = 240 + 4 * 480 = 2160
[100 100] 0 setdash

X525 0 moveto 0 2160 rlineto stroke
X700 0 moveto 0 2160 rlineto stroke
X400c 0 moveto 0 2160 rlineto stroke

X525 20 add 100 moveto (525) show
%X700 20 add 100 moveto (700) show
%X400c 20 add 100 moveto (400) show

%xchart 2 ge {%xchart>=2
             X475 0 moveto 0 2160 rlineto stroke
             X575 0 moveto 0 2160 rlineto stroke
             X475 20 add 100 moveto (475) show
             X575 20 add 100 moveto (575) show
%            } if %xchart>=2
[ ] 0 setdash
TBG

50 setlinewidth
%Cero point at 555 nm
/X0t {555 400 sub 12 mul} def
X0t 0 translate

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram
TBG
/ix00 000 def
/ty [(-2) (-1) (  0) (  1) (  2) (  3)] def

tfw
50 setlinewidth
 0 0 moveto  400 12 mul 0 rlineto  stroke
 0 0 moveto  0 2400 rlineto  stroke

TBM
/tx [(-3) (-2) (-1) (  0) (  1) (  2) (  3) (  4)] def

%!x-Achse: 100 Einheiten = 1200 Skalen-Einheiten

0 1 6 {/i exch def /ix00 000 def
       /ixt { ix00 -280 add i 0600 mul add} def
       /ixl { ix00  000 add i 0600 mul add} def
        ixt 100 add -250 moveto tx i get exec show
        ixl 75 moveto 0 -150 rlineto stroke } for

%!y-Achse: 100 S-Einheiten = 960 = 1200*0.8 Skalen-Einheiten

0 1 4 {/i exch def
       /iyt {-100 i 0600 mul add} def
       /iyl { 000 i 0600 mul add} def
        -350 iyt moveto ty i get exec show
         -75 iyl moveto 150 0 rlineto stroke } for

%Nullpunkt-Achsenkreuz
30 setlinewidth tfn
1800 0000 moveto 0000 2350 rlineto stroke
0000 1200 moveto 4000 0000 rlineto stroke
50 setlinewidth tfw

%text
3400 0600 moveto tfw (| log [) bshowM P0a tfw (/) bshowM YAa
                 tfw (]) bshowM
3400 0300 moveto tfw (-log [) bshowM D0a tfw (/) bshowM YAa
                 tfw (] |) bshowM
0200 2200 moveto tfw  (log [) bshowM U0a tfw (/) bshowM YAa
                 tfw (]) bshowM
0200 1900 moveto tfw (-log [) bshowM T0a tfw (/) bshowM YAa
                 tfw (]) bshowM

} if %ILF>=1 chromaticity diagram
 
ILF 0 eq {%ILF=0 for clip
0 setlinewidth
/Y0C 0000 def
/Y1C 2400 def
ILU 1 eq {/Y0C 0450 def} if
ILS 0 eq {/Y1C 2900 def} if

0.0 0.0 0.0 0.0 setcmykcolor
X0t neg Y0C moveto  4800 0 rlineto 0 Y1C rlineto
                   -4800 0 rlineto 0 Y1C neg rlineto clip stroke
} if %ILF=0 for clip

ILS 0 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %response diagram
ILS 1 eq ILF 0 eq and {/IORY 1500 0.8 mul def} if %saturation diagram
ILS 2 eq ILF 0 eq and {/IORY 2700 0.8 mul def} if %purity diagram
ILS 1 eq ILF 1 eq and {/IORX 1800 def /IORY 1200 def} if %chromaticity diagram

%begin only for %j=1,2,8=P',D',T'
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        XiS i i 5 mul 400 add put
        j 0 eq {YiS i YEXP0S i get put} if
        j 1 eq {YiS i YEXP1S i get put} if
        j 2 eq {YiS i YEXP2S i get put} if
        j 3 eq {YiS i YEXP3S i get put} if
        j 4 eq {YiS i YEXP4S i get put} if
        j 5 eq {YiS i YEXP5S i get put} if
        j 6 eq {YiS i YEXP6S i get put} if
        j 7 eq {YiS i YEXP7S i get put} if
        j 8 eq {YiS i YEXP8S i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1S j FKUCI00S j get put
          FKUM1S j FKUMI00S j get put
          FKUY1S j FKUYI00S j get put
          FKUN1S j FKUNI00S j get put
          FKUC2S j FKUCI01S j get put
          FKUM2S j FKUMI01S j get put
          FKUY2S j FKUYI01S j get put
          FKUN2S j FKUNI01S j get put
          IDAI1S j IDAI00S j get put
          IDAI2S j IDAI01S j get put
          KURVAS j KURVA1S j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1S j FKUCI10S j get put
          FKUM1S j FKUMI10S j get put
          FKUY1S j FKUYI10S j get put
          FKUN1S j FKUNI10S j get put
          FKUC2S j FKUCI11S j get put
          FKUM2S j FKUMI11S j get put
          FKUY2S j FKUYI11S j get put
          FKUN2S j FKUNI11S j get put
          IDAI1S j IDAI10S j get put
          IDAI2S j IDAI11S j get put
          KURVAS j KURVA2S j get put
         } if %ILS=1

/KURVMS {KURVAS j get} def

KURVMS 0 gt {%if KURVMS>0 then KURVE

1 1 KURVMS {/KURVS exch def %KURVS=1,KURVMS

/IDA1S {IDAI1S j get cvi} def
/IDA2S {IDAI2S j get cvi} def 

KURVS 1 eq {[ ] 0 setdash} if
KURVS 2 eq {%KURVS=2 %special for 475nm curve j=3
           /IDA1S {IDAI1S j get} def
           /IDA2S {IDAI2S j get} def 
          [ IDA1S IDA2S] 0 setdash
          } if %KURVS=2

KURVS 1 eq {%KURVS=1
          /jadd 0 def
%           ILS 1 ge j 1 eq and {/jadd 3 def} if
           /FKUCS {FKUC1S j jadd add get} def
           /FKUMS {FKUM1S j jadd add get} def
           /FKUYS {FKUY1S j jadd add get} def
           /FKUNS {FKUN1S j jadd add get} def
          } if %KURV=1
KURVS 2 eq {%KURVS=2
           /FKUCS {FKUC2S j get} def
           /FKUMS {FKUM2S j get} def
           /FKUYS {FKUY2S j get} def
           /FKUNS {FKUN2S j get} def
          } if %KURVS=2

FKUCS FKUMS FKUYS FKUNS setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 1 eq j 2 eq or {%j=1,2=P',D'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=1,2=P',D'

j 8 eq {%j=8=T'
        /I0 0 def /I1 0 def /I2 80 def
        /xst {XiS I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY YiS I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def  %i=0,85: 400_700_400(81)
         /xst {XiS i       get 555 sub CX div MULX mul} bind def
         /yst {IORY YiS i get MULY mul add} bind def
         /x20 {XiS i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY YiS i 1 add get MULY mul add} bind def
         /x21 {XiS i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY YiS i 2 add get MULY mul add} bind def
         /x22 {XiS i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY YiS i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85: 400_700_400(81)
        stroke
} if %j=8=T

} if %ILF=0 sensitivity or saturation
} if %ILS#2

} for %KURVS=1,KURVMS

} if %if KURVMS>0 then KURVES

} for %j=0,JPPM
%end only for %j=1,2,8=P',D',T'

%begin only for %j=3,6,7=T,P,D
0 1 JPPM {/j exch def %j=0,JPPM

%only ILF=0
ILF 0 eq {%ILF=0
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILS 2 ne {%ILS#2
ILF 0 eq {%ILF=0 sensitivity or saturation, not purity
50 setlinewidth

j 3 eq {%j=3=T
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=3

j 6 eq j 7 eq or{%j=6,7=P,D
        /I0 0 def /I1 0 def /I2 80 def
        /xst {Xi I0       get 555 sub CX div MULX mul} bind def
        /yst {IORY Yi I0 get MULY mul add} bind def
        xst yst moveto
I1 3 I2 {/i exch def %i=0,85 400_700_400(81)
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=0,85 400_700_400(81)
        stroke
} if %j=6,7=P,D

} if %ILF=0 sensitivity or saturation, not purity
} if %ILS#2

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=3,6,7=T,P,D

%begin only for %j=0,4,5=U,N,W
0 1 JPPM {/j exch def %j=0,JPPM

ILF 0 eq {%ILF=0 (for ILS=0,1,2)
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {Yi i YEXP0 i get put} if
        j 1 eq {Yi i YEXP1 i get put} if
        j 2 eq {Yi i YEXP2 i get put} if
        j 3 eq {Yi i YEXP3 i get put} if
        j 4 eq {Yi i YEXP4 i get put} if
        j 5 eq {Yi i YEXP5 i get put} if
        j 6 eq {Yi i YEXP6 i get put} if
        j 7 eq {Yi i YEXP7 i get put} if
        j 8 eq {Yi i YEXP8 i get put} if
       } for %i=0,85: 400_700_400(81)
} if %ILF=0

ILS 2 eq {%ILS=2 correction for j=0,4,5
0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
       /Xx Xi i get def
       j 0 eq j 4 eq or j 5 eq or {%ILS=2 correction for j=0,4,5
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRG YEXP1  i get YEXP2  i get sub abs neg def}
                    {/XRG YEXP1S i get YEXP2S i get sub abs neg def
                    } ifelse %lambda>=525
         XJBA 525 ge {%XJBA>=525
                       /XJB YEXP0  i get YEXP5  i get sub abs neg def}
                      {/XJB YEXP5S i get YEXP0S i get sub abs neg def
                     } ifelse %XJBA>=525
         j 0 eq {Yi i XRG put} if          
         j 4 eq {Yi i XJB put} if
         j 5 eq {Yi i XRG XJB add put} if
%         j 5 eq {Yi i XRG dup mul XJB dup mul add sqrt neg put} if
        } if %ILS=2 correction for j=0,4,5 
       } for %i=0,85: 400_700_400(81)
         } if %ILS=2 correction for j=0,4,5

ILF 1 eq {%ILF=1

/YP1T {YP1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YD1T {YD1 sub XRGA 525 sub 0 ge {YU1} {YN1} ifelse} def
/YT2T {YT2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def
/YW2T {YW2 sub XJBA 525 sub 0 ge {YU2} {YN2} ifelse} def

/YP1ST {YP1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YD1ST {YD1S sub XRGAS 525 sub 0 ge {YN1S} {YU1S} ifelse} def
/YT2ST {YT2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def
/YW2ST {YW2S sub XJBAS 525 sub 0 ge {YN2S} {YU2S} ifelse} def

0 1 85 {/i exch def %i=0,85: 400_700_400(81)
        Xi i i 5 mul 400 add put
        j 0 eq {%j=0
         /Xx525 Xi i get 525 sub def
         Xx525 0 ge {%lambda>=525 %identical P0-P5/P5S-P0S
                     /XRGPM YEXP1  i get  
                            YEXP2  i get sub
                            %YP1T sub 
                            def}
                    {/XRGPM YEXP1S i get
                            YEXP2S i get sub
                            %YP1ST sub 
                            def
                    } ifelse %lambda>=525
         /XJBPM YEXP0  i get YEXP4  i get sub def
%         XJBA 525 ge {%XJBA>=525 P5=P5S P0S=PN P0=PU 
%                      %P0-P5=PU-PWa, P5S-P0S=PWa-PN
%                      /XJBPM YEXP0  i get YEXP5  i get sub def}
%                     {/XJBPM YEXP5S i get YEXP0S i get sub def
%                    } ifelse %XJBA>=525
        Yix i XRGPM put
        Yiy i XJBPM 0.5 mul put
        } if %j=0
       } for %i=0,85: 400_700_400(81)

%correction for purple colours
62 1 80 {/i exch def %i=61,80: 700+_400(20)
         /alpha i 60 sub 20 div def
         /1malp 1 alpha sub def
         Yix i  Yix 60 get 1malp mul  Yix 0 get alpha mul add put
         Yiy i  Yiy 60 get 1malp mul  Yiy 0 get alpha mul add put
       } for %i=61,80: 700+_400(81)
} if %ILF=1

ILS 0 eq {%ILS=0
          FKUC1 j FKUCI00 j get put
          FKUM1 j FKUMI00 j get put
          FKUY1 j FKUYI00 j get put
          FKUN1 j FKUNI00 j get put
          FKUC2 j FKUCI01 j get put
          FKUM2 j FKUMI01 j get put
          FKUY2 j FKUYI01 j get put
          FKUN2 j FKUNI01 j get put
          IDAI1 j IDAI00 j get put
          IDAI2 j IDAI01 j get put
          KURVA j KURVA1 j get put
         } if %ILS=0
ILS 1 ge {%ILS>=1
          FKUC1 j FKUCI10 j get put
          FKUM1 j FKUMI10 j get put
          FKUY1 j FKUYI10 j get put
          FKUN1 j FKUNI10 j get put
          FKUC2 j FKUCI11 j get put
          FKUM2 j FKUMI11 j get put
          FKUY2 j FKUYI11 j get put
          FKUN2 j FKUNI11 j get put
          IDAI1 j IDAI10 j get put
          IDAI2 j IDAI11 j get put
          KURVA j KURVA2 j get put
         } if %ILS=1

/KURVM {KURVA j get} def

KURVM 0 gt {%if KURVM>0 then KURVE

1 1 KURVM {/KURV exch def %KURV=1,KURVM

/IDA1 {IDAI1 j get cvi} def
/IDA2 {IDAI2 j get cvi} def 

KURV 1 eq {[ ] 0 setdash} if
KURV 2 eq {%KURV=2 %special for 475nm curve j=3
           /IDA1 {IDAI1 j get} def
           /IDA2 {IDAI2 j get} def 
           [IDA1 IDA2] 0 setdash
          } if %KURV=2

KURV 1 eq {%KURV=1
           /jadd 0 def
           /FKUC {FKUC1 j jadd add get} def
           /FKUM {FKUM1 j jadd add get} def
           /FKUY {FKUY1 j jadd add get} def
           /FKUN {FKUN1 j jadd add get} def
          } if %KURV=1
KURV 2 eq {%KURV=2
           /FKUC {FKUC2 j get} def
           /FKUM {FKUM2 j get} def
           /FKUY {FKUY2 j get} def
           /FKUN {FKUN2 j get} def
          } if %KURV=2

FKUC FKUM FKUY FKUN setcmykcolor

ILF 0 eq {%ILF=0 sensitivity or saturation
50 setlinewidth

j 0 eq j 4 eq or j 5 eq or {%j=0,4,5=U,N,W
         /I0 0 def /I1 0 def /I2 80 def
         /xst {Xi I0       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi I0 get MULY mul add} bind def
         xst yst moveto
I1 3 I2 {/i exch def  %i=1,80: 405_400
         /xst {Xi i       get 555 sub CX div MULX mul} bind def
         /yst {IORY Yi i get MULY mul add} bind def
         /x20 {Xi i 1 add get 555 sub CX div MULX mul} bind def
         /y20 {IORY Yi i 1 add get MULY mul add} bind def
         /x21 {Xi i 2 add get 555 sub CX div MULX mul} bind def
         /y21 {IORY Yi i 2 add get MULY mul add} bind def
         /x22 {Xi i 3 add get 555 sub CX div MULX mul} bind def
         /y22 {IORY Yi i 3 add get MULY mul add} bind def
         x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_400
         stroke
} if %j=0,4,5=U,N,W

} if %ILF=0 sensitivity or saturation

ILF 1 ge {%ILF=1 chromaticity diagram         
30 setlinewidth

j 0 eq {%j=0=U

/xst {IORX Yix 0 get MULF mul add} bind def
/yst {IORY Yiy 0 get MULF mul add} bind def
xst yst moveto
0 3 77 {/i exch def %i=1,80: 405_700_400
        /xst {IORX Yix i get       MULF mul add} bind def
        /yst {IORY Yiy i get       MULF mul add} bind def
        /x20 {IORX Yix i 1 add get MULF mul add} bind def
        /y20 {IORY Yiy i 1 add get MULF mul add} bind def
        /x21 {IORX Yix i 2 add get MULF mul add} bind def
        /y21 {IORY Yiy i 2 add get MULF mul add} bind def
        /x22 {IORX Yix i 3 add get MULF mul add} bind def
        /y22 {IORY Yiy i 3 add get MULF mul add} bind def
        x21 y21 x21 y21 x22 y22 curveto
        } for %i=1,80: 405_700_400
stroke

TBK
0 10 70 {/i exch def  %i=0,10,85: 400_700_400
        /xst {IORX Yix i get MULF mul add} bind def
        /yst {IORY Yiy i get MULF mul add} bind def
        newpath
        xst yst 40 0 360 arc fill
        newpath
        xst 400 sub yst 50 sub moveto 400 i 5 mul add cvishow
       } for %i=0,10,85: 400_700_400

        3000 2400 moveto (YP1T) show
        3000 2000 moveto 0 YP1T add cvsshow3
        3000 1600 moveto 0 YD1T add cvsshow3
        3000 1200 moveto 0 YT2T add cvsshow3
        3000 0800 moveto 0 YW2T add cvsshow3
 
        4000 2400 moveto (YP1ST) show
        4000 2000 moveto 0 YP1ST add cvsshow3
        4000 1600 moveto 0 YD1ST add cvsshow3
        4000 1200 moveto 0 YT2ST add cvsshow3
        4000 0800 moveto 0 YW2ST add cvsshow3

        0000 2400 moveto (UPDTNW1) show
        0000 2000 moveto YU1 cvsshow3
        0000 1600 moveto YP1 cvsshow3
        0000 1200 moveto YD1 cvsshow3
        0000 0800 moveto YT1 cvsshow3
        0000 0400 moveto YN1 cvsshow3
        0000 0000 moveto YW1 cvsshow3

        1300 2400 moveto (UPDTNW2) show
        1300 2000 moveto YU2 cvsshow3
        1300 1600 moveto YP2 cvsshow3
        1300 1200 moveto YD2 cvsshow3
        1300 0800 moveto YT2 cvsshow3
        1300 0400 moveto YN2 cvsshow3
        1300 0000 moveto YW2 cvsshow3
       
} if %j=0=U

} if %ILF=1 chromaticity diagram

} for %KURV=1,KURVM

} if %if KURVM>0 then KURVE

} for %j=0,JPPM
%end only for %j=0,4,5=U,N,W

ILF 0 eq {X0t neg 0 translate} if

-380 -280 translate

showpage
grestore

%} for %xchart=0,15

%%Trailor

%%EndDocument
EndEPSF grestore gsave

BeginEPSF
219 MM 080 MM add 008 MM translate %80 MM Breite von TestStreifen
  10 /Times-ISOL1 FS  53 MM 1 MM moveto () show 1 1 scale -77 21 MM sub -91 translate
%%BeginDocument: Bild 29 Teststreifen Ueberlaenge

%line 509

%%EndDocument
EndEPSF grestore gsave

BeginEPSF
-0.0 MM -0.0 MM translate %xy-Verschiebung Rechteckrahmen nach innen%

%%BeginDocument: Bild 30 %Rechteckrahmen

%line 519
%!PS-Adobe-3.0 EPSF-3.0 Frame arround with Internet text DG02 20060601
%%BoundingBox: 0 0 598 845

%%EndProlog
gsave

/lanind 1 def
/lantex [(G) (E) (S) (N) (I) (J) (M)] def
/showde {0 lanind eq {show} {pop} ifelse} bind def
/showen {1 lanind eq {show} {pop} ifelse} bind def
/showes {2 lanind eq {show} {pop} ifelse} bind def
/showfr {3 lanind eq {show} {pop} ifelse} bind def
/showit {4 lanind eq {show} {pop} ifelse} bind def
/showjp {5 lanind eq {show} {pop} ifelse} bind def
/showm {6 lanind eq {show} {pop} ifelse} bind def
/lanindg where {pop /lanind1 lanindg def /lanind2 lanindg def}
               {/lanind1 0 def /lanind2 0 def} ifelse
/colormg where {pop /colorm1 colormg def /colorm2 colormg def}
               {/colorm1 0 def /colorm2 0 def} ifelse
/xcolorg where {pop /xcolor1 xcolorg def /xcolor2 xcolorg def}
               {/xcolor1 0 def /xcolor2 0 def} ifelse
/xchartg where {pop /xchart1 xchartg def /xchart2 xchartg def}
               {/xchart1 0 def /xchart2 0 def} ifelse
/lanind lanind1 def %lanind1 1 lanind2 {/lanind exch def %output showpage
/colorm colorm1 def %colorm1 1 colorm2 {/colorm exch def %output showpage
/xcolor xcolor1 def %xcolor1 1 xcolor2 {/xcolor exch def %output showpage
/xchart xchart1 def %xchart1 1 xchart2 {/xchart exch def %output showpage

/GSS$ where {pop /LSS$ GSS$ def}
            {/LSS$ (1) def} ifelse
/GSC$ where {pop /LSC$ GSC$ def}
            {/LSC$ (N) def} ifelse
/GSX$ where {pop /LSX$ GSX$ def}
            {/LSX$ (0) def} ifelse
/GSY$ where {pop /LSY$ GSY$ def}
            {/LSY$ (0) def} ifelse
/GEX$ where {pop /LEX$ GEX$ def}
            {/LEX$ (P.PS./PDF) def} ifelse
/GEY$ where {pop /LEY$ GEY$ def}
            {/LEY$ (P.DAT) def} ifelse
/IMES where {pop %/IMES IMES def
            }
            {/IMES 0 def} ifelse
/i*ptrsc where {pop %/i*ptrsc i*ptrsc def
               }
               {/i*ptrsc 0 def} ifelse
gsave

/xchartg where {pop /xchart xchartg def} {/xchart 0 def} ifelse
/scountg where {pop /scount scountg def} {/scount 1 def} ifelse

%xchart 0 eq  {%beg if xchart=0

0 setgray

1.0 1.0  scale

0.0 MM 0.0 MM translate

0.15 MM setlinewidth

/x 20 array def
/y 20 array def
/d 20 array def

/x [000 296 296 000  002 294 294 002  005 291 291 005 %speziell
    006 290 290 006  008 288 288 008 ] def
/y [000 000 210 210  002 002 208 208  005 005 205 205 %speziell
    006 006 204 204  008 008 202 202 ] def 
/d [060 017 -60 -17  058 015 -58 -15  056 013 -56 -13
    054 011 -54 -11  052 009 -52 -09 ] def

/xlu 017 MM def /ylu 017 MM def
/xro 279 MM def /yro 193 MM def
/xlo 017 MM def /ylo 193 MM def
/xru 279 MM def /yru 017 MM def

xlu 8 MM sub ylu moveto  16 MM 0 rlineto stroke
xlu ylu 8 MM sub moveto 0  58 MM rlineto stroke
xro 8 MM add yro moveto -58 MM 0 rlineto stroke
xro yro 8 MM add moveto 0 -16 MM rlineto stroke

xru 8 MM sub yru moveto  16 MM 0 rlineto stroke
xru yru 8 MM sub moveto 0  16 MM rlineto stroke
xlo 8 MM add ylo moveto -16 MM 0 rlineto stroke
xlo ylo 8 MM add moveto 0 -16 MM rlineto stroke

1 2 7 {/i exch def %Zentrierkreise
xlu ylu i MM 0 360 arc stroke
xro yro i MM 0 360 arc stroke
xru yru i MM 0 360 arc stroke
xlo ylo i MM 0 360 arc stroke
      } for %i

12 4 16 {/i exch def /i0 i def %i=0,16
%0 4 16 {/i exch def /i0 i def %i=0,16
        /i1 i0 1 add def /i2 i0 2 add def /i3 i0 3 add def

i 16 eq {0.30 MM setlinewidth} {0.15 MM setlinewidth} ifelse

0 setgray        
x i0 get MM y i0 get MM moveto x i1 get MM y i1 get MM lineto
x i2 get MM y i2 get MM lineto x i3 get MM y i3 get MM lineto
x i0 get MM y i0 get MM lineto stroke

i 16 eq {6 /Times-ISOL1 FS
         /x00 67 def /xdif 32 def /y0o 202.3 def /y0u 6.3 def  
         /x0l 6.1 def /x0r 288 def /y00 22 def /ydif 32 def
         x00 xdif 0 mul add MM y0o MM moveto (V) show
         x00 xdif 0 mul add MM y0u MM moveto (C) show
         x00 xdif 1 mul add MM y0o MM moveto (L) show
         x00 xdif 1 mul add MM y0u MM moveto (M) show
         x00 xdif 2 mul add MM y0o MM moveto (O) show
         x00 xdif 2 mul add MM y0u MM moveto (Y) show
         x00 xdif 3 mul add MM y0o MM moveto (Y) show
         x00 xdif 3 mul add MM y0u MM moveto (O) show
         x00 xdif 4 mul add MM y0o MM moveto (M) show
         x00 xdif 4 mul add MM y0u MM moveto (L) show
         x00 xdif 5 mul add MM y0o MM moveto (C) show
         x00 xdif 5 mul add MM y0u MM moveto (V) show

         x0l MM y00 ydif 0 mul add MM moveto (V) show
         x0r MM y00 ydif 0 mul add MM moveto (C) show
         x0l MM y00 ydif 1 mul add MM moveto (L) show
         x0r MM y00 ydif 1 mul add MM moveto (M) show
         x0l MM y00 ydif 2 mul add MM moveto (O) show
         x0r MM y00 ydif 2 mul add MM moveto (Y) show
         x0l MM y00 ydif 3 mul add MM moveto (Y) show
         x0r MM y00 ydif 3 mul add MM moveto (O) show
         x0l MM y00 ydif 4 mul add MM moveto (M) show
         x0r MM y00 ydif 4 mul add MM moveto (L) show
         x0l MM y00 ydif 5 mul add MM moveto (C) show
         x0r MM y00 ydif 5 mul add MM moveto (V) show
        } if

       } for %i=0,16

0 1 10 {/j0 exch def /j1 j0 1 add def %j0
 
         j0 0 eq {tzccmy0* setcmykcolor} if
         j0 1 eq {0 setgray} if
         j0 2 eq {tzmcmy0* setcmykcolor} if
         j0 3 eq {0 setgray} if
         j0 4 eq {tzycmy0* setcmykcolor} if
         j0 5 eq {0 setgray} if
         j0 6 eq {tzocmy0* setcmykcolor} if
         j0 7 eq {0 setgray} if
         j0 8 eq {tzlcmy0* setcmykcolor} if
         j0 9 eq {0 setgray} if
         j0 10 eq {tzvcmy0* setcmykcolor} if

12 4 16 {/i exch def /i0 i def %i=0,16
%0 4 16 {/i exch def /i0 i def %i=0,16
        /i1 i0 1 add def /i2 i0 2 add def /i3 i0 3 add def

i 16 eq {0.30 MM setlinewidth} {0.15 MM setlinewidth} ifelse         

x i0 get d i0 get add 16 j0 mul add MM y i0 get MM moveto
x i0 get d i0 get add 16 j1 mul add MM y i0 get MM lineto stroke

x i1 get MM y i1 get d i1 get add 16 j0 mul add MM moveto
x i1 get MM y i1 get d i1 get add 16 j1 mul add MM lineto stroke

x i2 get d i2 get add 16 j0 mul sub MM y i2 get MM moveto
x i2 get d i2 get add 16 j1 mul sub MM y i2 get MM lineto stroke

x i3 get MM y i3 get d i3 get add 16 j0 mul sub MM moveto
x i3 get MM y i3 get d i3 get add 16 j1 mul sub MM lineto stroke

       } for %i=0,16

       } for %j0

0.15 MM setlinewidth
/s 7 MM def /s1 8 MM def /s5 36 MM def
16 1 20 {/j exch def /j0 j 16 sub def %j=16,20
         /ix0 xlu  8 MM add j0 7 MM mul add def /iy0 ylu 8 MM sub def

0 1 3 {/ij exch def %ij=0,3

 ij 0 eq {/ix0 xlu  8 MM add j0 7 MM mul add def /iy0 ylu 8 MM sub def} if
 ij 1 eq {/ix0 xru 43 MM sub j0 7 MM mul add def /iy0 yru 8 MM sub def} if
 ij 2 eq {/ix0 xlo  8 MM add j0 7 MM mul add def /iy0 ylo 1 MM add def} if
 ij 3 eq {/ix0 xro 43 MM sub j0 7 MM mul add def /iy0 yro 1 MM add def} if

i*ptrsc 0 eq i*ptrsc 2 eq or {%i*ptrsc=0,2 cmy0* setcmykcolor
              j 16 eq {tzan j get dup dup 0 setcmykcolor
                       ix0 0.5 MM sub iy0 0.5 MM sub s5 s1 rec fill} if
              tzan j get dup dup 0 setcmykcolor
              ix0 iy0 s s  rec fill
             } if %i*ptrsc=0,2
             
i*ptrsc 1 eq i*ptrsc 3 eq or {%i*ptrsc=1,3 www* setrgbcolor
              j 16 eq {1 tzan j get 1 sub dup dup setrgbcolor %N
                       ix0 0.5 MM sub iy0 0.5 MM sub s5 s1 rec fill} if
              1 tzan j get sub dup dup setrgbcolor %N
              ix0 iy0 s s  rec fill
             } if %i*ptrsc=1,3
             
i*ptrsc 4 eq i*ptrsc 5 eq or {%i*ptrsc=4,5
  [/CIEBasedABC <<    %Farbraum und Grenzen fuer D65
  /RangeABC [0 100 -128 127 -128 127]
  /DecodeABC [{16 add 116 div} bind {500 div} bind {200 div} bind]
  /MatrixABC [1 1 1 1 0 0 0 0 -1]
  /DecodeLMN
    [{dup 6 29 div ge {dup dup mul mul}
     {4 29 div sub 108 841 div mul} ifelse 0.9505 mul} bind
     {dup 6 29 div ge {dup dup mul mul}
     {4 29 div sub 108 841 div mul} ifelse} bind
     {dup 6 29 div ge {dup dup mul mul}
     {4 29 div sub 108 841 div mul} ifelse 1.0890 mul} bind]
    /WhitePoint  [0.9505 1 1.089]                %CIEXYZ fuer D65
 >>] setcolorspace

 j 16 eq {tznLAB* 0 get tzwLAB* 0 get tznLAB* 0 get sub 0.25 j0 mul mul add
          tznLAB* 1 get tzwLAB* 1 get tznLAB* 1 get sub 0.25 j0 mul mul add
          tznLAB* 2 get tzwLAB* 2 get tznLAB* 2 get sub 0.25 j0 mul mul add
          setcolor %N
          ix0 0.5 MM sub iy0 0.5 MM sub s5 s1 rec fill} if
          tznLAB* 0 get tzwLAB* 0 get tznLAB* 0 get sub 0.25 j0 mul mul add
          tznLAB* 1 get tzwLAB* 1 get tznLAB* 1 get sub 0.25 j0 mul mul add
          tznLAB* 2 get tzwLAB* 2 get tznLAB* 2 get sub 0.25 j0 mul mul add
          setcolor %N
          ix0 iy0 s s  rec fill
             } if %i*ptrsc=4,5

i*ptrsc 6 eq {%i*ptrsc=6 000n* setcmykcolor
              j 16 eq {0 0 0 tzan j get setcmykcolor
                       ix0 0.5 MM sub iy0 0.5 MM sub s5 s1 rec fill} if
              0 0 0 tzan j get setcmykcolor
              ix0 iy0 s s  rec fill
             } if %i*ptrsc=6

i*ptrsc 7 eq {%i*ptrsc=7 w* setgray
              j 16 eq {1 tzan j get sub setgray
                       ix0 0.5 MM sub iy0 0.5 MM sub s5 s1 rec fill} if
              1 tzan j get sub setgray
              ix0 iy0 s s  rec fill
             } if %i*ptrsc=7

      } for %ij=0,3

        } for %j=16,20
                                                      
0 setgray
018 MM 008.2 MM moveto 6 /Times-Roman FS (-8) show
018 MM 006.2 MM moveto 6 /Times-Roman FS (-6) show

276 MM 008.2 MM moveto 6 /Times-Roman FS (-8) show
276 MM 006.2 MM moveto 6 /Times-Roman FS (-6) show

018 MM 202.2 MM moveto 6 /Times-Roman FS (-8) show
018 MM 204.2 MM moveto 6 /Times-Roman FS (-6) show

276 MM 202.2 MM moveto 6 /Times-Roman FS (-8) show
276 MM 204.2 MM moveto 6 /Times-Roman FS (-6) show

0 setgray
12 /Times-ISOL1 FS
61 MM 09 MM  moveto
(Log. Zapfen\255Empfindlichkeit und Quotienten) showde
( / Differenzen) showde
(Logarithmic cone sensitivity and ratios or differences) showen

12 /Times-ISOL1 FS
61 MM 13 MM  moveto
(BAM\255Pr\374fvorlage Nr. WG99; Farbensehen und Adaptation) showde
(BAM\255test chart no. WG99; colour vision and adaptation) showen

172 MM 13 MM moveto
(input: ) show
12 /Times-Italic FS
(cmy0* setcmykcolor) show

12 /Times-ISOL1 FS
172 MM 9 MM moveto
(output: ) show

12 /Times-Italic FS
LSC$ (N) eq {
(no change compared to input) show
            } if

%1 setgray %start white and unvisible
LSC$ (S) eq {
(Startup (S) data dependend) show
            } if
                 
LSC$ (F) eq {
12 /Times-Italic FS
             i*ptrsc 0 eq {(cmy0* / 000n* setcmykcolor) show} if
             i*ptrsc 1 eq {(olv* setrgbcolor / w* setgray) show} if
             i*ptrsc 2 eq {(cmy0* / nnn0* setcmykcolor) show} if
             i*ptrsc 3 eq {(olv* / www* setrgbcolor) show} if
             i*ptrsc 4 eq {(lab* setcolor) show} if
             i*ptrsc 5 eq {(LAB* setcolor) show} if
             i*ptrsc 6 eq {(000n* setcmykcolor) show} if
             i*ptrsc 7 eq {(w* setgray) show} if
            } if
%0 setgray %end white and unvisible

12 /Times-ISOL1 FS

 62 MM 198.5 MM  moveto
(www.ps.bam.de/WG99/L99) show
LSS$ show (00) show
LSC$ show LEX$ show

%1 setgray %start white and unvisible
(; ) show
LSC$ (N) eq {
(Start\255Ausgabe) showde
(start output) showen
(start output) showes
(start output) showfr
(start output) showit
(start output) showjp
(start output) showm
           } if
LSC$ (C) eq {
(Start\255Ausgabe) showde
(start output) showen
(start output) showes
(start output) showfr
(start output) showit
(start output) showjp
(start output) showm
           } if
LSC$ (F) eq {
(Linearisierte\255Ausgabe) showde
(linearized output) showen
(linearized output) showes
(linearized output) showfr
(linearized output) showit
(linearized output) showjp
(linearized output) showm
           } if

 62 MM 194 MM  moveto
LSC$ (N) eq LSC$ (C) eq or {
(N: Keine Ausgabe\255Linearisierung (OL) in Datei (F), Startup (S), Ger\344t (D)) showde
(N: No Output Linearization (OL) data in File (F), Startup (S) or Device (D)) showen
(N: No Output Linearization (OL) data in File (F), Startup (S) or Device (D)) showes
(N: No Output Linearization (OL) data in File (F), Startup (S) or Device (D)) showfr
(N: No Output Linearization (OL) data in File (F), Startup (S) or Device (D)) showit
(N: No Output Linearization (OL) data in File (F), Startup (S) or Device (D)) showjp
(N: No Output Linearization (OL) data in File (F), Startup (S) or Device (D)) showm
           }
           {LSC$ show (: ) show
(Ausgabe\255Linearisierung (OL\255Daten) ) showde
(Output Linearization (OL) data ) showen
(Output Linearization (OL) data ) showes
(Output Linearization (OL) data ) showfr
(Output Linearization (OL) data ) showit
(Output Linearization (OL) data ) showjp
(Output Linearization (OL) data ) showm
(WG99/L99) show
LSS$ show (00) show
LSC$ show LEY$ show
          } ifelse
LSC$ (F) eq {
( in der Datei (F)) showde
( in File (F)) showen
( in File (F)) showes
( in File (F)) showfr
( in File (F)) showit
( in File (F)) showjp
( in File (F)) showm
           } if
LSC$ (S) eq {
( im Distiller Startup (S) Directory) showde
( in Distiller Startup (S) Directory) showen
( in Distiller Startup (S) Directory) showes
( in Distiller Startup (S) Directory) showfr
( in Distiller Startup (S) Directory) showit
( in Distiller Startup (S) Directory) showjp
( in Distiller Startup (S) Directory) showm
           } if
LSC$ (D) eq {
( in PostScript Device (D)) showde
( in PostScript Device (D)) showen
( in PostScript Device (D)) showes
( in PostScript Device (D)) showfr
( in PostScript Device (D)) showit
( in PostScript Device (D)) showjp
( in PostScript Device (D)) showm
           } if
LSC$ (T) eq {
( von Distiller Startup (S) Directory) showde
( of Distiller Startup (S) Directory) showen
( of Distiller Startup (S) Directory) showes
( of Distiller Startup (S) Directory) showfr
( of Distiller Startup (S) Directory) showit
( of Distiller Startup (S) Directory) showjp
( of Distiller Startup (S) Directory) showm
           } if
LSC$ (E) eq {
( von PostScript Device (D)) showde
( of PostScript Device (D)) showen
( of PostScript Device (D)) showes
( of PostScript Device (D)) showfr
( of PostScript Device (D)) showit
( of PostScript Device (D)) showjp
( of PostScript Device (D)) showm
           } if
%0 setgray %end white and unvisible

 16 MM 185 MM moveto
-90 rotate
(Siehe \344hnliche Dateien: ) showde
(See for similar files: ) showen
(See for similar files: ) showes
(See for similar files: ) showfr
(See for similar files: ) showit
(See for similar files: ) showjp
(See for similar files: ) showm
(http://www.ps.bam.de/WG99/) show
90 rotate

 12 MM 185 MM moveto
-90 rotate
(Technische Information: ) showde
(Technical information: ) showen
(Informaci\363n t\351cnica en: ) showes
(Technical information: ) showfr
(Technical information: ) showit
(Technical information: ) showjp
(Technical information: ) showm
(http://www.ps.bam.de) show
 90 rotate

 12 MM 103 MM moveto
-90 rotate
(Version 2.1, io=1,) show
LSC$ (N) eq {(1) show} if
LSC$ (S) eq {(1?) show} if
LSC$ (D) eq {(1?) show} if
LSC$ (F) eq {i*ptrsc cvishow
             ISYSLAB 0 eq {IMES 0 eq {(; iORS) show} {(; iLRS) show} ifelse} if
             ISYSLAB 1 eq {IMES 0 eq {(; iTLS) show} {(; iTRS) show} ifelse} if
             ISYSLAB 2 eq {IMES 0 eq {(; iDLS) show} {(; iDRS) show} ifelse} if
             ISYSLAB 3 eq {IMES 0 eq {(; iTLR) show} {(; iTLS) show} ifelse} if
             ISYSLAB 4 eq {IMES 0 eq {(; iDRS) show} {(; iDLS) show} ifelse} if
             ISYSTEM 0 eq {IMES 0 eq {(; oORS) show} {(; oLRS) show} ifelse} if
             ISYSTEM 1 eq {IMES 0 eq {(; oTLS) show} {(; oTRS) show} ifelse} if
             ISYSTEM 2 eq {IMES 0 eq {(; oDLS) show} {(; oDRS) show} ifelse} if
             ISYSTEM 3 eq {IMES 0 eq {(; oTLR) show} {(; oTLS) show} ifelse} if
             ISYSTEM 4 eq {IMES 0 eq {(; oDRS) show} {(; oDLS) show} ifelse} if
             IMES 0 eq {(, CIELAB) show}
                       {(, CIEXYZ) show} ifelse
            } if
 90 rotate

281 MM 185 MM moveto
-90 rotate
(BAM\255Registrierung: 20060601\255WG99/L99) showde
(BAM registration: 20060601\255WG99/L99) showen
(BAM registration: 20060601\255WG99/L99) showes
(BAM registration: 20060601\255WG99/L99) showfr
(BAM registration: 20060601\255WG99/L99) showit
(BAM registration: 20060601\255WG99/L99) showjp
(BAM registration: 20060601\255WG99/L99) showm
LSS$ show (00) show
LSC$ show LEX$ show
90 rotate

281 MM 74 MM moveto
-90 rotate
(BAM\255Material: Code=rha4ta) showde
(BAM material: code=rha4ta) showen
(BAM material: code=rha4ta) showes
(BAM material: code=rha4ta) showfr
(BAM material: code=rha4ta) showit
(BAM material: code=rha4ta) showjp
(BAM material: code=rha4ta) showm
90 rotate

277 MM 185 MM moveto
-90 rotate
/cvishow {cvi 6 string cvs show} def
/cvsshow1 {10 mul cvi 0.1 mul 7 string cvs show} def

( Anwendung f\374r Messung von Drucker- oder Monitorsystemen) showde
( application for measurement of printer or monitor systems) showen
( application for measurement of printer or monitor systems) showes
( application for measurement of printer or monitor systems) showfr
( application for measurement of printer or monitor systems) showit
( application for measurement of printer or monitor systems) showjp
( application for measurement of printer or monitor systems) showm

IMES 1 eq LSC$ (N) ne and { %IMES=1
             (, Yr=) show Yre cvsshow1 (, XYZ) show
          } if %IMES=1
90 rotate

/i0 8 def
/i1 i0 1 add def /i2 i0 2 add def /i3 i0 3 add def
0.30 MM setlinewidth
0 setgray
x i0 get MM y i0 get MM moveto x i1 get MM y i1 get MM lineto
x i2 get MM y i2 get MM lineto x i3 get MM y i3 get MM lineto
x i0 get MM y i0 get MM lineto stroke


%} if %end if xchart=0

/xlu1 013 MM def /ylu1 010 MM def
/xro1 283 MM def /yro1 200 MM def
/xlo1 013 MM def /ylo1 200 MM def
/xru1 283 MM def /yru1 010 MM def

xlu1 4 MM sub ylu1 moveto  8 MM 0 rlineto stroke
xlu1 ylu1 4 MM sub moveto 0  8 MM rlineto stroke
xro1 4 MM add yro1 moveto -8 MM 0 rlineto stroke
xro1 yro1 4 MM add moveto 0 -8 MM rlineto stroke

xru1 4 MM sub yru1 moveto  8 MM 0 rlineto stroke
xru1 yru1 4 MM sub moveto 0  8 MM rlineto stroke
xlo1 4 MM add ylo1 moveto -8 MM 0 rlineto stroke
xlo1 ylo1 4 MM add moveto 0 -8 MM rlineto stroke


%} for %output with xchart end
%} for %output with colorm end
%} for %output with xcolor end
%} for %output with lanind end

%%Trailer

%%EndDocument
EndEPSF grestore gsave
                                                        
showpage
grestore

} for %end for xchartg=xchartg1,xchartg2
} for %end for pcountg=pcountg1,pcount2g
} for %end for scountg=scountg1,scount2g

%%Trailer