%!PS-Adobe-3.0 EPSF-3.0
%%Title: KochersxVisorxstripxtemplate_tile_0
%%Creator: SignLab Print and Cut - Kochers Visor strip template.CDL
%%CreationDate: Tue Oct 27 09:44:08 2015
%%BoundingBox: 1968 1419 2828 1526
%%LanguageLevel: 3
%%EndComments
%%BeginResource: procset Signlab5Dict 5.0 0
%%BeginProlog
% Copyright (C) 1992-2004
% Cadlink Technology Corporation
% Ottawa, CANADA
% All Rights Reserved
/Signlab5Dict 100 dict def
Signlab5Dict begin
/bdf {bind def} bind def
/ldf {load def} bdf
/xdf {exch def} bdf
/w /setlinewidth ldf
/N {newpath} bdf
/n {newpath} bdf
/Cp {closepath} bdf
/u {} bdf
/U {} bdf
/w {setlinewidth} bdf
/k {/FType 1 def dup 3 1 roll add 1 exch sub 4 1 roll
dup 3 1 roll add 1 exch sub 4 1 roll add 1 exch sub 3 1 roll /RedFill xdf /GreenFill xdf /BlueFill xdf} bdf
/K {dup 3 1 roll add 1 exch sub 4 1 roll
dup 3 1 roll add 1 exch sub 4 1 roll add 1 exch sub 3 1 roll /RedLine xdf /GreenLine xdf /BlueLine xdf} bdf
/m /moveto ldf
/l /lineto ldf
/L /lineto ldf
/rl /rlineto ldf
/c /curveto ldf
/C /curveto ldf
/J {setlinecap} bdf
/j {setlinejoin} bdf
/M {setmiterlimit} bdf
/Cn { Cp clip n} bdf
/PRset { /PR xdf } bdf
/HsbToRgb
{
3 -1 roll dup floor sub 3 1 roll sethsbcolor currentrgbcolor
} bdf
/RgbToHsb
{
setrgbcolor currenthsbcolor
} bdf
/NewGNextCol
{
GDir 1 eq
{
GDeltaBL add 3 1 roll
GDeltaGR add 3 1 roll
GDeltaRD add 3 1 roll
}
{
GDeltaB add 3 1 roll
GDeltaS add 3 1 roll
GDeltaH add 3 1 roll
} ifelse
} bdf
/NewGSetCol
{
GDir 1 eq
{
3 copy setrgbcolor
}
{
3 copy HsbToRgb setrgbcolor
} ifelse
} bdf
/NewGCalcCols
{
GDir 1 eq
{
4 -1 roll sub GNumSegSteps dup 1 gt {1 sub} if dup 0 gt {div}{pop pop 0} ifelse /GDeltaBL xdf
3 -1 roll sub GNumSegSteps dup 1 gt {1 sub} if dup 0 gt {div}{pop pop 0} ifelse /GDeltaGR xdf
exch sub GNumSegSteps dup 1 gt {1 sub} if dup 0 gt {div}{pop pop 0} ifelse /GDeltaRD xdf
}
{
4 -1 roll sub GNumSegSteps dup 1 gt {1 sub} if dup 0 gt {div}{pop pop 0} ifelse /GDeltaB xdf
3 -1 roll sub GNumSegSteps dup 1 gt {1 sub} if dup 0 gt {div}{pop pop 0} ifelse /GDeltaS xdf
exch sub GAdjHue GNumSegSteps dup 1 gt {1 sub} if dup 0 gt {div}{pop pop 0} ifelse /GDeltaH xdf
} ifelse
} bdf
/NewGFStart
{
SCP
GColArray 0 3 getinterval aload pop setrgbcolor
GType 1 eq
{
GNewLinearType 0 eq
{
pathbbox
dup 3 index sub GNumSteps div /GStepSize xdf
dup 3 index sub 2 index 5 index sub Max dup /GWidth xdf /GPadHeight xdf
3 index 3 index translate
exch 4 -1 roll sub GOriginX mul 3 1 roll exch sub GOriginY mul
2 copy abs exch abs Max dup GPadHeight add /GPadHeight xdf
GWidth add /GWidth xdf translate
/GPadHeight GPadHeight GScaleY mul 2 mul def
/GWidth GWidth GScaleY mul 2 mul def
GAng neg rotate 1.0 GScaleY scale
}
{
[ Gr11 Gr12 Gr21 Gr22 Gtx Gty ] matrix currentmatrix matrix concatmatrix setmatrix
/GStepSize 1 256 div def
pathbbox abs 3 -1 roll abs Max /GPadHeight xdf
abs exch abs Max /GWidth xdf
}ifelse
fill
}
{
[ Gr11 Gr12 Gr21 Gr22 Gtx Gty ] matrix currentmatrix matrix concatmatrix setmatrix
GType 2 ne
{
/GRadius GRepNum def
/GStepSize GRadius GNumSteps div GRepNum div def
}
{
/GRadius GRtConicalRadius def
/GCurAng 0 def
/GDeltaAng 360 GNumSteps div GRepNum div def
} ifelse
fill
} ifelse
} bdf
/NewGFEnd
{
GType 1 eq
{
GColArray dup length 4 idiv 1 sub 4 mul 3 getinterval aload pop
setrgbcolor
n GWidth neg 0 m GWidth 0 l GWidth GPadHeight l
GWidth neg GPadHeight l Cp fill
} if
GType 3 eq
{
n
n 0 0 m 0 0 GRadius 0 360 arc fill
}if
GType 4 eq
{
n GRadius dup neg dup m
2 mul dup 0 rl dup 0 exch rl neg 0 rl Cp fill
}if
} bdf
/NewGFSmooth
{
NewGFStart
GIsRadialOrSquare
{
GSwitchHSBDir
} if
1 1 GRepNum
{
/GRepIndex xdf
GIsWave
{
GIsRadialOrSquare GRepNum 2 mod 0 eq and
{/GRepIndex GRepIndex 1 add def} if
GRepIndex 2 mod 0 eq {GSwitchHSBDir} if
} if
1 1 GColArray length 4 idiv 1 sub
GIsWave
{
GRepIndex 2 mod 0 eq {3 1 roll neg exch} if
} if
{
dup GColArray exch 4 mul 3 add get /GNumSegSteps xdf
dup 1 sub
GIsWave
{
GRepIndex 2 mod 0 eq {exch} if
} if
GColArray exch 4 mul 3 getinterval
aload pop
GDir 1 eq {3 copy}{RgbToHsb 3 copy} ifelse
GColArray 8 -1 roll 4 mul 3 getinterval
aload pop
GDir 1 ne {RgbToHsb} if
NewGCalcCols
GNumSegSteps
{
NewGSetCol
GFillStep
NewGNextCol
} repeat
pop pop pop
} for
GIsWave
{
GRepIndex 2 mod 0 eq {GSwitchHSBDir} if
} if
} for
NewGFEnd
} bdf
/NewGFStripes
{
NewGFStart
1 1 GRepNum
{
/GRepIndex xdf
0 1 GColArray length 4 idiv 1 sub dup /GLoopMax xdf
GIsWave
{
GRepIndex 2 mod 0 eq {3 1 roll neg exch} if
} if
{
dup
GIsLinearOrConical
{
dup /GLoopIndex xdf
GLoopIndex GLoopMax eq
{pop 0}{1 add} ifelse
} if
GColArray exch 4 mul 3 add get /GNumSegSteps xdf
GColArray exch 4 mul 3 getinterval
aload pop
NewGSetCol
pop pop pop
GNumSegSteps
{
GFillStep
} repeat
} for
} for
NewGFEnd
} bdf
/NewF
{
FType 1 eq
{
BlueFill GreenFill RedFill setrgbcolor
PR 1 eq
{fill} {eofill} ifelse
}
{
GbSmooth 1 eq {NewGFSmooth}{NewGFStripes} ifelse
} ifelse
} bdf
/HsbToCmyk
{
3 -1 roll dup floor sub 3 1 roll sethsbcolor currentcmykcolor
} bdf
/CmykToHsb
{
setcmykcolor currenthsbcolor
} bdf
/SCP
{
PR 1 eq
{clip} {eoclip} ifelse
} bdf
/Min
{
2 copy gt {exch pop}{pop} ifelse
} bdf
/Max
{
2 copy lt {exch pop}{pop} ifelse
} bdf
/GNextCol
{
GDir 1 eq
{
GDeltaK add 4 1 roll
GDeltaY add 4 1 roll
GDeltaM add 4 1 roll
GDeltaC add 4 1 roll
}
{
GDeltaB add 3 1 roll
GDeltaS add 3 1 roll
GDeltaH add 3 1 roll
} ifelse
} bdf
/GSetCol
{
GDir 1 eq
{
4 copy setcmykcolor
}
{
3 copy HsbToCmyk setcmykcolor
} ifelse
} bdf
/GAdjHue
{
dup 0 eq
{
pop GDir 3 eq
{.99}
{-.99} ifelse
} if
dup GDir 3 eq exch 0 lt and
{1 add} if
dup GDir 2 eq exch 0 gt and
{1 sub} if
} bdf
/GCalcCols
{
GDir 1 eq
{
5 -1 roll sub GNumSegSteps dup 1 gt {1 sub} if dup 0 gt {div}{pop pop 0} ifelse /GDeltaK xdf
4 -1 roll sub GNumSegSteps dup 1 gt {1 sub} if dup 0 gt {div}{pop pop 0} ifelse /GDeltaY xdf
3 -1 roll sub GNumSegSteps dup 1 gt {1 sub} if dup 0 gt {div}{pop pop 0} ifelse /GDeltaM xdf
exch sub GNumSegSteps dup 1 gt {1 sub} if dup 0 gt {div}{pop pop 0} ifelse /GDeltaC xdf
}
{
4 -1 roll sub GNumSegSteps dup 1 gt {1 sub} if dup 0 gt {div}{pop pop 0} ifelse /GDeltaB xdf
3 -1 roll sub GNumSegSteps dup 1 gt {1 sub} if dup 0 gt {div}{pop pop 0} ifelse /GDeltaS xdf
exch sub GAdjHue GNumSegSteps dup 1 gt {1 sub} if dup 0 gt {div}{pop pop 0} ifelse /GDeltaH xdf
} ifelse
} bdf
/GPostHighlight
{
[{
%%BeginFeature: *Inverse Prime
$breaklink
%%EndFeature
} stopped cleartomark
} bdf
/GHfill
{
GHighlight {GPreHighlightColorspace fill GPreHighlightLinkPlanes} if
fill
GHighlight {GPostHighlight} if
} bdf
/GHeofill
{
GHighlight {GPreHighlightColorspace eofill GPreHighlightLinkPlanes} if
eofill
GHighlight {GPostHighlight} if
} bdf
/GFillStep
{
GType 1 eq
{
n GWidth neg 0 m GWidth 0 l GWidth GStepSize 1.05 mul l
GWidth neg GStepSize 1.05 mul l Cp GHfill
0 GStepSize translate
}
{
GType 2 eq
{
n 0 0 m 0 0 GRadius GCurAng dup GDeltaAng 1.05 mul add arc GHfill
/GCurAng GCurAng GDeltaAng add def
}
{
GType 3 eq
{
n 0 0 m 0 0 GRadius 0 360 arc
/GNewRadius GRadius GStepSize 1.1 mul sub def
GNewRadius 0 le
{
GHfill
}
{
0 0 GNewRadius 0 360 arc
GHeofill
}ifelse
}
{
n GRadius dup neg dup m
2 mul dup 0 rl dup 0 exch rl neg 0 rl Cp
/GNewRadius GRadius GStepSize 1.1 mul sub def
GNewRadius 0 le
{
GHfill
}
{
GNewRadius dup neg dup m
2 mul dup 0 rl dup 0 exch rl neg 0 rl Cp
GHeofill
}ifelse
} ifelse
/GRadius GRadius GStepSize sub def
} ifelse
} ifelse
} bdf
/GFStart
{
SCP
GColArray 0 4 getinterval aload pop setcmykcolor
GType 1 eq
{
GNewLinearType 0 eq
{
pathbbox
dup 3 index sub GNumSteps div /GStepSize xdf
dup 3 index sub 2 index 5 index sub Max dup /GWidth xdf /GPadHeight xdf
3 index 3 index translate
exch 4 -1 roll sub GOriginX mul 3 1 roll exch sub GOriginY mul
2 copy abs exch abs Max dup GPadHeight add /GPadHeight xdf
GWidth add /GWidth xdf translate
/GPadHeight GPadHeight GScaleY mul 2 mul def
/GWidth GWidth GScaleY mul 2 mul def
GAng neg rotate 1.0 GScaleY scale
}
{
[ Gr11 Gr12 Gr21 Gr22 Gtx Gty ] matrix currentmatrix matrix concatmatrix setmatrix
/GStepSize 1 256 div def
pathbbox abs 3 -1 roll abs Max /GPadHeight xdf
abs exch abs Max /GWidth xdf
}ifelse
GHfill
}
{
[ Gr11 Gr12 Gr21 Gr22 Gtx Gty ] matrix currentmatrix matrix concatmatrix setmatrix
GType 2 ne
{
/GRadius GRepNum def
/GStepSize GRadius GNumSteps div GRepNum div def
}
{
/GRadius GRtConicalRadius def
/GCurAng 0 def
/GDeltaAng 360 GNumSteps div GRepNum div def
} ifelse
GHfill
} ifelse
} bdf
/GFEnd
{
GType 1 eq
{
GColArray dup length 5 idiv 1 sub 5 mul 4 getinterval aload pop
setcmykcolor
n GWidth neg 0 m GWidth 0 l GWidth GPadHeight l
GWidth neg GPadHeight l Cp GHfill
} if
} bdf
/GF
{
GFStart
1 1 GColArray length 5 idiv 1 sub
{
dup GColArray exch 5 mul 4 add get /GNumSegSteps xdf
1 1 GRepNum
{
exch dup dup 1 sub 4 -1 roll
GRepType 3 eq
{
GType 3 eq GType 4 eq or {GRepNum 1 add add} if
2 mod 0 eq {exch} if
}
{
pop
} ifelse
GColArray exch 5 mul 4 getinterval
aload pop
GDir 1 eq {4 copy}{CmykToHsb 3 copy} ifelse
GColArray GDir 1 eq {10}{8} ifelse -1 roll 5 mul 4 getinterval
aload pop
GDir 1 ne {CmykToHsb} if
GCalcCols
GNumSegSteps
{
GSetCol
GFillStep
GNextCol
} repeat
pop pop pop
GDir 1 eq {pop} if
} for
pop
} for
GFEnd
} bdf
/GIsWave
{
GRepNum 1 gt GRepType 3 eq and
} bdf
/GIsRadialOrSquare
{
GType 3 eq GType 4 eq or
} bdf
/GIsLinearOrConical
{
GType 1 eq GType 2 eq or
} bdf
/GSwitchHSBDir
{
GDir 1 ne {GDir 2 eq { /GDir 3 def}{/GDir 2 def} ifelse} if
} bdf
/GFSmooth
{
GFStart
GIsRadialOrSquare
{
GSwitchHSBDir
} if
1 1 GRepNum
{
/GRepIndex xdf
GIsWave
{
GIsRadialOrSquare GRepNum 2 mod 0 eq and
{/GRepIndex GRepIndex 1 add def} if
GRepIndex 2 mod 0 eq {GSwitchHSBDir} if
} if
1 1 GColArray length 5 idiv 1 sub
GIsWave
{
GRepIndex 2 mod 0 eq {3 1 roll neg exch} if
} if
{
dup GColArray exch 5 mul 4 add get /GNumSegSteps xdf
dup 1 sub
GIsWave
{
GRepIndex 2 mod 0 eq {exch} if
} if
GColArray exch 5 mul 4 getinterval
aload pop
GDir 1 eq {4 copy}{CmykToHsb 3 copy} ifelse
GColArray GDir 1 eq {10}{8} ifelse -1 roll 5 mul 4 getinterval
aload pop
GDir 1 ne {CmykToHsb} if
GCalcCols
GNumSegSteps
{
GSetCol
GFillStep
GNextCol
} repeat
pop pop pop
GDir 1 eq {pop} if
} for
GIsWave
{
GRepIndex 2 mod 0 eq {GSwitchHSBDir} if
} if
} for
GFEnd
} bdf
/GFStripes
{
GFStart
1 1 GRepNum
{
/GRepIndex xdf
0 1 GColArray length 5 idiv 1 sub dup /GLoopMax xdf
GIsWave
{
GRepIndex 2 mod 0 eq {3 1 roll neg exch} if
} if
{
dup
GIsLinearOrConical
{
dup /GLoopIndex xdf
GLoopIndex GLoopMax eq
{pop 0}{1 add} ifelse
} if
GColArray exch 5 mul 4 add get /GNumSegSteps xdf
GColArray exch 5 mul 4 getinterval
aload pop
GSetCol
pop pop pop pop
GNumSegSteps
{
GFillStep
} repeat
} for
} for
GFEnd
} bdf
/F
{
FType 1 eq
{
BlueFill GreenFill RedFill setrgbcolor
PR 1 eq
{fill} {eofill} ifelse
}
{
GbSmooth 1 eq {GFSmooth}{GFStripes} ifelse
} ifelse
} bdf

/SpotGF_Duotone_Data
{
/SLColorSpace xdf
dup length 1 eq {0 get /SFoilNames xdf /NFoil 1 def }{/SFoilNames xdf /NFoil SFoilNames length def}ifelse
/STintValues xdf
/SpectraFlag xdf
/SAlternateCMYK xdf
/SToMarkers xdf
/SFromMarkers xdf
/NMarkers SFromMarkers length 2 div def
}bdf

%/SpotGF_Duotone_Data
%{
%/SFoilNames xdf
%/STintValues xdf
%/SpectraFlag xdf
%/SAlternateCMYK xdf
%/SToMarkers xdf
%/SFromMarkers xdf
%/NFoil SFoilNames length def
%/NMarkers SFromMarkers length 2 div def
%}bdf

/SpotGF_LN
{
dup 0 le{ pop 0 }if
dup 1 ge{ pop 1 }if
}bdf

/SpotGF_SetColorSpace
{
[NFoil 1 eq {/Separation}{/DeviceN}ifelse SFoilNames
SLColorSpace 0 eq {/DeviceCMYK }{/DeviceRGB }ifelse
{
/SAltC 0.0 def
/SAltM 0.0 def
/SAltY 0.0 def
/SAltK 0.0 def
0 1 NFoil 1 sub{
/SCurIter xdf
/SCurTint xdf
SLColorSpace 0 eq {
/SAltSubArray SAlternateCMYK NFoil SCurIter sub 1 sub 4 mul 4 getinterval def
/SAltK SAltK SCurTint SAltSubArray 3 get mul add def
/SAltY SAltY SCurTint SAltSubArray 2 get mul add def
/SAltM SAltM SCurTint SAltSubArray 1 get mul add def
/SAltC SAltC SCurTint SAltSubArray 0 get mul add def
}{
/SAltSubArray SAlternateCMYK NFoil SCurIter sub 1 sub 3 mul 3 getinterval def
/SAltY SAltY SCurTint SAltSubArray 2 get 1 exch sub mul add def
/SAltM SAltM SCurTint SAltSubArray 1 get 1 exch sub mul add def
/SAltC SAltC SCurTint SAltSubArray 0 get 1 exch sub mul add def
}ifelse
} for
SLColorSpace 1 eq {
SAltY SpotGF_LN /SAltY exch 1 exch sub def
SAltM SpotGF_LN /SAltM exch 1 exch sub def
SAltC SpotGF_LN /SAltC exch 1 exch sub def
}if
SAltC SpotGF_LN SAltM SpotGF_LN SAltY SpotGF_LN  SLColorSpace 0 eq{SAltK SpotGF_LN}if
}] setcolorspace
} bdf

%/SpotGF_SetColorSpace
%{
%[/DeviceN SFoilNames /DeviceCMYK {
%/SAltC 0.0 def
%/SAltM 0.0 def
%/SAltY 0.0 def
%/SAltK 0.0 def
%0 1 NFoil 1 sub{
%/SCurIter xdf
%/SCurTint xdf
%/SAltSubArray SAlternateCMYK NFoil SCurIter sub 1 sub 4 mul 4 getinterval def
%/SAltK SAltK SCurTint SAltSubArray 3 get mul add def
%/SAltY SAltY SCurTint SAltSubArray 2 get mul add def
%/SAltM SAltM SCurTint SAltSubArray 1 get mul add def
%/SAltC SAltC SCurTint SAltSubArray 0 get mul add def
%} for
%SAltC SpotGF_LN SAltM SpotGF_LN SAltY SpotGF_LN SAltK SpotGF_LN 
%}] setcolorspace
%} bdf

/SpotGF_Duotone_SetStartColor
{
0 1 NFoil 1 sub
{
/FoilIndex xdf
/Mo
FoilIndex SpectraFlag lt
{
SFromMarkers 1 get
}
{
SToMarkers 1 get
}ifelse
def
STintValues FoilIndex get Mo mul
} for
setcolor
} bdf
/SpotGF_Duotone_SetEndColor
{
0 1 NFoil 1 sub
{
/FoilIndex xdf
/Mf
FoilIndex SpectraFlag lt
{
SFromMarkers dup length 1 sub get
}
{
SToMarkers dup length 1 sub get
}ifelse
def
STintValues FoilIndex get Mf mul
} for
setcolor
} bdf
/SpotGF_Duotone_GetTintInfo
{
/NTintSteps SFromMarkers MarkerIndex 1 add 2 mul get def
/StartEndTints
[
0 1 NFoil 1 sub
{
/FoilIndex xdf
/MStart
FoilIndex SpectraFlag lt
{
SFromMarkers MarkerIndex 2 mul 1 add get
}
{
SToMarkers MarkerIndex 2 mul 1 add get
}ifelse
def
/MEnd
FoilIndex SpectraFlag lt
{
SFromMarkers MarkerIndex 1 add 2 mul 1 add get
}
{
SToMarkers MarkerIndex 1 add 2 mul 1 add get
}ifelse
def
STintValues FoilIndex get dup MStart mul exch MEnd mul
}for
] def
} bdf
/SpotGF_Duotone_CalcDeltaTint
{
/DeltaTints
[
0 1 NFoil 1 sub
{
2 mul StartEndTints exch 2 getinterval aload pop sub NTintSteps div
}for
] def
}bdf
/SpotGF_Duotone_SetTint
{
0 1 NFoil 1 sub
{
/FoilIndex xdf
StartEndTints FoilIndex 2 mul get
DeltaTints FoilIndex get
TintStepsIndex mul sub
}for
setcolor
} bdf
/SpotGF_Duotone_Smooth
{
SpotGF_SetColorSpace
SpotGF_Duotone_SetStartColor
SpotGF_Start
0 1 NMarkers 2 sub
{
/MarkerIndex xdf
SpotGF_Duotone_GetTintInfo
SpotGF_Duotone_CalcDeltaTint
0 1 NTintSteps 1 sub
{
/TintStepsIndex xdf
SpotGF_Duotone_SetTint
SpotGF_FillStep
SpotGF_TranslateStep
} for
} for
SpotGF_Duotone_SetEndColor
SpotGF_End
} bdf

/SpotGF_Monotone_Data
{
/SLColorSpace xdf
dup length 1 eq {0 get /SFoilNames xdf /NFoil 1 def }{/SFoilNames xdf /NFoil SFoilNames length def}ifelse
/STintValues xdf
/SAlternateCMYK xdf
/SMarkers xdf
/NMarkers SMarkers length 2 div def
}bdf

%/SpotGF_Monotone_Data
%{
%/SFoilNames xdf
%/STintValues xdf
%/SAlternateCMYK xdf
%/SMarkers xdf
%/NFoil SFoilNames length def
%/NMarkers SMarkers length 2 div def
%}bdf

/SpotGF_Monotone_SetStartColor
{
/Mo SMarkers 1 get def
0 1 NFoil 1 sub
{
STintValues exch get Mo mul
}for
setcolor
}bdf
/SpotGF_Monotone_SetEndColor
{
/Mf SMarkers dup length 1 sub get def
0 1 NFoil 1 sub
{
STintValues exch get Mf mul
}for
setcolor
}bdf
/SpotGF_Monotone_GetTintInfo
{
/NTintSteps SMarkers MarkerIndex 1 add 2 mul get def
/MStart SMarkers MarkerIndex 2 mul 1 add get def
/MEnd SMarkers MarkerIndex 1 add 2 mul 1 add get def
/StartEndTints
[
0 1 NFoil 1 sub
{
STintValues exch get dup MStart mul exch MEnd mul
}for
]def
}bdf
/SpotGF_Monotone_CalcDeltaTint
{
/DeltaTints
[
0 1 NFoil 1 sub
{
2 mul StartEndTints exch 2 getinterval aload pop sub NTintSteps div
}for
]def
}bdf
/SpotGF_Monotone_SetTint
{
0 1 NFoil 1 sub
{
/FoilIndex xdf
StartEndTints FoilIndex 2 mul get
DeltaTints FoilIndex get
TintStepsIndex mul sub
}for
setcolor
} bdf
/SpotGF_Monotone_Smooth
{
SpotGF_SetColorSpace
SpotGF_Monotone_SetStartColor
SpotGF_Start
0 1 NMarkers 2 sub
{
/MarkerIndex xdf
SpotGF_Monotone_GetTintInfo
SpotGF_Monotone_CalcDeltaTint
0 1 NTintSteps 1 sub
{
/TintStepsIndex xdf
SpotGF_Monotone_SetTint
SpotGF_FillStep
SpotGF_TranslateStep
}for
}for
SpotGF_Monotone_SetEndColor
SpotGF_End
}bdf
/SpotGF_TM_Data
{
/SGFType xdf
/Sty xdf
/Stx xdf
/Sr22 xdf
/Sr21 xdf
/Sr12 xdf
/Sr11 xdf
/SNumSteps xdf
}bdf
/SpotGF_FillStep
{
SGFType 1 eq
{
n
SWidth neg 0 m
SWidth 0 l
SWidth SStepSize l
SWidth neg SStepSize l
Cp
GHfill
}if
SGFType 3 eq
{
n
0 0 m
0 0 SRadius 0 360 arc
/SNewRadius SRadius SStepSize 1.1 mul sub def
SNewRadius 0 le
{
GHfill
}
{
0 0 SNewRadius 0 360 arc
GHeofill
}ifelse
}if
SGFType 4 eq
{
n
SRadius dup neg dup m
2 mul dup 0 rl
dup 0 exch rl
neg 0 rl
Cp
/SNewRadius SRadius SStepSize 1.1 mul sub def
SNewRadius 0 le
{
GHfill
}
{
SNewRadius dup neg dup m
2 mul dup 0 rl
dup 0 exch rl
neg 0 rl
Cp
GHeofill
}ifelse
GHfill
}if
}bdf
/SpotGF_TranslateStep
{
SGFType 1 eq
{
0 SStepSize translate
}if
SGFType 3 eq SGFType 4 eq or
{
/SRadius SRadius SStepSize sub def
}if
}bdf
/SpotGF_End
{
SGFType 1 eq
{
n
SWidth neg 0 m
SWidth 0 l
SWidth SPadHeight l
SWidth neg SPadHeight l
Cp
GHfill
}if
SGFType 3 eq
{
n
0 0 m
0 0 SRadius 0 360 arc
GHfill
}if
SGFType 4 eq
{
n
SRadius dup neg dup m
2 mul dup 0 rl
dup 0 exch rl
neg 0 rl
Cp
GHfill
}if
}bdf
/SpotGF_Start
{
SCP
SGFType 1 eq
{
[Sr11 Sr12 Sr21 Sr22 Stx Sty] matrix currentmatrix matrix concatmatrix setmatrix
/SStepSize 1 SNumSteps div def
pathbbox abs 3 -1 roll abs Max /SPadHeight xdf
abs exch abs Max /SWidth xdf
GHfill
}if
SGFType 3 eq SGFType 4 eq or
{
[Sr11 Sr12 Sr21 Sr22 Stx Sty] matrix currentmatrix matrix concatmatrix setmatrix
/SRadius 1 def
/SStepSize SRadius SNumSteps div def
GHfill
}if
}bdf
/SpotGF_Multitone_Data
{
/SLColorSpace xdf
/STotalFoils xdf %array of triplets [ bool string string] =>  [ bSpectratone topfoil bottomfoil]
/STotalTintValues xdf %array of pairs [double double] => [toptint bottomtint]
/SFoilPositions xdf %array of integers [int] => [position]
/SAlternateCMYK xdf %array
/SAltStartCMYK xdf %array
/SAltEndCMYK xdf %array
/SBoostPos xdf %double
/NTotalFoils STotalFoils length 3 div cvi def
}bdf
/SpotGF_Multitone_CurAlt
{
SLColorSpace 0 eq {/SLIndex4 4 def /SLIndex8 8 def}{/SLIndex4 3 def /SLIndex8 6 def}ifelse
SGFType 1 eq
{
/ArrayIndex MarkerIndex def
}
{
/ArrayIndex NTotalFoils MarkerIndex sub 1 sub def
}ifelse
ArrayIndex NTotalFoils 1 sub eq %only one foil left
{
STotalFoils ArrayIndex 3 mul get 0 eq
{ % monotone spot color
/SCurAltCMYK [ SAlternateCMYK ArrayIndex SLIndex8 mul SLIndex4 getinterval aload pop ] def
}
{ % Spectratone spot color
/SCurAltCMYK [ SAlternateCMYK ArrayIndex SLIndex8 mul SLIndex8 getinterval aload pop ] def
}ifelse
}
{
/SubArray STotalFoils ArrayIndex 3 mul 6 getinterval def
[
SubArray 0 get 0 eq
{ % 1st monotone spot color
SAlternateCMYK ArrayIndex SLIndex8 mul SLIndex4 getinterval aload pop
}
{ % 1st Spectratone spot color
SAlternateCMYK ArrayIndex SLIndex8 mul SLIndex8 getinterval aload pop
}ifelse
SubArray 3 get 0 eq
{ % 2nd monotone spot color
SAlternateCMYK ArrayIndex SLIndex8 mul SLIndex8 add SLIndex4 getinterval aload pop
}
{ % 2nd Spectratone spot color
SAlternateCMYK ArrayIndex SLIndex8 mul SLIndex8 add SLIndex8 getinterval aload pop
}ifelse
]  /SCurAltCMYK xdf
}ifelse
}bdf
%/SpotGF_Multitone_CurAlt
%{
%SGFType 1 eq
%{
%/ArrayIndex MarkerIndex def
%}
%{
%/ArrayIndex NTotalFoils MarkerIndex sub 1 sub def
%}ifelse
%ArrayIndex NTotalFoils 1 sub eq %only one foil left
%{
%STotalFoils ArrayIndex 3 mul get 0 eq
%{ % monotone spot color
%/SCurAltCMYK [ SAlternateCMYK ArrayIndex 8 mul 4 getinterval aload pop ] def
%}
%{ % Spectratone spot color
%/SCurAltCMYK [ SAlternateCMYK ArrayIndex 8 mul 8 getinterval aload pop ] def
%}ifelse
%}
%{
%/SubArray STotalFoils ArrayIndex 3 mul 6 getinterval def
%[
%SubArray 0 get 0 eq
%{ % 1st monotone spot color
%SAlternateCMYK ArrayIndex 8 mul 4 getinterval aload pop
%}
%{ % 1st Spectratone spot color
%SAlternateCMYK ArrayIndex 8 mul 8 getinterval aload pop
%}ifelse
%SubArray 3 get 0 eq
%{ % 2nd monotone spot color
%SAlternateCMYK ArrayIndex 8 mul 8 add 4 getinterval aload pop
%}
%{ % 2nd Spectratone spot color
%SAlternateCMYK ArrayIndex 8 mul 8 add 8 getinterval aload pop
%}ifelse
%] /SCurAltCMYK xdf
%}ifelse
%}bdf
/SpotGF_Multitone_SetColorSpace
{
SGFType 1 eq
{
/ArrayIndex MarkerIndex def
}
{
/ArrayIndex NTotalFoils MarkerIndex sub 1 sub def
}ifelse
ArrayIndex NTotalFoils 1 sub eq %only one foil left
{
/SubArray STotalFoils ArrayIndex 3 mul 3 getinterval def
SubArray 0 get 0 eq
{ % monotone spot color
/SFoilNames [ SubArray 1 get ] def
/NFoil 1 def
}
{ % Spectratone spot color
/SFoilNames [ SubArray 1 get SubArray 2 get ] def
/NFoil 2 def
}ifelse
}
{
/SubArray STotalFoils ArrayIndex 3 mul 6 getinterval def
/NFoil 0 def
[
SubArray 0 get 0 eq
{ % 1st monotone spot color
SubArray 1 get
/NFoil NFoil 1 add def
}
{ % 1st Spectratone spot color
SubArray 1 get SubArray 2 get
/NFoil NFoil 2 add def
}ifelse
SubArray 3 get 0 eq
{ % 2nd monotone spot color
SubArray 4 get
/NFoil NFoil 1 add def
}
{ % 2nd Spectratone spot color
SubArray 4 get SubArray 5 get
/NFoil NFoil 2 add def
}ifelse
] /SFoilNames xdf
}ifelse
[/DeviceN SFoilNames SLColorSpace 0 eq {/DeviceCMYK }{/DeviceRGB }ifelse {
/SAltC 0.0 def
/SAltM 0.0 def
/SAltY 0.0 def
/SAltK 0.0 def
0 1 NFoil 1 sub{
/SCurIter xdf
/SCurTint xdf
SLColorSpace 0 eq {
/SAltSubArray SCurAltCMYK NFoil SCurIter sub 1 sub 4 mul 4 getinterval def
/SAltK SAltK SCurTint SAltSubArray 3 get mul add def
/SAltY SAltY SCurTint SAltSubArray 2 get mul add def
/SAltM SAltM SCurTint SAltSubArray 1 get mul add def
/SAltC SAltC SCurTint SAltSubArray 0 get mul add def
}{
/SAltSubArray SCurAltCMYK NFoil SCurIter sub 1 sub 3 mul 3 getinterval def
/SAltY SAltY SCurTint SAltSubArray 2 get 1 exch sub mul add def
/SAltM SAltM SCurTint SAltSubArray 1 get 1 exch sub mul add def
/SAltC SAltC SCurTint SAltSubArray 0 get 1 exch sub mul add def
}ifelse
} for
SLColorSpace 1 eq {
SAltY SpotGF_LN /SAltY exch 1 exch sub def
SAltM SpotGF_LN /SAltM exch 1 exch sub def
SAltC SpotGF_LN /SAltC exch 1 exch sub def
}if
SAltC SpotGF_LN SAltM SpotGF_LN SAltY SpotGF_LN SLColorSpace 0 eq{SAltK }if
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%/SpotGF_Multitone_SetColorSpace
%{
%SGFType 1 eq
%{
%/ArrayIndex MarkerIndex def
%}
%{
%/ArrayIndex NTotalFoils MarkerIndex sub 1 sub def
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%ArrayIndex NTotalFoils 1 sub eq %only one foil left
%{
%/SubArray STotalFoils ArrayIndex 3 mul 3 getinterval def
%SubArray 0 get 0 eq
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%/SFoilNames [ SubArray 1 get ] def
%/NFoil 1 def
%}
%{ % Spectratone spot color
%/SFoilNames [ SubArray 1 get SubArray 2 get ] def
%/NFoil 2 def
%}ifelse
%}
%{
%/SubArray STotalFoils ArrayIndex 3 mul 6 getinterval def
%/NFoil 0 def
%[
%SubArray 0 get 0 eq
%{ % 1st monotone spot color
%SubArray 1 get
%/NFoil NFoil 1 add def
%}
%{ % 1st Spectratone spot color
%SubArray 1 get SubArray 2 get
%/NFoil NFoil 2 add def
%}ifelse
%SubArray 3 get 0 eq
%{ % 2nd monotone spot color
%SubArray 4 get
%/NFoil NFoil 1 add def
%}
%{ % 2nd Spectratone spot color
%SubArray 4 get SubArray 5 get
%/NFoil NFoil 2 add def
%}ifelse
%] /SFoilNames xdf
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%[/DeviceN SFoilNames /DeviceCMYK {
%/SAltC 0.0 def
%/SAltM 0.0 def
%/SAltY 0.0 def
%/SAltK 0.0 def
%0 1 NFoil 1 sub{
%/SCurIter xdf
%/SCurTint xdf
%/SAltSubArray SCurAltCMYK NFoil SCurIter sub 1 sub 4 mul 4 getinterval def
%/SAltK SAltK SCurTint SAltSubArray 3 get mul add def
%/SAltY SAltY SCurTint SAltSubArray 2 get mul add def
%/SAltM SAltM SCurTint SAltSubArray 1 get mul add def
%/SAltC SAltC SCurTint SAltSubArray 0 get mul add def
%} for
%SAltC SAltM SAltY SAltK
%}] setcolorspace
%} bdf
/SpotGF_Multitone_GetStepsInfo
{
SGFType 1 eq
{
/ArrayIndex MarkerIndex def
}
{
/ArrayIndex NTotalFoils MarkerIndex sub 1 sub def
}ifelse
ArrayIndex NTotalFoils 1 sub eq %only one foil left
{
100 SFoilPositions ArrayIndex get sub SNumSteps mul 100 div
/NMultiSteps xdf
}
{
SFoilPositions ArrayIndex get
SFoilPositions ArrayIndex 1 add get
exch sub SNumSteps mul 100 div
/NMultiSteps xdf
}ifelse
} bdf
/SpotGF_Multitone_SetStepColor
{
SGFType 1 eq
{
/MultiToStep MultiStepsIndex NMultiSteps div def
/MultiFromStep 1 MultiToStep sub def
/ArrayIndex MarkerIndex def
}
{
/MultiFromStep MultiStepsIndex NMultiSteps div def
/MultiToStep 1 MultiFromStep sub def
/ArrayIndex NTotalFoils MarkerIndex sub 1 sub def
}ifelse
MultiToStep SBoostPos ge
{
/MultiToStep 1.0 def
}
{
/MultiToStep MultiToStep SBoostPos div def
}ifelse
MultiFromStep SBoostPos ge
{
/MultiFromStep 1.0 def
}
{
/MultiFromStep MultiFromStep SBoostPos div def
}ifelse
ArrayIndex NTotalFoils 1 sub eq %only one foil left
{
/SubArray STotalFoils ArrayIndex 3 mul 3 getinterval def
SubArray 0 get 0 eq
{ % monotone spot color
STotalTintValues ArrayIndex 2 mul get MultiFromStep mul
}
{ % Spectratone spot color
STotalTintValues ArrayIndex 2 mul get MultiFromStep mul
STotalTintValues ArrayIndex 2 mul 1 add get MultiFromStep mul
}ifelse
}
{
/SubArray STotalFoils ArrayIndex 3 mul 6 getinterval def
SubArray 0 get 0 eq
{ % 1st monotone spot color
STotalTintValues ArrayIndex 2 mul get MultiFromStep mul
}
{ % 1st Spectratone spot color
STotalTintValues ArrayIndex 2 mul get MultiFromStep mul
STotalTintValues ArrayIndex 2 mul 1 add get MultiFromStep mul
}ifelse
SubArray 3 get 0 eq
{ % 2nd monotone spot color
STotalTintValues ArrayIndex 2 mul 2 add get MultiToStep mul
}
{ % 2nd Spectratone spot color
STotalTintValues ArrayIndex 2 mul 2 add get MultiToStep mul
STotalTintValues ArrayIndex 2 mul 3 add get MultiToStep mul
}ifelse
}ifelse
setcolor       
}bdf
/SpotGF_Multitone_SetStartColor
{
SGFType 1 eq
{
/SubArray STotalFoils 0 3 getinterval def
SubArray 0 get 0 eq
{% monotone color
[/DeviceN [ SubArray 1 get ] SLColorSpace 0 eq {/DeviceCMYK }{/DeviceRGB }ifelse {pop SAltStartCMYK aload pop}] setcolorspace
STotalTintValues 0 get setcolor
}
{ %duotone color
[/DeviceN [ SubArray 1 get SubArray 2 get ] SLColorSpace 0 eq {/DeviceCMYK }{/DeviceRGB }ifelse {pop pop SAltStartCMYK aload pop}] setcolorspace
STotalTintValues 0 get
STotalTintValues 1 get
setcolor
}ifelse
}
{
/StartColor SFoilPositions length 1 sub def
SFoilPositions StartColor get 100 eq
{
/SubArray STotalFoils StartColor 3 mul 3 getinterval def
SubArray 0 get 0 eq
{% monotone color
[/DeviceN [ SubArray 1 get ] SLColorSpace 0 eq {/DeviceCMYK }{/DeviceRGB }ifelse {pop SAltStartCMYK aload pop}] setcolorspace
STotalTintValues StartColor 2 mul get setcolor
}
{ %duotone color
[/DeviceN [ SubArray 1 get SubArray 2 get ] SLColorSpace 0 eq {/DeviceCMYK }{/DeviceRGB }ifelse {pop pop SAltStartCMYK aload pop}] setcolorspace
STotalTintValues StartColor 2 mul get
STotalTintValues StartColor 2 mul 1 add get
setcolor
}ifelse
}
{%last color is white
1.0 1.0 1.0 setrgbcolor
}ifelse
}ifelse
}bdf
%/SpotGF_Multitone_SetStartColor
%{
%SGFType 1 eq
%{
%/SubArray STotalFoils 0 3 getinterval def
%SubArray 0 get 0 eq
%{% monotone color
%[/DeviceN [ SubArray 1 get ] /DeviceCMYK {pop SAltStartCMYK aload pop}] setcolorspace
%STotalTintValues 0 get setcolor
%}
%{ %duotone color
%[/DeviceN [ SubArray 1 get SubArray 2 get ] /DeviceCMYK {pop pop SAltStartCMYK aload pop}] setcolorspace
%STotalTintValues 0 get
%STotalTintValues 1 get
%setcolor
%}ifelse
%}
%{
%/StartColor SFoilPositions length 1 sub def
%SFoilPositions StartColor get 100 eq
%{
%/SubArray STotalFoils StartColor 3 mul 3 getinterval def
%SubArray 0 get 0 eq
%{% monotone color
%[/DeviceN [ SubArray 1 get ] /DeviceCMYK {pop SAltStartCMYK aload pop}] setcolorspace
%STotalTintValues StartColor 2 mul get setcolor
%}
%{ %duotone color
%[/DeviceN [ SubArray 1 get SubArray 2 get ] /DeviceCMYK {pop pop SAltStartCMYK aload pop}] setcolorspace
%STotalTintValues StartColor 2 mul get
%STotalTintValues StartColor 2 mul 1 add get
%setcolor
%}ifelse
%}
%{%last color is white
%1.0 1.0 1.0 setrgbcolor
%}ifelse
%}ifelse
%}bdf
/SpotGF_Mulitione_SetEndColor
{
SGFType 1 eq
{
/EndColor SFoilPositions length 1 sub def
SFoilPositions EndColor get 100 eq
{
/SubArray STotalFoils EndColor 3 mul 3 getinterval def
SubArray 0 get 0 eq
{% monotone color
[/DeviceN [ SubArray 1 get ] SLColorSpace 0 eq {/DeviceCMYK }{/DeviceRGB }ifelse {pop SAltEndCMYK aload pop}] setcolorspace
STotalTintValues EndColor 2 mul get setcolor
}
{ %duotone color
[/DeviceN [ SubArray 1 get SubArray 2 get ] SLColorSpace 0 eq {/DeviceCMYK }{/DeviceRGB }ifelse {pop pop SAltEndCMYK aload pop}] setcolorspace
STotalTintValues EndColor 2 mul get
STotalTintValues EndColor 2 mul 1 add get
setcolor
}ifelse
}
{%last color is white
1.0 1.0 1.0 setrgbcolor
}ifelse
}
{
/SubArray STotalFoils 0 3 getinterval def
SubArray 0 get 0 eq
{% monotone color
[/DeviceN [ SubArray 1 get ] SLColorSpace 0 eq {/DeviceCMYK }{/DeviceRGB }ifelse {pop SAltEndCMYK aload pop}] setcolorspace
STotalTintValues 0 get setcolor
}
{ %duotone color
[/DeviceN [ SubArray 1 get SubArray 2 get ] SLColorSpace 0 eq {/DeviceCMYK }{/DeviceRGB }ifelse {pop pop SAltEndCMYK aload pop}] setcolorspace
STotalTintValues 0 get
STotalTintValues 1 get
setcolor
}ifelse
}ifelse
}bdf
%/SpotGF_Mulitione_SetEndColor
%{
%SGFType 1 eq
%{
%/EndColor SFoilPositions length 1 sub def
%SFoilPositions EndColor get 100 eq
%{
%/SubArray STotalFoils EndColor 3 mul 3 getinterval def
%SubArray 0 get 0 eq
%{% monotone color
%[/DeviceN [ SubArray 1 get ] /DeviceCMYK {pop SAltEndCMYK aload pop}] setcolorspace
%STotalTintValues EndColor 2 mul get setcolor
%}
%{ %duotone color
%[/DeviceN [ SubArray 1 get SubArray 2 get ] /DeviceCMYK {pop pop SAltEndCMYK aload pop}] setcolorspace
%STotalTintValues EndColor 2 mul get
%STotalTintValues EndColor 2 mul 1 add get
%setcolor
%}ifelse
%}
%{%last color is white
%1.0 1.0 1.0 setrgbcolor
%}ifelse
%}
%{
%/SubArray STotalFoils 0 3 getinterval def
%SubArray 0 get 0 eq
%{% monotone color
%[/DeviceN [ SubArray 1 get ] /DeviceCMYK {pop SAltEndCMYK aload pop}] setcolorspace
%STotalTintValues 0 get setcolor
%}
%{ %duotone color
%[/DeviceN [ SubArray 1 get SubArray 2 get ] /DeviceCMYK {pop pop SAltEndCMYK aload pop}] setcolorspace
%STotalTintValues 0 get
%STotalTintValues 1 get
%setcolor
%}ifelse
%}ifelse
%}bdf
/SpotGF_Multitone_Smooth
{
/MarkerIndex 0 def
SpotGF_Multitone_SetStartColor
SpotGF_Start
0 1 NTotalFoils 1 sub
{
/MarkerIndex xdf
SpotGF_Multitone_CurAlt
SpotGF_Multitone_SetColorSpace
SpotGF_Multitone_GetStepsInfo
0 1 NMultiSteps 1 sub
{
/MultiStepsIndex xdf
SpotGF_Multitone_SetStepColor
SpotGF_FillStep
SpotGF_TranslateStep
} for
} for
SpotGF_Mulitione_SetEndColor
SpotGF_End
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/FType 2 def
/GbSmooth xdf
/GRepNum xdf
/GRepType xdf
/GDir xdf
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/GAng xdf
/GScaleY xdf
/GScaleX xdf
/GOriginY xdf
/GOriginX xdf
/GNewLinearType xdf
/GType xdf
/GNumSteps xdf
/GColArray xdf
GRepType 1 eq {/GRepNum 1 def} if
} bdf
/G
{
/FType 2 def
/GbSmooth xdf
/GRepNum xdf
/GRepType xdf
/GDir xdf
/Gty xdf
/Gtx xdf
/Gr22 xdf
/Gr21 xdf
/Gr12 xdf
/Gr11 xdf
/GNewLinearType xdf
/GType xdf
/GNumSteps xdf
/GColArray xdf
GRepType 1 eq {/GRepNum 1 def} if
} bdf
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{
3 -1 roll
2 1 roll
sub
dup
mul
3 1 roll
sub
dup
mul
add
sqrt
ceiling
cvi
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pathbbox
0 0 DistBtwPts
3 1 roll
0 0 DistBtwPts
Max
pathbbox
exch
3 -1 roll
0 0 DistBtwPts
3 1 roll
0 0 DistBtwPts
Max
Max
} bdf
/SepTintProc
{
/blue xdf
/green xdf
/red xdf
/tint xdf
/1-t 1 tint sub def
red tint mul 1-t add
green tint mul 1-t add
blue tint mul 1-t add
}bdf
/SepCMYKTintProc
{
/slblack xdf
/slyellow xdf
/slmagenta xdf
/slcyan xdf
/tint xdf
slcyan tint mul
slmagenta tint mul 
slyellow tint mul 
slblack tint mul 
}bdf
/SLLandscape
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/$op$ exch def
currentoverprint
true setoverprint
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1 1 statusdict begin printer_desc begin numplanes end end
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end %Signlab5Dict
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end %userdict