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%!PS-Adobe-2.0 EPSF-1.2\r
%%Creator: Xara X\r
%%For: (Unregistered user) (Unregistered company)\r
%%Title: (velikost8.xar)\r
%%CreationDate: (11/02/08) (09:37 PM)\r
%%BoundingBox: 7 12 447 369\r
%%HiResBoundingBox: 7.148 12.362 446.455 368.162\r
%%AWColourTable\r
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%%+h (Orange-Red) 15.0 100.0 100.0\r
%%+h (Orange) 30.0 100.0 100.0\r
%%+h (Orange-Yellow) 45.0 100.0 100.0\r
%%+h (Yellow) 60.0 100.0 100.0\r
%%+h (Yellow-Chartreuse) 75.0 100.0 100.0\r
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%%+h (Green) 120.0 100.0 100.0\r
%%+h (Green-SpringGreen) 135.0 100.0 100.0\r
%%+h (Spring Green) 150.0 100.0 100.0\r
%%+h (SpringGreen-Cyan) 165.0 100.0 100.0\r
%%+h (Cyan) 180.0 100.0 100.0\r
%%+h (Sky Blue) 195.0 100.0 100.0\r
%%+h (Mid Blue) 210.0 100.0 100.0\r
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%%+h (Blue) 240.0 100.0 100.0\r
%%+h (Blue-Indigo) 255.0 100.0 100.0\r
%%+h (Indigo) 270.0 100.0 100.0\r
%%+h (Violet) 285.0 100.0 100.0\r
%%+h (Magenta) 300.0 100.0 100.0\r
%%+h (Magenta-Crimson) 315.0 100.0 100.0\r
%%+h (Crimson) 330.0 100.0 100.0\r
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%%EndComments\r
%%BeginProlog\r
\r
%%BeginResource: procset XaraStudio1Dict\r
% Copyright (c) 1995,1996 Xara Ltd\r
/XaraStudio1Dict 300 dict def XaraStudio1Dict begin\r
/bd{bind def}bind def/ld{load def}bind def/xd{exch def}bind def/sv{save}bd\r
/rs{restore}bd/gs{gsave}bd/gr{grestore}bd/bg{begin}bd/en{end}bd/level2\r
/languagelevel where{pop languagelevel 2 ge}{false}ifelse def/setseps{\r
/v_gseps xd}bd/setplate{/v_plate xd}bd/setkgray{/v_keyg xd}bd/setmono{\r
/v_mono xd}bd/rgb2gray{0.109 mul exch 0.586 mul add exch 0.305 mul\r
add}bd/cmyk2rgb{3{dup 5 -1 roll add dup 1 gt{pop 1}if 1 exch sub exch}repeat\r
pop}bd/rgb2cmyk{3{1.0 exch sub 3 1 roll}repeat 3 copy 2 copy gt{exch}if\r
pop 2 copy gt{exch}if pop dup 0.5 gt{0.5 sub dup 3{5 1 roll dup 3 1\r
roll sub}repeat 5 1 roll pop}{pop 0}ifelse}bd/cmyk2hsb{3{dup 5 -1 roll\r
add 1 exch sub dup 0 lt{pop 0}if exch}repeat pop rgb2hsb}bd/rgb2hsb{setrgbcolor\r
currenthsbcolor}bd/readcurve{exch 255.0 mul 0.5 add cvi get 255.0 div}bd\r
/rgb2devcmyk{3 copy dup 3 1 roll eq 3 1 roll eq v_keyg 1 eq and and{pop\r
pop 1 exch sub 0 0 0 4 -1 roll}{/ucurve where{pop 3{1.0 exch sub 3\r
1 roll}repeat 3 copy 2 copy gt{exch}if pop 2 copy gt{exch}if pop dup\r
ucurve readcurve exch bcurve readcurve clamp01 3{5 1 roll dup 3 1 roll\r
sub clamp01}repeat 5 1 roll pop 4 1 roll ycurve readcurve 4 1 roll\r
mcurve readcurve 4 1 roll ccurve readcurve 4 1 roll}{rgb2cmyk}ifelse}ifelse}def\r
/rgb2keyG{3 copy dup 3 1 roll eq 3 1 roll eq and{pop pop}{Max3}ifelse\r
1 exch sub bcurve readcurve clamp01}bd/rgb2key{Max3 1 exch sub bcurve\r
readcurve clamp01}bd/rgb2cyanG{3 copy dup 3 1 roll eq 3 1 roll eq and{pop\r
pop pop 0}{rgb2cyan}ifelse}bd/rgb2cyan{3 copy Max3 1 exch sub ucurve\r
readcurve 4 1 roll pop pop 1 exch sub exch sub ccurve readcurve clamp01}bd\r
/rgb2magentaG{3 copy dup 3 1 roll eq 3 1 roll eq and{pop pop pop 0}{rgb2magenta}ifelse}bd\r
/rgb2magenta{3 copy Max3 1 exch sub ucurve readcurve 4 1 roll pop\r
1 exch sub 3 1 roll pop sub mcurve readcurve clamp01}bd/rgb2yellowG{3\r
copy dup 3 1 roll eq 3 1 roll eq and{pop pop pop 0}{rgb2yellow}ifelse}bd\r
/rgb2yellow{3 copy Max3 1 exch sub ucurve readcurve 4 1 roll 1 exch\r
sub 4 1 roll pop pop sub ycurve readcurve clamp01}bd/rgb2plategray{v_keyg\r
0 eq v_plate v_cpky eq{{rgb2key}{rgb2keyG}ifelse}{v_plate v_cpyl eq{{rgb2yellow}{rgb2yellowG}ifelse}{v_plate\r
v_cpmg eq{{rgb2magenta}{rgb2magentaG}ifelse}{v_plate v_cpcy eq{{rgb2cyan}{rgb2cyanG}ifelse}{{rgb2key}{rgb2keyG}ifelse}ifelse}ifelse}ifelse}ifelse\r
1 exch sub setgray}bd/dc{0 def}bd/aca{/v_cpnone 0 def/v_cpcy 1 def\r
/v_cpyl 2 def/v_cpmg 3 def/v_cpky 4 def/v_gseps 0 def/v_keyg 0 def\r
/v_plate v_cpnone def/v_mono 0 def/v_wr dc/v_fc dc/v_fm dc/v_fy dc\r
/v_fk dc/v_fg dc/v_fr dc/v_fg dc/v_fb dc/v_sc dc/v_sm dc/v_sy dc/v_sk\r
dc/v_sg dc/v_sr dc/v_sg dc/v_sb dc/v_sct 0 def/v_fct 0 def/v_ft 0 def\r
/v_cxe 0 def/v_cxm 0 def/v_sa -1 def/v_ea -1 def/sR dc/sG dc/sB dc\r
/mR dc/mG dc/mB dc/eR dc/eG dc/eB dc/sC dc/sM dc/sY dc/sK dc/eC dc\r
/eM dc/eY dc/eK dc/sH dc/sS dc/sV dc/eH dc/eS dc/eV dc/sGy dc/eGy\r
dc/mGy dc/ci_datasrc dc/ci_matrix dc/ci_dataleft dc/ci_buf dc/ci_dataofs\r
dc/ci_y dc/rciBuf dc/cbslw dc/cmiBuf dc/cPalette dc/cpci_datasrc dc\r
/cpci_matrix dc/cpci_bpp dc/cpci_y dc/cpci_sampsleft dc/cpci_nextcol\r
dc/cpci_buf dc/startX dc/startY dc/endX dc/endY dc/endX2 dc/endY2 dc\r
/fillX dc/urx dc/ury dc/llx dc/lly dc/incD dc/distance dc/slice dc\r
/startangle dc/Steps dc/incH dc/incS dc/incV dc/incR dc/incG dc/incB\r
dc/incGy dc 0.25 setlinewidth [] 0 setdash 0 setlinejoin 0 setlinecap}bd\r
aca/setplategray{v_plate v_cpky eq{1 exch sub setgray pop pop pop}{v_plate\r
v_cpyl eq{pop 1 exch sub setgray pop pop}{v_plate v_cpmg eq{pop pop\r
1 exch sub setgray pop}{v_plate v_cpcy eq{pop pop pop 1 exch sub setgray}{1\r
exch sub setgray pop pop pop}ifelse}ifelse}ifelse}ifelse}bd/setplatecolor{v_plate\r
v_cpky eq{1 exch sub 0 0 0 4 -1 roll setcmykcolor pop pop pop}{v_plate\r
v_cpyl eq{pop 1 exch sub 0 0 0 4 2 roll setcmykcolor pop pop}{v_plate\r
v_cpmg eq{pop pop 1 exch sub 0 0 0 4 1 roll setcmykcolor pop}{v_plate\r
v_cpcy eq{pop pop pop 1 exch sub 0 0 0 setcmykcolor}{1 exch sub 0 0\r
0 4 -1 roll setcmykcolor pop pop pop}ifelse}ifelse}ifelse}ifelse}bd\r
/setcmykcolor where{pop}{/setcmykcolor{cmyk2rgb setrgbcolor}bd}ifelse\r
/setlogcmykcolor{v_gseps 1 eq{v_mono 1 eq{1 exch sub setgray pop pop\r
pop}{setcmykcolor}ifelse}{v_mono 1 eq{cmyk2rgb rgb2gray setgray}{setcmykcolor}ifelse}ifelse}bd\r
/setlogrgbcolor{v_gseps 1 eq{v_mono 1 eq{rgbtoplategray}{rgb2devcmyk\r
setplatecolor}ifelse}{v_mono 1 eq{rgb2gray setgray}{systemdict begin\r
setrgbcolor end}ifelse}ifelse}bd/setfillcolor{v_fct 0 eq{v_fc v_fm\r
v_fy v_fk setlogcmykcolor}{v_fr v_fg v_fb setlogrgbcolor}ifelse}bd\r
/setstrokecolor{v_sct 0 eq{v_sc v_sm v_sy v_sk setlogcmykcolor}{v_sr\r
v_sg v_sb setlogrgbcolor}ifelse}bd/setgfillcmyk{v_gseps 1 eq{v_mono\r
1 eq{cmyk2rgb rgb2plategray}{cmyk2rgb rgb2devcmyk setplatecolor}ifelse}{v_mono\r
1 eq{cmyk2rgb rgb2gray setgray}{setcmykcolor}ifelse}ifelse}bd/setgfillrgb{v_gseps\r
1 eq{v_mono 1 eq{rgb2plategray}{rgb2devcmyk setplatecolor}ifelse}{v_mono\r
1 eq{rgb2gray setgray}{systemdict begin setrgbcolor end}ifelse}ifelse}bd\r
/setgfillhsb{v_gseps 1 eq{v_mono 1 eq{systemdict begin sethsbcolor\r
currentrgbcolor end rgb2plategray}{systemdict begin sethsbcolor currentrgbcolor\r
end rgb2devcmyk setplatecolor}ifelse}{v_mono 1 eq{systemdict begin\r
sethsbcolor currentgray end setgray}{systemdict begin sethsbcolor end}ifelse}ifelse}bd\r
/Max{2 copy lt{exch}if pop}bd/Max3{2 copy lt{exch}if pop 2 copy lt{exch}if\r
pop}bd/Min{2 copy gt{exch}if pop}bd/Min3{2 copy gt{exch}if pop 2 copy\r
gt{exch}if pop}bd/clamp{3 1 roll Max 2 1 roll Min}bd/clamp01{0 Max\r
1 Min}bd/Pythag{dup mul exch dup mul add sqrt}bd/ssc{DeviceRGB setcolorspace\r
setcolor}bd/ssg{setgray}bd/p_render{}def/p_count 0 def/vis_flag true\r
def/DataString 3 string def/DataSrc{currentfile DataString readhexstring\r
pop}bd/DataStr1 1 string def/DataStr2 1 string def/DataStr3 1 string\r
def/DataSrc1{DataStr1}bd/DataSrc2{DataStr2}bd/DataSrc3{DataStr3}bd\r
/colorimage where{pop/ci{colorimage}bd}{/ci{pop pop/ci_datasrc exch\r
def matrix invertmatrix/ci_matrix exch def pop/ci_dataleft 0 def/ci_buf()def\r
/ci_dataofs 0 def 0 1 3 -1 roll 1 sub{/ci_y exch def dup 0 1 3 -1\r
roll 1 sub{0 1 2{pop ci_dataleft 0 eq{ci_datasrc dup length/ci_dataleft\r
exch def/ci_buf exch def/ci_dataofs 0 def}if ci_buf ci_dataofs get\r
255 div/ci_dataofs ci_dataofs 1 add def/ci_dataleft ci_dataleft 1 sub\r
def}for setrgbcolor dup ci_y 3 -1 roll 1 add ci_y 1 add 4 copy 5 1\r
roll 4 2 roll 5 -1 roll 1 1 4{pop ci_matrix transform 8 2 roll}for\r
m l l l closepath fill}for}for pop}bd}ifelse/rci{/rciBuf 4 index 3\r
index mul 7 add 8 div floor cvi string def{currentfile rciBuf readhexstring\r
pop}bind false 3 ci}bd/cbsl{2 eq/cbslL2 xd 5 index/cbslw xd translate\r
scale 8 [ 3 index 0 0 5 index 0 0 ] cbslL2{/DataStr1 cbslw string def\r
currentfile/ASCII85Decode filter/RunLengthDecode filter DataStr1 readstring\r
pop pop/DataStr2 cbslw string def currentfile/ASCII85Decode filter\r
/RunLengthDecode filter DataStr2 readstring pop pop/DataStr3 cbslw\r
string def currentfile/ASCII85Decode filter/RunLengthDecode filter\r
DataStr3 readstring pop pop{DataStr1}bind{DataStr2}bind{DataStr3}bind\r
true}{/DataSrc load false}ifelse 3 ci}bd/gbsl{2 eq/gbslL2 xd 5 index\r
/gbslw xd translate scale 8 [ 3 index 0 0 5 index 0 0 ] gbslL2{/DataStr1\r
gbslw string def currentfile/ASCII85Decode filter/RunLengthDecode filter\r
DataStr1 readstring pop pop{DataStr1}bind}{/DataStr1 gbslw string def\r
currentfile DataSrc1 readhexstring pop pop{DataStr1}bind}ifelse image}bd\r
/cmi{/cmiBuf 4 index 3 index mul 7 add 8 div floor cvi string def{currentfile\r
cmiBuf readhexstring pop}bind image}bd/cpal{4 mul string/cPalette exch\r
def currentfile cPalette readhexstring pop}bd/cpci{/cpci_datasrc exch\r
def matrix invertmatrix/cpci_matrix exch def/cpci_bpp exch def cpci_init\r
0 1 3 -1 roll 1 sub{/cpci_y exch def dup cpci_bpp 4 eq{cpci_sampsleft\r
1 eq{/cpci_sampsleft 0 def}if}if 0 1 3 -1 roll 1 sub{cpci_nextcol dup\r
cpci_y 3 -1 roll 1 add cpci_y 1 add 4 copy 5 1 roll 4 2 roll 5 -1 roll\r
1 1 4{pop cpci_matrix transform 8 2 roll}for m l l l closepath fill}for}for\r
pop}bd/cpci_init{/cpci_sampsleft 0 def}bd/cpci_buf 1 string def/cpci_nextcol{cpci_bpp\r
1 eq{cpci_sampsleft 0 eq{currentfile cpci_buf readhexstring pop pop\r
/cpci_sampsleft 8 def}if cpci_buf dup 0 get dup 1 and setgray -1 bitshift\r
1 exch put/cpci_sampsleft cpci_sampsleft 1 sub def}{cpci_bpp 4 eq{cpci_sampsleft\r
0 eq{currentfile cpci_buf readhexstring pop pop/cpci_sampsleft 2 def}if\r
cpci_buf 0 get dup 15 and exch -4 bitshift cpci_buf 0 3 -1 roll put\r
/cpci_sampsleft cpci_sampsleft 1 sub def}{currentfile cpci_buf readhexstring\r
pop 0 get}ifelse 4 mul dup 2 add cPalette exch get 255 div exch dup\r
1 add cPalette exch get 255 div exch cPalette exch get 255 div setrgbcolor}ifelse}bd\r
/setup1asciiproc{[ currentfile mystring/readhexstring cvx/pop cvx\r
] cvx bind}bd/setup1binaryproc{[ currentfile mystring/readstring cvx\r
/pop cvx ] cvx bind}bd level2{save/dontloadlevel1 xd}if/iw 0 def/ih\r
0 def/im_save 0 def/setupimageproc 0 def/polarity 0 def/smoothflag\r
0 def/mystring 0 def/bpc 0 def/beginimage{/im_save save def dup 0 eq{pop\r
/setup1binaryproc}{1 eq{/setup1asciiproc}{(error, can't use level2 data acquisition procs for level1)print\r
flush}ifelse}ifelse/setupimageproc exch ld/polarity xd/smoothflag xd\r
/imat xd/mystring exch string def/bpc xd/ih xd/iw xd}bd/endimage{im_save\r
restore}bd/1bitbwcopyimage{1 setgray 0 0 moveto 0 1 rlineto 1 0 rlineto\r
0 -1 rlineto closepath fill 0 setgray iw ih polarity imat setupimageproc\r
imagemask}bd/1bitcopyimage{setrgbcolor 0 0 moveto 0 1 rlineto 1 0 rlineto\r
0 -1 rlineto closepath fill setrgbcolor iw ih polarity imat setupimageproc\r
imagemask}bd/1bitmaskimage{setrgbcolor iw ih polarity [iw 0 0 ih 0\r
0] setupimageproc imagemask}bd level2{dontloadlevel1 restore}if level2\r
not{save/dontloadlevel2 xd}if/setup2asciiproc{currentfile/ASCII85Decode\r
filter/RunLengthDecode filter}bd/setup2binaryproc{currentfile/RunLengthDecode\r
filter}bd/myimagedict 9 dict dup begin/ImageType 1 def/MultipleDataSource\r
false def end def/im_save 0 def/setupimageproc 0 def/polarity 0 def\r
/smoothflag 0 def/mystring 0 def/bpc 0 def/ih 0 def/iw 0 def/beginimage{\r
/im_save save def dup 2 eq{pop/setup2binaryproc}{dup 3 eq{pop/setup2asciiproc}{0\r
eq{/setup1binaryproc}{/setup1asciiproc}ifelse}ifelse}ifelse/setupimageproc\r
exch ld{[ 1 0 ]}{[ 0 1 ]}ifelse/polarity xd/smoothflag xd/imat xd/mystring\r
exch string def/bpc xd/ih xd/iw xd}bd/endimage{im_save restore}bd/1bitbwcopyimage{1\r
ssg 0 0 moveto 0 1 rlineto 1 0 rlineto 0 -1 rlineto closepath fill\r
0 ssg myimagedict dup begin/Width iw def/Height ih def/Decode polarity\r
def/ImageMatrix imat def/DataSource setupimageproc def/BitsPerComponent\r
1 def/Interpolate smoothflag def end imagemask}bd/1bitcopyimage{ssc\r
0 0 moveto 0 1 rlineto 1 0 rlineto 0 -1 rlineto closepath fill ssc\r
myimagedict dup begin/Width iw def/Height ih def/Decode polarity def\r
/ImageMatrix imat def/DataSource setupimageproc def/BitsPerComponent\r
1 def/Interpolate smoothflag def end imagemask}bd/1bitmaskimage{ssc\r
myimagedict dup begin/Width iw def/Height ih def/Decode polarity def\r
/ImageMatrix imat def/DataSource setupimageproc def/BitsPerComponent\r
1 def/Interpolate smoothflag def end imagemask}bd level2 not{dontloadlevel2\r
restore}if\r
level2{save/dontloadlevel1 xd}if/startnoload{{/noload save def}if}bd\r
/endnoload{{noload restore}if}bd/testsystemdict{where{systemdict eq{true}{false}ifelse}{false}ifelse}bd\r
/ncolors 1 def/colorimage where{pop true}{false}ifelse{/ncolors 0\r
statusdict begin/processcolors where{pop pop processcolors}{/deviceinfo\r
where{pop deviceinfo/Colors known{pop{deviceinfo/Colors get}}if}if}ifelse\r
end def ncolors 0 ne{/colorimage testsystemdict/setcolortransfer testsystemdict\r
/currentcolortransfer testsystemdict/currentcmykcolor testsystemdict\r
and and and not{/ncolors 0 def}if}if}if ncolors dup 1 ne exch dup 3\r
ne exch 4 ne and and{/ncolors 0 def}if ncolors 1 eq dup dup not startnoload{\r
/expandbw{expandfactor mul round cvi bwclut exch get 255 div}bd/doclutimage{bwclut\r
colorclut pop/bwclut xd bpc dup 8 eq{pop 255}{4 eq{15}{3}ifelse}ifelse\r
/expandfactor xd [/expandbw load/exec load dup currenttransfer exch\r
] cvx bind settransfer iw ih bpc imat setupimageproc image}bd}if not\r
endnoload ncolors dup 3 eq exch 4 eq or dup dup not startnoload{/nullproc{{}}def\r
/concatutil{/exec load 7 -1 roll/exec load}bd/defsubclut{1 add getinterval\r
def}bd/spconcattransfer{/Dclut exch def/Cclut exch def/Bclut exch def\r
/Aclut exch def/ncompute exch ld currentcolortransfer [{Aclut ncompute}concatutil\r
] cvx [{Bclut ncompute}concatutil ] cvx [{Cclut ncompute}concatutil\r
] cvx [{Dclut ncompute}concatutil ] cvx setcolortransfer}bd/setuprgbcluts{\r
/bit3x rgbclut length 3 sub def/bit1x bit3x 3 idiv def/rclut rgbclut\r
def/gclut rclut 1 bit3x defsubclut/bclut rclut 2 bit3x defsubclut}bd}if\r
not endnoload ncolors 3 eq dup dup not startnoload{/3compute{exch bit3x\r
mul round cvi get 255 div}bd/doclutimage{/rgbclut xd pop setuprgbcluts\r
/3compute rclut gclut bclut dup spconcattransfer iw ih bpc imat [\r
setupimageproc/exec load/dup load dup ] cvx nullproc nullproc true\r
3 colorimage}bd}if not endnoload ncolors 4 eq dup dup not startnoload{\r
/stuffclut{cmykindex 3 -1 roll put}bd/ftoint{1 exch sub 255 mul round\r
cvi}bd/4compute{exch bit4x mul round cvi get 255 div}bd/computecmykclut{setuprgbcluts\r
/bit4x rgbclut length 3 idiv 4 mul 4 sub def/cmykclut bit4x 4 add\r
string def/cclut cmykclut def/mclut cclut 1 bit4x defsubclut/yclut\r
cclut 2 bit4x defsubclut/kclut cclut 3 bit4x defsubclut/cmykindex 0\r
def 0 1 bit1x{dup/cmykindex exch bit1x exch sub 4 mul def 3 mul dup\r
rclut exch get 255 div exch dup gclut exch get 255 div exch bclut exch\r
get 255 div setrgbcolor currentcmykcolor ftoint kclut stuffclut ftoint\r
yclut stuffclut ftoint mclut stuffclut ftoint cclut stuffclut}for}bd\r
/doclutimage{/rgbclut xd pop invalidcolortable?{computecmykclut}if\r
/4compute cclut mclut yclut kclut spconcattransfer iw ih bpc imat\r
[ setupimageproc/exec load/dup load dup dup ] cvx nullproc nullproc\r
nullproc true 4 colorimage}bd}if not endnoload ncolors 0 eq dup dup\r
not startnoload{/lookupandstore{3 mul 3 getinterval putinterval exch\r
3 add exch 3 copy}bd/8lookup/lookupandstore ld/4lookup{/byte 1 index\r
def -4 bitshift lookupandstore byte 15 and lookupandstore}bd/2lookup{\r
/byte 1 index def -6 bitshift lookupandstore byte -4 bitshift 3 and\r
lookupandstore byte -2 bitshift 3 and lookupandstore byte 3 and lookupandstore}bd\r
/colorexpand{mystringexp 0 rgbclut 3 copy 7 -1 roll/mylookup load\r
forall pop pop pop pop pop}bd/createexpandstr{/mystringexp exch mystring\r
length mul string def}bd/doclutimage{/rgbclut xd pop/mylookup bpc 8\r
eq{3 createexpandstr/8lookup}{bpc 4 eq{6 createexpandstr/4lookup}{12\r
createexpandstr/2lookup}ifelse}ifelse ld iw ih bpc imat [ setupimageproc\r
/exec load/colorexpand load/exec load] cvx false 3 colorimage}bd}if\r
not endnoload/colorimage where{pop true}{false}ifelse dup{/do24image{iw\r
ih 8 imat setupimageproc false 3 colorimage}bd}if dup dup startnoload\r
not{/rgbtogray{/str xd/len str length def/smlen len 3 idiv def/rstr\r
str def/gstr str 1 len 1 sub getinterval def/bstr str 2 len 2 sub getinterval\r
def str dup 0 1 smlen 1 sub{dup 3 mul rstr 1 index get .3 mul gstr\r
2 index get .59 mul add bstr 3 -1 roll get .11 mul add round cvi put\r
dup}for pop 0 smlen getinterval}bd/do24image{iw ih 8 imat [ setupimageproc\r
/exec load/rgbtogray load/exec load ] cvx bind image}bd}if endnoload\r
/doimage{iw ih 8 imat setupimageproc image}bd level2{dontloadlevel1\r
restore}if level2 not{save/dontloadlevel2 xd}if/myappcolorspace/DeviceRGB\r
def/rgbclut 0 def/doclutimage{/rgbclut xd pop bpc dup 8 eq{pop 255}{4\r
eq{15}{3}ifelse}ifelse/hival xd [/Indexed myappcolorspace hival rgbclut]\r
setcolorspace myimagedict dup begin/Width iw def/Height ih def/Decode\r
[0 hival] def/ImageMatrix imat def/DataSource setupimageproc def/BitsPerComponent\r
bpc def/Interpolate smoothflag def end image}bd/do24image{myappcolorspace\r
setcolorspace myimagedict dup begin/Width iw def/Height ih def/Decode\r
[0 1 0 1 0 1] def/ImageMatrix imat def/DataSource setupimageproc def\r
/BitsPerComponent 8 def/Interpolate smoothflag def end image}bd level2\r
not{dontloadlevel2 restore}if\r
/NumSteps{dtransform matrix defaultmatrix idtransform Pythag currentscreen\r
pop pop 72 exch div div}bd/FindMinSteps{v_ft 4 eq{urx startX sub abs\r
llx startX sub abs Max ury startY sub abs lly startY sub abs Max Pythag\r
2 3.14159265 mul mul 0}{v_ft 2 eq{endY startY sub endX startX sub Pythag\r
endY2 startY sub endX2 startX sub Pythag gt{endY startY sub endX startX\r
sub}{endY2 startY sub endX2 startX sub}ifelse}{endY startY sub endX\r
startX sub}ifelse}ifelse NumSteps}bd/cxe{/v_cxe exch def}bd/cxm{pop\r
/v_cxm exch def}bd/cxmt{pop pop}bd/cxt{pop}bd/S_eoclip{currentflat{{eoclip}stopped{dup\r
currentflat exch sub 20 gt{([Error: PathTooComplex; OffendingCommand: eoclip]\n)print\r
flush exit}{currentflat 2 add setflat}ifelse}{exit}ifelse}loop setflat}bd\r
/S_clip{currentflat{{clip}stopped{dup currentflat exch sub 20 gt{([Error: PathTooComplex; OffendingCommand: clip]\n)print\r
flush exit}{currentflat 2 add setflat}ifelse}{exit}ifelse}loop setflat}bd\r
/S_eofill{currentflat{{eofill}stopped{dup currentflat exch sub 20\r
gt{([Error: PathTooComplex; OffendingCommand: eofill]\n)print flush\r
exit}{currentflat 2 add setflat}ifelse}{exit}ifelse}loop setflat}bd\r
/gpbbx{pathbbox/ury exch def/urx exch def/lly exch def/llx exch def}bd\r
/lineargfill{initgfill{false initgfx/distance endX startX sub endY\r
startY sub Pythag def/incD distance Steps div def endY startY sub endX\r
startX sub atan newpath llx lly urx ury Bx startX startY translate\r
rotate gpbbx eGy ssg newpath llx lly urx ury Bx S_eofill sGy ssg newpath\r
llx lly 0 ury Bx S_eofill/fillX 0 def 0 1 Steps 1 sub{stepgfx newpath\r
fillX lly fillX incD add dup/fillX exch def ury Bx S_eofill pop}for}if}bd\r
/radialgfill{initgfill{false initgfx/distance endX startX sub endY\r
startY sub Pythag def/incD distance Steps div def eGy ssg newpath llx\r
lly urx ury Bx S_eofill/distance 0 def 0 1 Steps 1 sub{stepgfx newpath\r
startX startY distance 0 360 arc closepath distance incD add dup/distance\r
exch def 0 rmoveto startX startY distance 0 360 arc closepath S_eofill\r
pop}for}if}bd/ellipticgfill{initgfill{true initgfx sGy ssg newpath\r
llx lly urx ury Bx S_eofill [ endX startX sub endY startY sub endX2\r
startX sub endY2 startY sub startX startY ] concat Steps 1 sub -1 0{stepgfx\r
/i exch def 0 0 moveto 0 0 i Steps div 0 360 arc fill}for}if}bd/conicalgfill{initgfill{urx\r
startX sub abs llx startX sub abs Max ury startY sub abs lly startY\r
sub abs Max Pythag startY endY sub startX endX sub Pythag div/radius\r
exch def true initgfx [ endX startX sub endY startY sub startY endY\r
sub endX startX sub startX startY ] concat/slice 180 Steps div def\r
/startangle 0 def Steps -1 0{pop stepgfx 0 0 moveto 0 0 radius startangle\r
neg dup slice add arc fill 0 0 moveto 0 0 radius startangle dup slice\r
add dup/startangle exch def arc fill}for}if}bd/initgfill{gpbbx{S_eoclip}{S_clip}ifelse\r
startX endX eq startY endY eq and sGy eGy eq or dup{sGy ssg newpath\r
llx lly urx ury Bx S_eofill}if not}bd/initgfx{/flag exch def flag{sGy\r
eGy/sGy exch def/eGy exch def}if eGy sGy sub abs 256 mul FindMinSteps\r
Min 256 Min ceiling 1 Max/Steps exch def eGy sGy sub Steps div/incGy\r
exch def sGy/mGy exch def}bd/stepgfx{mGy ssg mGy incGy add/mGy exch\r
def}bd/linearfill{initfill{false initfx endX startX sub endY startY\r
sub Pythag/distance exch def/incD distance Steps div def endY startY\r
sub endX startX sub atan newpath llx lly urx ury Bx startX startY translate\r
rotate gpbbx v_cxe 0 eq{eR eG eB setgfillrgb}{eH eS eV setgfillhsb}ifelse\r
newpath llx lly urx ury Bx S_eofill v_cxe 0 eq{sR sG sB setgfillrgb}{sH\r
sS sV setgfillhsb}ifelse newpath llx lly 0 ury Bx S_eofill/fillX 0\r
def 0 1 Steps 1 sub{stepfx newpath fillX lly fillX incD add dup/fillX\r
exch def ury Bx S_eofill pop}for}if}bd/radialfill{initfill{false initfx\r
endX startX sub endY startY sub Pythag/distance exch def/incD distance\r
Steps div def v_cxe 0 eq{eR eG eB setgfillrgb}{eH eS eV setgfillhsb}ifelse\r
newpath llx lly urx ury Bx S_eofill/distance 0 def 0 1 Steps 1 sub{stepfx\r
newpath startX startY distance 0 360 arc closepath distance incD add\r
dup/distance exch def 0 rmoveto startX startY distance 0 360 arc closepath\r
S_eofill pop}for}if}bind def/ellipticalfill{initfill{true initfx v_cxe\r
0 eq{sR sG sB setgfillrgb}{sH sS sV setgfillhsb}ifelse newpath llx\r
lly urx ury Bx S_eofill [ endX startX sub endY startY sub endX2 startX\r
sub endY2 startY sub startX startY ] concat Steps 1 sub -1 0{stepfx\r
/i exch def 0 0 moveto 0 0 i Steps div 0 360 arc fill}for v_cxe 0\r
eq{sR sG sB eR eG eB/sB exch def/sG exch def/sR exch def/eB exch def\r
/eG exch def/eR exch def}if}if}bd/conicalfill{initfill{urx startX\r
sub abs llx startX sub abs Max ury startY sub abs lly startY sub abs\r
Max Pythag startY endY sub startX endX sub Pythag div/radius exch def\r
true initfx [ endX startX sub endY startY sub startY endY sub endX\r
startX sub startX startY ] concat/slice 180 Steps div def/startangle\r
0 def Steps -1 0{pop stepfx 0 0 moveto 0 0 radius startangle neg dup\r
slice add arc fill 0 0 moveto 0 0 radius startangle dup slice add dup\r
/startangle exch def arc fill}for}if}bd/initfill{gpbbx{S_eoclip}{S_clip}ifelse\r
startX endX eq startY endY eq and v_cxe 2 ne sR eR eq sG eG eq and\r
sB eB eq and and or dup{sR sG sB setgfillrgb newpath llx lly urx ury\r
Bx S_eofill}if not}bd/initfx{/flag exch def v_cxe 0 eq{flag{sR sG sB\r
eR eG eB/sB exch def/sG exch def/sR exch def/eB exch def/eG exch def\r
/eR exch def}if eR sR sub abs 256 mul eG sG sub abs 256 mul Max eB\r
sB sub abs 256 mul Max FindMinSteps Min 256 Min ceiling 1 Max/Steps\r
exch def/incR eR sR sub Steps div def/incG eG sG sub Steps div def\r
/incB eB sB sub Steps div def sR/mR exch def sG/mG exch def sB/mB\r
exch def}{sR sG sB rgb2hsb/sV exch def/sS exch def/sH exch def eR eG\r
eB rgb2hsb/eV exch def/eS exch def/eH exch def eH sH sub abs v_cxe\r
1 eq{dup 0.5 gt{1 exch sub}if}{dup 0.5 lt{1 exch sub}if}ifelse 256\r
mul eS sS sub abs 256 mul Max eV sV sub abs 256 mul Max FindMinSteps\r
Min 256 Min ceiling 1 Max/Steps exch def v_cxe 1 eq{/incH eH sH sub\r
dup abs 0.5 gt{dup 0 ge{1 sub}{1 add}ifelse}if Steps div def/incS eS\r
sS sub Steps div def/incV eV sV sub Steps div def}{/incH eH sH sub\r
dup abs 0.5 le{dup 0 ge{1 sub}{1 add}ifelse}if Steps div def/incS eS\r
sS sub Steps div def/incV eV sV sub Steps div def}ifelse flag{/sH eH\r
/eH sH def def/sS eS/eS sS def def/sV eV/eV sV def def/incH incH neg\r
def/incS incS neg def/incV incV neg def}if}ifelse}bd/stepfx{v_cxe 0\r
eq{mR mG mB setgfillrgb mR incR add/mR exch def mG incG add/mG exch\r
def mB incB add/mB exch def}{sH sS sV setgfillhsb sH incH add dup 0\r
le{1 add}{dup 1 ge{1 sub}if}ifelse/sH exch def sS incS add/sS exch\r
def sV incV add/sV exch def}ifelse}bd\r
/ar{}bd/arr{pop pop pop pop pop pop pop}bd/ae{pop pop pop pop pop\r
pop}bd/aoa{pop}bd/apl{pop}bd/apc{}bd/aof{pop pop}bd/aafs{pop pop pop}bd\r
/O{pop}bd/R{pop}bd/axop{pop pop pop pop}bd/g{/v_ft 0 def/v_fc 0 def\r
/v_fm 0 def/v_fy 0 def 1 exch sub/v_fk exch def/v_fct 0 def}bd/G{\r
/v_sc 0 def/v_sm 0 def/v_sy 0 def 1 exch sub/v_sk exch def/v_sct 0\r
def}bd/k{/v_fk exch def/v_fy exch def/v_fm exch def/v_fc exch def/v_ft\r
0 def/v_fct 0 def}bd/K{/v_sk exch def/v_sy exch def/v_sm exch def/v_sc\r
exch def/v_sct 0 def}bd/Xa{/v_fb exch def/v_fg exch def/v_fr exch def\r
/v_ft 0 def/v_fct 1 def}bd/XA{/v_sb exch def/v_sg exch def/v_sr exch\r
def/v_sct 1 def}bd/a_tc{exch pop 1 exch sub dup 3 -1 roll exch div\r
exch dup 4 -1 roll exch div 3 1 roll dup 5 -1 roll exch div 4 1 roll\r
5 -1 roll exch div 4 1 roll}bd/x{a_tc k}bd/X{a_tc K}bd/Xx{0 eq{x}{pop\r
pop Xa}ifelse}bd/XX{0 eq{X}{pop pop XA}ifelse}bd/awr{/v_wr exch def}bd\r
/w{setlinewidth}bd/j{setlinejoin}bd/J{setlinecap}bd/d{setdash}bd/asc{pop\r
pop J}bd/aec{pop pop J}bd/csah{pop pop pop}bd/ceah{pop pop pop}bd/cst{pop\r
pop}bd/cdp{pop}bd/m{moveto}bd/l{lineto}bd/c{curveto}bd/Bx{4 copy 5\r
1 roll 4 2 roll 5 -1 roll m l l l closepath}bd/Cp{Bx clip newpath}bd\r
/a_fp{gsave v_wr 0 ne v_ft 0 eq{setfillcolor{eofill}{fill}ifelse}{v_ft\r
1 eq{linearfill}{v_ft 2 eq{ellipticalfill}{v_ft 3 eq{radialfill}{v_ft\r
4 eq{conicalfill}{v_ft 8 eq{lineargfill}{v_ft 9 eq{ellipticgfill}{v_ft\r
10 eq{radialgfill}{conicalgfill}ifelse}ifelse}ifelse}ifelse}ifelse}ifelse}ifelse}ifelse\r
grestore}bd/*u{/p_count p_count 1 add def}bd/*U{/p_count p_count 1\r
sub def p_count 0 eq{vis_flag{p_render}{newpath}ifelse}if}bd/B{/p_render{a_fp\r
setstrokecolor stroke}bd p_count 0 eq{vis_flag{p_render}{newpath}ifelse}if}bd\r
/b{closepath B}bd/F{/p_render{a_fp newpath}bd p_count 0 eq{vis_flag{p_render}{newpath}ifelse}if}bd\r
/f{closepath F}bd/S{/p_render{setstrokecolor stroke}bd p_count 0 eq{vis_flag{p_render}{newpath}ifelse}if}bd\r
/s{closepath S}bd/H{/p_render{newpath}bd p_count 0 eq{vis_flag{p_render}{newpath}ifelse}if}bd\r
/h{closepath H}bd/N{H}bd/n{h}bd/cag{dup 7 add/v_ft exch def dup 2\r
eq{pop/endY2 exch def/endX2 exch def}{7 eq{pop pop/v_ft 8 def}if}ifelse\r
/endY exch def/endX exch def/startY exch def/startX exch def/eGy exch\r
def/sGy exch def}bd/caz{dup/v_ft exch def dup 2 eq{pop/endY2 exch def\r
/endX2 exch def}{7 eq{pop pop/v_ft 1 def}if}ifelse/endY exch def/endX\r
exch def/startY exch def/startX exch def/eB exch def/eG exch def/eR\r
exch def/sB exch def/sG exch def/sR exch def}bd/cax{dup/v_ft exch def\r
dup 2 eq{pop/endY2 exch def/endX2 exch def}{7 eq{pop pop/v_ft 1 def}if}ifelse\r
/endY exch def/endX exch def/startY exch def/startX exch def pop pop\r
8 3 roll pop pop/sB exch def/sG exch def/sR exch def/eB exch def/eG\r
exch def/eR exch def}bd/axm{/endY exch def/endX exch def/startY exch\r
def/startX exch def}bd/alyr{pop pop 1 eq{true}{false}ifelse/vis_flag\r
exch def pop pop}bd\r
/t{moveto show}bd/ts{moveto false charpath S}bd/tf{moveto true charpath\r
F}bd/tb{3 copy moveto true charpath F moveto false charpath S}bd/selectfont\r
where{pop}{/selectfont{dup type/integertype eq{exch findfont exch scalefont\r
setfont}{exch findfont exch makefont setfont}ifelse}bd}ifelse/sf{selectfont}bd\r
/u{}bd/U{}bd/anu{pop}bd\r
end\r
%%EndResource\r
%%EndProlog\r
%%BeginSetup\r
save XaraStudio1Dict begin\r
%%EndSetup\r
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