%!PS-Adobe-3 .0 EPSF-3 .0
%%BoundingBox: 20 118 575 673
%%Creator: FreeHEP Graphics2D Driver
%%Producer: com.maplesoft.mathdoc.view.plot.paint.PlotPSGraphics2D Revision: 12753
%%For:
%%Title:
%%CreationDate: Thursday, March 7 , 2013 1 :17 :50 PM GMT
%%LanguageLevel: 3
%%EndComments
%%BeginProlog
100 dict dup begin
%
% File : org/freehep/graphicsio.ps/PSProlog.txt
% Author: Charles Loomis
%
% Redefinitions which save some space in the output file . These are also
% the same as the PDF operators.
/q {gsave} def
/Q {grestore} def
/n {newpath} def
/m {moveto} def
/l {lineto} def
/c {curveto} def
/h {closepath} def
/re {4 -2 roll moveto
dup 0 exch rlineto exch 0 rlineto
neg 0 exch rlineto closepath} def
/f {fill} def
/f* {eofill} def
/F {gsave vg&FC fill grestore} def
/F* {gsave vg&FC eofill grestore} def
/s {closepath stroke} def
/S {stroke} def
/b {closepath gsave vg&FC fill grestore
gsave stroke grestore newpath} def
/B {gsave vg&FC fill grestore gsave stroke grestore newpath} def
/b* {closepath gsave vg&FC eofill grestore
gsave stroke grestore newpath} def
/B* {gsave vg&FC eofill grestore gsave stroke grestore newpath} def
/g {1 array astore /vg&fcolor exch def} def
/G {setgray} def
/k {4 array astore /vg&fcolor exch def} def
/K {setcmykcolor} def
/rg {3 array astore /vg&fcolor exch def} def
/RG {setrgbcolor} def
% Initialize the fill color.
0 0 0 rg
/vg&FC {mark vg&fcolor aload pop
counttomark 1 eq {G} if
counttomark 3 eq {RG} if
counttomark 4 eq {K} if
cleartomark } def
/vg&DFC {/vg&fcolor exch def} def
/vg&C {mark exch aload pop
counttomark 1 eq {G} if
counttomark 3 eq {RG} if
counttomark 4 eq {K} if
cleartomark } def
/w {setlinewidth} def
/j {setlinejoin} def
/J {setlinecap} def
/M {setmiterlimit} def
/d {setdash} def
/i {setflat} def
/W {clip} def
/W* {eoclip} def
% Setup the default graphics state.
% (black; 1 pt. linewidth; miter join; butt-ends; solid)
/defaultGraphicsState {0 g 1 w 0 j 0 J [] 0 d} def
% Emulation of the rectangle operators for PostScript implementations
% which do not implement all Level 2 features. This is an INCOMPLETE
% emulation; only the "x y width height rect..." form is emulated.
/*rf {gsave newpath re fill grestore} def
/*rs {gsave newpath re stroke grestore} def
/*rc {newpath re clip} def
/ rf / rectfill where { pop / rectfill } { /*rf} ifelse load def
/ rs / rectstroke where { pop / rectstroke } { /*rs} ifelse load def
/ rc / rectclip where { pop / rectclip } { /*rc} ifelse load def
% Emulation of the selectfont operator . This includes a 20 % increase in
% the fontsize which is necessary to get sizes similar to the Java fonts .
/*sf {exch findfont exch
dup type / arraytype eq { makefont } { scalefont } ifelse setfont } bind def
/ sf / selectfont where { pop { 1 . 2 mul selectfont } } { { 1 . 2 mul * sf } } ifelse def
% Special version of stroke which allows the dash pattern to continue
% across path segments . ( This may be needed for PostScript although
% modern printers seem to do this correctly . )
/ vg & stroke {
currentdash pop length 0 eq
{ stroke }
{
currentdash / vg & doffset exch def pop
flattenpath
{ m vg & resetdash }
{ 2 copy
currentpoint
3 - 1 roll sub dup mul
3 1 roll sub dup mul
add sqrt
3 1 roll l
currentdash 3 - 1 roll add setdash }
{ }
{ h vg & resetdash }
pathforall
stroke
vg & resetdash
} ifelse
} def
/ vg & resetdash { currentdash pop vg & doffset setdash } def
% Initialize variables for safety .
/ delta 0 def
/ xv 0 def / yv 0 def / width 0 def / height 0 def
% Initialize to portrait INTERNATIONAL ( Letter - height , A4 - width ) page .
/ pw 595 def / ph 791 def / po true def / ftp false def
% Initialize margins to 20 points .
/ ml 20 def / mr 20 def / mt 20 def / mb 20 def
% Temporary matrices .
/ smatrix 0 def / nmatrix 0 def
% set page size ( usage : < page width > < page height > setpagesize )
/ setpagesize { / ph exch def / pw exch def } def
% set page orientation ( usage : portrait or landscape )
/ portrait { / po true def } def
/ landscape { / po false def } def
% force natural size for image ( usage : naturalsize )
/ naturalsize { / ftp false def } def
% resize image to fill page ( usage : fittopage )
/ fittopage { / ftp true def } def
% set margins of the page ( usage : < left > < bottom > < top > < right > setmargins )
/ setmargins { / mr exch def / mt exch def / mb exch def / ml exch def } def
% set the graphic ' s size ( usage : < width > < height > setsize )
/ setsize { / gh exch def / gw exch def } def
% set the graphic ' s origin ( usage : < x0 > < y0 > setorigin )
/ setorigin { / gy exch def / gx exch def } def
% calculate image center
/ imagecenter { pw ml sub mr sub 2 div ml add
ph mt sub mb sub 2 div mb add } def
% calculate the necessary scaling
/ imagescale { po { gw } { gh } ifelse pw ml sub mr sub div
po { gh } { gw } ifelse ph mt sub mb sub div
2 copy lt { exch } if pop
ftp not { 1 2 copy lt { exch } if pop } if
1 exch div / sfactor exch def
/ gw gw sfactor mul def / gh gh sfactor mul def } def
% calculate image origin
/ imageorigin { pw ml sub mr sub 2 div ml add
po { gw } { gh } ifelse 2 div sub
ph mt sub mb sub 2 div mb add
po { gh } { gw } ifelse 2 div po { add } { sub } ifelse } def
% calculate the clipping origin
/ cliporigin { pw ml sub mr sub 2 div ml add
po { gw } { gh } ifelse 2 div sub floor
ph mt sub mb sub 2 div mb add
po { gh } { gw } ifelse 2 div sub floor } def
% Set the clipping region to the bounding box .
/ cliptobounds { cliporigin po { gw } { gh } ifelse 1 add
po { gh } { gw } ifelse 1 add rc } def
% set the base transformation matrix ( usage : setbasematrix )
/ setbasematrix { imageorigin translate
po { 0 } { 90 } ifelse rotate
sfactor sfactor neg scale
/ defaultmatrix matrix currentmatrix def } def
% The lower - right bias in drawing 1 pt . wide lines .
/ bias { q 0 . 5 0 . 5 translate } def
/ unbias { Q } def
% Draw a line . ( x0 y0 x1 y1 line )
/ L { bias n m l S unbias } def
% Polyline primitive .
/ polyline { n m 1 exch 1 exch
{ pop currentfile token pop currentfile token pop l } for
} def
% Draw a polyline ( n x0 y0 OPL x1 y1 x2 y2 . . . . . . xn yn )
/ OPL { bias polyline S unbias } def
% Draw a closed polyline ( n x0 y0 CPL x1 y1 x2 y2 . . . . . . xn yn )
/ CPL { bias polyline s unbias } def
% Draw a filled polyline ( n x0 y0 FPL x1 y1 x2 y2 . . . . . . xn yn )
/ FPL { polyline h f * } def
% Draw an oval . ( x y w h OVL )
/ OVL { matrix currentmatrix / smatrix exch def
/ height exch def / width exch def
/ yv exch def / xv exch def
width 2 div xv add height 2 div yv add translate
width currentlinewidth sub 2 div
height currentlinewidth sub 2 div neg
scale n 0 0 1 5 - 2 roll arc
smatrix setmatrix S } def
% Draw a filled oval . ( x y w h FOVL )
/ FOVL { matrix currentmatrix / smatrix exch def
/ height exch def / width exch def
/ yv exch def / xv exch def
width 2 div xv add height 2 div yv add translate
width 2 div
height 2 div neg
scale n 0 0 m 0 0 1 5 - 2 roll arc
h smatrix setmatrix f } def
% Draw a rounded rectangle . ( x y w h arcwidth archeight RREC )
/ RREC { matrix currentmatrix / smatrix exch def
2 div / ah exch def
2 div / aw exch def
/ height exch def / width exch def
/ yv exch def / xv exch def
aw ah scale matrix
currentmatrix / nmatrix exch def
smatrix setmatrix
n xv width add aw sub yv m
nmatrix setmatrix
currentpoint exch 1 add exch
currentpoint 1 add exch 1 add exch
1 arct smatrix setmatrix
xv width add yv height add ah sub l
nmatrix setmatrix
currentpoint 1 add
currentpoint exch 1 sub exch 1 add
1 arct smatrix setmatrix
xv aw add yv height add l
nmatrix setmatrix
currentpoint exch 1 sub exch
currentpoint exch 1 sub exch 1 sub
1 arct smatrix setmatrix
xv yv ah add l
nmatrix setmatrix
currentpoint 1 sub
currentpoint exch 1 add exch 1 sub
1 arct smatrix setmatrix
s } def
% Draw a filled rounded rectangle . ( x y w h arcwidth archeight FRREC )
/ FRREC { matrix currentmatrix / smatrix exch def
2 div / ah exch def
2 div / aw exch def
/ height exch def / width exch def
/ yv exch def / xv exch def
aw ah scale matrix
currentmatrix / nmatrix exch def
smatrix setmatrix
n xv width add aw sub yv m
nmatrix setmatrix
currentpoint exch 1 add exch
currentpoint 1 add exch 1 add exch
1 arct smatrix setmatrix
xv width add yv height add ah sub l
nmatrix setmatrix
currentpoint 1 add
currentpoint exch 1 sub exch 1 add
1 arct smatrix setmatrix
xv aw add yv height add l
nmatrix setmatrix
currentpoint exch 1 sub exch
currentpoint exch 1 sub exch 1 sub
1 arct smatrix setmatrix
xv yv ah add l
nmatrix setmatrix
currentpoint 1 sub
currentpoint exch 1 add exch 1 sub
1 arct smatrix setmatrix
h f } def
% Draw a string . ( string x y STR )
/ STR { q m 1 - 1 scale recshow Q } def
% Define basic plot symbols .
/ xys { / siz exch def / yv exch def / xv exch def } def
/ hline { xys n xv siz 2 . div sub yv m siz 0 rlineto S } def
/ vline { xys n xv yv siz 2 . div sub m 0 siz rlineto S } def
/ plus { xys n xv yv siz 2 . div sub m 0 siz rlineto
xv siz 2 . div sub yv m siz 0 rlineto S } def
/ dot { n 2 . div 0 360 arc s } def
/ fdot { n 2 . div 0 360 arc h f } def
/ box { xys n xv siz 2 sqrt div 2 div sub yv siz 2 sqrt div 2 div sub
siz 2 sqrt div dup rs } def
/ fbox { xys n xv siz 2 sqrt div 2 div sub yv siz 2 sqrt div 2 div sub
siz 2 sqrt div dup rf } def
/ tridn { xys n xv yv siz 3 sqrt div add m
siz 2 . div neg 3 sqrt 2 . div siz mul neg rlineto
siz 0 rlineto s } def
/ ftridn { xys n xv yv siz 3 sqrt div add m
siz 2 . div neg 3 sqrt 2 . div siz mul neg rlineto
siz 0 rlineto h f } def
% Symbols defined in terms of the others .
/ star { 3 copy cross plus } def
/ cross { xys q xv yv translate 45 rotate 0 0 siz plus Q } def
/ diamond { xys q xv yv translate 45 rotate 0 0 siz box Q } def
/ fdiamond { xys q xv yv translate 45 rotate 0 0 siz fbox Q } def
/ triup { xys q xv yv translate 180 rotate 0 0 siz tridn Q } def
/ ftriup { xys q xv yv translate 180 rotate 0 0 siz ftridn Q } def
% Define the composite fonts used to print Unicode strings .
% Undefine particular values in an encoding array .
/ vg & undef { { exch dup 3 - 1 roll / . notdef put } forall } def
/ vg & redef { { 3 - 1 roll dup 4 2 roll put } forall } def
% usage : key encoding basefontname vg & newbasefont font
/ vg & newbasefont {
findfont dup length dict copy
begin
currentdict / FID undef
/ Encoding exch def
dup / FontName exch def
currentdict
end
definefont
} def
% usage : key encoding basefontname vg & newskewedbasefont font
/ vg & newskewedbasefont {
findfont dup length dict copy
begin
currentdict / FID undef
/ Encoding exch def
dup / FontName exch def
exch FontMatrix exch matrix concatmatrix / FontMatrix exch def
currentdict
end
definefont
} def
% usage : basekey suffix vg & nconcat name
/ vg & nconcat {
2 { dup length string cvs exch } repeat
dup length 3 - 1 roll dup length 3 - 1 roll add string
dup 0 4 - 1 roll dup length 5 1 roll putinterval
dup 4 - 2 roll exch putinterval cvn
} def
% usage : fontname vg & skewmatrix matrix
/ vg & skewmatrix {
findfont dup / FontInfo known
{
/ FontInfo get dup / ItalicAngle known
{
[ 1 0 4 - 1 roll / ItalicAngle get neg dup sin exch cos div 1 0 0 ]
}
{ pop matrix } ifelse
}
{ pop matrix } ifelse
} def
% usage : newfontname basefontname vg & newcompositefont - -
/ vg & newcompositefont {
/ vg & fstyle exch def
/ vg & bfont exch def
/ vg & fname exch def
< <
/ FontStyleBits vg & fstyle
/ FontType 0
/ FontMatrix matrix
/ FontName vg & fname
/ FMapType 2
/ Encoding [ 0 1 255 { pop 6 } for ]
dup 16 #00 0 put % Latin
dup 16 #03 1 put % Greek
dup 16 #20 2 put % Punctuation
dup 16 #21 3 put % Arrows
dup 16 #22 4 put % MathOps
dup 16 #27 5 put % Dingbats
/ FDepVector [
vg & bfont / - UC - Latin vg & nconcat UCLatinEncoding
vg & bfont vg & newbasefont
vg & bfont vg & skewmatrix
vg & bfont / - UC - Greek vg & nconcat UCGreekEncoding
/ Symbol vg & newskewedbasefont
vg & bfont / - UC - Punctuation vg & nconcat UCPunctuationEncoding
vg & bfont vg & newbasefont
/ Arrows - UC findfont
/ MathOps - UC findfont
/ Dingbats - UC findfont
/ Undefined - UC findfont ]
> >
vg & fname exch definefont pop
} def
% Null encoding vector ( all elements set to . notdef )
/ NullEncoding [ 256 { / . notdef } repeat ] def
% Unicode Latin encoding ( unicode codes \ u0000 - \ u00ff )
/ UCLatinEncoding
ISOLatin1Encoding dup length array copy
dup 16 #60 /grave put
[ 16 #90 16#91 16#92 16#93 16#94 16#95 16#96
16 #97 16#98 16#9a 16#9b 16#9d 16#9e 16#9f
] vg & undef
def
% Unicode Greek encoding ( unicode codes \ u0370 - \ u03ff )
/ UCGreekEncoding
NullEncoding dup length array copy
< < 16 #91 /Alpha 16#92 /Beta 16#93 /Gamma 16#94 /Delta
16 #95 /Epsilon 16#96 /Zeta 16#97 /Eta 16#98 /Theta
16 #99 /Iota 16#9a /Kappa 16#9b /Lambda 16#9c /Mu
16 #9d /Nu 16#9e /Xi 16#9f /Omicron 16#a0 /Pi
16 #a1 /Rho 16#a3 /Sigma 16#a4 /Tau 16#a5 /Upsilon
16 #a6 /Phi 16#a7 /Chi 16#a8 /Psi 16#a9 /Omega
16 #b1 /alpha 16#b2 /beta 16#b3 /gamma 16#b4 /delta
16 #b5 /epsilon 16#b6 /zeta 16#b7 /eta 16#b8 /theta
16 #b9 /iota 16#ba /kappa 16#bb /lambda 16#bc /mu
16 #bd /nu 16#be /xi 16#bf /omicron 16#c0 /pi
16 #c1 /rho 16#c2 /sigma1 16#c3 /sigma 16#c4 /tau
16 #c5 /upsilon 16#c6 /phi1 16#c7 /chi 16#c8 /psi
16 #c9 /omega 16#7e /semicolon 16#87 /dotmath 16#d1 /theta1
16 #d2 /Upsilon1 16#d5 /phi 16#d6 /omega1
> > vg & redef
def
% Unicode punctuation encoding ( unicode codes \ u2000 - \ u206f )
/ UCPunctuationEncoding
NullEncoding dup length array copy
< < 16 #10 /hyphen 16#11 /hyphen 16#12 /endash
16 #13 /emdash 16#18 /quoteleft 16#19 /quoteright
16 #1a /quotesinglbase 16#1b /quotesingle 16#1c /quotedblleft
16 #1d /quotedblright 16#1e /quotedblbase 16#1f /quotedbl
16 #20 /dagger 16#21 /daggerdbl 16#22 /bullet
16 #24 /period 16#26 /ellipsis 16#27 /periodcentered
16 #30 /perthousand 16#44 /fraction
16 #70 /zerosuperior 16#74 /foursuperior 16#75 /fivesuperior
16 #76 /sixsuperior 16#77 /sevensuperior 16#78 /eightsuperior
16 #79 /ninesuperior 16#7b /hyphensuperior 16#7d /parenleftsuperior
16 #7e /parenrightsuperior
16 #80 /zeroinferior 16#84 /fourinferior 16#85 /fiveinferior
16 #81 /oneinferior 16#82 /twoinferior 16#83 /threeinferior
16 #86 /sixinferior 16#87 /seveninferior 16#88 /eightinferior
16 #89 /nineinferior 16#8b /hypheninferior 16#8d /parenleftinferior
16 #8e /parenrightinferior
> > vg & redef
def
% Unicode mathematical operators encoding ( unicode codes \ u2200 - \ u22ff )
/ UCMathOpsEncoding
NullEncoding dup length array copy
< < 16 #00 /universal 16#02 /partialdiff 16#03 /existential
16 #05 /emptyset 16#06 /Delta 16#07 /gradient
16 #08 /element 16#09 /notelement 16#0b /suchthat
16 #0f /product 16#11 /summation 16#12 /minus
16 #15 /fraction 16#17 /asteriskmath 16#19 /bullet
16 #1a /radical 16#1d /proportional 16#1e /infinity
16 #20 /angle 16#23 /bar 16#27 /logicaland
16 #28 /logicalor 16#29 /intersection 16#2a /union
16 #2b /integral 16#34 /therefore 16#36 /colon
16 #3c /similar 16#45 /congruent 16#48 /approxequal
16 #60 /notequal 16#61 /equivalence 16#64 /lessequal
16 #65 /greaterequal 16#82 /propersubset 16#83 /propersuperset
16 #86 /reflexsubset 16#87 /reflexsuperset 16#95 /circleplus
16 #97 /circlemultiply 16#a5 /perpendicular 16#03 /existential
16 #c0 /logicaland 16#c1 /logicalor 16#c2 /intersection
16 #c3 /union 16#c4 /diamond 16#c5 /dotmath
> > vg & redef
def
% Unicode arrows encoding ( unicode codes \ u2190 - \ u21ff )
% Also includes those " Letterlike " unicode characters
% which are available in the symbol font . ( unicode codes \ u2100 - \ u214f )
/ UCArrowsEncoding
NullEncoding dup length array copy
< < 16 #11 /Ifraktur 16#1c /Rfraktur 16#22 /trademarkserif
16 #35 /aleph
16 #90 /arrowleft 16#91 /arrowup 16#92 /arrowright
16 #93 /arrowdown 16#94 /arrowboth 16#d0 /arrowdblleft
16 #d1 /arrowdblup 16#d2 /arrowdblright 16#d3 /arrowdbldown
16 #d4 /arrowdblboth
> > vg & redef
def
/ ZapfDingbats findfont / Encoding get
dup length array copy / UCDingbatsEncoding exch def
16 #20 1 16#7f {
dup 16 #20 sub exch
UCDingbatsEncoding exch get
UCDingbatsEncoding 3 1 roll put
} for
16 #a0 1 16#ff {
dup 16 #40 sub exch
UCDingbatsEncoding exch get
UCDingbatsEncoding 3 1 roll put
} for
UCDingbatsEncoding [ 16 #c0 1 16#ff {} for ] vg&undef
[ 16 #00 16#05 16#0a 16#0b 16#28 16#4c 16#4e 16#53 16#54 16#55 16#57 16#5f
16 #60 16#68 16#69 16#6a 16#6b 16#6c 16#6d 16#6e 16#6f 16#70 16#71 16#72
16 #73 16#74 16#75 16#95 16#96 16#97 16#b0 16#bf
] vg & undef pop
% Define the base fonts which don ' t change .
/ Undefined - UC NullEncoding / Helvetica vg & newbasefont pop
/ MathOps - UC UCMathOpsEncoding / Symbol vg & newbasefont pop
/ Arrows - UC UCArrowsEncoding / Symbol vg & newbasefont pop
/ Dingbats - UC UCDingbatsEncoding / ZapfDingbats vg & newbasefont pop
% Make the SansSerif composite fonts .
/ SansSerif / Helvetica 16 #00 vg&newcompositefont
/ SansSerif - Bold / Helvetica - Bold 16 #01 vg&newcompositefont
/ SansSerif - Italic / Helvetica - Oblique 16 #02 vg&newcompositefont
/ SansSerif - BoldItalic / Helvetica - BoldOblique 16 #03 vg&newcompositefont
% Make the Serif composite fonts .
/ Serif / Times - Roman 16 #00 vg&newcompositefont
/ Serif - Bold / Times - Bold 16 #01 vg&newcompositefont
/ Serif - Italic / Times - Italic 16 #02 vg&newcompositefont
/ Serif - BoldItalic / Times - BoldItalic 16 #03 vg&newcompositefont
% Make the Monospaced composite fonts .
/ Monospaced / Courier 16 #00 vg&newcompositefont
/ Monospaced - Bold / Courier - Bold 16 #01 vg&newcompositefont
/ Monospaced - Italic / Courier - Oblique 16 #02 vg&newcompositefont
/ Monospaced - BoldItalic / Courier - BoldOblique 16 #03 vg&newcompositefont
% Make the Dialog composite fonts .
/ Dialog / Helvetica 16 #00 vg&newcompositefont
/ Dialog - Bold / Helvetica - Bold 16 #01 vg&newcompositefont
/ Dialog - Italic / Helvetica - Oblique 16 #02 vg&newcompositefont
/ Dialog - BoldItalic / Helvetica - BoldOblique 16 #03 vg&newcompositefont
% Make the DialogInput composite fonts .
/ DialogInput / Helvetica 16 #00 vg&newcompositefont
/ DialogInput - Bold / Helvetica - Bold 16 #01 vg&newcompositefont
/ DialogInput - Italic / Helvetica - Oblique 16 #02 vg&newcompositefont
/ DialogInput - BoldItalic / Helvetica - BoldOblique 16 #03 vg&newcompositefont
% Make the Typewriter composite fonts ( JDK 1 . 1 only ) .
/ Typewriter / Courier 16 #00 vg&newcompositefont
/ Typewriter - Bold / Courier - Bold 16 #01 vg&newcompositefont
/ Typewriter - Italic / Courier - Oblique 16 #02 vg&newcompositefont
/ Typewriter - BoldItalic / Courier - BoldOblique 16 #03 vg&newcompositefont
/ cfontH {
dup / fontsize exch def / SansSerif exch sf
/ vg & fontstyles [ { cfontH } { cfontHB } { cfontHI } { cfontHBI } ] def
} def
/ cfontHB {
dup / fontsize exch def / SansSerif - Bold exch sf
/ vg & fontstyles [ { cfontH } { cfontHB } { cfontHI } { cfontHBI } ] def
} def
/ cfontHI {
dup / fontsize exch def / SansSerif - Italic exch sf
/ vg & fontstyles [ { cfontH } { cfontHB } { cfontHI } { cfontHBI } ] def
} def
/ cfontHBI {
dup / fontsize exch def / SansSerif - BoldItalic exch sf
/ vg & fontstyles [ { cfontH } { cfontHB } { cfontHI } { cfontHBI } ] def
} def
/ cfontT {
dup / fontsize exch def / Serif exch sf
/ vg & fontstyles [ { cfontT } { cfontTB } { cfontTI } { cfontTBI } ] def
} def
/ cfontTB {
dup / fontsize exch def / Serif - Bold exch sf
/ vg & fontstyles [ { cfontT } { cfontTB } { cfontTI } { cfontTBI } ] def
} def
/ cfontTI {
dup / fontsize exch def / Serif - Italic exch sf
/ vg & fontstyles [ { cfontT } { cfontTB } { cfontTI } { cfontTBI } ] def
} def
/ cfontTBI {
dup / fontsize exch def / Serif - BoldItalic exch sf
/ vg & fontstyles [ { cfontT } { cfontTB } { cfontTI } { cfontTBI } ] def
} def
/ cfontC {
dup / fontsize exch def / Typewriter exch sf
/ vg & fontstyles [ { cfontC } { cfontCB } { cfontCI } { cfontCBI } ] def
} def
/ cfontCB {
dup / fontsize exch def / Typewriter - Bold exch sf
/ vg & fontstyles [ { cfontC } { cfontCB } { cfontCI } { cfontCBI } ] def
} def
/ cfontCI {
dup / fontsize exch def / Typewriter - Italic exch sf
/ vg & fontstyles [ { cfontC } { cfontCB } { cfontCI } { cfontCBI } ] def
} def
/ cfontCBI {
dup / fontsize exch def / Typewriter - BoldItalic exch sf
/ vg & fontstyles [ { cfontC } { cfontCB } { cfontCI } { cfontCBI } ] def
} def
% Darken or lighten the current color .
/ darken { 0 . 7 exch exp 3 copy
q 4 - 1 roll vg & C
currentrgbcolor 3 { 4 - 2 roll mul } repeat
3 array astore Q } def
/ displayColorMap
< < / Cr [ 1 . 00 0 . 00 0 . 00 ] / Cg [ 0 . 00 1 . 00 0 . 00 ]
/ Cb [ 0 . 00 0 . 00 1 . 00 ] / Cc [ 1 . 00 0 . 00 0 . 00 0 . 00 ]
/ Cm [ 0 . 00 1 . 00 0 . 00 0 . 00 ] / Cy [ 0 . 00 0 . 00 1 . 00 0 . 00 ]
/ Co [ 1 . 00 0 . 78 0 . 00 ] / Cp [ 1 . 00 0 . 67 0 . 67 ]
/ Cw [ 1 ] / Cgrl [ 0 . 75 ]
/ Cgr [ 0 . 50 ] / Cgrd [ 0 . 25 ]
/ Ck [ 0 ]
/ CGr [ 1 . 00 0 . 00 0 . 00 ] / CGg [ 0 . 00 1 . 00 0 . 00 ]
/ CGb [ 0 . 00 0 . 00 1 . 00 ] / CGc [ 1 . 00 0 . 00 0 . 00 0 . 00 ]
/ CGm [ 0 . 00 1 . 00 0 . 00 0 . 00 ] / CGy [ 0 . 00 0 . 00 1 . 00 0 . 00 ]
/ CGo [ 1 . 00 0 . 78 0 . 00 ] / CGp [ 1 . 00 0 . 67 0 . 67 ]
/ CGw [ 1 ] / CGgrl [ 0 . 75 ]
/ CGgr [ 0 . 50 ] / CGgrd [ 0 . 25 ]
/ CGk [ 0 ]
/ CIr [ 1 . 00 0 . 00 0 . 00 ] / CIg [ 0 . 00 1 . 00 0 . 00 ]
/ CIb [ 0 . 00 0 . 00 1 . 00 ] / CIc [ 1 . 00 0 . 00 0 . 00 0 . 00 ]
/ CIm [ 0 . 00 1 . 00 0 . 00 0 . 00 ] / CIy [ 0 . 00 0 . 00 1 . 00 0 . 00 ]
/ CIo [ 1 . 00 0 . 78 0 . 00 ] / CIp [ 1 . 00 0 . 67 0 . 67 ]
/ CIw [ 1 ] / CIgrl [ 0 . 75 ]
/ CIgr [ 0 . 50 ] / CIgrd [ 0 . 25 ]
/ CIk [ 0 ]
> > def
/ printColorMap
< < / Cr [ 1 . 00 0 . 33 0 . 33 ] / Cg [ 0 . 33 1 . 00 0 . 33 ]
/ Cb [ 0 . 33 0 . 33 1 . 00 ] / Cc [ 1 . 00 0 . 00 0 . 00 0 . 00 ]
/ Cm [ 0 . 00 1 . 00 0 . 00 0 . 00 ] / Cy [ 0 . 00 0 . 00 1 . 00 0 . 00 ]
/ Co [ 1 . 00 0 . 78 0 . 00 ] / Cp [ 1 . 00 0 . 67 0 . 67 ]
/ Cw [ 1 ] / Cgrl [ 0 . 75 ]
/ Cgr [ 0 . 50 ] / Cgrd [ 0 . 25 ]
/ Ck [ 0 ]
/ CGr [ 1 . 00 0 . 33 0 . 33 ] / CGg [ 0 . 33 1 . 00 0 . 33 ]
/ CGb [ 0 . 33 0 . 33 1 . 00 ] / CGc [ 1 . 00 0 . 00 0 . 00 0 . 00 ]
/ CGm [ 0 . 00 1 . 00 0 . 00 0 . 00 ] / CGy [ 0 . 00 0 . 00 1 . 00 0 . 00 ]
/ CGo [ 1 . 00 0 . 78 0 . 00 ] / CGp [ 1 . 00 0 . 67 0 . 67 ]
/ CGw [ 1 ] / CGgrl [ 0 . 75 ]
/ CGgr [ 0 . 50 ] / CGgrd [ 0 . 25 ]
/ CGk [ 0 ]
/ CIr [ 1 . 00 0 . 33 0 . 33 ] / CIg [ 0 . 33 1 . 00 0 . 33 ]
/ CIb [ 0 . 33 0 . 33 1 . 00 ] / CIc [ 1 . 00 0 . 00 0 . 00 0 . 00 ]
/ CIm [ 0 . 00 1 . 00 0 . 00 0 . 00 ] / CIy [ 0 . 00 0 . 00 1 . 00 0 . 00 ]
/ CIo [ 1 . 00 0 . 78 0 . 00 ] / CIp [ 1 . 00 0 . 67 0 . 67 ]
/ CIw [ 1 ] / CIgrl [ 0 . 75 ]
/ CIgr [ 0 . 50 ] / CIgrd [ 0 . 25 ]
/ CIk [ 0 ]
> > def
/ grayColorMap
< < / Cr [ 0 ] / Cg [ 0 ]
/ Cb [ 0 ] / Cc [ 0 ]
/ Cm [ 0 ] / Cy [ 0 ]
/ Co [ 0 ] / Cp [ 0 ]
/ Cw [ 0 ] / Cgrl [ 0 ]
/ Cgr [ 0 ] / Cgrd [ 0 ]
/ Ck [ 0 ]
/ CGr [ 0 . 75 ] / CGg [ 1 ]
/ CGb [ 0 . 50 ] / CGc [ 0 . 75 ]
/ CGm [ 0 . 50 ] / CGy [ 1 ]
/ CGo [ 0 . 75 ] / CGp [ 1 ]
/ CGw [ 0 ] / CGgrl [ 0 . 25 ]
/ CGgr [ 0 . 50 ] / CGgrd [ 0 . 75 ]
/ CGk [ 1 ]
/ CIr [ 1 ] / CIg [ 1 ]
/ CIb [ 1 ] / CIc [ 1 ]
/ CIm [ 1 ] / CIy [ 1 ]
/ CIo [ 1 ] / CIp [ 1 ]
/ CIw [ 1 ] / CIgrl [ 1 ]
/ CIgr [ 1 ] / CIgrd [ 1 ]
/ CIk [ 1 ]
> > def
/ bwColorMap
< < / Cr [ 0 ] / Cg [ 0 ]
/ Cb [ 0 ] / Cc [ 0 ]
/ Cm [ 0 ] / Cy [ 0 ]
/ Co [ 0 ] / Cp [ 0 ]
/ Cw [ 0 ] / Cgrl [ 0 ]
/ Cgr [ 0 ] / Cgrd [ 0 ]
/ Ck [ 0 ]
/ CGr [ 1 ] / CGg [ 1 ]
/ CGb [ 1 ] / CGc [ 1 ]
/ CGm [ 1 ] / CGy [ 1 ]
/ CGo [ 1 ] / CGp [ 1 ]
/ CGw [ 0 ] / CGgrl [ 1 ]
/ CGgr [ 1 ] / CGgrd [ 1 ]
/ CGk [ 1 ]
/ CIr [ 1 ] / CIg [ 1 ]
/ CIb [ 1 ] / CIc [ 1 ]
/ CIm [ 1 ] / CIy [ 1 ]
/ CIo [ 1 ] / CIp [ 1 ]
/ CIw [ 1 ] / CIgrl [ 1 ]
/ CIgr [ 1 ] / CIgrd [ 1 ]
/ CIk [ 1 ]
> > def
%
% The following routines handle the alignment of and printing of
% tagged strings .
%
% Predefine the bounding box values .
/ bbllx 0 def / bblly 0 def / bburx 0 def / bbury 0 def
% This routine pops the first unicode character off of a string and returns
% the remainder of the string , the character code of first character ,
% and a " true " if the string was non - zero length .
% < string > popfirst < remaining string > < true >
% < null string > popfirst < false >
/ popfirst {
dup length 1 gt
{ dup 0 get / vg & fbyte exch def
dup 1 get / vg & cbyte exch def
dup length 2 sub 2 exch getinterval true }
{ pop false } ifelse
} def
% This routine shows a single unicode character given the font and
% character codes .
% < font code > < char code > unicharshow - -
/ unicharshow {
2 string
dup 0 5 - 1 roll put
dup 1 4 - 1 roll put
internalshow
} def
% This is an internal routine to alternate between determining the
% bounding box for stringsize and showing the string for recshow .
% < string > internalshow - -
/ internalshow { show } def
% This is an internal routine to alternate between determining the
% bounding box for stringsize and stroking various ornaments .
% < string > internalstroke - -
/ internalstroke { S } def
% Sets up internalshow to use the null device to determine string size .
% - - nullinternalshow - -
/ nullinternalshow { / internalshow { false charpath flattenpath
pathbbox updatebbox } def } def
% Sets up internalstroke to use the null device to determine string size .
% - - nullinternalstroke - -
/ nullinternalstroke {
/ internalstroke { flattenpath pathbbox updatebbox } def } def
% This routine tests to see if the character code matches the first
% character of a string .
% < char code > < string > testchar < char code > < true or false >
/ testchar { exch dup 3 - 1 roll 0 get eq } def
% Raise the text baseline for superscripts .
% - - raise - -
/ raise {
0 fontsize 2 div rmoveto
/ fontsize fontsize 2 mul 3 div def
currentfont / FontName get fontsize sf
} def
% Un - raise the text baseline for superscripts .
% - - unraise - -
/ unraise {
/ fontsize fontsize 1 . 5 mul def
0 fontsize 2 div neg rmoveto
} def
% Lower the text baseline for subscripts .
% - - lower - -
/ lower {
0 fontsize 3 div neg rmoveto
/ fontsize fontsize 2 mul 3 div def
currentfont / FontName get fontsize sf
} def
% Un - lower the text baseline for subscripts .
% - - unlower - -
/ unlower {
/ fontsize fontsize 1 . 5 mul def
0 fontsize 3 div rmoveto
} def
% Compare the top two elements on the stack and leave only the
% larger one .
/ maxval { 2 copy gt { pop } { exch pop } ifelse } def
% Tokenize a string . Do not use the usual PostScript token because
% parentheses will not be interpreted correctly because of rescanning
% of the string .
/ vg & token { / vg & string exch def / vg & index - 1 def / vg & level 0 def
0 2 vg & string length 2 sub {
dup dup 1 add exch vg & string exch get 8 bitshift vg & string 3 - 1 roll get or
dup 16 #f0fe eq {pop 1}{16#f0ff eq {-1}{0} ifelse} ifelse
/ vg & level exch vg & level add def
vg & level 0 eq { / vg & index exch def exit } if pop
} for
vg & index 0 ge {
vg & string vg & index 2 add dup vg & string length exch sub getinterval
vg & index 2 gt { vg & string 2 vg & index 2 sub getinterval } { ( ) } ifelse
true }
{ false } ifelse
} bind def
% Recursively show an unicode string .
% < string > recshow - -
/ recshow {
popfirst
{
% Test to see if this is a string attribute .
vg & fbyte 16 #f0 and 16#e0 eq
{
q
% Font style .
currentfont dup / FontStyleBits known { / FontStyleBits get } { pop 0 } ifelse
vg & cbyte or vg & fontstyles exch get fontsize exch exec
vg & token pop recshow currentpoint Q m recshow
}
{
vg & fbyte 16 #F8 and 16#F0 eq {
% Superscript and / or subscript .
vg & cbyte 16 #00 eq {
vg & token pop exch vg & token pop 3 - 1 roll
q raise recshow unraise currentpoint pop Q exch
q lower recshow unlower currentpoint pop Q
maxval currentpoint exch pop m recshow } if
% Strikeout .
vg & cbyte 16 #01 eq {
vg & token pop currentpoint 3 - 1 roll recshow
q 0 J vg & underline vg & uthick w
currentpoint 4 - 2 roll fontsize 3 div add moveto
fontsize 3 div add lineto internalstroke Q
recshow } if
% Underline .
vg & cbyte 16 #02 eq {
vg & token pop currentpoint 3 - 1 roll recshow
q 0 J vg & underline vg & uthick w
currentpoint 4 - 2 roll vg & uoffset add moveto
vg & uoffset add lineto internalstroke Q
recshow } if
% Dashed underline .
vg & cbyte 16 #03 eq {
vg & token pop currentpoint 3 - 1 roll recshow
q 0 J [ vg & uthick 5 mul vg & uthick 2 mul ] 0 d
vg & underline vg & uthick w
currentpoint 4 - 2 roll vg & uoffset add moveto
vg & uoffset add lineto internalstroke Q
recshow } if
% Dotted underline .
vg & cbyte 16 #04 eq {
vg & token pop currentpoint 3 - 1 roll recshow
q 1 J [ 0 vg & uthick 3 mul ] 0 d
vg & underline vg & uthick w
currentpoint 4 - 2 roll vg & uoffset add moveto
vg & uoffset add lineto internalstroke Q
recshow } if
% Thick underline .
vg & cbyte 16 #05 eq {
vg & token pop currentpoint 3 - 1 roll recshow
q 0 J vg & underline vg & uthick 2 mul w
currentpoint 4 - 2 roll vg & uoffset vg & uthick 2 div sub add moveto
vg & uoffset vg & uthick 2 div sub add lineto internalstroke Q
recshow } if
% Gray thick underline .
vg & cbyte 16 #06 eq {
vg & token pop currentpoint 3 - 1 roll recshow
q 0 J vg & underline vg & uthick 2 mul w 0 . 5 setgray
currentpoint 4 - 2 roll vg & uoffset vg & uthick 2 div sub add moveto
vg & uoffset vg & uthick 2 div sub add lineto internalstroke Q
recshow } if
% Overbar .
vg & cbyte 16 #07 eq {
vg & token pop dup stringsize relative 4 1 roll pop pop exch
3 - 1 roll recshow
q 0 J vg & underline vg & uthick w
vg & uoffset neg add dup currentpoint pop exch m l internalstroke Q
recshow } if
}
{
vg & fbyte vg & cbyte unicharshow recshow
} ifelse
} ifelse
} if
} def
% Get the underline position and thickness from the current font .
/ vg & underline {
currentfont dup / FontType get 0 eq { / FDepVector get 0 get } if
dup dup / FontInfo known {
/ FontInfo get dup
dup / UnderlinePosition known {
/ UnderlinePosition get / vg & uoffset exch def
}
{
pop / vg & uoffset 0 def
} ifelse
dup / UnderlineThickness known {
/ UnderlineThickness get / vg & uthick exch def
}
{
pop / vg & uthick 0 def
} ifelse
}
{
pop / vg & uoffset 0 def / vg & uthick 0 def
} ifelse
/ FontMatrix get
currentfont dup / FontType get 0 eq
{ / FontMatrix get matrix concatmatrix } { pop } ifelse
dup 0 vg & uoffset 3 - 1 roll transform / vg & uoffset exch def pop
0 vg & uthick 3 - 1 roll transform / vg & uthick exch def pop
} def
% Make a frame with the coordinates on the stack .
% < llx > < lly > < urx > < ury > frame - -
/ frame { 4 copy m 3 1 roll exch l 4 - 2 roll l l h } def
% Resets the accumulated bounding box to a degenerate box at the
% current point .
% - - resetbbox - -
/ resetbbox {
currentpoint 2 copy
/ bbury exch def
/ bburx exch def
/ bblly exch def
/ bbllx exch def
} def
% Update the accumulated bounding box .
% < llx ' > < lly ' > < urx ' > < ury ' > updatebbox - -
/ updatebbox {
dup bbury gt { / bbury exch def } { pop } ifelse
dup bburx gt { / bburx exch def } { pop } ifelse
dup bblly lt { / bblly exch def } { pop } ifelse
dup bbllx lt { / bbllx exch def } { pop } ifelse
} def
% Set the bounding box to the values on the stack .
% < llx ' > < lly ' > < urx ' > < ury ' > updatebbox - -
/ restorebbox {
/ bbury exch def / bburx exch def / bblly exch def / bbllx exch def
} def
% Push the accumulated bounding box onto the stack .
% - - pushbbox < llx > < lly > < urx > < ury >
/ pushbbox { bbllx bblly bburx bbury } def
% Make the relative bounding box relative to the currentpoint .
% < llx ' > < lly ' > < urx ' > < ury ' > inflate < llx > < lly > < urx > < ury >
/ inflate {
2 { fontsize 0 . 2 mul add 4 1 roll } repeat
2 { fontsize 0 . 2 mul sub 4 1 roll } repeat
} def
% Make the relative bounding box relative to the currentpoint .
% < llx ' > < lly ' > < urx ' > < ury ' > relative < llx > < lly > < urx > < ury >
/ relative {
currentpoint 3 - 1 roll add 3 1 roll add exch 4 2 roll
currentpoint 3 - 1 roll add 3 1 roll add exch 4 2 roll
} def
% Returns the size of a string appropriate for recshow .
% < string > stringsize < llx > < lly > < urx > < ury >
/ stringsize {
pushbbox / internalshow load / internalstroke load 7 - 1 roll
q
nulldevice 0 0 m
nullinternalshow nullinternalstroke
resetbbox
recshow
/ internalstroke exch def / internalshow exch def
pushbbox 8 - 4 roll restorebbox
Q
} def
% Calculate values for string positioning .
/ calcval { 4 copy
3 - 1 roll sub / widy exch def sub neg / widx exch def
pop pop / dy exch def / dx exch def } def
% Utilities to position a string .
% First letter ( U = upper , C = center , B = baseline , L = lower )
% Second letter ( L = left , C = center , R = right )
/ align [
{ calcval dx neg widy dy add neg rmoveto } % UL
{ calcval dx neg widy 2 div dy add neg rmoveto } % CL
{ calcval dx neg 0 rmoveto } % BL
{ calcval dx neg dy neg rmoveto } % LL
{ calcval widx dx add neg widy dy add neg rmoveto } % UR
{ calcval widx dx add neg widy 2 div dy add neg rmoveto } % CR
{ calcval widx dx add neg 0 rmoveto } % BR
{ calcval widx dx add neg dy neg rmoveto } % LR
{ calcval widx 2 div dx add neg widy dy add neg rmoveto } % UC
{ calcval widx 2 div dx add neg widy 2 div dy add neg rmoveto } % CC
{ calcval widx 2 div dx add neg 0 rmoveto } % BC
{ calcval widx 2 div dx add neg dy neg rmoveto } % LC
] def
/ vg & str { m q 1 - 1 scale dup stringsize 4 copy align 11 - 1 roll get exec
q inflate relative frame exch exec Q recshow Q } def
end / procDict exch def
% % EndProlog
% % BeginSetup
save
procDict begin
printColorMap begin
595 791 setpagesize
20 20 20 20 setmargins
0 0 setorigin
400 400 setsize
fittopage
portrait
imagescale
cliptobounds
setbasematrix
/ Helvetica 10 sf
defaultGraphicsState
% % EndSetup
0 0 0 RG
[ 1 . 00000 0 0 1 . 00000 0 0 ] defaultmatrix matrix concatmatrix setmatrix
cliprestore
1 . 00000 1 . 00000 1 . 00000 RG
newpath
0 0 m
400 . 000 0 l
400 . 000 400 . 000 l
0 400 . 000 l
0 0 l
h
f
0 0 0 RG
0 J
1 j
[ 1 . 00000 0 0 1 . 00000 0 0 ] concat
[ 1 . 00000 0 0 1 . 00000 0 0 ] concat
q
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
0 0 390 390 rc
2 J
0 j
q
0 . 647059 0 . 647059 0 . 647059 RG
Q
q
0 . 647059 0 . 647059 0 . 647059 RG
Q
0 J
1 j
q
q
15 . 1000 2 . 00547 369 . 894 364 . 994 rc
newpath
16 . 1000 366 . 000 m
49 . 4540 324 . 376 l
82 . 8081 283 . 160 l
116 . 162 240 . 522 l
149 . 516 201 . 100 l
182 . 870 168 . 151 l
216 . 224 152 . 317 l
249 . 578 103 . 592 l
282 . 932 59 . 8530 l
316 . 286 36 . 9824 l
349 . 640 4 . 00549 l
382 . 994 17 . 4709 l
S
cliprestore
newpath
0 0 m
0 390 . 000 l
390 . 000 390 . 000 l
390 . 000 0 l
h
W
Q
Q
q
2 J
0 j
q
newpath
13 . 1000 369 . 000 m
382 . 994 369 . 000 l
S
Q
q
q
0 J
1 j
newpath
49 . 4540 369 . 000 m
49 . 4540 374 . 200 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
newpath
56 . 9531 388 . 343 m
56 . 3593 390 . 000 l
51 . 2812 390 . 000 l
51 . 2812 389 . 765 l
52 . 7708 388 . 401 53 . 8203 387 . 286 54 . 4296 386 . 421 c
55 . 0390 385 . 557 55 . 3437 384 . 770 55 . 3437 384 . 062 c
55 . 3437 383 . 510 55 . 1770 383 . 059 54 . 8437 382 . 710 c
54 . 5104 382 . 362 54 . 1093 382 . 187 53 . 6406 382 . 187 c
53 . 2239 382 . 187 52 . 8463 382 . 309 52 . 5078 382 . 554 c
52 . 1692 382 . 799 51 . 9218 383 . 161 51 . 7656 383 . 640 c
51 . 5312 383 . 640 l
51 . 6354 382 . 859 51 . 9062 382 . 260 52 . 3437 381 . 843 c
52 . 7812 381 . 427 53 . 3281 381 . 218 53 . 9843 381 . 218 c
54 . 6822 381 . 218 55 . 2656 381 . 442 55 . 7343 381 . 890 c
56 . 2031 382 . 338 56 . 4375 382 . 864 56 . 4375 383 . 468 c
56 . 4375 383 . 906 56 . 3333 384 . 343 56 . 1250 384 . 781 c
55 . 8125 385 . 468 55 . 3072 386 . 192 54 . 6093 386 . 953 c
53 . 5572 388 . 109 52 . 8958 388 . 807 52 . 6250 389 . 046 c
54 . 8750 389 . 046 l
55 . 3333 389 . 046 55 . 6536 389 . 028 55 . 8359 388 . 992 c
56 . 0182 388 . 955 56 . 1849 388 . 885 56 . 3359 388 . 781 c
56 . 4869 388 . 677 56 . 6145 388 . 531 56 . 7187 388 . 343 c
56 . 9531 388 . 343 l
h
f
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
116 . 162 369 . 000 m
116 . 162 374 . 200 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
newpath
124 . 046 386 . 828 m
124 . 046 387 . 734 l
122 . 890 387 . 734 l
122 . 890 390 . 000 l
121 . 843 390 . 000 l
121 . 843 387 . 734 l
118 . 203 387 . 734 l
118 . 203 386 . 921 l
122 . 203 381 . 218 l
122 . 890 381 . 218 l
122 . 890 386 . 828 l
124 . 046 386 . 828 l
h
121 . 843 386 . 828 m
121 . 843 382 . 546 l
118 . 828 386 . 828 l
121 . 843 386 . 828 l
h
f
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
182 . 870 369 . 000 m
182 . 870 374 . 200 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
newpath
189 . 828 381 . 218 m
189 . 828 381 . 453 l
189 . 265 381 . 505 188 . 807 381 . 614 188 . 453 381 . 781 c
188 . 099 381 . 947 187 . 750 382 . 203 187 . 406 382 . 546 c
187 . 062 382 . 890 186 . 778 383 . 273 186 . 554 383 . 695 c
186 . 330 384 . 117 186 . 140 384 . 614 185 . 984 385 . 187 c
186 . 599 384 . 770 187 . 213 384 . 562 187 . 828 384 . 562 c
188 . 411 384 . 562 188 . 919 384 . 799 189 . 351 385 . 273 c
189 . 783 385 . 747 190 . 000 386 . 359 190 . 000 387 . 109 c
190 . 000 387 . 828 189 . 781 388 . 484 189 . 343 389 . 078 c
188 . 822 389 . 796 188 . 130 390 . 156 187 . 265 390 . 156 c
186 . 671 390 . 156 186 . 171 389 . 958 185 . 765 389 . 562 c
184 . 963 388 . 812 184 . 562 387 . 833 184 . 562 386 . 625 c
184 . 562 385 . 854 184 . 716 385 . 122 185 . 023 384 . 429 c
185 . 330 383 . 737 185 . 770 383 . 119 186 . 343 382 . 578 c
186 . 916 382 . 036 187 . 466 381 . 674 187 . 992 381 . 492 c
188 . 518 381 . 309 189 . 005 381 . 218 189 . 453 381 . 218 c
189 . 828 381 . 218 l
h
185 . 875 385 . 656 m
185 . 802 386 . 229 185 . 765 386 . 692 185 . 765 387 . 046 c
185 . 765 387 . 453 185 . 841 387 . 893 185 . 992 388 . 367 c
186 . 143 388 . 841 186 . 364 389 . 218 186 . 656 389 . 500 c
186 . 875 389 . 697 187 . 140 389 . 796 187 . 453 389 . 796 c
187 . 817 389 . 796 188 . 145 389 . 622 188 . 437 389 . 273 c
188 . 729 388 . 924 188 . 875 388 . 432 188 . 875 387 . 796 c
188 . 875 387 . 067 188 . 729 386 . 440 188 . 437 385 . 914 c
188 . 145 385 . 388 187 . 739 385 . 125 187 . 218 385 . 125 c
187 . 052 385 . 125 186 . 877 385 . 158 186 . 695 385 . 226 c
186 . 513 385 . 294 186 . 239 385 . 437 185 . 875 385 . 656 c
h
f
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
249 . 578 369 . 000 m
249 . 578 374 . 200 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
newpath
253 . 500 385 . 671 m
252 . 812 385 . 109 252 . 369 384 . 658 252 . 171 384 . 320 c
251 . 974 383 . 981 251 . 875 383 . 630 251 . 875 383 . 265 c
251 . 875 382 . 703 252 . 091 382 . 221 252 . 523 381 . 820 c
252 . 955 381 . 419 253 . 531 381 . 218 254 . 250 381 . 218 c
254 . 947 381 . 218 255 . 507 381 . 406 255 . 929 381 . 781 c
256 . 351 382 . 156 256 . 562 382 . 583 256 . 562 383 . 062 c
256 . 562 383 . 385 256 . 447 383 . 713 256 . 218 384 . 046 c
255 . 989 384 . 380 255 . 515 384 . 776 254 . 796 385 . 234 c
255 . 536 385 . 807 256 . 026 386 . 260 256 . 265 386 . 593 c
256 . 588 387 . 020 256 . 750 387 . 474 256 . 750 387 . 953 c
256 . 750 388 . 557 256 . 520 389 . 075 256 . 062 389 . 507 c
255 . 604 389 . 940 255 . 000 390 . 156 254 . 250 390 . 156 c
253 . 427 390 . 156 252 . 786 389 . 901 252 . 328 389 . 390 c
251 . 963 388 . 974 251 . 781 388 . 520 251 . 781 388 . 031 c
251 . 781 387 . 656 251 . 911 387 . 281 252 . 171 386 . 906 c
252 . 432 386 . 531 252 . 875 386 . 119 253 . 500 385 . 671 c
h
254 . 484 384 . 984 m
254 . 994 384 . 526 255 . 317 384 . 164 255 . 453 383 . 898 c
255 . 588 383 . 632 255 . 656 383 . 333 255 . 656 383 . 000 c
255 . 656 382 . 562 255 . 531 382 . 216 255 . 281 381 . 960 c
255 . 031 381 . 705 254 . 692 381 . 578 254 . 265 381 . 578 c
253 . 828 381 . 578 253 . 474 381 . 703 253 . 203 381 . 953 c
252 . 932 382 . 203 252 . 796 382 . 494 252 . 796 382 . 828 c
252 . 796 383 . 046 252 . 854 383 . 268 252 . 968 383 . 492 c
253 . 083 383 . 716 253 . 244 383 . 927 253 . 453 384 . 125 c
254 . 484 384 . 984 l
h
253 . 796 385 . 906 m
253 . 442 386 . 197 253 . 182 386 . 518 253 . 015 386 . 867 c
252 . 849 387 . 216 252 . 765 387 . 593 252 . 765 388 . 000 c
252 . 765 388 . 552 252 . 914 388 . 992 253 . 210 389 . 320 c
253 . 507 389 . 648 253 . 885 389 . 812 254 . 343 389 . 812 c
254 . 802 389 . 812 255 . 169 389 . 682 255 . 445 389 . 421 c
255 . 721 389 . 161 255 . 859 388 . 849 255 . 859 388 . 484 c
255 . 859 388 . 182 255 . 776 387 . 906 255 . 609 387 . 656 c
255 . 317 387 . 208 254 . 713 386 . 625 253 . 796 385 . 906 c
h
f
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
316 . 286 369 . 000 m
316 . 286 374 . 200 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
newpath
316 . 531 382 . 234 m
318 . 625 381 . 218 l
318 . 828 381 . 218 l
318 . 828 388 . 484 l
318 . 828 388 . 963 318 . 849 389 . 263 318 . 890 389 . 382 c
318 . 932 389 . 502 319 . 015 389 . 593 319 . 140 389 . 656 c
319 . 265 389 . 718 319 . 520 389 . 755 319 . 906 389 . 765 c
319 . 906 390 . 000 l
316 . 671 390 . 000 l
316 . 671 389 . 765 l
317 . 078 389 . 755 317 . 341 389 . 718 317 . 460 389 . 656 c
317 . 580 389 . 593 317 . 664 389 . 510 317 . 710 389 . 406 c
317 . 757 389 . 302 317 . 781 388 . 994 317 . 781 388 . 484 c
317 . 781 383 . 843 l
317 . 781 383 . 208 317 . 760 382 . 802 317 . 718 382 . 625 c
317 . 687 382 . 489 317 . 632 382 . 390 317 . 554 382 . 328 c
317 . 476 382 . 265 317 . 380 382 . 234 317 . 265 382 . 234 c
317 . 109 382 . 234 316 . 895 382 . 302 316 . 625 382 . 437 c
316 . 531 382 . 234 l
h
321 . 468 385 . 750 m
321 . 468 384 . 770 321 . 617 383 . 924 321 . 914 383 . 210 c
322 . 210 382 . 497 322 . 604 381 . 968 323 . 093 381 . 625 c
323 . 479 381 . 354 323 . 875 381 . 218 324 . 281 381 . 218 c
324 . 937 381 . 218 325 . 526 381 . 552 326 . 046 382 . 218 c
326 . 703 383 . 052 327 . 031 384 . 182 327 . 031 385 . 609 c
327 . 031 386 . 609 326 . 888 387 . 458 326 . 601 388 . 156 c
326 . 315 388 . 854 325 . 947 389 . 362 325 . 500 389 . 679 c
325 . 052 389 . 997 324 . 625 390 . 156 324 . 218 390 . 156 c
323 . 395 390 . 156 322 . 708 389 . 671 322 . 156 388 . 703 c
321 . 697 387 . 880 321 . 468 386 . 895 321 . 468 385 . 750 c
h
322 . 718 385 . 906 m
322 . 718 387 . 093 322 . 864 388 . 062 323 . 156 388 . 812 c
323 . 395 389 . 437 323 . 755 389 . 750 324 . 234 389 . 750 c
324 . 463 389 . 750 324 . 700 389 . 648 324 . 945 389 . 445 c
325 . 190 389 . 242 325 . 375 388 . 895 325 . 500 388 . 406 c
325 . 697 387 . 687 325 . 796 386 . 661 325 . 796 385 . 328 c
325 . 796 384 . 349 325 . 692 383 . 531 325 . 484 382 . 875 c
325 . 338 382 . 385 325 . 140 382 . 041 324 . 890 381 . 843 c
324 . 724 381 . 708 324 . 515 381 . 640 324 . 265 381 . 640 c
323 . 984 381 . 640 323 . 729 381 . 765 323 . 500 382 . 015 c
323 . 197 382 . 369 322 . 992 382 . 924 322 . 882 383 . 679 c
322 . 773 384 . 434 322 . 718 385 . 177 322 . 718 385 . 906 c
h
f
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
382 . 994 369 . 000 m
382 . 994 374 . 200 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
newpath
382 . 531 382 . 234 m
384 . 625 381 . 218 l
384 . 828 381 . 218 l
384 . 828 388 . 484 l
384 . 828 388 . 963 384 . 849 389 . 263 384 . 890 389 . 382 c
384 . 932 389 . 502 385 . 015 389 . 593 385 . 140 389 . 656 c
385 . 265 389 . 718 385 . 520 389 . 755 385 . 906 389 . 765 c
385 . 906 390 . 000 l
382 . 671 390 . 000 l
382 . 671 389 . 765 l
383 . 078 389 . 755 383 . 341 389 . 718 383 . 460 389 . 656 c
383 . 580 389 . 593 383 . 664 389 . 510 383 . 710 389 . 406 c
383 . 757 389 . 302 383 . 781 388 . 994 383 . 781 388 . 484 c
383 . 781 383 . 843 l
383 . 781 383 . 208 383 . 760 382 . 802 383 . 718 382 . 625 c
383 . 687 382 . 489 383 . 632 382 . 390 383 . 554 382 . 328 c
383 . 476 382 . 265 383 . 380 382 . 234 383 . 265 382 . 234 c
383 . 109 382 . 234 382 . 895 382 . 302 382 . 625 382 . 437 c
382 . 531 382 . 234 l
h
392 . 953 388 . 343 m
392 . 359 390 . 000 l
387 . 281 390 . 000 l
387 . 281 389 . 765 l
388 . 770 388 . 401 389 . 820 387 . 286 390 . 429 386 . 421 c
391 . 039 385 . 557 391 . 343 384 . 770 391 . 343 384 . 062 c
391 . 343 383 . 510 391 . 177 383 . 059 390 . 843 382 . 710 c
390 . 510 382 . 362 390 . 109 382 . 187 389 . 640 382 . 187 c
389 . 224 382 . 187 388 . 846 382 . 309 388 . 507 382 . 554 c
388 . 169 382 . 799 387 . 921 383 . 161 387 . 765 383 . 640 c
387 . 531 383 . 640 l
387 . 635 382 . 859 387 . 906 382 . 260 388 . 343 381 . 843 c
388 . 781 381 . 427 389 . 328 381 . 218 389 . 984 381 . 218 c
390 . 682 381 . 218 391 . 265 381 . 442 391 . 734 381 . 890 c
392 . 203 382 . 338 392 . 437 382 . 864 392 . 437 383 . 468 c
392 . 437 383 . 906 392 . 333 384 . 343 392 . 125 384 . 781 c
391 . 812 385 . 468 391 . 307 386 . 192 390 . 609 386 . 953 c
389 . 557 388 . 109 388 . 895 388 . 807 388 . 625 389 . 046 c
390 . 875 389 . 046 l
391 . 333 389 . 046 391 . 653 389 . 028 391 . 835 388 . 992 c
392 . 018 388 . 955 392 . 184 388 . 885 392 . 335 388 . 781 c
392 . 487 388 . 677 392 . 614 388 . 531 392 . 718 388 . 343 c
392 . 953 388 . 343 l
h
f
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
16 . 1000 369 . 000 m
16 . 1000 371 . 600 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
82 . 8081 369 . 000 m
82 . 8081 371 . 600 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
149 . 516 369 . 000 m
149 . 516 371 . 600 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
216 . 224 369 . 000 m
216 . 224 371 . 600 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
282 . 932 369 . 000 m
282 . 932 371 . 600 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
349 . 640 369 . 000 m
349 . 640 371 . 600 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
Q
q
newpath
13 . 1000 369 . 000 m
13 . 1000 4 . 00549 l
S
Q
q
q
0 J
1 j
newpath
13 . 1000 366 . 000 m
7 . 89999 366 . 000 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
newpath
7 . 53125 368 . 234 m
9 . 62500 367 . 218 l
9 . 82812 367 . 218 l
9 . 82812 374 . 484 l
9 . 82812 374 . 963 9 . 84895 375 . 263 9 . 89062 375 . 382 c
9 . 93229 375 . 502 10 . 0156 375 . 593 10 . 1406 375 . 656 c
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10 . 9062 376 . 000 l
7 . 67187 376 . 000 l
7 . 67187 375 . 765 l
8 . 07812 375 . 755 8 . 34114 375 . 718 8 . 46093 375 . 656 c
8 . 58072 375 . 593 8 . 66406 375 . 510 8 . 71093 375 . 406 c
8 . 75781 375 . 302 8 . 78125 374 . 994 8 . 78125 374 . 484 c
8 . 78125 369 . 843 l
8 . 78125 369 . 208 8 . 76041 368 . 802 8 . 71875 368 . 625 c
8 . 68750 368 . 489 8 . 63281 368 . 390 8 . 55468 368 . 328 c
8 . 47656 368 . 265 8 . 38020 368 . 234 8 . 26562 368 . 234 c
8 . 10937 368 . 234 7 . 89583 368 . 302 7 . 62500 368 . 437 c
7 . 53125 368 . 234 l
h
f
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
13 . 1000 319 . 823 m
7 . 89999 319 . 823 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
newpath
11 . 9531 327 . 343 m
11 . 3593 329 . 000 l
6 . 28125 329 . 000 l
6 . 28125 328 . 765 l
7 . 77083 327 . 401 8 . 82031 326 . 286 9 . 42968 325 . 421 c
10 . 0390 324 . 557 10 . 3437 323 . 770 10 . 3437 323 . 062 c
10 . 3437 322 . 510 10 . 1770 322 . 059 9 . 84375 321 . 710 c
9 . 51041 321 . 362 9 . 10937 321 . 187 8 . 64062 321 . 187 c
8 . 22395 321 . 187 7 . 84635 321 . 309 7 . 50781 321 . 554 c
7 . 16927 321 . 799 6 . 92187 322 . 161 6 . 76562 322 . 640 c
6 . 53125 322 . 640 l
6 . 63541 321 . 859 6 . 90625 321 . 260 7 . 34375 320 . 843 c
7 . 78125 320 . 427 8 . 32812 320 . 218 8 . 98437 320 . 218 c
9 . 68229 320 . 218 10 . 2656 320 . 442 10 . 7343 320 . 890 c
11 . 2031 321 . 338 11 . 4375 321 . 864 11 . 4375 322 . 468 c
11 . 4375 322 . 906 11 . 3333 323 . 343 11 . 1250 323 . 781 c
10 . 8125 324 . 468 10 . 3072 325 . 192 9 . 60937 325 . 953 c
8 . 55729 327 . 109 7 . 89583 327 . 807 7 . 62500 328 . 046 c
9 . 87500 328 . 046 l
10 . 3333 328 . 046 10 . 6536 328 . 028 10 . 8359 327 . 992 c
11 . 0182 327 . 955 11 . 1849 327 . 885 11 . 3359 327 . 781 c
11 . 4869 327 . 677 11 . 6145 327 . 531 11 . 7187 327 . 343 c
11 . 9531 327 . 343 l
h
f
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
13 . 1000 273 . 647 m
7 . 89999 273 . 647 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
newpath
6 . 65625 276 . 031 m
6 . 90625 275 . 447 7 . 21875 275 . 000 7 . 59375 274 . 687 c
7 . 96875 274 . 375 8 . 43229 274 . 218 8 . 98437 274 . 218 c
9 . 68229 274 . 218 10 . 2135 274 . 442 10 . 5781 274 . 890 c
10 . 8593 275 . 224 11 . 0000 275 . 578 11 . 0000 275 . 953 c
11 . 0000 276 . 588 10 . 6041 277 . 239 9 . 81250 277 . 906 c
10 . 3437 278 . 114 10 . 7447 278 . 411 11 . 0156 278 . 796 c
11 . 2864 279 . 182 11 . 4218 279 . 635 11 . 4218 280 . 156 c
11 . 4218 280 . 895 11 . 1822 281 . 536 10 . 7031 282 . 078 c
10 . 0885 282 . 796 9 . 19791 283 . 156 8 . 03125 283 . 156 c
7 . 44791 283 . 156 7 . 05208 283 . 083 6 . 84375 282 . 937 c
6 . 63541 282 . 791 6 . 53125 282 . 635 6 . 53125 282 . 468 c
6 . 53125 282 . 343 6 . 58072 282 . 237 6 . 67968 282 . 148 c
6 . 77864 282 . 059 6 . 89583 282 . 015 7 . 03125 282 . 015 c
7 . 13541 282 . 015 7 . 24479 282 . 031 7 . 35937 282 . 062 c
7 . 43229 282 . 083 7 . 59635 282 . 158 7 . 85156 282 . 289 c
8 . 10677 282 . 419 8 . 28125 282 . 500 8 . 37500 282 . 531 c
8 . 53125 282 . 572 8 . 69791 282 . 593 8 . 87500 282 . 593 c
9 . 30208 282 . 593 9 . 67708 282 . 427 10 . 0000 282 . 093 c
10 . 3229 281 . 760 10 . 4843 281 . 364 10 . 4843 280 . 906 c
10 . 4843 280 . 572 10 . 4114 280 . 250 10 . 2656 279 . 937 c
10 . 1510 279 . 697 10 . 0260 279 . 515 9 . 89062 279 . 390 c
9 . 71354 279 . 224 9 . 46614 279 . 072 9 . 14843 278 . 937 c
8 . 83072 278 . 802 8 . 50520 278 . 734 8 . 17187 278 . 734 c
7 . 96875 278 . 734 l
7 . 96875 278 . 531 l
8 . 30208 278 . 489 8 . 63802 278 . 369 8 . 97656 278 . 171 c
9 . 31510 277 . 974 9 . 55989 277 . 737 9 . 71093 277 . 460 c
9 . 86197 277 . 184 9 . 93750 276 . 875 9 . 93750 276 . 531 c
9 . 93750 276 . 104 9 . 80208 275 . 755 9 . 53125 275 . 484 c
9 . 26041 275 . 213 8 . 92187 275 . 078 8 . 51562 275 . 078 c
7 . 85937 275 . 078 7 . 31250 275 . 427 6 . 87500 276 . 125 c
6 . 65625 276 . 031 l
h
f
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
13 . 1000 227 . 470 m
7 . 89999 227 . 470 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
newpath
12 . 0468 233 . 828 m
12 . 0468 234 . 734 l
10 . 8906 234 . 734 l
10 . 8906 237 . 000 l
9 . 84375 237 . 000 l
9 . 84375 234 . 734 l
6 . 20312 234 . 734 l
6 . 20312 233 . 921 l
10 . 2031 228 . 218 l
10 . 8906 228 . 218 l
10 . 8906 233 . 828 l
12 . 0468 233 . 828 l
h
9 . 84375 233 . 828 m
9 . 84375 229 . 546 l
6 . 82812 233 . 828 l
9 . 84375 233 . 828 l
h
f
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
13 . 1000 181 . 294 m
7 . 89999 181 . 294 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
newpath
11 . 6406 182 . 390 m
11 . 1406 183 . 468 l
8 . 56250 183 . 468 l
8 . 00000 184 . 625 l
9 . 11458 184 . 791 10 . 0000 185 . 208 10 . 6562 185 . 875 c
11 . 2187 186 . 447 11 . 5000 187 . 125 11 . 5000 187 . 906 c
11 . 5000 188 . 364 11 . 4088 188 . 786 11 . 2265 189 . 171 c
11 . 0442 189 . 557 10 . 8125 189 . 885 10 . 5312 190 . 156 c
10 . 2500 190 . 427 9 . 93750 190 . 640 9 . 59375 190 . 796 c
9 . 11458 191 . 036 8 . 61458 191 . 156 8 . 09375 191 . 156 c
7 . 58333 191 . 156 7 . 21093 191 . 067 6 . 97656 190 . 890 c
6 . 74218 190 . 713 6 . 62500 190 . 520 6 . 62500 190 . 312 c
6 . 62500 190 . 187 6 . 67447 190 . 080 6 . 77343 189 . 992 c
6 . 87239 189 . 903 6 . 99479 189 . 859 7 . 14062 189 . 859 c
7 . 24479 189 . 859 7 . 33854 189 . 875 7 . 42187 189 . 906 c
7 . 50520 189 . 937 7 . 64583 190 . 026 7 . 84375 190 . 171 c
8 . 16666 190 . 390 8 . 48958 190 . 500 8 . 81250 190 . 500 c
9 . 31250 190 . 500 9 . 74739 190 . 312 10 . 1171 189 . 937 c
10 . 4869 189 . 562 10 . 6718 189 . 104 10 . 6718 188 . 562 c
10 . 6718 188 . 041 10 . 5052 187 . 557 10 . 1718 187 . 109 c
9 . 83854 186 . 661 9 . 38020 186 . 312 8 . 79687 186 . 062 c
8 . 32812 185 . 875 7 . 69791 185 . 765 6 . 90625 185 . 734 c
8 . 56250 182 . 390 l
11 . 6406 182 . 390 l
h
f
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
13 . 1000 135 . 117 m
7 . 89999 135 . 117 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
newpath
11 . 8281 136 . 218 m
11 . 8281 136 . 453 l
11 . 2656 136 . 505 10 . 8072 136 . 614 10 . 4531 136 . 781 c
10 . 0989 136 . 947 9 . 75000 137 . 203 9 . 40625 137 . 546 c
9 . 06250 137 . 890 8 . 77864 138 . 273 8 . 55468 138 . 695 c
8 . 33072 139 . 117 8 . 14062 139 . 614 7 . 98437 140 . 187 c
8 . 59895 139 . 770 9 . 21354 139 . 562 9 . 82812 139 . 562 c
10 . 4114 139 . 562 10 . 9192 139 . 799 11 . 3515 140 . 273 c
11 . 7838 140 . 747 12 . 0000 141 . 359 12 . 0000 142 . 109 c
12 . 0000 142 . 828 11 . 7812 143 . 484 11 . 3437 144 . 078 c
10 . 8229 144 . 796 10 . 1302 145 . 156 9 . 26562 145 . 156 c
8 . 67187 145 . 156 8 . 17187 144 . 958 7 . 76562 144 . 562 c
6 . 96354 143 . 812 6 . 56250 142 . 833 6 . 56250 141 . 625 c
6 . 56250 140 . 854 6 . 71614 140 . 122 7 . 02343 139 . 429 c
7 . 33072 138 . 737 7 . 77083 138 . 119 8 . 34375 137 . 578 c
8 . 91666 137 . 036 9 . 46614 136 . 674 9 . 99218 136 . 492 c
10 . 5182 136 . 309 11 . 0052 136 . 218 11 . 4531 136 . 218 c
11 . 8281 136 . 218 l
h
7 . 87500 140 . 656 m
7 . 80208 141 . 229 7 . 76562 141 . 692 7 . 76562 142 . 046 c
7 . 76562 142 . 453 7 . 84114 142 . 893 7 . 99218 143 . 367 c
8 . 14322 143 . 841 8 . 36458 144 . 218 8 . 65625 144 . 500 c
8 . 87500 144 . 697 9 . 14062 144 . 796 9 . 45312 144 . 796 c
9 . 81770 144 . 796 10 . 1458 144 . 622 10 . 4375 144 . 273 c
10 . 7291 143 . 924 10 . 8750 143 . 432 10 . 8750 142 . 796 c
10 . 8750 142 . 067 10 . 7291 141 . 440 10 . 4375 140 . 914 c
10 . 1458 140 . 388 9 . 73958 140 . 125 9 . 21875 140 . 125 c
9 . 05208 140 . 125 8 . 87760 140 . 158 8 . 69531 140 . 226 c
8 . 51302 140 . 294 8 . 23958 140 . 437 7 . 87500 140 . 656 c
h
f
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
13 . 1000 88 . 9415 m
7 . 89999 88 . 9415 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
newpath
7 . 31250 89 . 3906 m
11 . 9218 89 . 3906 l
11 . 9218 89 . 6406 l
9 . 04687 98 . 1718 l
8 . 34375 98 . 1718 l
10 . 9062 90 . 4218 l
8 . 54687 90 . 4218 l
8 . 06770 90 . 4218 7 . 72916 90 . 4791 7 . 53125 90 . 5937 c
7 . 16666 90 . 7916 6 . 88020 91 . 0937 6 . 67187 91 . 5000 c
6 . 48437 91 . 4375 l
7 . 31250 89 . 3906 l
h
f
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
13 . 1000 42 . 7651 m
7 . 89999 42 . 7651 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
newpath
8 . 50000 47 . 6718 m
7 . 81250 47 . 1093 7 . 36979 46 . 6588 7 . 17187 46 . 3203 c
6 . 97395 45 . 9817 6 . 87500 45 . 6302 6 . 87500 45 . 2656 c
6 . 87500 44 . 7031 7 . 09114 44 . 2213 7 . 52343 43 . 8203 c
7 . 95572 43 . 4192 8 . 53125 43 . 2187 9 . 25000 43 . 2187 c
9 . 94791 43 . 2187 10 . 5078 43 . 4062 10 . 9296 43 . 7812 c
11 . 3515 44 . 1562 11 . 5625 44 . 5833 11 . 5625 45 . 0625 c
11 . 5625 45 . 3854 11 . 4479 45 . 7135 11 . 2187 46 . 0468 c
10 . 9895 46 . 3802 10 . 5156 46 . 7760 9 . 79687 47 . 2343 c
10 . 5364 47 . 8072 11 . 0260 48 . 2604 11 . 2656 48 . 5937 c
11 . 5885 49 . 0208 11 . 7500 49 . 4739 11 . 7500 49 . 9531 c
11 . 7500 50 . 5572 11 . 5208 51 . 0755 11 . 0625 51 . 5078 c
10 . 6041 51 . 9401 10 . 0000 52 . 1562 9 . 25000 52 . 1562 c
8 . 42708 52 . 1562 7 . 78645 51 . 9010 7 . 32812 51 . 3906 c
6 . 96354 50 . 9739 6 . 78125 50 . 5208 6 . 78125 50 . 0312 c
6 . 78125 49 . 6562 6 . 91145 49 . 2812 7 . 17187 48 . 9062 c
7 . 43229 48 . 5312 7 . 87500 48 . 1197 8 . 50000 47 . 6718 c
h
9 . 48437 46 . 9843 m
9 . 99479 46 . 5260 10 . 3177 46 . 1640 10 . 4531 45 . 8984 c
10 . 5885 45 . 6328 10 . 6562 45 . 3333 10 . 6562 45 . 0000 c
10 . 6562 44 . 5625 10 . 5312 44 . 2161 10 . 2812 43 . 9609 c
10 . 0312 43 . 7057 9 . 69270 43 . 5781 9 . 26562 43 . 5781 c
8 . 82812 43 . 5781 8 . 47395 43 . 7031 8 . 20312 43 . 9531 c
7 . 93229 44 . 2031 7 . 79687 44 . 4947 7 . 79687 44 . 8281 c
7 . 79687 45 . 0468 7 . 85416 45 . 2682 7 . 96875 45 . 4921 c
8 . 08333 45 . 7161 8 . 24479 45 . 9270 8 . 45312 46 . 1250 c
9 . 48437 46 . 9843 l
h
8 . 79687 47 . 9062 m
8 . 44270 48 . 1979 8 . 18229 48 . 5182 8 . 01562 48 . 8671 c
7 . 84895 49 . 2161 7 . 76562 49 . 5937 7 . 76562 50 . 0000 c
7 . 76562 50 . 5520 7 . 91406 50 . 9921 8 . 21093 51 . 3203 c
8 . 50781 51 . 6484 8 . 88541 51 . 8125 9 . 34375 51 . 8125 c
9 . 80208 51 . 8125 10 . 1692 51 . 6822 10 . 4453 51 . 4218 c
10 . 7213 51 . 1614 10 . 8593 50 . 8489 10 . 8593 50 . 4843 c
10 . 8593 50 . 1822 10 . 7760 49 . 9062 10 . 6093 49 . 6562 c
10 . 3177 49 . 2083 9 . 71354 48 . 6250 8 . 79687 47 . 9062 c
h
f
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
13 . 1000 342 . 911 m
10 . 5000 342 . 911 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
13 . 1000 296 . 735 m
10 . 5000 296 . 735 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
13 . 1000 250 . 559 m
10 . 5000 250 . 559 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
13 . 1000 204 . 382 m
10 . 5000 204 . 382 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
13 . 1000 158 . 206 m
10 . 5000 158 . 206 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
13 . 1000 112 . 029 m
10 . 5000 112 . 029 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
13 . 1000 65 . 8533 m
10 . 5000 65 . 8533 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
q
0 J
1 j
newpath
13 . 1000 19 . 6769 m
10 . 5000 19 . 6769 l
S
[ 1 . 00000 0 0 1 . 00000 - 5 . 00000 - 5 . 00000 ] concat
[ 1 . 00000 0 0 1 . 00000 5 . 00000 5 . 00000 ] concat
Q
Q
Q
Q
cliprestore
0 0 400 400 rc
[ 1 . 00000 0 0 1 . 00000 0 0 ] concat
[ 1 . 00000 0 0 1 . 00000 0 0 ] concat
cliprestore
2 J
0 j
end end restore showpage
% % Trailer
% % EOF
Messung V0.5 in Prozent C=88 H=98 G=93
¤ Dauer der Verarbeitung: 0.76 Sekunden
(vorverarbeitet am 2026-06-10)
¤
*© Formatika GbR, Deutschland