FEAfluids1D.eps

%!PS-Adobe-3.0 EPSF-3.0
%%Creator: (MATLAB, The Mathworks, Inc. Version 9.9.0.1857802 \(R2020b\) Update 7. Operating System: Linux)
%%Title: ./FEAfluids1D.eps
%%CreationDate: 2022-08-10T13:37:01
%%Pages: (atend)
%%BoundingBox:    12     4   415   311
%%LanguageLevel: 3
%%EndComments
%%BeginProlog
%%BeginResource: procset (Apache XML Graphics Std ProcSet) 1.2 0
%%Version: 1.2 0
%%Copyright: (Copyright 2001-2003,2010 The Apache Software Foundation. License terms: http://www.apache.org/licenses/LICENSE-2.0)
/bd{bind def}bind def
/ld{load def}bd
/GR/grestore ld
/GS/gsave ld
/RM/rmoveto ld
/C/curveto ld
/t/show ld
/L/lineto ld
/ML/setmiterlimit ld
/CT/concat ld
/f/fill ld
/N/newpath ld
/S/stroke ld
/CC/setcmykcolor ld
/A/ashow ld
/cp/closepath ld
/RC/setrgbcolor ld
/LJ/setlinejoin ld
/GC/setgray ld
/LW/setlinewidth ld
/M/moveto ld
/re {4 2 roll M
1 index 0 rlineto
0 exch rlineto
neg 0 rlineto
cp } bd
/_ctm matrix def
/_tm matrix def
/BT { _ctm currentmatrix pop matrix _tm copy pop 0 0 moveto } bd
/ET { _ctm setmatrix } bd
/iTm { _ctm setmatrix _tm concat } bd
/Tm { _tm astore pop iTm 0 0 moveto } bd
/ux 0.0 def
/uy 0.0 def
/F {
  /Tp exch def
  /Tf exch def
  Tf findfont Tp scalefont setfont
  /cf Tf def  /cs Tp def
} bd
/ULS {currentpoint /uy exch def /ux exch def} bd
/ULE {
  /Tcx currentpoint pop def
  gsave
  newpath
  cf findfont cs scalefont dup
  /FontMatrix get 0 get /Ts exch def /FontInfo get dup
  /UnderlinePosition get Ts mul /To exch def
  /UnderlineThickness get Ts mul /Tt exch def
  ux uy To add moveto  Tcx uy To add lineto
  Tt setlinewidth stroke
  grestore
} bd
/OLE {
  /Tcx currentpoint pop def
  gsave
  newpath
  cf findfont cs scalefont dup
  /FontMatrix get 0 get /Ts exch def /FontInfo get dup
  /UnderlinePosition get Ts mul /To exch def
  /UnderlineThickness get Ts mul /Tt exch def
  ux uy To add cs add moveto Tcx uy To add cs add lineto
  Tt setlinewidth stroke
  grestore
} bd
/SOE {
  /Tcx currentpoint pop def
  gsave
  newpath
  cf findfont cs scalefont dup
  /FontMatrix get 0 get /Ts exch def /FontInfo get dup
  /UnderlinePosition get Ts mul /To exch def
  /UnderlineThickness get Ts mul /Tt exch def
  ux uy To add cs 10 mul 26 idiv add moveto Tcx uy To add cs 10 mul 26 idiv add lineto
  Tt setlinewidth stroke
  grestore
} bd
/QT {
/Y22 exch store
/X22 exch store
/Y21 exch store
/X21 exch store
currentpoint
/Y21 load 2 mul add 3 div exch
/X21 load 2 mul add 3 div exch
/X21 load 2 mul /X22 load add 3 div
/Y21 load 2 mul /Y22 load add 3 div
/X22 load /Y22 load curveto
} bd
/SSPD {
dup length /d exch dict def
{
/v exch def
/k exch def
currentpagedevice k known {
/cpdv currentpagedevice k get def
v cpdv ne {
/upd false def
/nullv v type /nulltype eq def
/nullcpdv cpdv type /nulltype eq def
nullv nullcpdv or
{
/upd true def
} {
/sametype v type cpdv type eq def
sametype {
v type /arraytype eq {
/vlen v length def
/cpdvlen cpdv length def
vlen cpdvlen eq {
0 1 vlen 1 sub {
/i exch def
/obj v i get def
/cpdobj cpdv i get def
obj cpdobj ne {
/upd true def
exit
} if
} for
} {
/upd true def
} ifelse
} {
v type /dicttype eq {
v {
/dv exch def
/dk exch def
/cpddv cpdv dk get def
dv cpddv ne {
/upd true def
exit
} if
} forall
} {
/upd true def
} ifelse
} ifelse
} if
} ifelse
upd true eq {
d k v put
} if
} if
} if
} forall
d length 0 gt {
d setpagedevice
} if
} bd
/RE { % /NewFontName [NewEncodingArray] /FontName RE -
  findfont dup length dict begin
  {
    1 index /FID ne
    {def} {pop pop} ifelse
  } forall
  /Encoding exch def
  /FontName 1 index def
  currentdict definefont pop
  end
} bind def
%%EndResource
%%BeginResource: procset (Apache XML Graphics EPS ProcSet) 1.0 0
%%Version: 1.0 0
%%Copyright: (Copyright 2002-2003 The Apache Software Foundation. License terms: http://www.apache.org/licenses/LICENSE-2.0)
/BeginEPSF { %def
/b4_Inc_state save def         % Save state for cleanup
/dict_count countdictstack def % Count objects on dict stack
/op_count count 1 sub def      % Count objects on operand stack
userdict begin                 % Push userdict on dict stack
/showpage { } def              % Redefine showpage, { } = null proc
0 setgray 0 setlinecap         % Prepare graphics state
1 setlinewidth 0 setlinejoin
10 setmiterlimit [ ] 0 setdash newpath
/languagelevel where           % If level not equal to 1 then
{pop languagelevel             % set strokeadjust and
1 ne                           % overprint to their defaults.
{false setstrokeadjust false setoverprint
} if
} if
} bd
/EndEPSF { %def
count op_count sub {pop} repeat            % Clean up stacks
countdictstack dict_count sub {end} repeat
b4_Inc_state restore
} bd
%%EndResource
%FOPBeginFontDict
%%IncludeResource: font Courier-Oblique
%%IncludeResource: font Courier-BoldOblique
%%IncludeResource: font Courier-Bold
%%IncludeResource: font ZapfDingbats
%%IncludeResource: font Symbol
%%IncludeResource: font Helvetica
%%IncludeResource: font Helvetica-Oblique
%%IncludeResource: font Helvetica-Bold
%%IncludeResource: font Helvetica-BoldOblique
%%IncludeResource: font Times-Roman
%%IncludeResource: font Times-Italic
%%IncludeResource: font Times-Bold
%%IncludeResource: font Times-BoldItalic
%%IncludeResource: font Courier
%FOPEndFontDict
%%BeginResource: encoding WinAnsiEncoding
/WinAnsiEncoding [
/.notdef /.notdef /.notdef /.notdef /.notdef
/.notdef /.notdef /.notdef /.notdef /.notdef
/.notdef /.notdef /.notdef /.notdef /.notdef
/.notdef /.notdef /.notdef /.notdef /.notdef
/.notdef /.notdef /.notdef /.notdef /.notdef
/.notdef /.notdef /.notdef /.notdef /.notdef
/.notdef /.notdef /space /exclam /quotedbl
/numbersign /dollar /percent /ampersand /quotesingle
/parenleft /parenright /asterisk /plus /comma
/hyphen /period /slash /zero /one
/two /three /four /five /six
/seven /eight /nine /colon /semicolon
/less /equal /greater /question /at
/A /B /C /D /E
/F /G /H /I /J
/K /L /M /N /O
/P /Q /R /S /T
/U /V /W /X /Y
/Z /bracketleft /backslash /bracketright /asciicircum
/underscore /quoteleft /a /b /c
/d /e /f /g /h
/i /j /k /l /m
/n /o /p /q /r
/s /t /u /v /w
/x /y /z /braceleft /bar
/braceright /asciitilde /bullet /Euro /bullet
/quotesinglbase /florin /quotedblbase /ellipsis /dagger
/daggerdbl /circumflex /perthousand /Scaron /guilsinglleft
/OE /bullet /Zcaron /bullet /bullet
/quoteleft /quoteright /quotedblleft /quotedblright /bullet
/endash /emdash /asciitilde /trademark /scaron
/guilsinglright /oe /bullet /zcaron /Ydieresis
/space /exclamdown /cent /sterling /currency
/yen /brokenbar /section /dieresis /copyright
/ordfeminine /guillemotleft /logicalnot /sfthyphen /registered
/macron /degree /plusminus /twosuperior /threesuperior
/acute /mu /paragraph /middot /cedilla
/onesuperior /ordmasculine /guillemotright /onequarter /onehalf
/threequarters /questiondown /Agrave /Aacute /Acircumflex
/Atilde /Adieresis /Aring /AE /Ccedilla
/Egrave /Eacute /Ecircumflex /Edieresis /Igrave
/Iacute /Icircumflex /Idieresis /Eth /Ntilde
/Ograve /Oacute /Ocircumflex /Otilde /Odieresis
/multiply /Oslash /Ugrave /Uacute /Ucircumflex
/Udieresis /Yacute /Thorn /germandbls /agrave
/aacute /acircumflex /atilde /adieresis /aring
/ae /ccedilla /egrave /eacute /ecircumflex
/edieresis /igrave /iacute /icircumflex /idieresis
/eth /ntilde /ograve /oacute /ocircumflex
/otilde /odieresis /divide /oslash /ugrave
/uacute /ucircumflex /udieresis /yacute /thorn
/ydieresis
] def
%%EndResource
%FOPBeginFontReencode
/Courier-Oblique findfont
dup length dict begin
  {1 index /FID ne {def} {pop pop} ifelse} forall
  /Encoding WinAnsiEncoding def
  currentdict
end
/Courier-Oblique exch definefont pop
/Courier-BoldOblique findfont
dup length dict begin
  {1 index /FID ne {def} {pop pop} ifelse} forall
  /Encoding WinAnsiEncoding def
  currentdict
end
/Courier-BoldOblique exch definefont pop
/Courier-Bold findfont
dup length dict begin
  {1 index /FID ne {def} {pop pop} ifelse} forall
  /Encoding WinAnsiEncoding def
  currentdict
end
/Courier-Bold exch definefont pop
/Helvetica findfont
dup length dict begin
  {1 index /FID ne {def} {pop pop} ifelse} forall
  /Encoding WinAnsiEncoding def
  currentdict
end
/Helvetica exch definefont pop
/Helvetica-Oblique findfont
dup length dict begin
  {1 index /FID ne {def} {pop pop} ifelse} forall
  /Encoding WinAnsiEncoding def
  currentdict
end
/Helvetica-Oblique exch definefont pop
/Helvetica-Bold findfont
dup length dict begin
  {1 index /FID ne {def} {pop pop} ifelse} forall
  /Encoding WinAnsiEncoding def
  currentdict
end
/Helvetica-Bold exch definefont pop
/Helvetica-BoldOblique findfont
dup length dict begin
  {1 index /FID ne {def} {pop pop} ifelse} forall
  /Encoding WinAnsiEncoding def
  currentdict
end
/Helvetica-BoldOblique exch definefont pop
/Times-Roman findfont
dup length dict begin
  {1 index /FID ne {def} {pop pop} ifelse} forall
  /Encoding WinAnsiEncoding def
  currentdict
end
/Times-Roman exch definefont pop
/Times-Italic findfont
dup length dict begin
  {1 index /FID ne {def} {pop pop} ifelse} forall
  /Encoding WinAnsiEncoding def
  currentdict
end
/Times-Italic exch definefont pop
/Times-Bold findfont
dup length dict begin
  {1 index /FID ne {def} {pop pop} ifelse} forall
  /Encoding WinAnsiEncoding def
  currentdict
end
/Times-Bold exch definefont pop
/Times-BoldItalic findfont
dup length dict begin
  {1 index /FID ne {def} {pop pop} ifelse} forall
  /Encoding WinAnsiEncoding def
  currentdict
end
/Times-BoldItalic exch definefont pop
/Courier findfont
dup length dict begin
  {1 index /FID ne {def} {pop pop} ifelse} forall
  /Encoding WinAnsiEncoding def
  currentdict
end
/Courier exch definefont pop
%FOPEndFontReencode
%%EndProlog
%%Page: 1 1
%%PageBoundingBox: 0 0 420 315
%%BeginPageSetup
[1 0 0 -1 0 315] CT
%%EndPageSetup
GS
[0.75 0 0 0.75 0 0] CT
1 GC
N
0 0 560 420 re
f
GR
GS
[0.75 0 0 0.75 0 0] CT
1 GC
N
0 0 560 420 re
f
GR
GS
[0.75 0 0 0.75 0 0] CT
1 GC
N
73 372 M
507 372 L
507 31 L
73 31 L
cp
f
GR
GS
[0.75 0 0 0.75 0 0] CT
0.873 GC
1 LJ
0.667 LW
N
73 372 M
73 31 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.873 GC
1 LJ
0.667 LW
N
159.8 372 M
159.8 31 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.873 GC
1 LJ
0.667 LW
N
246.6 372 M
246.6 31 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.873 GC
1 LJ
0.667 LW
N
333.4 372 M
333.4 31 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.873 GC
1 LJ
0.667 LW
N
420.2 372 M
420.2 31 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.873 GC
1 LJ
0.667 LW
N
507 372 M
507 31 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.851 0.918 0.961 RC
1 LJ
0.667 LW
N
507 372 M
73 372 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.851 0.918 0.961 RC
1 LJ
0.667 LW
N
507 329.375 M
73 329.375 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.851 0.918 0.961 RC
1 LJ
0.667 LW
N
507 286.75 M
73 286.75 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.851 0.918 0.961 RC
1 LJ
0.667 LW
N
507 244.125 M
73 244.125 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.851 0.918 0.961 RC
1 LJ
0.667 LW
N
507 201.5 M
73 201.5 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.851 0.918 0.961 RC
1 LJ
0.667 LW
N
507 158.875 M
73 158.875 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.851 0.918 0.961 RC
1 LJ
0.667 LW
N
507 116.25 M
73 116.25 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.851 0.918 0.961 RC
1 LJ
0.667 LW
N
507 73.625 M
73 73.625 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.851 0.918 0.961 RC
1 LJ
0.667 LW
N
507 31 M
73 31 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.149 GC
2 setlinecap
1 LJ
0.667 LW
N
73 372 M
507 372 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.149 GC
2 setlinecap
1 LJ
0.667 LW
N
73 31 M
507 31 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.149 GC
2 setlinecap
1 LJ
0.667 LW
N
73 372 M
73 367.66 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.149 GC
2 setlinecap
1 LJ
0.667 LW
N
159.8 372 M
159.8 367.66 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.149 GC
2 setlinecap
1 LJ
0.667 LW
N
246.6 372 M
246.6 367.66 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.149 GC
2 setlinecap
1 LJ
0.667 LW
N
333.4 372 M
333.4 367.66 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.149 GC
2 setlinecap
1 LJ
0.667 LW
N
420.2 372 M
420.2 367.66 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.149 GC
2 setlinecap
1 LJ
0.667 LW
N
507 372 M
507 367.66 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.149 GC
2 setlinecap
1 LJ
0.667 LW
N
73 31 M
73 35.34 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.149 GC
2 setlinecap
1 LJ
0.667 LW
N
159.8 31 M
159.8 35.34 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.149 GC
2 setlinecap
1 LJ
0.667 LW
N
246.6 31 M
246.6 35.34 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.149 GC
2 setlinecap
1 LJ
0.667 LW
N
333.4 31 M
333.4 35.34 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.149 GC
2 setlinecap
1 LJ
0.667 LW
N
420.2 31 M
420.2 35.34 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.149 GC
2 setlinecap
1 LJ
0.667 LW
N
507 31 M
507 35.34 L
S
GR
GS
[0.75 0 0 0.75 54.75 283.4] CT
0.149 GC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
-5.5 15 moveto 
1 -1 scale
(0) t 
GR
GR
GS
[0.75 0 0 0.75 119.85 283.4] CT
0.149 GC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
-13 15 moveto 
1 -1 scale
(0.2) t 
GR
GR
GS
[0.75 0 0 0.75 184.95 283.4] CT
0.149 GC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
-13 15 moveto 
1 -1 scale
(0.4) t 
GR
GR
GS
[0.75 0 0 0.75 250.05002 283.4] CT
0.149 GC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
-13 15 moveto 
1 -1 scale
(0.6) t 
GR
GR
GS
[0.75 0 0 0.75 315.15001 283.4] CT
0.149 GC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
-13 15 moveto 
1 -1 scale
(0.8) t 
GR
GR
GS
[0.75 0 0 0.75 380.25 283.4] CT
0.149 GC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
-5.5 15 moveto 
1 -1 scale
(1) t 
GR
GR
GS
[0.75 0 0 0.75 217.50016 299.40001] CT
0.149 GC
N
-5.145 14.784 M
-5.317 14.784 -5.317 14.55 QT
-5.317 14.503 -5.286 14.393 QT
-5.255 14.284 -5.208 14.214 QT
-5.161 14.143 -5.098 14.143 QT
-3.989 14.143 -3.567 14.034 QT
-3.333 13.956 -3.223 13.55 QT
-0.755 3.659 L
-0.708 3.487 -0.708 3.409 QT
-0.708 3.221 -0.942 3.19 QT
-1.27 3.128 -2.223 3.128 QT
-2.395 3.128 -2.395 2.878 QT
-2.348 2.659 -2.309 2.573 QT
-2.27 2.487 -2.098 2.487 QT
3.214 2.487 L
3.37 2.487 3.37 2.721 QT
3.339 2.909 3.308 3.018 QT
3.277 3.128 3.136 3.128 QT
1.808 3.128 1.355 3.206 QT
0.917 3.284 0.808 3.737 QT
-1.645 13.612 L
-1.723 13.831 -1.723 14.003 QT
-1.723 14.143 -1.114 14.143 QT
0.558 14.143 L
1.98 14.143 2.855 13.581 QT
3.73 13.018 4.152 12.315 QT
4.574 11.612 4.863 10.854 QT
5.152 10.096 5.277 10.065 QT
5.433 10.065 L
5.62 10.065 5.62 10.3 QT
4.027 14.659 L
3.995 14.784 3.855 14.784 QT
-5.145 14.784 L
cp
f
GR
GS
[0.75 0 0 0.75 0 0] CT
0 0.447 0.741 RC
2 setlinecap
1 LJ
0.667 LW
N
73 372 M
73 31 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0 0.447 0.741 RC
2 setlinecap
1 LJ
0.667 LW
N
73 372 M
77.34 372 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0 0.447 0.741 RC
2 setlinecap
1 LJ
0.667 LW
N
73 329.375 M
77.34 329.375 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0 0.447 0.741 RC
2 setlinecap
1 LJ
0.667 LW
N
73 286.75 M
77.34 286.75 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0 0.447 0.741 RC
2 setlinecap
1 LJ
0.667 LW
N
73 244.125 M
77.34 244.125 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0 0.447 0.741 RC
2 setlinecap
1 LJ
0.667 LW
N
73 201.5 M
77.34 201.5 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0 0.447 0.741 RC
2 setlinecap
1 LJ
0.667 LW
N
73 158.875 M
77.34 158.875 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0 0.447 0.741 RC
2 setlinecap
1 LJ
0.667 LW
N
73 116.25 M
77.34 116.25 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0 0.447 0.741 RC
2 setlinecap
1 LJ
0.667 LW
N
73 73.625 M
77.34 73.625 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0 0.447 0.741 RC
2 setlinecap
1 LJ
0.667 LW
N
73 31 M
77.34 31 L
S
GR
GS
[0.75 0 0 0.75 50.35 279] CT
0 0.447 0.741 RC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
-32 5.5 moveto 
1 -1 scale
(-0.6) t 
GR
GR
GS
[0.75 0 0 0.75 50.35 247.03125] CT
0 0.447 0.741 RC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
-32 5.5 moveto 
1 -1 scale
(-0.4) t 
GR
GR
GS
[0.75 0 0 0.75 50.35 215.0625] CT
0 0.447 0.741 RC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
-32 5.5 moveto 
1 -1 scale
(-0.2) t 
GR
GR
GS
[0.75 0 0 0.75 50.35 183.09375] CT
0 0.447 0.741 RC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
-11 5.5 moveto 
1 -1 scale
(0) t 
GR
GR
GS
[0.75 0 0 0.75 50.35 151.125] CT
0 0.447 0.741 RC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
-26 5.5 moveto 
1 -1 scale
(0.2) t 
GR
GR
GS
[0.75 0 0 0.75 50.35 119.15625] CT
0 0.447 0.741 RC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
-26 5.5 moveto 
1 -1 scale
(0.4) t 
GR
GR
GS
[0.75 0 0 0.75 50.35 87.18749] CT
0 0.447 0.741 RC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
-26 5.5 moveto 
1 -1 scale
(0.6) t 
GR
GR
GS
[0.75 0 0 0.75 50.35 55.21875] CT
0 0.447 0.741 RC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
-26 5.5 moveto 
1 -1 scale
(0.8) t 
GR
GR
GS
[0.75 0 0 0.75 50.35 23.25] CT
0 0.447 0.741 RC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
-11 5.5 moveto 
1 -1 scale
(1) t 
GR
GR
GS
[0 -0.75 0.75 0 23.35 151.12489] CT
0 0.447 0.741 RC
N
-3.131 -8.289 M
-3.131 -8.883 -2.975 -9.5 QT
-2.819 -10.117 -2.53 -10.883 QT
-2.241 -11.649 -2.038 -12.211 QT
-1.788 -12.867 -1.788 -13.289 QT
-1.788 -13.82 -2.194 -13.82 QT
-2.897 -13.82 -3.358 -13.086 QT
-3.819 -12.352 -4.038 -11.445 QT
-4.085 -11.336 -4.194 -11.336 QT
-4.397 -11.336 L
-4.553 -11.336 -4.553 -11.508 QT
-4.553 -11.555 L
-4.256 -12.633 -3.663 -13.461 QT
-3.069 -14.289 -2.147 -14.289 QT
-1.506 -14.289 -1.069 -13.867 QT
-0.631 -13.445 -0.631 -12.789 QT
-0.631 -12.461 -0.772 -12.086 QT
-0.85 -11.867 -1.131 -11.133 QT
-1.413 -10.399 -1.561 -9.914 QT
-1.71 -9.43 -1.811 -8.961 QT
-1.913 -8.492 -1.913 -8.039 QT
-1.913 -7.43 -1.655 -7.016 QT
-1.397 -6.602 -0.835 -6.602 QT
0.322 -6.602 1.197 -8.039 QT
1.212 -8.102 1.228 -8.172 QT
1.244 -8.242 1.244 -8.289 QT
2.54 -13.524 L
2.603 -13.758 2.822 -13.93 QT
3.04 -14.102 3.29 -14.102 QT
3.509 -14.102 3.673 -13.961 QT
3.837 -13.82 3.837 -13.586 QT
3.837 -13.477 3.822 -13.445 QT
2.525 -8.258 L
2.4 -7.727 2.4 -7.383 QT
2.4 -6.602 2.915 -6.602 QT
3.494 -6.602 3.783 -7.32 QT
4.072 -8.039 4.275 -8.977 QT
4.306 -9.086 4.415 -9.086 QT
4.634 -9.086 L
4.697 -9.086 4.744 -9.024 QT
4.79 -8.961 4.79 -8.914 QT
4.603 -8.133 4.415 -7.578 QT
4.228 -7.024 3.845 -6.578 QT
3.462 -6.133 2.884 -6.133 QT
2.306 -6.133 1.853 -6.445 QT
1.4 -6.758 1.244 -7.289 QT
0.837 -6.774 0.29 -6.453 QT
-0.256 -6.133 -0.866 -6.133 QT
-1.897 -6.133 -2.514 -6.703 QT
-3.131 -7.274 -3.131 -8.289 QT
cp
f
GR
GS
[0.75 0 0 0.75 0 0] CT
0.851 0.325 0.098 RC
2 setlinecap
1 LJ
0.667 LW
N
507 372 M
507 31 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.851 0.325 0.098 RC
2 setlinecap
1 LJ
0.667 LW
N
507 372 M
502.66 372 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.851 0.325 0.098 RC
2 setlinecap
1 LJ
0.667 LW
N
507 315.167 M
502.66 315.167 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.851 0.325 0.098 RC
2 setlinecap
1 LJ
0.667 LW
N
507 258.333 M
502.66 258.333 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.851 0.325 0.098 RC
2 setlinecap
1 LJ
0.667 LW
N
507 201.5 M
502.66 201.5 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.851 0.325 0.098 RC
2 setlinecap
1 LJ
0.667 LW
N
507 144.667 M
502.66 144.667 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.851 0.325 0.098 RC
2 setlinecap
1 LJ
0.667 LW
N
507 87.833 M
502.66 87.833 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.851 0.325 0.098 RC
2 setlinecap
1 LJ
0.667 LW
N
507 31 M
502.66 31 L
S
GR
GS
[0.75 0 0 0.75 384.64998 279] CT
0.851 0.325 0.098 RC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
0 5.5 moveto 
1 -1 scale
(0) t 
GR
GR
GS
[0.75 0 0 0.75 384.64998 236.37499] CT
0.851 0.325 0.098 RC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
0 5.5 moveto 
1 -1 scale
(1) t 
GR
GR
GS
[0.75 0 0 0.75 384.64998 193.74998] CT
0.851 0.325 0.098 RC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
0 5.5 moveto 
1 -1 scale
(2) t 
GR
GR
GS
[0.75 0 0 0.75 384.64998 151.125] CT
0.851 0.325 0.098 RC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
0 5.5 moveto 
1 -1 scale
(3) t 
GR
GR
GS
[0.75 0 0 0.75 384.64998 108.49999] CT
0.851 0.325 0.098 RC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
0 5.5 moveto 
1 -1 scale
(4) t 
GR
GR
GS
[0.75 0 0 0.75 384.64998 65.875] CT
0.851 0.325 0.098 RC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
0 5.5 moveto 
1 -1 scale
(5) t 
GR
GR
GS
[0.75 0 0 0.75 384.64998 23.25] CT
0.851 0.325 0.098 RC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
0 5.5 moveto 
1 -1 scale
(6) t 
GR
GR
GS
[0 -0.75 0.75 0 395.89998 151.12487] CT
0.851 0.325 0.098 RC
N
-20.182 14.784 M
-20.182 14.143 L
-18.323 14.143 -18.323 13.581 QT
-18.323 3.69 L
-18.323 3.128 -20.182 3.128 QT
-20.182 2.487 L
-9.995 2.487 L
-9.495 6.612 L
-10.01 6.612 L
-10.213 5.05 -10.557 4.346 QT
-10.901 3.643 -11.666 3.385 QT
-12.432 3.128 -13.963 3.128 QT
-15.729 3.128 L
-16.057 3.128 -16.237 3.151 QT
-16.416 3.175 -16.526 3.3 QT
-16.635 3.425 -16.635 3.69 QT
-16.635 8.081 L
-15.307 8.081 L
-14.401 8.081 -13.948 7.932 QT
-13.495 7.784 -13.323 7.346 QT
-13.151 6.909 -13.151 5.987 QT
-12.62 5.987 L
-12.62 10.815 L
-13.151 10.815 L
-13.151 9.909 -13.323 9.471 QT
-13.495 9.034 -13.948 8.878 QT
-14.401 8.721 -15.307 8.721 QT
-16.635 8.721 L
-16.635 13.581 L
-16.635 13.971 -16.416 14.057 QT
-16.198 14.143 -15.729 14.143 QT
-13.823 14.143 L
-12.573 14.143 -11.807 13.948 QT
-11.041 13.753 -10.612 13.292 QT
-10.182 12.831 -9.948 12.096 QT
-9.713 11.362 -9.51 10.065 QT
-8.995 10.065 L
-9.745 14.784 L
-20.182 14.784 L
cp
f
GR
GS
[0 -0.75 0.75 0 395.89998 151.12487] CT
0.851 0.325 0.098 RC
N
-8.282 14.784 M
-8.282 14.143 L
-7.673 14.143 -7.275 14.05 QT
-6.876 13.956 -6.876 13.581 QT
-6.876 8.659 L
-6.876 8.19 -7.025 7.971 QT
-7.173 7.753 -7.446 7.706 QT
-7.72 7.659 -8.282 7.659 QT
-8.282 7.018 L
-5.704 6.831 L
-5.704 8.581 L
-5.423 7.8 -4.884 7.315 QT
-4.345 6.831 -3.579 6.831 QT
-3.048 6.831 -2.626 7.143 QT
-2.204 7.456 -2.204 7.987 QT
-2.204 8.3 -2.439 8.542 QT
-2.673 8.784 -3.017 8.784 QT
-3.345 8.784 -3.579 8.55 QT
-3.814 8.315 -3.814 7.987 QT
-3.814 7.503 -3.47 7.3 QT
-3.579 7.3 L
-4.314 7.3 -4.775 7.823 QT
-5.235 8.346 -5.431 9.128 QT
-5.626 9.909 -5.626 10.628 QT
-5.626 13.581 L
-5.626 14.143 -3.876 14.143 QT
-3.876 14.784 L
-8.282 14.784 L
cp
f
GR
GS
[0 -0.75 0.75 0 395.89998 151.12487] CT
0.851 0.325 0.098 RC
N
-1.389 14.784 M
-1.389 14.143 L
-0.78 14.143 -0.381 14.05 QT
0.017 13.956 0.017 13.581 QT
0.017 8.659 L
0.017 8.19 -0.131 7.971 QT
-0.28 7.753 -0.553 7.706 QT
-0.827 7.659 -1.389 7.659 QT
-1.389 7.018 L
1.189 6.831 L
1.189 8.581 L
1.47 7.8 2.009 7.315 QT
2.548 6.831 3.314 6.831 QT
3.845 6.831 4.267 7.143 QT
4.689 7.456 4.689 7.987 QT
4.689 8.3 4.455 8.542 QT
4.22 8.784 3.877 8.784 QT
3.548 8.784 3.314 8.55 QT
3.08 8.315 3.08 7.987 QT
3.08 7.503 3.423 7.3 QT
3.314 7.3 L
2.58 7.3 2.119 7.823 QT
1.658 8.346 1.463 9.128 QT
1.267 9.909 1.267 10.628 QT
1.267 13.581 L
1.267 14.143 3.017 14.143 QT
3.017 14.784 L
-1.389 14.784 L
cp
f
GR
GS
[0 -0.75 0.75 0 395.89998 151.12487] CT
0.851 0.325 0.098 RC
N
9.536 14.987 M
8.457 14.987 7.536 14.44 QT
6.614 13.893 6.075 12.964 QT
5.536 12.034 5.536 10.956 QT
5.536 10.128 5.832 9.362 QT
6.129 8.596 6.676 7.995 QT
7.223 7.393 7.95 7.057 QT
8.676 6.721 9.536 6.721 QT
10.645 6.721 11.551 7.3 QT
12.457 7.878 12.989 8.862 QT
13.52 9.846 13.52 10.956 QT
13.52 12.034 12.981 12.964 QT
12.442 13.893 11.528 14.44 QT
10.614 14.987 9.536 14.987 QT
cp
9.536 14.456 M
10.973 14.456 11.457 13.409 QT
11.942 12.362 11.942 10.753 QT
11.942 9.846 11.848 9.253 QT
11.754 8.659 11.426 8.175 QT
11.223 7.878 10.911 7.651 QT
10.598 7.425 10.254 7.307 QT
9.911 7.19 9.536 7.19 QT
8.973 7.19 8.465 7.448 QT
7.957 7.706 7.629 8.175 QT
7.301 8.69 7.207 9.3 QT
7.114 9.909 7.114 10.753 QT
7.114 11.753 7.286 12.557 QT
7.457 13.362 7.989 13.909 QT
8.52 14.456 9.536 14.456 QT
cp
f
GR
GS
[0 -0.75 0.75 0 395.89998 151.12487] CT
0.851 0.325 0.098 RC
N
14.304 14.784 M
14.304 14.143 L
14.914 14.143 15.312 14.05 QT
15.711 13.956 15.711 13.581 QT
15.711 8.659 L
15.711 8.19 15.562 7.971 QT
15.414 7.753 15.14 7.706 QT
14.867 7.659 14.304 7.659 QT
14.304 7.018 L
16.882 6.831 L
16.882 8.581 L
17.164 7.8 17.703 7.315 QT
18.242 6.831 19.007 6.831 QT
19.539 6.831 19.961 7.143 QT
20.382 7.456 20.382 7.987 QT
20.382 8.3 20.148 8.542 QT
19.914 8.784 19.57 8.784 QT
19.242 8.784 19.007 8.55 QT
18.773 8.315 18.773 7.987 QT
18.773 7.503 19.117 7.3 QT
19.007 7.3 L
18.273 7.3 17.812 7.823 QT
17.351 8.346 17.156 9.128 QT
16.961 9.909 16.961 10.628 QT
16.961 13.581 L
16.961 14.143 18.711 14.143 QT
18.711 14.784 L
14.304 14.784 L
cp
f
GR
GS
[0.75 0 0 0.75 380.25 17.25] CT
0.851 0.325 0.098 RC
N
2.359 -0.469 M
2.359 -0.594 2.438 -0.688 QT
5.766 -4 L
2.438 -7.328 L
2.359 -7.406 2.359 -7.547 QT
2.359 -7.656 2.453 -7.758 QT
2.547 -7.859 2.672 -7.859 QT
2.781 -7.859 2.922 -7.766 QT
6.234 -4.453 L
9.531 -7.766 L
9.656 -7.859 9.766 -7.859 QT
9.891 -7.859 9.984 -7.766 QT
10.078 -7.672 10.078 -7.547 QT
10.078 -7.406 10 -7.328 QT
6.672 -4 L
10 -0.688 L
10.078 -0.594 10.078 -0.469 QT
10.078 -0.328 9.984 -0.234 QT
9.891 -0.141 9.766 -0.141 QT
9.641 -0.141 9.531 -0.266 QT
6.234 -3.563 L
2.922 -0.266 L
2.797 -0.141 2.672 -0.141 QT
2.547 -0.141 2.453 -0.242 QT
2.359 -0.344 2.359 -0.469 QT
cp
f
GR
GS
[0.75 0 0 0.75 390 17.25] CT
0.851 0.325 0.098 RC
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
0 0 moveto 
1 -1 scale
(10) t 
GR
GR
GS
[0.75 0 0 0.75 405.75 11.25] CT
0.851 0.325 0.098 RC
/Helvetica 12.8 F
GS
[1 0 0 1 0 0] CT
0 0 moveto 
1 -1 scale
(-3) t 
GR
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
-177.415 -6.133 M
-178.54 -6.133 -179.197 -6.992 QT
-179.853 -7.852 -179.853 -9.024 QT
-179.853 -10.164 -179.259 -11.406 QT
-178.665 -12.649 -177.65 -13.469 QT
-176.634 -14.289 -175.462 -14.289 QT
-174.931 -14.289 -174.509 -14 QT
-174.087 -13.711 -173.837 -13.211 QT
-173.634 -13.93 -173.056 -13.93 QT
-172.822 -13.93 -172.665 -13.797 QT
-172.509 -13.664 -172.509 -13.43 QT
-172.509 -13.383 -172.517 -13.352 QT
-172.525 -13.32 -172.54 -13.289 QT
-173.79 -8.258 L
-173.915 -7.727 -173.915 -7.383 QT
-173.915 -6.602 -173.4 -6.602 QT
-172.837 -6.602 -172.54 -7.32 QT
-172.243 -8.039 -172.04 -8.977 QT
-172.009 -9.086 -171.9 -9.086 QT
-171.681 -9.086 L
-171.603 -9.086 -171.564 -9.024 QT
-171.525 -8.961 -171.525 -8.914 QT
-171.837 -7.649 -172.212 -6.891 QT
-172.587 -6.133 -173.431 -6.133 QT
-174.04 -6.133 -174.501 -6.492 QT
-174.962 -6.852 -175.087 -7.43 QT
-176.243 -6.133 -177.415 -6.133 QT
cp
-177.4 -6.602 M
-176.743 -6.602 -176.134 -7.094 QT
-175.525 -7.586 -175.087 -8.242 QT
-175.072 -8.258 -175.072 -8.289 QT
-174.103 -12.211 L
-174.087 -12.258 L
-174.181 -12.899 -174.54 -13.36 QT
-174.9 -13.82 -175.509 -13.82 QT
-176.103 -13.82 -176.626 -13.328 QT
-177.15 -12.836 -177.509 -12.149 QT
-177.868 -11.43 -178.189 -10.172 QT
-178.509 -8.914 -178.509 -8.227 QT
-178.509 -7.602 -178.243 -7.102 QT
-177.978 -6.602 -177.4 -6.602 QT
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
-169.331 -8.289 M
-169.331 -8.883 -169.175 -9.5 QT
-169.018 -10.117 -168.729 -10.883 QT
-168.44 -11.649 -168.237 -12.211 QT
-167.987 -12.867 -167.987 -13.289 QT
-167.987 -13.82 -168.393 -13.82 QT
-169.097 -13.82 -169.557 -13.086 QT
-170.018 -12.352 -170.237 -11.445 QT
-170.284 -11.336 -170.393 -11.336 QT
-170.597 -11.336 L
-170.753 -11.336 -170.753 -11.508 QT
-170.753 -11.555 L
-170.456 -12.633 -169.862 -13.461 QT
-169.268 -14.289 -168.347 -14.289 QT
-167.706 -14.289 -167.268 -13.867 QT
-166.831 -13.445 -166.831 -12.789 QT
-166.831 -12.461 -166.972 -12.086 QT
-167.05 -11.867 -167.331 -11.133 QT
-167.612 -10.399 -167.761 -9.914 QT
-167.909 -9.43 -168.011 -8.961 QT
-168.112 -8.492 -168.112 -8.039 QT
-168.112 -7.43 -167.854 -7.016 QT
-167.597 -6.602 -167.034 -6.602 QT
-165.878 -6.602 -165.003 -8.039 QT
-164.987 -8.102 -164.972 -8.172 QT
-164.956 -8.242 -164.956 -8.289 QT
-163.659 -13.524 L
-163.597 -13.758 -163.378 -13.93 QT
-163.159 -14.102 -162.909 -14.102 QT
-162.69 -14.102 -162.526 -13.961 QT
-162.362 -13.82 -162.362 -13.586 QT
-162.362 -13.477 -162.378 -13.445 QT
-163.675 -8.258 L
-163.8 -7.727 -163.8 -7.383 QT
-163.8 -6.602 -163.284 -6.602 QT
-162.706 -6.602 -162.417 -7.32 QT
-162.128 -8.039 -161.925 -8.977 QT
-161.893 -9.086 -161.784 -9.086 QT
-161.565 -9.086 L
-161.503 -9.086 -161.456 -9.024 QT
-161.409 -8.961 -161.409 -8.914 QT
-161.597 -8.133 -161.784 -7.578 QT
-161.972 -7.024 -162.354 -6.578 QT
-162.737 -6.133 -163.315 -6.133 QT
-163.893 -6.133 -164.347 -6.445 QT
-164.8 -6.758 -164.956 -7.289 QT
-165.362 -6.774 -165.909 -6.453 QT
-166.456 -6.133 -167.065 -6.133 QT
-168.097 -6.133 -168.714 -6.703 QT
-169.331 -7.274 -169.331 -8.289 QT
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
-160.224 -4.04 M
-160.006 -3.884 -159.631 -3.884 QT
-159.256 -3.884 -158.967 -4.243 QT
-158.678 -4.602 -158.568 -5.024 QT
-158.021 -7.149 L
-157.896 -7.727 -157.896 -7.946 QT
-157.896 -8.243 -158.06 -8.47 QT
-158.224 -8.696 -158.537 -8.696 QT
-158.912 -8.696 -159.248 -8.454 QT
-159.584 -8.212 -159.81 -7.845 QT
-160.037 -7.477 -160.131 -7.102 QT
-160.146 -7.024 -160.224 -7.024 QT
-160.365 -7.024 L
-160.459 -7.024 -160.459 -7.149 QT
-160.459 -7.18 L
-160.349 -7.618 -160.068 -8.048 QT
-159.787 -8.477 -159.381 -8.735 QT
-158.974 -8.993 -158.506 -8.993 QT
-158.068 -8.993 -157.717 -8.759 QT
-157.365 -8.524 -157.209 -8.134 QT
-157.006 -8.493 -156.685 -8.743 QT
-156.365 -8.993 -155.99 -8.993 QT
-155.724 -8.993 -155.459 -8.907 QT
-155.193 -8.821 -155.021 -8.634 QT
-154.849 -8.446 -154.849 -8.165 QT
-154.849 -7.852 -155.045 -7.634 QT
-155.24 -7.415 -155.553 -7.415 QT
-155.74 -7.415 -155.873 -7.54 QT
-156.006 -7.665 -156.006 -7.852 QT
-156.006 -8.102 -155.826 -8.29 QT
-155.646 -8.477 -155.412 -8.524 QT
-155.631 -8.696 -156.006 -8.696 QT
-156.396 -8.696 -156.678 -8.337 QT
-156.959 -7.977 -157.084 -7.54 QT
-157.615 -5.415 L
-157.74 -4.93 -157.74 -4.618 QT
-157.74 -4.321 -157.568 -4.102 QT
-157.396 -3.884 -157.099 -3.884 QT
-156.537 -3.884 -156.099 -4.376 QT
-155.662 -4.868 -155.521 -5.462 QT
-155.49 -5.524 -155.428 -5.524 QT
-155.271 -5.524 L
-155.224 -5.524 -155.201 -5.493 QT
-155.178 -5.462 -155.178 -5.43 QT
-155.178 -5.415 -155.178 -5.384 QT
-155.349 -4.68 -155.896 -4.118 QT
-156.443 -3.555 -157.131 -3.555 QT
-157.568 -3.555 -157.92 -3.798 QT
-158.271 -4.04 -158.428 -4.446 QT
-158.615 -4.087 -158.943 -3.821 QT
-159.271 -3.555 -159.646 -3.555 QT
-159.912 -3.555 -160.185 -3.649 QT
-160.459 -3.743 -160.623 -3.93 QT
-160.787 -4.118 -160.787 -4.399 QT
-160.787 -4.68 -160.592 -4.915 QT
-160.396 -5.149 -160.099 -5.149 QT
-159.912 -5.149 -159.771 -5.032 QT
-159.631 -4.915 -159.631 -4.712 QT
-159.631 -4.462 -159.803 -4.274 QT
-159.974 -4.087 -160.224 -4.04 QT
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
-147.486 -10.477 M
-147.642 -10.477 -147.736 -10.594 QT
-147.83 -10.711 -147.83 -10.836 QT
-147.83 -10.961 -147.736 -11.078 QT
-147.642 -11.195 -147.486 -11.195 QT
-137.158 -11.195 L
-137.017 -11.195 -136.931 -11.078 QT
-136.845 -10.961 -136.845 -10.836 QT
-136.845 -10.711 -136.931 -10.594 QT
-137.017 -10.477 -137.158 -10.477 QT
-147.486 -10.477 L
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
-130.589 -6.336 M
-130.808 -6.336 -130.808 -6.57 QT
-129.277 -12.695 L
-129.214 -12.992 -129.183 -13.18 QT
-129.183 -13.461 -130.355 -13.461 QT
-130.542 -13.461 -130.542 -13.695 QT
-130.527 -13.742 -130.503 -13.86 QT
-130.48 -13.977 -130.425 -14.039 QT
-130.37 -14.102 -130.292 -14.102 QT
-127.855 -14.289 L
-127.636 -14.289 -127.636 -14.055 QT
-129.402 -7.008 L
-127.98 -7.477 -126.784 -8.492 QT
-125.589 -9.508 -124.753 -10.875 QT
-123.917 -12.242 -123.558 -13.727 QT
-123.48 -13.977 -123.269 -14.133 QT
-123.058 -14.289 -122.792 -14.289 QT
-122.558 -14.289 -122.409 -14.149 QT
-122.261 -14.008 -122.261 -13.774 QT
-122.261 -13.477 -122.503 -12.883 QT
-122.745 -12.289 -122.964 -11.836 QT
-123.683 -10.414 -124.855 -9.242 QT
-125.589 -8.492 -126.441 -7.922 QT
-127.292 -7.352 -128.214 -6.953 QT
-129.136 -6.555 -130.167 -6.336 QT
-130.589 -6.336 L
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
-120.009 -8.289 M
-120.009 -8.883 -119.853 -9.5 QT
-119.697 -10.117 -119.408 -10.883 QT
-119.118 -11.649 -118.915 -12.211 QT
-118.665 -12.867 -118.665 -13.289 QT
-118.665 -13.82 -119.072 -13.82 QT
-119.775 -13.82 -120.236 -13.086 QT
-120.697 -12.352 -120.915 -11.445 QT
-120.962 -11.336 -121.072 -11.336 QT
-121.275 -11.336 L
-121.431 -11.336 -121.431 -11.508 QT
-121.431 -11.555 L
-121.134 -12.633 -120.54 -13.461 QT
-119.947 -14.289 -119.025 -14.289 QT
-118.384 -14.289 -117.947 -13.867 QT
-117.509 -13.445 -117.509 -12.789 QT
-117.509 -12.461 -117.65 -12.086 QT
-117.728 -11.867 -118.009 -11.133 QT
-118.29 -10.399 -118.439 -9.914 QT
-118.587 -9.43 -118.689 -8.961 QT
-118.79 -8.492 -118.79 -8.039 QT
-118.79 -7.43 -118.533 -7.016 QT
-118.275 -6.602 -117.712 -6.602 QT
-116.556 -6.602 -115.681 -8.039 QT
-115.665 -8.102 -115.65 -8.172 QT
-115.634 -8.242 -115.634 -8.289 QT
-114.337 -13.524 L
-114.275 -13.758 -114.056 -13.93 QT
-113.837 -14.102 -113.587 -14.102 QT
-113.368 -14.102 -113.204 -13.961 QT
-113.04 -13.82 -113.04 -13.586 QT
-113.04 -13.477 -113.056 -13.445 QT
-114.353 -8.258 L
-114.478 -7.727 -114.478 -7.383 QT
-114.478 -6.602 -113.962 -6.602 QT
-113.384 -6.602 -113.095 -7.32 QT
-112.806 -8.039 -112.603 -8.977 QT
-112.572 -9.086 -112.462 -9.086 QT
-112.243 -9.086 L
-112.181 -9.086 -112.134 -9.024 QT
-112.087 -8.961 -112.087 -8.914 QT
-112.275 -8.133 -112.462 -7.578 QT
-112.65 -7.024 -113.033 -6.578 QT
-113.415 -6.133 -113.993 -6.133 QT
-114.572 -6.133 -115.025 -6.445 QT
-115.478 -6.758 -115.634 -7.289 QT
-116.04 -6.774 -116.587 -6.453 QT
-117.134 -6.133 -117.743 -6.133 QT
-118.775 -6.133 -119.392 -6.703 QT
-120.009 -7.274 -120.009 -8.289 QT
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
-110.903 -4.04 M
-110.684 -3.884 -110.309 -3.884 QT
-109.934 -3.884 -109.645 -4.243 QT
-109.356 -4.602 -109.246 -5.024 QT
-108.699 -7.149 L
-108.574 -7.727 -108.574 -7.946 QT
-108.574 -8.243 -108.738 -8.47 QT
-108.903 -8.696 -109.215 -8.696 QT
-109.59 -8.696 -109.926 -8.454 QT
-110.262 -8.212 -110.488 -7.845 QT
-110.715 -7.477 -110.809 -7.102 QT
-110.824 -7.024 -110.903 -7.024 QT
-111.043 -7.024 L
-111.137 -7.024 -111.137 -7.149 QT
-111.137 -7.18 L
-111.028 -7.618 -110.746 -8.048 QT
-110.465 -8.477 -110.059 -8.735 QT
-109.653 -8.993 -109.184 -8.993 QT
-108.746 -8.993 -108.395 -8.759 QT
-108.043 -8.524 -107.887 -8.134 QT
-107.684 -8.493 -107.363 -8.743 QT
-107.043 -8.993 -106.668 -8.993 QT
-106.403 -8.993 -106.137 -8.907 QT
-105.871 -8.821 -105.699 -8.634 QT
-105.528 -8.446 -105.528 -8.165 QT
-105.528 -7.852 -105.723 -7.634 QT
-105.918 -7.415 -106.231 -7.415 QT
-106.418 -7.415 -106.551 -7.54 QT
-106.684 -7.665 -106.684 -7.852 QT
-106.684 -8.102 -106.504 -8.29 QT
-106.324 -8.477 -106.09 -8.524 QT
-106.309 -8.696 -106.684 -8.696 QT
-107.074 -8.696 -107.356 -8.337 QT
-107.637 -7.977 -107.762 -7.54 QT
-108.293 -5.415 L
-108.418 -4.93 -108.418 -4.618 QT
-108.418 -4.321 -108.246 -4.102 QT
-108.074 -3.884 -107.778 -3.884 QT
-107.215 -3.884 -106.778 -4.376 QT
-106.34 -4.868 -106.199 -5.462 QT
-106.168 -5.524 -106.106 -5.524 QT
-105.949 -5.524 L
-105.903 -5.524 -105.879 -5.493 QT
-105.856 -5.462 -105.856 -5.43 QT
-105.856 -5.415 -105.856 -5.384 QT
-106.028 -4.68 -106.574 -4.118 QT
-107.121 -3.555 -107.809 -3.555 QT
-108.246 -3.555 -108.598 -3.798 QT
-108.949 -4.04 -109.106 -4.446 QT
-109.293 -4.087 -109.621 -3.821 QT
-109.949 -3.555 -110.324 -3.555 QT
-110.59 -3.555 -110.863 -3.649 QT
-111.137 -3.743 -111.301 -3.93 QT
-111.465 -4.118 -111.465 -4.399 QT
-111.465 -4.68 -111.27 -4.915 QT
-111.074 -5.149 -110.778 -5.149 QT
-110.59 -5.149 -110.449 -5.032 QT
-110.309 -4.915 -110.309 -4.712 QT
-110.309 -4.462 -110.481 -4.274 QT
-110.653 -4.087 -110.903 -4.04 QT
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
-103.861 -4.04 M
-103.643 -3.884 -103.268 -3.884 QT
-102.893 -3.884 -102.604 -4.243 QT
-102.314 -4.602 -102.205 -5.024 QT
-101.658 -7.149 L
-101.533 -7.727 -101.533 -7.946 QT
-101.533 -8.243 -101.697 -8.47 QT
-101.861 -8.696 -102.174 -8.696 QT
-102.549 -8.696 -102.885 -8.454 QT
-103.221 -8.212 -103.447 -7.845 QT
-103.674 -7.477 -103.768 -7.102 QT
-103.783 -7.024 -103.861 -7.024 QT
-104.002 -7.024 L
-104.096 -7.024 -104.096 -7.149 QT
-104.096 -7.18 L
-103.986 -7.618 -103.705 -8.048 QT
-103.424 -8.477 -103.018 -8.735 QT
-102.611 -8.993 -102.143 -8.993 QT
-101.705 -8.993 -101.354 -8.759 QT
-101.002 -8.524 -100.846 -8.134 QT
-100.643 -8.493 -100.322 -8.743 QT
-100.002 -8.993 -99.627 -8.993 QT
-99.361 -8.993 -99.096 -8.907 QT
-98.83 -8.821 -98.658 -8.634 QT
-98.486 -8.446 -98.486 -8.165 QT
-98.486 -7.852 -98.682 -7.634 QT
-98.877 -7.415 -99.189 -7.415 QT
-99.377 -7.415 -99.51 -7.54 QT
-99.643 -7.665 -99.643 -7.852 QT
-99.643 -8.102 -99.463 -8.29 QT
-99.283 -8.477 -99.049 -8.524 QT
-99.268 -8.696 -99.643 -8.696 QT
-100.033 -8.696 -100.314 -8.337 QT
-100.596 -7.977 -100.721 -7.54 QT
-101.252 -5.415 L
-101.377 -4.93 -101.377 -4.618 QT
-101.377 -4.321 -101.205 -4.102 QT
-101.033 -3.884 -100.736 -3.884 QT
-100.174 -3.884 -99.736 -4.376 QT
-99.299 -4.868 -99.158 -5.462 QT
-99.127 -5.524 -99.064 -5.524 QT
-98.908 -5.524 L
-98.861 -5.524 -98.838 -5.493 QT
-98.814 -5.462 -98.814 -5.43 QT
-98.814 -5.415 -98.814 -5.384 QT
-98.986 -4.68 -99.533 -4.118 QT
-100.08 -3.555 -100.768 -3.555 QT
-101.205 -3.555 -101.557 -3.798 QT
-101.908 -4.04 -102.064 -4.446 QT
-102.252 -4.087 -102.58 -3.821 QT
-102.908 -3.555 -103.283 -3.555 QT
-103.549 -3.555 -103.822 -3.649 QT
-104.096 -3.743 -104.26 -3.93 QT
-104.424 -4.118 -104.424 -4.399 QT
-104.424 -4.68 -104.229 -4.915 QT
-104.033 -5.149 -103.736 -5.149 QT
-103.549 -5.149 -103.408 -5.032 QT
-103.268 -4.915 -103.268 -4.712 QT
-103.268 -4.462 -103.439 -4.274 QT
-103.611 -4.087 -103.861 -4.04 QT
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
-90.629 -8.727 M
-90.786 -8.727 -90.879 -8.844 QT
-90.973 -8.961 -90.973 -9.086 QT
-90.973 -9.242 -90.879 -9.344 QT
-90.786 -9.445 -90.629 -9.445 QT
-79.333 -9.445 L
-79.208 -9.445 -79.106 -9.344 QT
-79.004 -9.242 -79.004 -9.086 QT
-79.004 -8.961 -79.106 -8.844 QT
-79.208 -8.727 -79.333 -8.727 QT
-90.629 -8.727 L
cp
-90.629 -12.227 M
-90.786 -12.227 -90.879 -12.328 QT
-90.973 -12.43 -90.973 -12.586 QT
-90.973 -12.711 -90.879 -12.828 QT
-90.786 -12.945 -90.629 -12.945 QT
-79.333 -12.945 L
-79.208 -12.945 -79.106 -12.828 QT
-79.004 -12.711 -79.004 -12.586 QT
-79.004 -12.43 -79.106 -12.328 QT
-79.208 -12.227 -79.333 -12.227 QT
-90.629 -12.227 L
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
-71.739 -6.336 M
-71.739 -6.977 L
-69.489 -6.977 -69.489 -7.539 QT
-69.489 -16.992 L
-70.427 -16.539 -71.849 -16.539 QT
-71.849 -17.18 L
-69.646 -17.18 -68.521 -18.32 QT
-68.255 -18.32 L
-68.192 -18.32 -68.138 -18.274 QT
-68.083 -18.227 -68.083 -18.164 QT
-68.083 -7.539 L
-68.083 -6.977 -65.833 -6.977 QT
-65.833 -6.336 L
-71.739 -6.336 L
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
-60.111 -5.945 M
-62.314 -5.945 -63.111 -7.758 QT
-63.908 -9.57 -63.908 -12.07 QT
-63.908 -13.633 -63.619 -15.016 QT
-63.33 -16.399 -62.486 -17.36 QT
-61.642 -18.32 -60.111 -18.32 QT
-58.924 -18.32 -58.166 -17.742 QT
-57.408 -17.164 -57.017 -16.242 QT
-56.627 -15.32 -56.478 -14.274 QT
-56.33 -13.227 -56.33 -12.07 QT
-56.33 -10.524 -56.619 -9.18 QT
-56.908 -7.836 -57.744 -6.891 QT
-58.58 -5.945 -60.111 -5.945 QT
cp
-60.111 -6.414 M
-59.111 -6.414 -58.619 -7.438 QT
-58.127 -8.461 -58.01 -9.711 QT
-57.892 -10.961 -57.892 -12.367 QT
-57.892 -13.727 -58.01 -14.867 QT
-58.127 -16.008 -58.611 -16.93 QT
-59.096 -17.852 -60.111 -17.852 QT
-61.127 -17.852 -61.619 -16.922 QT
-62.111 -15.992 -62.228 -14.86 QT
-62.346 -13.727 -62.346 -12.367 QT
-62.346 -11.367 -62.299 -10.477 QT
-62.252 -9.586 -62.041 -8.641 QT
-61.83 -7.695 -61.353 -7.055 QT
-60.877 -6.414 -60.111 -6.414 QT
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
-52.186 -6.133 M
-53.045 -6.133 -53.694 -6.578 QT
-54.342 -7.024 -54.678 -7.789 QT
-55.014 -8.555 -55.014 -9.399 QT
-55.014 -10.68 -54.374 -11.805 QT
-53.733 -12.93 -52.624 -13.61 QT
-51.514 -14.289 -50.249 -14.289 QT
-49.467 -14.289 -48.897 -13.891 QT
-48.327 -13.492 -48.327 -12.742 QT
-48.327 -11.711 -49.147 -11.203 QT
-49.967 -10.695 -51.006 -10.578 QT
-52.045 -10.461 -53.311 -10.461 QT
-53.358 -10.461 L
-53.655 -9.383 -53.655 -8.617 QT
-53.655 -7.82 -53.28 -7.211 QT
-52.905 -6.602 -52.155 -6.602 QT
-51.077 -6.602 -50.092 -7.094 QT
-49.108 -7.586 -48.483 -8.461 QT
-48.42 -8.524 -48.342 -8.524 QT
-48.249 -8.524 -48.155 -8.422 QT
-48.061 -8.32 -48.061 -8.227 QT
-48.061 -8.149 -48.108 -8.117 QT
-48.764 -7.195 -49.881 -6.664 QT
-50.999 -6.133 -52.186 -6.133 QT
cp
-53.249 -10.93 M
-52.202 -10.93 -51.319 -11.024 QT
-50.436 -11.117 -49.71 -11.508 QT
-48.983 -11.899 -48.983 -12.727 QT
-48.983 -13.055 -49.17 -13.305 QT
-49.358 -13.555 -49.655 -13.688 QT
-49.952 -13.82 -50.264 -13.82 QT
-51.03 -13.82 -51.639 -13.406 QT
-52.249 -12.992 -52.647 -12.328 QT
-53.045 -11.664 -53.249 -10.93 QT
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
-46.397 -15.489 M
-46.491 -15.489 -46.554 -15.559 QT
-46.616 -15.629 -46.616 -15.723 QT
-46.616 -15.817 -46.554 -15.887 QT
-46.491 -15.957 -46.397 -15.957 QT
-39.507 -15.957 L
-39.413 -15.957 -39.35 -15.887 QT
-39.288 -15.817 -39.288 -15.723 QT
-39.288 -15.629 -39.35 -15.559 QT
-39.413 -15.489 -39.507 -15.489 QT
-46.397 -15.489 L
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
-36.987 -14.082 M
-36.862 -13.739 -36.612 -13.45 QT
-36.362 -13.16 -36.01 -13.004 QT
-35.659 -12.848 -35.284 -12.848 QT
-34.424 -12.848 -34.096 -13.52 QT
-33.768 -14.192 -33.768 -15.145 QT
-33.768 -15.567 -33.776 -15.848 QT
-33.784 -16.129 -33.862 -16.395 QT
-33.971 -16.817 -34.245 -17.137 QT
-34.518 -17.457 -34.924 -17.457 QT
-35.331 -17.457 -35.62 -17.332 QT
-35.909 -17.207 -36.089 -17.043 QT
-36.268 -16.879 -36.409 -16.7 QT
-36.549 -16.52 -36.596 -16.504 QT
-36.721 -16.504 L
-36.753 -16.504 -36.799 -16.543 QT
-36.846 -16.582 -36.846 -16.614 QT
-36.846 -20.629 L
-36.846 -20.645 -36.807 -20.684 QT
-36.768 -20.723 -36.721 -20.723 QT
-36.69 -20.723 L
-35.878 -20.332 -34.971 -20.332 QT
-34.081 -20.332 -33.253 -20.723 QT
-33.221 -20.723 L
-33.174 -20.723 -33.143 -20.692 QT
-33.112 -20.66 -33.112 -20.629 QT
-33.112 -20.504 L
-33.112 -20.457 -33.128 -20.457 QT
-33.549 -19.91 -34.167 -19.606 QT
-34.784 -19.301 -35.44 -19.301 QT
-35.924 -19.301 -36.424 -19.426 QT
-36.424 -17.16 L
-36.034 -17.489 -35.721 -17.629 QT
-35.409 -17.77 -34.909 -17.77 QT
-34.253 -17.77 -33.729 -17.387 QT
-33.206 -17.004 -32.924 -16.387 QT
-32.643 -15.77 -32.643 -15.145 QT
-32.643 -14.41 -32.995 -13.801 QT
-33.346 -13.192 -33.956 -12.825 QT
-34.565 -12.457 -35.284 -12.457 QT
-35.878 -12.457 -36.37 -12.762 QT
-36.862 -13.067 -37.151 -13.582 QT
-37.44 -14.098 -37.44 -14.676 QT
-37.44 -14.957 -37.26 -15.121 QT
-37.081 -15.285 -36.815 -15.285 QT
-36.549 -15.285 -36.378 -15.114 QT
-36.206 -14.942 -36.206 -14.676 QT
-36.206 -14.426 -36.378 -14.246 QT
-36.549 -14.067 -36.815 -14.067 QT
-36.862 -14.067 -36.917 -14.075 QT
-36.971 -14.082 -36.987 -14.082 QT
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
-30.936 -13.067 M
-30.718 -12.91 -30.343 -12.91 QT
-29.968 -12.91 -29.679 -13.27 QT
-29.389 -13.629 -29.28 -14.051 QT
-28.733 -16.176 L
-28.608 -16.754 -28.608 -16.973 QT
-28.608 -17.27 -28.772 -17.496 QT
-28.936 -17.723 -29.249 -17.723 QT
-29.624 -17.723 -29.96 -17.481 QT
-30.296 -17.239 -30.522 -16.871 QT
-30.749 -16.504 -30.843 -16.129 QT
-30.858 -16.051 -30.936 -16.051 QT
-31.077 -16.051 L
-31.171 -16.051 -31.171 -16.176 QT
-31.171 -16.207 L
-31.061 -16.645 -30.78 -17.075 QT
-30.499 -17.504 -30.093 -17.762 QT
-29.686 -18.02 -29.218 -18.02 QT
-28.78 -18.02 -28.429 -17.785 QT
-28.077 -17.551 -27.921 -17.16 QT
-27.718 -17.52 -27.397 -17.77 QT
-27.077 -18.02 -26.702 -18.02 QT
-26.436 -18.02 -26.171 -17.934 QT
-25.905 -17.848 -25.733 -17.66 QT
-25.561 -17.473 -25.561 -17.192 QT
-25.561 -16.879 -25.757 -16.66 QT
-25.952 -16.442 -26.264 -16.442 QT
-26.452 -16.442 -26.585 -16.567 QT
-26.718 -16.692 -26.718 -16.879 QT
-26.718 -17.129 -26.538 -17.317 QT
-26.358 -17.504 -26.124 -17.551 QT
-26.343 -17.723 -26.718 -17.723 QT
-27.108 -17.723 -27.389 -17.364 QT
-27.671 -17.004 -27.796 -16.567 QT
-28.327 -14.442 L
-28.452 -13.957 -28.452 -13.645 QT
-28.452 -13.348 -28.28 -13.129 QT
-28.108 -12.91 -27.811 -12.91 QT
-27.249 -12.91 -26.811 -13.403 QT
-26.374 -13.895 -26.233 -14.489 QT
-26.202 -14.551 -26.139 -14.551 QT
-25.983 -14.551 L
-25.936 -14.551 -25.913 -14.52 QT
-25.889 -14.489 -25.889 -14.457 QT
-25.889 -14.442 -25.889 -14.41 QT
-26.061 -13.707 -26.608 -13.145 QT
-27.155 -12.582 -27.843 -12.582 QT
-28.28 -12.582 -28.632 -12.825 QT
-28.983 -13.067 -29.139 -13.473 QT
-29.327 -13.114 -29.655 -12.848 QT
-29.983 -12.582 -30.358 -12.582 QT
-30.624 -12.582 -30.897 -12.676 QT
-31.171 -12.77 -31.335 -12.957 QT
-31.499 -13.145 -31.499 -13.426 QT
-31.499 -13.707 -31.304 -13.942 QT
-31.108 -14.176 -30.811 -14.176 QT
-30.624 -14.176 -30.483 -14.059 QT
-30.343 -13.942 -30.343 -13.739 QT
-30.343 -13.489 -30.514 -13.301 QT
-30.686 -13.114 -30.936 -13.067 QT
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
-18.198 -10.477 M
-18.354 -10.477 -18.448 -10.594 QT
-18.542 -10.711 -18.542 -10.836 QT
-18.542 -10.961 -18.448 -11.078 QT
-18.354 -11.195 -18.198 -11.195 QT
-7.87 -11.195 L
-7.729 -11.195 -7.643 -11.078 QT
-7.557 -10.961 -7.557 -10.836 QT
-7.557 -10.711 -7.643 -10.594 QT
-7.729 -10.477 -7.87 -10.477 QT
-18.198 -10.477 L
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
-1.942 -9.305 M
-1.942 -9.945 L
3.621 -18.242 L
3.683 -18.32 3.808 -18.32 QT
4.074 -18.32 L
4.277 -18.32 4.277 -18.117 QT
4.277 -9.945 L
6.043 -9.945 L
6.043 -9.305 L
4.277 -9.305 L
4.277 -7.539 L
4.277 -7.164 4.801 -7.07 QT
5.324 -6.977 6.027 -6.977 QT
6.027 -6.336 L
1.058 -6.336 L
1.058 -6.977 L
1.761 -6.977 2.285 -7.07 QT
2.808 -7.164 2.808 -7.539 QT
2.808 -9.305 L
-1.942 -9.305 L
cp
-1.348 -9.945 M
2.918 -9.945 L
2.918 -16.305 L
-1.348 -9.945 L
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
9.983 -6.133 M
9.124 -6.133 8.476 -6.578 QT
7.827 -7.024 7.491 -7.789 QT
7.155 -8.555 7.155 -9.399 QT
7.155 -10.68 7.796 -11.805 QT
8.436 -12.93 9.546 -13.61 QT
10.655 -14.289 11.921 -14.289 QT
12.702 -14.289 13.272 -13.891 QT
13.843 -13.492 13.843 -12.742 QT
13.843 -11.711 13.022 -11.203 QT
12.202 -10.695 11.163 -10.578 QT
10.124 -10.461 8.858 -10.461 QT
8.811 -10.461 L
8.515 -9.383 8.515 -8.617 QT
8.515 -7.82 8.89 -7.211 QT
9.265 -6.602 10.015 -6.602 QT
11.093 -6.602 12.077 -7.094 QT
13.061 -7.586 13.686 -8.461 QT
13.749 -8.524 13.827 -8.524 QT
13.921 -8.524 14.015 -8.422 QT
14.108 -8.32 14.108 -8.227 QT
14.108 -8.149 14.061 -8.117 QT
13.405 -7.195 12.288 -6.664 QT
11.171 -6.133 9.983 -6.133 QT
cp
8.921 -10.93 M
9.968 -10.93 10.851 -11.024 QT
11.733 -11.117 12.46 -11.508 QT
13.186 -11.899 13.186 -12.727 QT
13.186 -13.055 12.999 -13.305 QT
12.811 -13.555 12.515 -13.688 QT
12.218 -13.82 11.905 -13.82 QT
11.14 -13.82 10.53 -13.406 QT
9.921 -12.992 9.522 -12.328 QT
9.124 -11.664 8.921 -10.93 QT
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
15.772 -15.489 M
15.678 -15.489 15.616 -15.559 QT
15.553 -15.629 15.553 -15.723 QT
15.553 -15.817 15.616 -15.887 QT
15.678 -15.957 15.772 -15.957 QT
22.663 -15.957 L
22.757 -15.957 22.819 -15.887 QT
22.882 -15.817 22.882 -15.723 QT
22.882 -15.629 22.819 -15.559 QT
22.757 -15.489 22.663 -15.489 QT
15.772 -15.489 L
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
25.073 -13.067 M
25.292 -12.91 25.667 -12.91 QT
26.042 -12.91 26.331 -13.27 QT
26.62 -13.629 26.729 -14.051 QT
27.276 -16.176 L
27.401 -16.754 27.401 -16.973 QT
27.401 -17.27 27.237 -17.496 QT
27.073 -17.723 26.761 -17.723 QT
26.386 -17.723 26.05 -17.481 QT
25.714 -17.239 25.487 -16.871 QT
25.261 -16.504 25.167 -16.129 QT
25.151 -16.051 25.073 -16.051 QT
24.933 -16.051 L
24.839 -16.051 24.839 -16.176 QT
24.839 -16.207 L
24.948 -16.645 25.229 -17.075 QT
25.511 -17.504 25.917 -17.762 QT
26.323 -18.02 26.792 -18.02 QT
27.229 -18.02 27.581 -17.785 QT
27.933 -17.551 28.089 -17.16 QT
28.292 -17.52 28.612 -17.77 QT
28.933 -18.02 29.308 -18.02 QT
29.573 -18.02 29.839 -17.934 QT
30.104 -17.848 30.276 -17.66 QT
30.448 -17.473 30.448 -17.192 QT
30.448 -16.879 30.253 -16.66 QT
30.058 -16.442 29.745 -16.442 QT
29.558 -16.442 29.425 -16.567 QT
29.292 -16.692 29.292 -16.879 QT
29.292 -17.129 29.472 -17.317 QT
29.651 -17.504 29.886 -17.551 QT
29.667 -17.723 29.292 -17.723 QT
28.901 -17.723 28.62 -17.364 QT
28.339 -17.004 28.214 -16.567 QT
27.683 -14.442 L
27.558 -13.957 27.558 -13.645 QT
27.558 -13.348 27.729 -13.129 QT
27.901 -12.91 28.198 -12.91 QT
28.761 -12.91 29.198 -13.403 QT
29.636 -13.895 29.776 -14.489 QT
29.808 -14.551 29.87 -14.551 QT
30.026 -14.551 L
30.073 -14.551 30.097 -14.52 QT
30.12 -14.489 30.12 -14.457 QT
30.12 -14.442 30.12 -14.41 QT
29.948 -13.707 29.401 -13.145 QT
28.854 -12.582 28.167 -12.582 QT
27.729 -12.582 27.378 -12.825 QT
27.026 -13.067 26.87 -13.473 QT
26.683 -13.114 26.354 -12.848 QT
26.026 -12.582 25.651 -12.582 QT
25.386 -12.582 25.112 -12.676 QT
24.839 -12.77 24.675 -12.957 QT
24.511 -13.145 24.511 -13.426 QT
24.511 -13.707 24.706 -13.942 QT
24.901 -14.176 25.198 -14.176 QT
25.386 -14.176 25.526 -14.059 QT
25.667 -13.942 25.667 -13.739 QT
25.667 -13.489 25.495 -13.301 QT
25.323 -13.114 25.073 -13.067 QT
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
33.838 -3.086 M
33.838 -3.164 33.916 -3.242 QT
34.557 -3.867 34.916 -4.688 QT
35.276 -5.508 35.276 -6.414 QT
35.276 -6.633 L
34.994 -6.336 34.557 -6.336 QT
34.151 -6.336 33.862 -6.625 QT
33.572 -6.914 33.572 -7.336 QT
33.572 -7.758 33.862 -8.039 QT
34.151 -8.32 34.557 -8.32 QT
35.197 -8.32 35.471 -7.727 QT
35.744 -7.133 35.744 -6.414 QT
35.744 -5.399 35.346 -4.5 QT
34.947 -3.602 34.213 -2.883 QT
34.151 -2.852 34.104 -2.852 QT
34.01 -2.852 33.924 -2.93 QT
33.838 -3.008 33.838 -3.086 QT
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
41.785 -8.289 M
41.785 -8.883 41.942 -9.5 QT
42.098 -10.117 42.387 -10.883 QT
42.676 -11.649 42.879 -12.211 QT
43.129 -12.867 43.129 -13.289 QT
43.129 -13.82 42.723 -13.82 QT
42.02 -13.82 41.559 -13.086 QT
41.098 -12.352 40.879 -11.445 QT
40.832 -11.336 40.723 -11.336 QT
40.52 -11.336 L
40.363 -11.336 40.363 -11.508 QT
40.363 -11.555 L
40.66 -12.633 41.254 -13.461 QT
41.848 -14.289 42.77 -14.289 QT
43.41 -14.289 43.848 -13.867 QT
44.285 -13.445 44.285 -12.789 QT
44.285 -12.461 44.145 -12.086 QT
44.067 -11.867 43.785 -11.133 QT
43.504 -10.399 43.356 -9.914 QT
43.207 -9.43 43.106 -8.961 QT
43.004 -8.492 43.004 -8.039 QT
43.004 -7.43 43.262 -7.016 QT
43.52 -6.602 44.082 -6.602 QT
45.238 -6.602 46.113 -8.039 QT
46.129 -8.102 46.145 -8.172 QT
46.16 -8.242 46.16 -8.289 QT
47.457 -13.524 L
47.52 -13.758 47.738 -13.93 QT
47.957 -14.102 48.207 -14.102 QT
48.426 -14.102 48.59 -13.961 QT
48.754 -13.82 48.754 -13.586 QT
48.754 -13.477 48.738 -13.445 QT
47.442 -8.258 L
47.317 -7.727 47.317 -7.383 QT
47.317 -6.602 47.832 -6.602 QT
48.41 -6.602 48.699 -7.32 QT
48.988 -8.039 49.192 -8.977 QT
49.223 -9.086 49.332 -9.086 QT
49.551 -9.086 L
49.613 -9.086 49.66 -9.024 QT
49.707 -8.961 49.707 -8.914 QT
49.52 -8.133 49.332 -7.578 QT
49.145 -7.024 48.762 -6.578 QT
48.379 -6.133 47.801 -6.133 QT
47.223 -6.133 46.77 -6.445 QT
46.317 -6.758 46.16 -7.289 QT
45.754 -6.774 45.207 -6.453 QT
44.66 -6.133 44.051 -6.133 QT
43.02 -6.133 42.402 -6.703 QT
41.785 -7.274 41.785 -8.289 QT
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
55.532 -1.867 M
54.532 -2.664 53.806 -3.688 QT
53.079 -4.711 52.618 -5.867 QT
52.157 -7.024 51.931 -8.289 QT
51.704 -9.555 51.704 -10.836 QT
51.704 -12.133 51.931 -13.399 QT
52.157 -14.664 52.626 -15.828 QT
53.095 -16.992 53.829 -18.016 QT
54.564 -19.039 55.532 -19.805 QT
55.532 -19.836 55.626 -19.836 QT
55.798 -19.836 L
55.845 -19.836 55.892 -19.789 QT
55.939 -19.742 55.939 -19.68 QT
55.939 -19.602 55.892 -19.57 QT
55.017 -18.695 54.431 -17.711 QT
53.845 -16.727 53.493 -15.617 QT
53.142 -14.508 52.978 -13.32 QT
52.814 -12.133 52.814 -10.836 QT
52.814 -5.117 55.876 -2.149 QT
55.939 -2.086 55.939 -1.992 QT
55.939 -1.945 55.884 -1.891 QT
55.829 -1.836 55.798 -1.836 QT
55.626 -1.836 L
55.532 -1.836 55.532 -1.867 QT
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
61.299 -5.945 M
59.096 -5.945 58.299 -7.758 QT
57.502 -9.57 57.502 -12.07 QT
57.502 -13.633 57.791 -15.016 QT
58.08 -16.399 58.924 -17.36 QT
59.767 -18.32 61.299 -18.32 QT
62.486 -18.32 63.244 -17.742 QT
64.002 -17.164 64.392 -16.242 QT
64.783 -15.32 64.932 -14.274 QT
65.08 -13.227 65.08 -12.07 QT
65.08 -10.524 64.791 -9.18 QT
64.502 -7.836 63.666 -6.891 QT
62.83 -5.945 61.299 -5.945 QT
cp
61.299 -6.414 M
62.299 -6.414 62.791 -7.438 QT
63.283 -8.461 63.4 -9.711 QT
63.517 -10.961 63.517 -12.367 QT
63.517 -13.727 63.4 -14.867 QT
63.283 -16.008 62.799 -16.93 QT
62.314 -17.852 61.299 -17.852 QT
60.283 -17.852 59.791 -16.922 QT
59.299 -15.992 59.182 -14.86 QT
59.064 -13.727 59.064 -12.367 QT
59.064 -11.367 59.111 -10.477 QT
59.158 -9.586 59.369 -8.641 QT
59.58 -7.695 60.057 -7.055 QT
60.533 -6.414 61.299 -6.414 QT
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
66.771 -1.836 M
66.614 -1.836 66.614 -1.992 QT
66.614 -2.07 66.646 -2.102 QT
69.724 -5.117 69.724 -10.836 QT
69.724 -16.555 66.677 -19.524 QT
66.614 -19.57 66.614 -19.68 QT
66.614 -19.742 66.661 -19.789 QT
66.708 -19.836 66.771 -19.836 QT
66.943 -19.836 L
66.989 -19.836 67.021 -19.805 QT
68.318 -18.789 69.177 -17.328 QT
70.036 -15.867 70.435 -14.211 QT
70.833 -12.555 70.833 -10.836 QT
70.833 -9.555 70.622 -8.32 QT
70.411 -7.086 69.943 -5.891 QT
69.474 -4.695 68.747 -3.68 QT
68.021 -2.664 67.021 -1.867 QT
66.989 -1.836 66.943 -1.836 QT
66.771 -1.836 L
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
78.691 -8.727 M
78.535 -8.727 78.441 -8.844 QT
78.348 -8.961 78.348 -9.086 QT
78.348 -9.242 78.441 -9.344 QT
78.535 -9.445 78.691 -9.445 QT
89.988 -9.445 L
90.113 -9.445 90.215 -9.344 QT
90.316 -9.242 90.316 -9.086 QT
90.316 -8.961 90.215 -8.844 QT
90.113 -8.727 89.988 -8.727 QT
78.691 -8.727 L
cp
78.691 -12.227 M
78.535 -12.227 78.441 -12.328 QT
78.348 -12.43 78.348 -12.586 QT
78.348 -12.711 78.441 -12.828 QT
78.535 -12.945 78.691 -12.945 QT
89.988 -12.945 L
90.113 -12.945 90.215 -12.828 QT
90.316 -12.711 90.316 -12.586 QT
90.316 -12.43 90.215 -12.328 QT
90.113 -12.227 89.988 -12.227 QT
78.691 -12.227 L
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
100.41 -5.945 M
98.207 -5.945 97.41 -7.758 QT
96.613 -9.57 96.613 -12.07 QT
96.613 -13.633 96.902 -15.016 QT
97.191 -16.399 98.035 -17.36 QT
98.878 -18.32 100.41 -18.32 QT
101.597 -18.32 102.355 -17.742 QT
103.113 -17.164 103.503 -16.242 QT
103.894 -15.32 104.042 -14.274 QT
104.191 -13.227 104.191 -12.07 QT
104.191 -10.524 103.902 -9.18 QT
103.613 -7.836 102.777 -6.891 QT
101.941 -5.945 100.41 -5.945 QT
cp
100.41 -6.414 M
101.41 -6.414 101.902 -7.438 QT
102.394 -8.461 102.511 -9.711 QT
102.628 -10.961 102.628 -12.367 QT
102.628 -13.727 102.511 -14.867 QT
102.394 -16.008 101.91 -16.93 QT
101.425 -17.852 100.41 -17.852 QT
99.394 -17.852 98.902 -16.922 QT
98.41 -15.992 98.292 -14.86 QT
98.175 -13.727 98.175 -12.367 QT
98.175 -11.367 98.222 -10.477 QT
98.269 -9.586 98.48 -8.641 QT
98.691 -7.695 99.167 -7.055 QT
99.644 -6.414 100.41 -6.414 QT
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
106.491 -3.086 M
106.491 -3.164 106.569 -3.242 QT
107.21 -3.867 107.569 -4.688 QT
107.928 -5.508 107.928 -6.414 QT
107.928 -6.633 L
107.647 -6.336 107.21 -6.336 QT
106.803 -6.336 106.514 -6.625 QT
106.225 -6.914 106.225 -7.336 QT
106.225 -7.758 106.514 -8.039 QT
106.803 -8.32 107.21 -8.32 QT
107.85 -8.32 108.124 -7.727 QT
108.397 -7.133 108.397 -6.414 QT
108.397 -5.399 107.999 -4.5 QT
107.6 -3.602 106.866 -2.883 QT
106.803 -2.852 106.757 -2.852 QT
106.663 -2.852 106.577 -2.93 QT
106.491 -3.008 106.491 -3.086 QT
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
114.438 -8.289 M
114.438 -8.883 114.594 -9.5 QT
114.751 -10.117 115.04 -10.883 QT
115.329 -11.649 115.532 -12.211 QT
115.782 -12.867 115.782 -13.289 QT
115.782 -13.82 115.376 -13.82 QT
114.673 -13.82 114.212 -13.086 QT
113.751 -12.352 113.532 -11.445 QT
113.485 -11.336 113.376 -11.336 QT
113.173 -11.336 L
113.016 -11.336 113.016 -11.508 QT
113.016 -11.555 L
113.313 -12.633 113.907 -13.461 QT
114.501 -14.289 115.423 -14.289 QT
116.063 -14.289 116.501 -13.867 QT
116.938 -13.445 116.938 -12.789 QT
116.938 -12.461 116.798 -12.086 QT
116.719 -11.867 116.438 -11.133 QT
116.157 -10.399 116.008 -9.914 QT
115.86 -9.43 115.758 -8.961 QT
115.657 -8.492 115.657 -8.039 QT
115.657 -7.43 115.915 -7.016 QT
116.173 -6.602 116.735 -6.602 QT
117.891 -6.602 118.766 -8.039 QT
118.782 -8.102 118.798 -8.172 QT
118.813 -8.242 118.813 -8.289 QT
120.11 -13.524 L
120.173 -13.758 120.391 -13.93 QT
120.61 -14.102 120.86 -14.102 QT
121.079 -14.102 121.243 -13.961 QT
121.407 -13.82 121.407 -13.586 QT
121.407 -13.477 121.391 -13.445 QT
120.094 -8.258 L
119.969 -7.727 119.969 -7.383 QT
119.969 -6.602 120.485 -6.602 QT
121.063 -6.602 121.352 -7.32 QT
121.641 -8.039 121.844 -8.977 QT
121.876 -9.086 121.985 -9.086 QT
122.204 -9.086 L
122.266 -9.086 122.313 -9.024 QT
122.36 -8.961 122.36 -8.914 QT
122.173 -8.133 121.985 -7.578 QT
121.798 -7.024 121.415 -6.578 QT
121.032 -6.133 120.454 -6.133 QT
119.876 -6.133 119.423 -6.445 QT
118.969 -6.758 118.813 -7.289 QT
118.407 -6.774 117.86 -6.453 QT
117.313 -6.133 116.704 -6.133 QT
115.673 -6.133 115.055 -6.703 QT
114.438 -7.274 114.438 -8.289 QT
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
128.185 -1.867 M
127.185 -2.664 126.459 -3.688 QT
125.732 -4.711 125.271 -5.867 QT
124.81 -7.024 124.584 -8.289 QT
124.357 -9.555 124.357 -10.836 QT
124.357 -12.133 124.584 -13.399 QT
124.81 -14.664 125.279 -15.828 QT
125.748 -16.992 126.482 -18.016 QT
127.217 -19.039 128.185 -19.805 QT
128.185 -19.836 128.279 -19.836 QT
128.451 -19.836 L
128.498 -19.836 128.545 -19.789 QT
128.592 -19.742 128.592 -19.68 QT
128.592 -19.602 128.545 -19.57 QT
127.67 -18.695 127.084 -17.711 QT
126.498 -16.727 126.146 -15.617 QT
125.795 -14.508 125.631 -13.32 QT
125.467 -12.133 125.467 -10.836 QT
125.467 -5.117 128.529 -2.149 QT
128.592 -2.086 128.592 -1.992 QT
128.592 -1.945 128.537 -1.891 QT
128.482 -1.836 128.451 -1.836 QT
128.279 -1.836 L
128.185 -1.836 128.185 -1.867 QT
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
130.295 -6.336 M
130.123 -6.336 130.123 -6.57 QT
130.123 -6.617 130.155 -6.727 QT
130.186 -6.836 130.233 -6.906 QT
130.28 -6.977 130.342 -6.977 QT
131.452 -6.977 131.873 -7.086 QT
132.108 -7.164 132.217 -7.57 QT
134.686 -17.461 L
134.733 -17.633 134.733 -17.711 QT
134.733 -17.899 134.498 -17.93 QT
134.17 -17.992 133.217 -17.992 QT
133.045 -17.992 133.045 -18.242 QT
133.092 -18.461 133.131 -18.547 QT
133.17 -18.633 133.342 -18.633 QT
138.655 -18.633 L
138.811 -18.633 138.811 -18.399 QT
138.78 -18.211 138.748 -18.102 QT
138.717 -17.992 138.577 -17.992 QT
137.248 -17.992 136.795 -17.914 QT
136.358 -17.836 136.248 -17.383 QT
133.795 -7.508 L
133.717 -7.289 133.717 -7.117 QT
133.717 -6.977 134.327 -6.977 QT
135.998 -6.977 L
137.42 -6.977 138.295 -7.539 QT
139.17 -8.102 139.592 -8.805 QT
140.014 -9.508 140.303 -10.266 QT
140.592 -11.024 140.717 -11.055 QT
140.873 -11.055 L
141.061 -11.055 141.061 -10.82 QT
139.467 -6.461 L
139.436 -6.336 139.295 -6.336 QT
130.295 -6.336 L
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
142.601 -1.836 M
142.445 -1.836 142.445 -1.992 QT
142.445 -2.07 142.476 -2.102 QT
145.554 -5.117 145.554 -10.836 QT
145.554 -16.555 142.508 -19.524 QT
142.445 -19.57 142.445 -19.68 QT
142.445 -19.742 142.492 -19.789 QT
142.539 -19.836 142.601 -19.836 QT
142.773 -19.836 L
142.82 -19.836 142.851 -19.805 QT
144.148 -18.789 145.008 -17.328 QT
145.867 -15.867 146.265 -14.211 QT
146.664 -12.555 146.664 -10.836 QT
146.664 -9.555 146.453 -8.32 QT
146.242 -7.086 145.773 -5.891 QT
145.304 -4.695 144.578 -3.68 QT
143.851 -2.664 142.851 -1.867 QT
142.82 -1.836 142.773 -1.836 QT
142.601 -1.836 L
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
154.522 -8.727 M
154.366 -8.727 154.272 -8.844 QT
154.178 -8.961 154.178 -9.086 QT
154.178 -9.242 154.272 -9.344 QT
154.366 -9.445 154.522 -9.445 QT
165.819 -9.445 L
165.944 -9.445 166.045 -9.344 QT
166.147 -9.242 166.147 -9.086 QT
166.147 -8.961 166.045 -8.844 QT
165.944 -8.727 165.819 -8.727 QT
154.522 -8.727 L
cp
154.522 -12.227 M
154.366 -12.227 154.272 -12.328 QT
154.178 -12.43 154.178 -12.586 QT
154.178 -12.711 154.272 -12.828 QT
154.366 -12.945 154.522 -12.945 QT
165.819 -12.945 L
165.944 -12.945 166.045 -12.828 QT
166.147 -12.711 166.147 -12.586 QT
166.147 -12.43 166.045 -12.328 QT
165.944 -12.227 165.819 -12.227 QT
154.522 -12.227 L
cp
f
GR
GS
[0.75 0 0 0.75 217.50021 20.78224] CT
N
173.412 -6.336 M
173.412 -6.977 L
175.662 -6.977 175.662 -7.539 QT
175.662 -16.992 L
174.725 -16.539 173.303 -16.539 QT
173.303 -17.18 L
175.506 -17.18 176.631 -18.32 QT
176.897 -18.32 L
176.959 -18.32 177.014 -18.274 QT
177.068 -18.227 177.068 -18.164 QT
177.068 -7.539 L
177.068 -6.977 179.318 -6.977 QT
179.318 -6.336 L
173.412 -6.336 L
cp
f
GR
GS
[0.75 0 0 0.75 0 0] CT
N
73 31 M
507 31 L
507 373 L
73 373 L
73 31 L
cp
clip
1 0 0 RC
1 LJ
4 LW
N
73 244.125 M
94.7 195.485 L
116.4 165.31 L
138.1 148.088 L
159.8 141.445 L
181.5 142.11 L
203.2 148.631 L
224.9 159.088 L
246.6 172.588 L
268.3 188.028 L
290 204.854 L
311.7 222.45 L
333.4 240.47 L
355.1 258.591 L
376.8 276.592 L
398.5 294.322 L
420.2 311.639 L
441.9 328.491 L
463.6 344.768 L
485.3 358.2 L
507 31 L
S
GR
GS
[0.75 0 0 0.75 54.75 183.09375] CT
N
0 -213.125 M
434 -213.125 L
434 128.875 L
0 128.875 L
0 -213.125 L
cp
clip
1 0 0 RC
N
0 -4.667 M
2.577 -4.667 4.667 -2.577 4.667 0 C
4.667 0 L
4.667 2.577 2.577 4.667 0 4.667 C
-2.577 4.667 -4.667 2.577 -4.667 0 C
-4.667 -2.577 -2.577 -4.667 0 -4.667 C
cp
0 -8.667 M
-4.786 -8.667 -8.667 -4.786 -8.667 0 C
-8.667 4.786 -4.786 8.667 0 8.667 C
4.786 8.667 8.667 4.786 8.667 0 C
8.667 0 L
8.667 -4.786 4.786 -8.667 0 -8.667 C
cp
f
GR
GS
[0.75 0 0 0.75 71.025 146.61361] CT
1 0 0 RC
N
/f-1628666542{0 -4.667 M
2.577 -4.667 4.667 -2.577 4.667 0 C
4.667 0 L
4.667 2.577 2.577 4.667 0 4.667 C
-2.577 4.667 -4.667 2.577 -4.667 0 C
-4.667 -2.577 -2.577 -4.667 0 -4.667 C
cp
0 -8.667 M
-4.786 -8.667 -8.667 -4.786 -8.667 0 C
-8.667 4.786 -4.786 8.667 0 8.667 C
4.786 8.667 8.667 4.786 8.667 0 C
8.667 0 L
8.667 -4.786 4.786 -8.667 0 -8.667 C
cp}def
f-1628666542
f
GR
GS
[0.75 0 0 0.75 87.3 123.98238] CT
1 0 0 RC
N
f-1628666542
f
GR
GS
[0.75 0 0 0.75 103.575 111.06577] CT
1 0 0 RC
N
f-1628666542
f
GR
GS
[0.75 0 0 0.75 119.85 106.08358] CT
1 0 0 RC
N
f-1628666542
f
GR
GS
[0.75 0 0 0.75 136.125 106.58256] CT
1 0 0 RC
N
f-1628666542
f
GR
GS
[0.75 0 0 0.75 152.40001 111.4729] CT
1 0 0 RC
N
f-1628666542
f
GR
GS
[0.75 0 0 0.75 168.675 119.31583] CT
1 0 0 RC
N
f-1628666542
f
GR
GS
[0.75 0 0 0.75 184.95 129.44124] CT
1 0 0 RC
N
f-1628666542
f
GR
GS
[0.75 0 0 0.75 201.22499 141.02092] CT
1 0 0 RC
N
f-1628666542
f
GR
GS
[0.75 0 0 0.75 217.5 153.64026] CT
1 0 0 RC
N
f-1628666542
f
GR
GS
[0.75 0 0 0.75 233.77501 166.83715] CT
1 0 0 RC
N
f-1628666542
f
GR
GS
[0.75 0 0 0.75 250.05002 180.35268] CT
1 0 0 RC
N
f-1628666542
f
GR
GS
[0.75 0 0 0.75 266.32498 193.94298] CT
1 0 0 RC
N
f-1628666542
f
GR
GS
[0.75 0 0 0.75 282.59999 207.44426] CT
1 0 0 RC
N
f-1628666542
f
GR
GS
[0.75 0 0 0.75 298.875 220.74158] CT
1 0 0 RC
N
f-1628666542
f
GR
GS
[0.75 0 0 0.75 315.15001 233.72953] CT
1 0 0 RC
N
f-1628666542
f
GR
GS
[0.75 0 0 0.75 331.42502 246.36809] CT
1 0 0 RC
N
f-1628666542
f
GR
GS
[0.75 0 0 0.75 347.69998 258.57635] CT
1 0 0 RC
N
f-1628666542
f
GR
GS
[0.75 0 0 0.75 363.97499 268.65035] CT
1 0 0 RC
N
f-1628666542
f
GR
GS
[0.75 0 0 0.75 0 0] CT
[4 4] 0 setdash
2 LJ
4 LW
N
73 244.125 M
77.34 232.725 L
81.68 222.207 L
86.02 212.525 L
90.36 203.634 L
94.7 195.494 L
99.04 188.064 L
103.38 181.306 L
107.72 175.185 L
112.06 169.666 L
116.4 164.718 L
120.74 160.309 L
125.08 156.41 L
129.42 152.993 L
133.76 150.032 L
138.1 147.502 L
142.44 145.378 L
146.78 143.639 L
151.12 142.262 L
155.46 141.228 L
159.8 140.516 L
164.14 140.109 L
168.48 139.988 L
172.82 140.138 L
177.16 140.542 L
181.5 141.185 L
185.84 142.054 L
190.18 143.134 L
194.52 144.412 L
198.86 145.877 L
203.2 147.518 L
207.54 149.322 L
211.88 151.279 L
216.22 153.381 L
220.56 155.616 L
224.9 157.977 L
229.24 160.455 L
233.58 163.042 L
237.92 165.73 L
242.26 168.512 L
246.6 171.382 L
250.94 174.332 L
255.28 177.357 L
259.62 180.451 L
263.96 183.608 L
268.3 186.823 L
272.64 190.091 L
276.98 193.408 L
281.32 196.769 L
285.66 200.17 L
290 203.607 L
294.34 207.076 L
298.68 210.573 L
303.02 214.095 L
307.36 217.64 L
311.7 221.204 L
316.04 224.784 L
320.38 228.377 L
324.72 231.981 L
329.06 235.594 L
333.4 239.214 L
337.74 242.837 L
342.08 246.463 L
346.42 250.089 L
350.76 253.713 L
355.1 257.335 L
359.44 260.952 L
363.78 264.562 L
368.12 268.165 L
372.46 271.759 L
376.8 275.343 L
381.14 278.916 L
385.48 282.476 L
389.82 286.023 L
394.16 289.556 L
398.5 293.074 L
402.84 296.575 L
407.18 300.06 L
411.52 303.527 L
415.86 306.977 L
420.2 310.407 L
424.54 313.818 L
428.88 317.209 L
433.22 320.58 L
437.56 323.93 L
441.9 327.259 L
446.24 330.566 L
450.58 333.851 L
454.92 337.113 L
459.26 340.349 L
463.6 343.557 L
467.94 346.725 L
472.28 349.824 L
476.62 352.774 L
480.96 355.36 L
485.3 356.998 L
489.64 356.098 L
493.98 348.342 L
498.32 321.989 L
502.66 245.125 L
507 31 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
1 0 0 RC
[2 2] 0 setdash
2 LJ
2.667 LW
N
73 372 M
94.7 369.575 L
116.4 214.19 L
138.1 215.73 L
159.8 124.371 L
181.5 125.368 L
203.2 75.231 L
224.9 75.893 L
246.6 50.254 L
268.3 50.708 L
290 39.475 L
311.7 39.797 L
333.4 36.891 L
355.1 37.129 L
376.8 38.902 L
398.5 39.084 L
420.2 43.358 L
441.9 43.503 L
463.6 49 L
485.3 51.241 L
507 372 L
S
GR
GS
[0.75 0 0 0.75 64.125 48.375] CT
/Helvetica 21.333 F
GS
[1 0 0 1 0 0] CT
0 0 moveto 
1 -1 scale
(Pe =2.5) t 
GR
GR
GS
[0.75 0 0 0.75 0 0] CT
1 GC
N
482 190 M
482 128 L
386 128 L
386 190 L
cp
f
GR
GS
[0.75 0 0 0.75 324.75 104.625] CT
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
0 5.5 moveto 
1 -1 scale
(SUPG) t 
GR
GR
GS
[0.75 0 0 0.75 0 0] CT
1 0 0 RC
1 LJ
4 LW
N
390 139.5 M
430 139.5 L
S
GR
GS
[0.75 0 0 0.75 307.5 104.625] CT
1 0 0 RC
N
f-1628666542
f
GR
GS
[0.75 0 0 0.75 324.75 119.25] CT
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
0 5.5 moveto 
1 -1 scale
(exact) t 
GR
GR
GS
[0.75 0 0 0.75 0 0] CT
[4 4] 0 setdash
2 LJ
4 LW
N
390 159 M
430 159 L
S
GR
GS
[0.75 0 0 0.75 324.75 133.875] CT
/Helvetica 16 F
GS
[1 0 0 1 0 0] CT
0 5.5 moveto 
1 -1 scale
(Error) t 
GR
GR
GS
[0.75 0 0 0.75 0 0] CT
1 0 0 RC
[2 2] 0 setdash
2 LJ
2.667 LW
N
390 178.5 M
430 178.5 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.149 GC
10.0 ML
0.667 LW
N
386 190 M
386 128 L
482 128 L
482 190 L
cp
S
GR
%%Trailer
%%Pages: 1
%%EOF